mapping_template_NAVIGATE.csv

idx;Tier;Category;Variable;Unit;piam_variable;piam_unit;piam_factor;internal_comment;Comment;Definition;exclude_remind2_validation
2;1;agriculture;Agricultural Demand;million t DM/yr;Demand|++|Crops;Mt DM/yr;;;;total demand for food, non-food and feed products (crops and livestock) and bioenergy crops (1st & 2nd generation);x
2;1;agriculture;Agricultural Demand;million t DM/yr;Demand|Bioenergy|+|Bioenergy crops;Mt DM/yr;;;;total demand for food, non-food and feed products (crops and livestock) and bioenergy crops (1st & 2nd generation);x
2;1;agriculture;Agricultural Demand;million t DM/yr;Demand|++|Livestock products;Mt DM/yr;;;;total demand for food, non-food and feed products (crops and livestock) and bioenergy crops (1st & 2nd generation);x
3;1;agriculture;Agricultural Demand|Energy;million t DM/yr;Demand|Bioenergy|+|Secondary products;Mt DM/yr;;;;agricultural demand level for all bioenergy (consumption, not production);x
3;1;agriculture;Agricultural Demand|Energy;million t DM/yr;Demand|Bioenergy|+|Bioenergy crops;Mt DM/yr;;;;agricultural demand level for all bioenergy (consumption, not production);x
4;1;agriculture;Agricultural Demand|Energy|Crops;million t DM/yr;Demand|Bioenergy|+|Secondary products;Mt DM/yr;;;;demand for modern primary energy crops (1st and 2nd generation);x
4;1;agriculture;Agricultural Demand|Energy|Crops;million t DM/yr;Demand|Bioenergy|+|Bioenergy crops;Mt DM/yr;;;;demand for modern primary energy crops (1st and 2nd generation);x
5;1;agriculture;Agricultural Demand|Non-Energy;million t DM/yr;Demand|++|Crops;Mt DM/yr;;;;total demand for food, non-food and feed products (crops and livestock);x
5;1;agriculture;Agricultural Demand|Non-Energy;million t DM/yr;Demand|++|Livestock products;Mt DM/yr;;;;total demand for food, non-food and feed products (crops and livestock);x
6;1;agriculture;Agricultural Demand|Non-Energy|Crops;million t DM/yr;Demand|++|Crops;Mt DM/yr;;;;total demand for food, non-food and feed products (crops);x
7;1;agriculture;Agricultural Production;million t DM/yr;Production|+|Crops;Mt DM/yr;;;;total production of food, non-food and feed products (crops and livestock) and bioenergy crops (1st & 2nd generation);x
7;1;agriculture;Agricultural Production;million t DM/yr;Production|+|Livestock products;Mt DM/yr;;;;total production of food, non-food and feed products (crops and livestock) and bioenergy crops (1st & 2nd generation);x
7;1;agriculture;Agricultural Production;million t DM/yr;Production|+|Bioenergy crops;Mt DM/yr;;;;total production of food, non-food and feed products (crops and livestock) and bioenergy crops (1st & 2nd generation);x
7;1;agriculture;Agricultural Production;million t DM/yr;Demand|Bioenergy|+|Crop residues;Mt DM/yr;;;;total production of food, non-food and feed products (crops and livestock) and bioenergy crops (1st & 2nd generation);x
8;1;agriculture;Agricultural Production|Energy;million t DM/yr;Production|+|Bioenergy crops;Mt DM/yr;;;;total bioenergy-related agricultural production (including waste and residues);x
8;1;agriculture;Agricultural Production|Energy;million t DM/yr;Demand|Bioenergy|+|Crop residues;Mt DM/yr;;;;total bioenergy-related agricultural production (including waste and residues);x
9;1;agriculture;Agricultural Production|Energy|Crops;million t DM/yr;Production|+|Bioenergy crops;Mt DM/yr;;;;production for modern primary energy crops (1st and 2nd generation);x
10;1;agriculture;Agricultural Production|Non-Energy;million t DM/yr;Production|+|Crops;Mt DM/yr;;;;total production for food, non-food and feed products (crops and livestock);x
10;1;agriculture;Agricultural Production|Non-Energy;million t DM/yr;Production|+|Livestock products;Mt DM/yr;;;;total production for food, non-food and feed products (crops and livestock);x
11;1;agriculture;Fertilizer Use|Nitrogen;Tg N/yr;Resources|Nitrogen|Cropland Budget|Inputs|+|Fertilizer;Mt Nr/yr;;;;total nitrogen fertilizer use;x
12;1;agriculture;Fertilizer Use|Phosphorus;Tg P/yr;;;;;;total phosphorus fertilizer use;
13;1;agriculture;Price|Agriculture|Corn|Index;Index (2020 = 1);Prices|Index2020|Agriculture|Food products|Plant-based|Maize;1;;;;price index of corn;x
14;1;agriculture;Price|Agriculture|Non-Energy Crops and Livestock|Index;Index (2020 = 1);Prices|Index2020|Agriculture|Food products;1;;;;weighted average price index of non-energy crops and livestock products;x
15;1;agriculture;Price|Agriculture|Non-Energy Crops|Index;Index (2020 = 1);Prices|Index2020|Agriculture|Food products|Plant-based;1;;;;weighted average price index of non-energy crops;x
16;1;agriculture;Price|Agriculture|Soybean|Index;Index (2020 = 1);Prices|Index2020|Agriculture|Food products|Plant-based|Soybean;1;;;;price index of soybean;x
17;1;agriculture;Price|Agriculture|Wheat|Index;Index (2020 = 1);Prices|Index2020|Agriculture|Food products|Plant-based|Temperate cereals;1;;;;price index of wheat;x
18;1;agriculture;Fertilizer|Nitrogen|Intensity;t N/ha/yr;;;;;;nitrogen fertilizer inputs in tonnes per hectare per year (or similar);
19;1;agriculture;Fertilizer|Phosphorus|Intensity;t P/ha/yr;;;;;;phosphorus fertilizer inputs in tonnes per hectare per year (or similar);
20;2;agriculture;Agricultural Demand|Energy|Crops|1st generation;million t DM/yr;Demand|Bioenergy|+|Secondary products;Mt DM/yr;;;;demand for modern primary 1st generation energy crops;x
21;2;agriculture;Agricultural Demand|Energy|Crops|2nd generation;million t DM/yr;Demand|Bioenergy|+|Bioenergy crops;Mt DM/yr;;;;demand for modern primary 2nd generation energy crops;x
22;2;agriculture;Agricultural Demand|Energy|Residues;million t DM/yr;Demand|Bioenergy|+|Crop residues;Mt DM/yr;;;;demand of agricultural residues for modern bioenergy production;x
23;2;agriculture;Agricultural Demand|Non-Energy|Crops|Feed;million t DM/yr;Demand|Feed|+|Crops;Mt DM/yr;;;;total demand for feed (crops);x
24;2;agriculture;Agricultural Demand|Non-Energy|Crops|Food;million t DM/yr;Demand|Food|+|Crops;Mt DM/yr;;;;total demand for food (crops);x
25;2;agriculture;Agricultural Demand|Non-Energy|Crops|Other;million t DM/yr;Demand|Agricultural Supply Chain Loss|+|Crops;Mt DM/yr;;;;total demand for non-food and non-feed (crops);x
25;2;agriculture;Agricultural Demand|Non-Energy|Crops|Other;million t DM/yr;Demand|Domestic Balanceflow|+|Crops;Mt DM/yr;;;;total demand for non-food and non-feed (crops);x
25;2;agriculture;Agricultural Demand|Non-Energy|Crops|Other;million t DM/yr;Demand|Material|+|Crops;Mt DM/yr;;;;total demand for non-food and non-feed (crops);x
25;2;agriculture;Agricultural Demand|Non-Energy|Crops|Other;million t DM/yr;Demand|Processing|+|Crops;Mt DM/yr;;;;total demand for non-food and non-feed (crops);x
25;2;agriculture;Agricultural Demand|Non-Energy|Crops|Other;million t DM/yr;Demand|Seed|+|Crops;Mt DM/yr;;;;total demand for non-food and non-feed (crops);x
26;2;agriculture;Agricultural Demand|Non-Energy|Livestock;million t DM/yr;Demand|++|Livestock products;Mt DM/yr;;;;total demand for livestock products;x
27;2;agriculture;Agricultural Demand|Non-Energy|Livestock|Food;million t DM/yr;Demand|Food|+|Livestock products;Mt DM/yr;;;;total demand for food livestock products;x
28;2;agriculture;Agricultural Demand|Non-Energy|Livestock|Other;million t DM/yr;Demand|Agricultural Supply Chain Loss|+|Livestock products;Mt DM/yr;;;;total demand for non-food livestock products;x
28;2;agriculture;Agricultural Demand|Non-Energy|Livestock|Other;million t DM/yr;Demand|Domestic Balanceflow|+|Livestock products;Mt DM/yr;;;;total demand for non-food livestock products;x
28;2;agriculture;Agricultural Demand|Non-Energy|Livestock|Other;million t DM/yr;Demand|Feed|+|Livestock products;Mt DM/yr;;;;total demand for non-food livestock products;x
28;2;agriculture;Agricultural Demand|Non-Energy|Livestock|Other;million t DM/yr;Demand|Material|+|Livestock products;Mt DM/yr;;;;total demand for non-food livestock products;x
28;2;agriculture;Agricultural Demand|Non-Energy|Livestock|Other;million t DM/yr;Demand|Processing|+|Livestock products;Mt DM/yr;;;;total demand for non-food livestock products;x
28;2;agriculture;Agricultural Demand|Non-Energy|Livestock|Other;million t DM/yr;Demand|Seed|+|Livestock products;Mt DM/yr;;;;total demand for non-food livestock products;x
29;2;agriculture;Agricultural Production|Energy|Crops|1st generation;million t DM/yr;;;;;;production for modern primary 1st generation energy crops;
30;2;agriculture;Agricultural Production|Energy|Crops|2nd generation;million t DM/yr;Production|+|Bioenergy crops;Mt DM/yr;;;;production for modern primary 2nd generation energy crops;x
31;2;agriculture;Agricultural Production|Energy|Residues;million t DM/yr;Demand|Bioenergy|+|Crop residues;Mt DM/yr;;;;production of agricultural residues for modern bioenergy production;x
32;2;agriculture;Agricultural Production|Non-Energy|Crops;million t DM/yr;Production|+|Crops;Mt DM/yr;;;;total production for food, non-food and feed products (crops);x
33;2;agriculture;Agricultural Production|Non-Energy|Crops|Feed;million t DM/yr;;;;;;total production for feed (crops);
34;2;agriculture;Agricultural Production|Non-Energy|Crops|Food;million t DM/yr;;;;;;total production for food (crops);
35;2;agriculture;Agricultural Production|Non-Energy|Crops|Other;million t DM/yr;;;;;;total production for non-food and non-feed (crops);
36;2;agriculture;Agricultural Production|Non-Energy|Livestock;million t DM/yr;Production|+|Livestock products;Mt DM/yr;;;;total production for livestock products;x
37;2;agriculture;Agricultural Production|Non-Energy|Livestock|Food;million t DM/yr;;;;;;total production for food livestock products;
38;2;agriculture;Agricultural Production|Non-Energy|Livestock|Other;million t DM/yr;;;;;;total production for non-food livestock products;
39;2;agriculture;Fertilizer Use|Potassium;Tg K2O/yr;;;;;;total potassium fertilizer use;
40;2;agriculture;Yield|Cereal;t DM/ha/yr;Productivity|Yield|Crops|+|Cereals;t DM/ha;;;;yield of cereal production per until of area (used here as repreentative crop to measure yield assumptions);x
41;2;agriculture;Yield|Oilcrops;t DM/ha/yr;Productivity|Yield|Crops|+|Oil crops;t DM/ha;;;;aggregated yield of Oilcrops (e.g. soybean, rapeseed, groundnut, sunflower, oilpalm);x
42;2;agriculture;Yield|Sugarcrops;t DM/ha/yr;Productivity|Yield|Crops|+|Sugar crops;t DM/ha;;;;aggregated yield of Sugarcrops (e.g. sugarbeet, sugarcane);x
43;2;agriculture;Fertilizer|Potassium|Intensity;t K20/ha/yr;;;;;;potassium fertilizer inputs in tonnes per hectare per year (or similar);
44;1;carbon management;Carbon Capture;Mt CO2/yr;Carbon Management|Carbon Capture;Mt CO2/yr;;;;total carbon dioxide emissions captured, i.e. captured CO2 stream from bioenergy use, fossil fuel use, industrial processes, and direct air capture, should be reported as positive numbers;
45;1;carbon management;Carbon Capture|Biomass;Mt CO2/yr;Carbon Management|Carbon Capture|+|Biomass|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured  from bioenergy use, should be reported as positive numbers;
45;1;carbon management;Carbon Capture|Biomass;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Biomass;Mt CO2/yr;;;;total carbon dioxide emissions captured  from bioenergy use, should be reported as positive numbers;
46;1;carbon management;Carbon Capture|Fossil;Mt CO2/yr;Carbon Management|Carbon Capture|+|Fossil|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use, should be reported as positive numbers;
46;1;carbon management;Carbon Capture|Fossil;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Fossil;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use, should be reported as positive numbers;
;1;carbon management;Carbon Capture|Electricity;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Synfuel;Mt CO2/yr;;;;total carbon dioxide emissions captured from hydrogen or synthetic fuel use, should be reported as positive numbers;
47;2;carbon management;Carbon Capture|Industry;Mt CO2/yr;Carbon Management|Carbon Capture|+|Industry Energy;Mt CO2/yr;;;;total carbon dioxide emissions captured from industry, should be reported as positive numbers;
47;2;carbon management;Carbon Capture|Industry;Mt CO2/yr;Carbon Management|Carbon Capture|+|Industry Process;Mt CO2/yr;;;;total carbon dioxide emissions captured from industry, should be reported as positive numbers;
48;2;carbon management;Carbon Capture|Industry|Biomass;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Biomass;Mt CO2/yr;;;;total carbon dioxide emissions from biomass captured in industry sector;
49;2;carbon management;Carbon Capture|Industry|Fossil;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Fossil;Mt CO2/yr;;;;total carbon dioxide emissions from fossils (incl. minerals) captured in industry sector;
;2;carbon management;Carbon Capture|Industry|Electricity;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Synfuel;Mt CO2/yr;;;;total carbon dioxide emissions from hydrogen or synthetic fuel use captured in industry sector;
50;1;carbon management;Carbon Capture|Industrial Processes;Mt CO2/yr;Carbon Management|Carbon Capture|+|Industry Process;Mt CO2/yr;;;;total carbon dioxide emissions captured from industrial processes (e.g., cement production, but not from fossil fuel burning) use, should be reported as positive numbers;
51;2;carbon management;Carbon Capture|Biomass|Energy|Demand|Industry;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Biomass;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in industry (IPCC category 1A2), should be reported as positive numbers;
52;2;carbon management;Carbon Capture|Biomass|Energy|Supply;Mt CO2/yr;Carbon Management|Carbon Capture|+|Biomass|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured  from bioenergy use, should be reported as positive numbers;
53;2;carbon management;Carbon Capture|Biomass|Energy|Supply|Electricity;Mt CO2/yr;Carbon Management|Carbon Capture|Biomass|Pe2Se|+|Electricity w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in electricity production (part of IPCC category 1A1a), should be reported as positive numbers;
54;2;carbon management;Carbon Capture|Biomass|Energy|Supply|Gases;Mt CO2/yr;Carbon Management|Carbon Capture|Biomass|Pe2Se|+|Gases w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in gaseous fuel production, excl. hydrogen (part of IPCC category 1A), should be reported as positive numbers;
55;2;carbon management;Carbon Capture|Biomass|Energy|Supply|Hydrogen;Mt CO2/yr;Carbon Management|Carbon Capture|Biomass|Pe2Se|+|Hydrogen w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in hydrogen production (part of IPCC category 1A), should be reported as positive numbers;
56;2;carbon management;Carbon Capture|Biomass|Energy|Supply|Liquids;Mt CO2/yr;Carbon Management|Carbon Capture|Biomass|Pe2Se|+|Liquids w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in liquid fuel production (part of IPCC category 1A), should be reported as positive numbers;
57;2;carbon management;Carbon Capture|Biomass|Energy|Supply|Other;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in other energy supply (part of IPCC category 1A), should be reported as positive numbers;
58;2;carbon management;Carbon Capture|Fossil|Energy|Demand|Industry;Mt CO2/yr;Carbon Management|Carbon Capture|Industry Energy|+|Fossil;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in industry (IPCC category 1A2), should be reported as positive numbers;
59;2;carbon management;Carbon Capture|Fossil|Energy|Supply;Mt CO2/yr;Carbon Management|Carbon Capture|+|Fossil|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in energy supply (IPCC category 1A), should be reported as positive numbers;
60;2;carbon management;Carbon Capture|Fossil|Energy|Supply|Electricity;Mt CO2/yr;Carbon Management|Carbon Capture|Fossil|Pe2Se|+|Electricity w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in electricity production (part of IPCC category 1A1a), should be reported as positive numbers;
61;2;carbon management;Carbon Capture|Fossil|Energy|Supply|Gases;Mt CO2/yr;Carbon Management|Carbon Capture|Fossil|Pe2Se|+|Gases w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in gaseous fuel production, excl. hydrogen (part of IPCC category 1A), should be reported as positive numbers;
62;2;carbon management;Carbon Capture|Fossil|Energy|Supply|Hydrogen;Mt CO2/yr;Carbon Management|Carbon Capture|Fossil|Pe2Se|+|Hydrogen w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in hydrogen production (part of IPCC category 1A), should be reported as positive numbers;
63;2;carbon management;Carbon Capture|Fossil|Energy|Supply|Liquids;Mt CO2/yr;Carbon Management|Carbon Capture|Fossil|Pe2Se|+|Liquids w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in liquid fuel production (part of IPCC category 1A), should be reported as positive numbers;
64;2;carbon management;Carbon Capture|Fossil|Energy|Supply|Other;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in other energy supply (part of IPCC category 1A), should be reported as positive numbers;
65;2;carbon management;Carbon Capture|Direct Air Capture;Mt CO2/yr;Carbon Management|Carbon Capture|+|DAC;Mt CO2/yr;;;;total carbon dioxide captured through direct air capture;
66;2;carbon management;Carbon Capture|Other;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide captured through other techniques  (please provide a definition of other sources in this category in the 'comments' tab);
67;2;carbon management;Carbon Capture|Storage;Mt CO2/yr;Carbon Management|Storage;Mt CO2/yr;;;;total carbon dioxide emissions captured and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
68;2;carbon management;Carbon Capture|Storage|Biomass;Mt CO2/yr;Carbon Management|Storage|+|Biomass|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured  from bioenergy use and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
68;2;carbon management;Carbon Capture|Storage|Biomass;Mt CO2/yr;Carbon Management|Storage|Industry Energy|+|Biomass;Mt CO2/yr;;;;total carbon dioxide emissions captured  from bioenergy use and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
69;2;carbon management;Carbon Capture|Storage|Fossil;Mt CO2/yr;Carbon Management|Storage|+|Fossil|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
69;2;carbon management;Carbon Capture|Storage|Fossil;Mt CO2/yr;Carbon Management|Storage|Industry Energy|+|Fossil;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
;2;carbon management;Carbon Capture|Storage|Electricity;Mt CO2/yr;Carbon Management|Storage|Industry Energy|+|Synfuel;Mt CO2/yr;;;;total carbon dioxide emissions captured from hydrogen or synthetic fuel use and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
70;2;carbon management;Carbon Capture|Storage|Industrial Processes;Mt CO2/yr;Carbon Management|Storage|+|Industry Process;Mt CO2/yr;;;;total carbon dioxide emissions captured from industrial processes (e.g., cement production, but not from fossil fuel burning) use and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
71;2;carbon management;Carbon Capture|Storage|Biomass|Energy|Demand|Industry;Mt CO2/yr;Carbon Management|Storage|Industry Energy|+|Biomass;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in industry (IPCC category 1A2) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
72;2;carbon management;Carbon Capture|Storage|Biomass|Energy|Supply;Mt CO2/yr;Carbon Management|Storage|+|Biomass|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured  from bioenergy use and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
73;2;carbon management;Carbon Capture|Storage|Biomass|Energy|Supply|Electricity;Mt CO2/yr;Carbon Management|Storage|Biomass|Pe2Se|+|Electricity w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in electricity production (part of IPCC category 1A1a) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
74;2;carbon management;Carbon Capture|Storage|Biomass|Energy|Supply|Gases;Mt CO2/yr;Carbon Management|Storage|Biomass|Pe2Se|+|Gases w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in gaseous fuel production, excl. hydrogen (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
75;2;carbon management;Carbon Capture|Storage|Biomass|Energy|Supply|Hydrogen;Mt CO2/yr;Carbon Management|Storage|Biomass|Pe2Se|+|Hydrogen w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in hydrogen production (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
76;2;carbon management;Carbon Capture|Storage|Biomass|Energy|Supply|Liquids;Mt CO2/yr;Carbon Management|Storage|Biomass|Pe2Se|+|Liquids w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in liquid fuel production (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
77;2;carbon management;Carbon Capture|Storage|Biomass|Energy|Supply|Other;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide emissions captured from bioenergy use in other energy supply (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
78;2;carbon management;Carbon Capture|Storage|Fossil|Energy|Demand|Industry;Mt CO2/yr;Carbon Management|Storage|Industry Energy|+|Fossil;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in industry (IPCC category 1A2) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
79;2;carbon management;Carbon Capture|Storage|Fossil|Energy|Supply;Mt CO2/yr;Carbon Management|Storage|+|Fossil|Pe2Se;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in energy supply (IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
80;2;carbon management;Carbon Capture|Storage|Fossil|Energy|Supply|Electricity;Mt CO2/yr;Carbon Management|Storage|Fossil|Pe2Se|+|Electricity w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in electricity production (part of IPCC category 1A1a) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
81;2;carbon management;Carbon Capture|Storage|Fossil|Energy|Supply|Gases;Mt CO2/yr;Carbon Management|Storage|Fossil|Pe2Se|+|Gases w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in gaseous fuel production, excl. hydrogen (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
82;2;carbon management;Carbon Capture|Storage|Fossil|Energy|Supply|Hydrogen;Mt CO2/yr;Carbon Management|Storage|Fossil|Pe2Se|+|Hydrogen w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in hydrogen production (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
83;2;carbon management;Carbon Capture|Storage|Fossil|Energy|Supply|Liquids;Mt CO2/yr;Carbon Management|Storage|Fossil|Pe2Se|+|Liquids w/ couple prod;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in liquid fuel production (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
84;2;carbon management;Carbon Capture|Storage|Fossil|Energy|Supply|Other;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide emissions captured from fossil fuel use in other energy supply (part of IPCC category 1A) and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers;
85;2;carbon management;Carbon Capture|Storage|Direct Air Capture;Mt CO2/yr;Carbon Management|Storage|+|DAC;Mt CO2/yr;;;;total carbon dioxide sequestered through direct air capture;
86;2;carbon management;Carbon Capture|Storage|Other;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide captured  and stored in geological deposits (e.g. in depleted oil and gas fields, unmined coal seams, saline aquifers) and the deep ocean, stored amounts should be reported as positive numbers through other techniques (please provide a definition of other sources in this category in the 'comments' tab);
87;2;carbon management;Carbon Capture|Usage;Mt CO2/yr;Carbon Management|Usage;Mt CO2/yr;;;;total carbon dioxide captured and used;
88;2;carbon management;Carbon Capture|Usage|Materials|Long-lived;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide captured and used in long-lived materials (e.g. carbon fibers);
89;2;carbon management;Carbon Capture|Usage|Materials|Short-lived;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide captured and used in short-lived materials (e.g. plastics);
90;2;carbon management;Carbon Capture|Usage|Liquids;Mt CO2/yr;Carbon Management|Usage|+|Synthetic Liquids;Mt CO2/yr;;;;total carbon dioxide captured and used in synthetic liquids (e.g. as feedstock in industry or for synthetic fuels);
91;2;carbon management;Carbon Capture|Usage|Gases;Mt CO2/yr;Carbon Management|Usage|+|Synthetic Gases;Mt CO2/yr;;;;total carbon dioxide captured and used in synthetic gases (e.g. as feedstock in industry or for synthetic fuels);
92;2;carbon management;Carbon Capture|Usage|Other;Mt CO2/yr;;Mt CO2/yr;;;;total carbon dioxide captured and used in other short-lived products;
93;2;carbon management;Carbon Removal;Mt CO2/yr;Emi|CO2|CDR;Mt CO2/yr;-1;;;total carbon dioxide sequestered;
94;2;carbon management;Carbon Removal|Geological Storage;Mt CO2/yr;Emi|CO2|CDR|BECCS;Mt CO2/yr;-1;;;total non-fossil carbon dioxide sequestered through geological storage, i.e. BECCS + DACCS;
94;2;carbon management;Carbon Removal|Geological Storage;Mt CO2/yr;Emi|CO2|CDR|DACCS;Mt CO2/yr;-1;;;total non-fossil carbon dioxide sequestered through geological storage, i.e. BECCS + DACCS;
94;2;carbon management;Carbon Removal|Geological Storage;Mt CO2/yr;Emi|CO2|CDR|Industry CCS|Synthetic Fuels;Mt CO2/yr;-1;;;total non-fossil carbon dioxide sequestered through geological storage, i.e. BECCS + DACCS;
95;2;carbon management;Carbon Removal|Enhanced Weathering;Mt CO2/yr;Emi|CO2|CDR|EW;Mt CO2/yr;-1;;;total carbon dioxide sequestered through enhanced weathering;
96;1;carbon management;Carbon Removal|Land Use;Mt CO2/yr;Emi|CO2|CDR|Land-Use Change;Mt CO2/yr;-1;;;total carbon dioxide sequestered through land-based sinks (e.g., afforestation, soil carbon enhancement, biochar);
97;2;carbon management;Carbon Removal|Land Use|Afforestation;Mt CO2/yr;;;;;;total carbon dioxide sequestered through afforestation;
98;2;carbon management;Carbon Removal|Land Use|Biochar;Mt CO2/yr;;;;;;total carbon dioxide sequestered through biochar;
99;2;carbon management;Carbon Removal|Land Use|Soil Carbon Management;Mt CO2/yr;;;;;;total carbon dioxide sequestered through soil carbon management techniques;
100;2;carbon management;Carbon Removal|Land Use|Agroforestry;Mt CO2/yr;;;;;;total carbon dioxide sequestered through agroforestry;
101;2;carbon management;Carbon Removal|Land Use|Other;Mt CO2/yr;;;;;;total carbon dioxide sequestered through other land use methods (please provide a definition of other sources in this category in the 'comments' tab);
102;2;carbon management;Carbon Removal|Ocean;Mt CO2/yr;;;;;;total carbon dioxide sequestered through ocean sinks;
103;2;carbon management;Carbon Removal|Ocean|Alkalinization;Mt CO2/yr;;;;;;total carbon dioxide sequestered through ocean alkalinization;
104;2;carbon management;Carbon Removal|Ocean|Other;Mt CO2/yr;;;;;;total carbon dioxide sequestered through other ocean methods (please provide a definition of other sources in this category in the 'comments' tab);
105;2;carbon management;Carbon Removal|Materials;Mt CO2/yr;;;;;;total non-fossil carbon dioxide sequestered through long-lived materials;
106;2;carbon management;Carbon Removal|Materials|Timber;Mt CO2/yr;;;;;;total non-fossil carbon dioxide sequestered through long-lived wood products;
107;2;carbon management;Carbon Removal|Materials|Plastics;Mt CO2/yr;;;;;;total non-fossil carbon dioxide sequestered through both short- and long-lived plastic products. Emissions from incineration of plastic should be reported under Emissions|CO2|Waste|Biomass;
108;2;carbon management;Carbon Removal|Materials|Other;Mt CO2/yr;;;;;;total non-fossil carbon dioxide sequestered through other long-lived materials;
109;2;carbon management;Carbon Removal|Other;Mt CO2/yr;;;;;;total non-fossil carbon dioxide sequestered through other techniques  (please provide a definition of other sources in this category in the 'comments' tab);
110;1;climate;Forcing;W/m2;Forcing;W/m2;;;;radiative forcing from all greenhouse gases and forcing agents, including contributions from albedo change, nitrate, and mineral dust;x
111;1;climate;Temperature|Global Mean;°C;Temperature|Global Mean;K;;;;change in global mean temperature relative to pre-industrial;x
112;2;climate;Concentration|CH4;ppb;Concentration|CH4;ppb;;;;atmospheric concentration of methane;x
113;2;climate;Concentration|CO2;ppm;Concentration|CO2;ppm;;;;atmospheric concentration of carbon dioxide;x
114;2;climate;Concentration|N2O;ppb;Concentration|N2O;ppb;;;;atmospheric concentration of nitrous oxide;x
115;2;climate;Forcing|Aerosol;W/m2;Forcing|Aerosol;W/m2;;;;total radiative forcing from aerosols;x
116;2;climate;Forcing|Aerosol|BC;W/m2;Forcing|Aerosol|BC;W/m2;;;;total radiative forcing from black carbon;x
117;2;climate;Forcing|Aerosol|Black and Organic Carbon;W/m2;;;;;;total radiative forcing from black and organic carbon;
118;2;climate;Forcing|Aerosol|Cloud Indirect;W/m2;Forcing|Aerosol|Cloud Indirect;W/m2;;;;total radiative forcing from indirect effects of aerosols on clouds;x
119;2;climate;Forcing|Aerosol|OC;W/m2;Forcing|Aerosol|OC;W/m2;;;;total radiative forcing from organic carbon;x
120;2;climate;Forcing|Aerosol|Other;W/m2;Forcing|Aerosol|Other;W/m2;;;;total radiative forcing from aerosols not covered in the other categories (including aerosols from biomass burning);x
121;2;climate;Forcing|Aerosol|Sulfate Direct;W/m2;Forcing|Aerosol|Sulfate Direct;W/m2;;;;total radiative forcing from direct sufate effects;x
122;2;climate;Forcing|Albedo Change and Mineral Dust;W/m2;Forcing|Albedo Change and Mineral Dust;W/m2;;;;total radiative forcing from albedo change and mineral dust;x
123;2;climate;Forcing|CH4;W/m2;Forcing|CH4;W/m2;;;;total radiative forcing from CH4;x
124;2;climate;Forcing|CO2;W/m2;Forcing|CO2;W/m2;;;;total radiative forcing from CO2;x
125;2;climate;Forcing|F-Gases;W/m2;Forcing|F-Gases;W/m2;;;;total radiative forcing from F-gases;x
126;2;climate;Forcing|Kyoto Gases;W/m2;Forcing|Kyoto Gases;W/m2;;;;radiative forcing of the six Kyoto gases (CO2, CH4, N2O, SF6, HFCs, PFCs);x
127;2;climate;Forcing|Montreal Gases;W/m2;Forcing|Montreal Gases;W/m2;;;;total radiative forcing from Montreal gases;x
128;2;climate;Forcing|N2O;W/m2;Forcing|N2O;W/m2;;;;total radiative forcing from N2O;x
129;2;climate;Forcing|Other;W/m2;Forcing|Other;W/m2;;;;total radiative forcing from factors not covered in other categories (including stratospheric ozone and stratospheric water vapor);x
130;2;climate;Forcing|Tropospheric Ozone;W/m2;Forcing|Tropospheric Ozone;W/m2;;;;total radiative forcing from tropospheric ozone;x
131;1;demography;Population;million;Population;million;;;;Total population;
132;2;demography;Population|Rural;million;;;;;;Total population living in rural areas;
133;2;demography;Population|Urban;million;Population|Urban;million;;;;Total population living in urban areas;x
134;2;demography;Population|Working Age;million;;;;;;Total working age population (age 15-65 years);
135;1;economy;Consumption;billion US$2010/yr;Consumption;billion US$2005/yr;1.10774;;;total consumption of all goods, by all consumers in a region;
136;1;economy;GDP|MER;billion US$2010/yr;GDP|MER;billion US$2005/yr;1.10774;;;GDP at market exchange rate;
137;1;economy;GDP|PPP;billion US$2010/yr;GDP|PPP;billion US$2005/yr;1.10774;;;GDP converted to International $ using purchasing power parity (PPP);
138;1;economy;Value Added|Agriculture;billion US$2010/yr;;;;;;value added of the agricultural sector;
139;1;economy;Value Added|Commercial;billion US$2010/yr;;;;;;value added of the commercial sector;
140;1;economy;Value Added|Industry;billion US$2010/yr;;;;;;value added of the industry sector;
141;1;economy;Capital Formation;billion US$2010/yr;Investments;billion US$2005/yr;1.10774;;;net additions to the physical capital stock;
142;1;economy;Expenditure|Government;billion US$2010/yr;;;;;;total government expenditure;
143;1;economy;Expenditure|Household;billion US$2010/yr;;;;;;Total household expenditure;
144;1;economy;Export;billion US$2010/yr;;;;;;total exports measured in monetary quantities.;
145;1;economy;Import;billion US$2010/yr;;;;;;total imports measured in monetary quantities.;
146;2;economy;Capital Stock;billion US$2010/yr;;;;;;Macroeconomic capital stock;
147;2;economy;Interest Rate|Real;%;Interest Rate t/(t-1)|Real;unitless;;;;Real interest rate or return on capital that is relevant for energy system investments;
148;2;economy;Value Added|Industry|Chemicals;billion US$2010/yr;Value Added|Industry|Chemicals;billion US$2005/yr;1.10774;;;value added of the chemical industries.;
149;2;economy;Value Added|Industry|Iron and Steel;billion US$2010/yr;;;;;;value added of iron and steel production;
150;2;economy;Value Added|Industry|Non-Metallic Minerals;billion US$2010/yr;;;;;;value added of non-metallic minerals industries;
151;3;economy;Value Added|Industry|Pulp and Paper;billion US$2010/yr;;;;;;value added of the pulp and paper sector;
152;3;economy;Value Added|Industry|Non-Ferrous metals;billion US$2010/yr;;;;;;value added of the non-ferrous metals sector;
153;3;economy;Value Added|Industry|Other Sector;billion US$2010/yr;Value Added|Industry|Other Industry;billion US$2005/yr;1.10774;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;value added of all other industry sectors;
154;1 (at least one policy cost metric should be provided);policy;Policy Cost|Welfare Change;billion US$2010/yr;;;;;;welfare loss measured as change in balanced growth equivalents;
155;1;emissions (CO2);Emissions|CO2;Mt CO2/yr;Emi|CO2|w/ Bunkers;Mt CO2/yr;;;;total CO2 emissions;
156;1;emissions (CO2);Emissions|CO2 (w/o bunkers);Mt CO2/yr;Emi|CO2|w/ Bunkers;Mt CO2/yr;;;;total CO2 emissions excluding emissions from international bunkers (IPCC category 1A3ai and 1A3di);
156;1;emissions (CO2);Emissions|CO2 (w/o bunkers);Mt CO2/yr;Emi|CO2|Energy|Demand|Transport|International Bunkers;Mt CO2/yr;-1;;;total CO2 emissions excluding emissions from international bunkers (IPCC category 1A3ai and 1A3di);
157;1;emissions (CO2);Gross Emissions|CO2;Mt CO2/yr;Emi|CO2|w/ Bunkers|Gross;Mt CO2/yr;;;;Gross CO2 emissions, not accounting for negative emissions e.g. from BECCS or AFOLU;
158;1;emissions (CO2);Emissions|CO2|AFOLU;Mt CO2/yr;Emi|CO2|+|Land-Use Change;Mt CO2/yr;;;;CO2 emissions from agriculture, forestry and other land use (IPCC category 3), exlcuding energy-related emissions from these sectors;
159;1;emissions (CO2);Emissions|CO2|AFOLU|Agriculture;Mt CO2/yr;;;;;;CO2 emissions from agriculture;
160;1;emissions (CO2);Emissions|CO2|AFOLU|Land;Mt CO2/yr;Emi|CO2|+|Land-Use Change;Mt CO2/yr;;;;net CO2 emissions from Land Use, Land-Use Change and Forestry (LULUCF);
161;1;emissions (CO2);Emissions|CO2|AFOLU|Land|Positive;Mt CO2/yr;;;;;;positive CO2 emissions from Land Use, Land-Use Change and Forestry (LULUCF), e.g. from deforestation;
162;1;emissions (CO2);Emissions|CO2|AFOLU|Land|Negative;Mt CO2/yr;Emissions|CO2|Land|Land-use Change|+|Regrowth;Mt CO2/yr;;;;negative CO2 emissions from Land Use, Land-Use Change and Forestry (LULUCF), e.g. from afforestation;x
163;1;emissions (CO2);Emissions|CO2|AFOLU|Land|Wetlands;Mt CO2/yr;Emissions|CO2|Land|Land-use Change|+|Peatland;Mt CO2/yr;;;;CO2 emissions from managed peatlands (drained and rewetted);x
164;1;emissions (CO2);Emissions|CO2|Industrial Processes;Mt CO2/yr;Emi|CO2|+|Industrial Processes;Mt CO2/yr;;;;CO2 emissions from industrial processes (IPCC categories 2A, B, C, E);
165;1;emissions (CO2);Gross Emissions|CO2|Industrial Processes;Mt CO2/yr;Emi|CO2|+|Industrial Processes;Mt CO2/yr;;;;Gross CO2 emissions from industrial processes (IPCC categories 2A, B, C, E), not accounting for negative emissions from BECCS;
166;2;emissions (CO2);Emissions|CO2|Industrial Processes|Iron and Steel;Mt CO2/yr;;;;;;CO2 emissions from industrial processes from iron & steel;
167;2;emissions (CO2);Emissions|CO2|Industrial Processes|Non-Metallic Minerals;Mt CO2/yr;;;;;;CO2 emissions from industrial processes from non-metallic minerals;
168;2;emissions (CO2);Emissions|CO2|Industrial Processes|Non-Metallic Minerals|Cement;Mt CO2/yr;Emi|CO2|Industrial Processes|+|Cement;Mt CO2/yr;;;;CO2 emissions from industrial processes from cement;
169;2;emissions (CO2);Emissions|CO2|Industrial Processes|Non-Ferrous Metals;Mt CO2/yr;;;;;;CO2 emissions from industrial processes from non-ferrous minerals;
170;2;emissions (CO2);Emissions|CO2|Industrial Processes|Chemicals;Mt CO2/yr;;;;;;CO2 emissions from industrial processes from chemicals;
171;2;emissions (CO2);Emissions|CO2|Industrial Processes|Pulp and Paper;Mt CO2/yr;;;;;;CO2 emissions from industrial processes from chemicals;
172;2;emissions (CO2);Emissions|CO2|Industrial Processes|Other Sector;Mt CO2/yr;;;;;;CO2 emissions from industrial processes from chemicals;
173;1;emissions (CO2);Emissions|CO2|Energy;Mt CO2/yr;Emi|CO2|w/ Bunkers|Energy;Mt CO2/yr;;;;Fossil CO2 emissions from energy use on supply and demand side (IPCC category 1A, 1B), net of negative emissions from Bioenergy with CCS (BECCS), including emissions from international bunkers;
174;2;emissions (CO2);Gross Emissions|CO2|Energy;Mt CO2/yr;Emi|CO2|w/ Bunkers|Gross|Energy;Mt CO2/yr;;;;Gross Fossil CO2 emissions from energy use on supply and demand side (IPCC category 1A, 1B), not accounting for negative emissions from BECCS;
175;1;emissions (CO2);Emissions|CO2|Energy and Industrial Processes;Mt CO2/yr;Emi|CO2|w/ Bunkers|Energy and Industrial Processes;Mt CO2/yr;;;;Fossil CO2 emissions from energy use on supply and demand side (IPCC category 1A, 1B) and from industrial processes (IPCC categories 2A, B, C, E), including emissions from international bunkers, net of negative emissions from Bioenergy with CCS (BECCS);
176;1;emissions (CO2);Gross Emissions|CO2|Energy and Industrial Processes;Mt CO2/yr;Emi|CO2|w/ Bunkers|Gross|Energy and Industrial Processes;Mt CO2/yr;;;;Gross Fossil CO2 emissions from energy use on supply and demand side (IPCC category 1A, 1B) and from industrial processes (IPCC categories 2A, B, C, E), including emissions from international bunkers, not accounting for negative emissions from BECCS;
177;1;emissions (CO2);Emissions|CO2|Industry and Industrial Processes;Mt CO2/yr;Emi|CO2|Energy|Demand|+|Industry;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in industry (IPCC category 1A2) and from industrial processes (IPCC categories 2A, B, C, E), net of negative emissions from Bioenergy with CCS (BECCS);
177;1;emissions (CO2);Emissions|CO2|Industry and Industrial Processes;Mt CO2/yr;Emi|CO2|+|Industrial Processes;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in industry (IPCC category 1A2) and from industrial processes (IPCC categories 2A, B, C, E), net of negative emissions from Bioenergy with CCS (BECCS);
178;1;emissions (CO2);Emissions|CO2|Waste;Mt CO2/yr;;;;;;CO2 emissions from waste (IPCC categories 6C), not including the burning of waste for electricity or heat supply (these emissions should be reported under the respective categories of CO2|Energy);
179;1;emissions (CO2);Emissions|CO2|Waste|Biomass;Mt CO2/yr;;;;;;CO2 emissions from waste of biogenic origin, e.g. bioplastics;
180;1;emissions (CO2);Emissions|CO2|Waste|Fossil;Mt CO2/yr;;;;;;CO2 emissions from waste of fossil origin;
181;2;emissions (CO2);Emissions|CO2|Other;Mt CO2/yr;;;;;;CO2 emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab);
182;1;emissions (CO2);Emissions|CO2|Other Removal;Mt CO2/yr;Emi|CO2|CDR|DACCS;Mt CO2/yr;;;;CO2 emissions from carbon removal not reported in the other categories (i.e. without BECCS and land use), should be reported as negative values;
182;1;emissions (CO2);Emissions|CO2|Other Removal;Mt CO2/yr;Emi|CO2|CDR|EW;Mt CO2/yr;;;;CO2 emissions from carbon removal not reported in the other categories (i.e. without BECCS and land use), should be reported as negative values;
183;1;emissions (CO2);Emissions|CO2|Energy|Supply;Mt CO2/yr;Emi|CO2|Energy|+|Supply;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion and fugitive emissions from fuels: electricity and heat production and distribution (IPCC category 1A1a), other energy conversion (e.g. refineries, synfuel production, solid fuel processing, IPCC category 1Ab, 1Ac), incl. pipeline transportation (IPCC category 1A3ei), fugitive emissions from fuels (IPCC category 1B) and emissions from carbon dioxide transport and storage (IPCC category 1C), net of negative emissions from Bioenergy with CCS (BECCS), incl. industrial autoproduction;
184;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply;Mt CO2/yr;Emi|CO2|Gross|Energy|+|Supply;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion and fugitive emissions from fuels: electricity and heat production and distribution (IPCC category 1A1a), other energy conversion (e.g. refineries, synfuel production, solid fuel processing, IPCC category 1Ab, 1Ac), incl. pipeline transportation (IPCC category 1A3ei), fugitive emissions from fuels (IPCC category 1B) and emissions from carbon dioxide transport and storage (IPCC category 1C), not accounting for negative emissions from BECCS;
185;1;emissions (CO2);Emissions|CO2|Energy|Supply|Electricity;Mt CO2/yr;Emi|CO2|Energy|Supply|+|Electricity w/ couple prod;Mt CO2/yr;;;;CO2 emissions from electricity and CHP production and distribution (IPCC category 1A1ai and 1A1aii);
186;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply|Electricity;Mt CO2/yr;Emi|CO2|Gross|Energy|Supply|+|Electricity;Mt CO2/yr;;;;Fossil CO2 emissions from electricity and CHP production and distribution (IPCC category 1A1ai and 1A1aii), not accounting for negative emissions from BECCS;
187;2;emissions (CO2);Emissions|CO2|Energy|Supply|Gases;Mt CO2/yr;Emi|CO2|Energy|Supply|+|Gases w/ couple prod;Mt CO2/yr;;;;CO2 emissions from fuel combustion and fugitive emissions from fuels: gaseous fuel extraction and processing (e.g. natural gas extraction production, IPCC category 1B2b, parts of 1A1cii);
188;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion and fugitive emissions from fuels: gaseous fuel extraction and processing (e.g. natural gas extraction production, IPCC category 1B2b, parts of 1A1cii), not accounting for negative emissions from BECCS;
189;2;emissions (CO2);Emissions|CO2|Energy|Supply|Heat;Mt CO2/yr;Emi|CO2|Energy|Supply|+|Heat w/ couple prod;Mt CO2/yr;;;;CO2 emissions from heat production and distribution (IPCC category 1A1aiii);
190;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply|Heat;Mt CO2/yr;;;;;;Fossil CO2 emissions from heat production and distribution (IPCC category 1A1aiii), not accounting for negative emissions from BECCS;
191;2;emissions (CO2);Emissions|CO2|Energy|Supply|Hydrogen;Mt CO2/yr;Emi|CO2|Energy|Supply|+|Hydrogen w/ couple prod;Mt CO2/yr;;;;CO2 emissions from hydrogen production;
192;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply|Hydrogen;Mt CO2/yr;;;;;;Fossil CO2 emissions from hydrogen production;
193;2;emissions (CO2);Emissions|CO2|Energy|Supply|Liquids;Mt CO2/yr;Emi|CO2|Energy|Supply|+|Liquids w/ couple prod;Mt CO2/yr;;;;CO2 emissions from fuel combustion and fugitive emissions from fuels: liquid fuel extraction and processing (e.g. oil production, refineries, synfuel production, IPCC category 1A1b, parts of 1A1cii, 1B2a);
194;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion and fugitive emissions from fuels: liquid fuel extraction and processing (e.g. oil production, refineries, synfuel production, IPCC category 1A1b, parts of 1A1cii, 1B2a), not accounting for negative emissions from BECCS;
195;2;emissions (CO2);Emissions|CO2|Energy|Supply|Other;Mt CO2/yr;;;;;;CO2 emissions from fuel combustion in other energy supply sectors (please provide a definition of other sources in this category in the 'comments' tab);
196;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply|Other;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion in other energy supply sectors (please provide a definition of other sources in this category in the 'comments' tab), not accounting for negative emissions from BECCS;
197;2;emissions (CO2);Emissions|CO2|Energy|Supply|Solids;Mt CO2/yr;Emi|CO2|Energy|Supply|+|Solids w/ couple prod;Mt CO2/yr;;;;CO2 emissions from fuel combustion and fugitive emissions from fuels: solid fuel extraction and processing (IPCC category 1A1ci, parts of 1A1cii, 1B1);
198;2;emissions (CO2);Gross Emissions|CO2|Energy|Supply|Solids;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion and fugitive emissions from fuels: solid fuel extraction and processing (IPCC category 1A1ci, parts of 1A1cii, 1B1), not accounting for negative emissions from BECCS;
199;1;emissions (CO2);Emissions|CO2|Energy|Demand;Mt CO2/yr;Emi|CO2|w/ Bunkers|Energy|Demand;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in industry (IPCC category 1A2), residential, commercial, institutional sectors and agriculture, forestry, fishing (AFOFI) (IPCC category 1A4a, 1A4b, 1A4c), and transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei), net of negative emissions (incl. demand-side BECCS);
200;2;emissions (CO2);Gross Emissions|CO2|Energy|Demand;Mt CO2/yr;Emi|CO2|w/ Bunkers|Gross|Energy|Demand;Mt CO2/yr;;;;Gross Fossil CO2 emissions from fuel combustion in industry (IPCC category 1A2), residential, commercial, institutional sectors and agriculture, forestry, fishing (AFOFI) (IPCC category 1A4a, 1A4b, 1A4c), and transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei), not accounting for negative emissions from BECCS;
201;2;emissions (CO2);Emissions|CO2|Energy|Demand|AFOFI;Mt CO2/yr;;;;;;CO2 emissions from fuel combustion in agriculture, forestry, fishing (AFOFI) (IPCC category 1A4c);
202;2;emissions (CO2);Emissions|CO2|Energy|Demand|Commercial;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion in commercial and institutional sectors (IPCC category 1A4a);
203;1;emissions (CO2);Emissions|CO2|Energy|Demand|Industry;Mt CO2/yr;Emi|CO2|Energy|Demand|+|Industry;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in industry (IPCC category 1A2), net of negative emissions from Bioenergy with CCS (BECCS), excluding emissions related to feedstocks;
204;2;emissions (CO2);Gross Emissions|CO2|Energy|Demand|Industry;Mt CO2/yr;Emi|CO2|Gross|Energy|Demand|+|Industry;Mt CO2/yr;;This definition still includes storage of carbon from synfuels which are treated as carbon-neutral on the demand-side. So, this can still create negative emissions for industry. In our REMIND gross variable synfuel carbon is also excluded here. ;;Gross Fossil CO2 emissions from fuel combustion in industry (IPCC category 1A2), not accounting for negative emissions from BECCS, excluding emissions related to feedstocks;
205;2;emissions (CO2);Emissions|CO2|Energy|Supply|Autoproduction;Mt CO2/yr;;;;;;Fossil CO2 emissions from electricty/heat production for own use;
206;2;emissions (CO2);Emissions|CO2|Energy|Demand|Industry|Non-Metallic Minerals;Mt CO2/yr;Emi|CO2|Energy|Demand|Industry|++|Cement;Mt CO2/yr;;In remind cement = non-metallic minerals;;Fossil CO2 emissions from fuel combustion in industry in the non-metallic minerals sector;
207;2;emissions (CO2);Emissions|CO2|Energy|Demand|Industry|Chemicals;Mt CO2/yr;Emi|CO2|Energy|Demand|Industry|++|Chemicals;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in industry in the chemicals sector;
208;2;emissions (CO2);Emissions|CO2|Energy|Demand|Industry|Steel;Mt CO2/yr;Emi|CO2|Energy|Demand|Industry|++|Steel;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in industry in the iron and steel sector;
209;2;emissions (CO2);Emissions|CO2|Energy|Demand|Industry|Other Sector;Mt CO2/yr;Emi|CO2|Energy|Demand|Industry|++|Other Industry;Mt CO2/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Fossil CO2 emissions from fuel combustion in industry in other sectors (please provide a definition of thesesectors in this category in the 'comments' tab);
210;2;emissions (CO2);Emissions|CO2|Energy|Demand|Industry|Pulp and Paper;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion in industry in the pulp and paper sector;
211;2;emissions (CO2);Emissions|CO2|Energy|Demand|Industry|Non-Ferrous Metals;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion in industry in the non-ferrous metals sector;
212;2;emissions (CO2);Emissions|CO2|Energy|Demand|Other Sector;Mt CO2/yr;;;;;;CO2 emissions from fuel combustion in other energy supply sectors (please provide a definition of other sources in this category in the 'comments' tab);
213;2;emissions (CO2);Emissions|CO2|Energy|Demand|Residential;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion in residential (IPCC category 1A4b);
214;1;emissions (CO2);Emissions|CO2|Energy|Demand|Residential and Commercial;Mt CO2/yr;Emi|CO2|Energy|Demand|+|Buildings;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in residential, commercial, institutional sectors (IPCC category 1A4a, 1A4b);
215;1;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation;Mt CO2/yr;Emi|CO2|w/ Bunkers|Energy|Demand|Transport;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei), excluding emissions from international bunkers (IPCC category 1A3ai and 1A3di);
215;1;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation;Mt CO2/yr;Emi|CO2|Energy|Demand|Transport|International Bunkers;Mt CO2/yr;-1;;;Fossil CO2 emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei), excluding emissions from international bunkers (IPCC category 1A3ai and 1A3di);
216;1;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation (w/ bunkers);Mt CO2/yr;Emi|CO2|w/ Bunkers|Energy|Demand|Transport;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei), including emissions from international bunkers (IPCC category 1A3ai and 1A3di);
217;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Gases;Mt CO2/yr;Emi|CO2|Energy|Demand|Transport|+|Gases;Mt CO2/yr;;;;Fossil CO2 emissions from Gases use in the transportation sector (IPCC category 1A3);
218;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Liquids;Mt CO2/yr;Emi|CO2|w/ Bunkers|Energy|Demand|Transport|Liquids;Mt CO2/yr;;;;Fossil CO2 emissions from Liquids use in the transportation sector (IPCC category 1A3);
218;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Liquids;Mt CO2/yr;Emi|CO2|Energy|Demand|Transport|International Bunkers;Mt CO2/yr;-1;;;Fossil CO2 emissions from Liquids use in the transportation sector (IPCC category 1A3);
219;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion by buses;
220;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Domestic Aviation;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion by domestic aviation;
221;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Domestic Shipping;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion by domestic shipping;
222;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV;Mt CO2/yr;Emi|CO2|Transport|Pass|Road|LDV|Demand;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion by light duty vehicles;
223;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Rail;Mt CO2/yr;Emi|CO2|Transport|Rail|Demand;Mt CO2/yr;;;;Fossil CO2 emissions from fuel combustion by trains;x
224;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion by trucks;
225;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the transportation sector by buses;
226;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the transportation sector by buses;
227;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the transportation sector by LDV;
228;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the transportation sector by LDV;
229;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Rail|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the transportation sector by Railes;
230;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the transportation sector by Truck;
231;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the transportation sector by Truck;
232;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Domestic Aviation|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the transportation sector by Domestic Aviation;
233;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Domestic Aviation|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the transportation sector by Domestic Aviation;
234;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Domestic Shipping|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the transportation sector by Domestic Shipping;
235;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Domestic Shipping|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the transportation sector by Domestic Shipping;
236;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|ICE;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by internal combustion engine bus;
237;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|Hybrid;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by hybrid bus;
238;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|ICE;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by internal combustion engine Truck;
239;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|Hybrid;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by hybrid Truck;
240;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|ICE;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by internal combustion engine LDV;
241;2;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|Hybrid;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by hybrid LDV;
242;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|ICE|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by liquid fuels from internal combustion engine bus;
243;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|ICE|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by gases from internal combustion engine bus;
244;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|Hybrid|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by liquid fuels from Hybrid bus;
245;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Bus|Hybrid|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by gases from Hybrid bus;
246;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|ICE|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by liquid fuels from internal combustion engine Truck;
247;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|ICE|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by gases from internal combustion engine Truck;
248;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|Hybrid|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by liquid fuels from Hybrid Truck;
249;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|Truck|Hybrid|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by gases from Hybrid Truck;
250;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|ICE|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by liquid fuels from internal combustion engine LDV;
251;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|ICE|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by gases from internal combustion engine LDV;
252;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|Hybrid|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by liquid fuels from Hybrid LDV;
253;3;emissions (CO2);Emissions|CO2|Energy|Demand|Transportation|LDV|Hybrid|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions in the transportation sector by gases from Hybrid LDV;
254;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers;Mt CO2/yr;Emi|CO2|Energy|Demand|Transport|International Bunkers;Mt CO2/yr;;;;Fossil CO2 emissions from international bunkers (IPCC category 1A3ai and 1A3di);
255;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the Bunkers sector (IPCC category 1C);
256;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the Bunkers sector (IPCC category 1C);
257;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|International Aviation;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion by International aviation;
258;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|International Shipping;Mt CO2/yr;;;;;;Fossil CO2 emissions from fuel combustion by International shipping;
259;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|International Aviation|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the Bunkers sector by International Aviation;
260;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|International Aviation|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the Bunkers sector by International Aviation;
261;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|International Shipping|Liquids;Mt CO2/yr;;;;;;Fossil CO2 emissions from Liquids use in the Bunkers sector by International Shipping;
262;2;emissions (CO2);Emissions|CO2|Energy|Demand|Bunkers|International Shipping|Gases;Mt CO2/yr;;;;;;Fossil CO2 emissions from Gases use in the Bunkers sector by International Shipping;
263;2;emissions (diagnostics);Emissions|C2F6;kt C2F6/yr;Emi|C2F6;kt C2F6/yr;;;;total emissions of C2F6;
264;2;emissions (diagnostics);Emissions|C6F14;kt C6F14/yr;Emi|C6F14;kt C6F14/yr;;;;total emissions of CF6F14;
265;2;emissions (diagnostics);Emissions|CF4;kt CF4/yr;Emi|CF4;kt CF4/yr;;;;total emissions of CF4;
266;2;emissions (diagnostics);Emissions|HFC|HFC125;kt HFC125/yr;;;;;;total emissions of HFC125;
267;2;emissions (diagnostics);Emissions|HFC|HFC134a;kt HFC134a/yr;;;;;;total emissions of HFC134a;
268;2;emissions (diagnostics);Emissions|HFC|HFC143a;kt HFC143a/yr;;;;;;total emissions of HFC143a;
269;2;emissions (diagnostics);Emissions|HFC|HFC227ea;kt HFC227ea/yr;;;;;;total emissions of HFC227ea;
270;2;emissions (diagnostics);Emissions|HFC|HFC23;kt HFC23/yr;;;;;;total emissions of HFC23;
271;2;emissions (diagnostics);Emissions|HFC|HFC245fa;kt HFC245fa/yr;;;;;;total emissions of HFC245fa;
272;2;emissions (diagnostics);Emissions|HFC|HFC32;kt HFC32/yr;;;;;;total emissions of HFC32;
273;2;emissions (diagnostics);Emissions|HFC|HFC43-10;kt HFC43-10/yr;;;;;;total emissions of HFC343-10;
274;1;emissions (non-CO2);Emissions|BC;Mt BC/yr;Emi|BC;Mt BC/yr;;;;total BC emissions;
275;1;emissions (non-CO2);Emissions|CH4;Mt CH4/yr;Emi|CH4;Mt CH4/yr;;;;total CH4 emissions;
276;1;emissions (non-CO2);Emissions|CO;Mt CO/yr;Emi|CO;Mt CO/yr;;;;total CO emissions;
277;1;emissions (non-CO2);Emissions|F-Gases;Mt CO2-equiv/yr;Emi|GHG|+|F-Gases;Mt CO2eq/yr;;;;total F-gas emissions, including sulfur hexafluoride (SF6), hydrofluorocarbons (HFCs), perfluorocarbons (PFCs) (preferably use 100-year GWPs from AR4 for aggregation of different F-gases, in case other GWPs have been used, please document this on the 'comments' tab);
278;1;emissions (non-CO2);Emissions|Kyoto Gases;Mt CO2-equiv/yr;Emi|GHG|w/ Bunkers;Mt CO2eq/yr;;;;total Kyoto GHG emissions, including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, in case other GWPs have been used, please document this on the 'comments' tab);
279;1;emissions (non-CO2);Emissions|N2O;kt N2O/yr;Emi|N2O;kt N2O/yr;;;;total N2O emissions;
280;1;emissions (non-CO2);Emissions|NOx;Mt NO2/yr;Emi|NOX;Mt NOX/yr;;;;total NOx emissions;
281;1;emissions (non-CO2);Emissions|OC;Mt OC/yr;Emi|OC;Mt OC/yr;;;;total OC emissions;
282;1;emissions (non-CO2);Emissions|Sulfur;Mt SO2/yr;Emi|SO2;Mt SO2/yr;;;;total Sulfur (SO2) emissions;
283;2;emissions (non-CO2);Emissions|BC|AFOLU;Mt BC/yr;Emi|BC|Land Use;Mt BC/yr;;;;BC emissions from agriculture, forestry and other land use (IPCC category 3);
284;2;emissions (non-CO2);Emissions|BC|Energy;Mt BC/yr;Emi|BC|Energy Supply and Demand;Mt BC/yr;;;;BC emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
285;2;emissions (non-CO2);Emissions|BC|Energy|Demand|Industry;Mt BC/yr;Emi|BC|Energy Demand|Industry;Mt BC/yr;;;;BC emissions from fuel combustion in industry (IPCC category 1A2);
286;2;emissions (non-CO2);Emissions|BC|Energy|Demand|Residential and Commercial;Mt BC/yr;Emi|BC|Energy Demand|Buildings;Mt BC/yr;;;;BC emissions from fuel combustion in residential, commercial, institutional sectors and agriculture (IPCC category 1A4a,  1A4b);
287;2;emissions (non-CO2);Emissions|BC|Energy|Demand|Transportation;Mt BC/yr;Emi|BC|Energy Demand|Transport;Mt BC/yr;;;;BC emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei);
288;2;emissions (non-CO2);Emissions|BC|Energy|Supply;Mt BC/yr;Emi|BC|Energy Supply;Mt BC/yr;;;;BC emissions from fuel combustion and fugitive emissions from fuels: electricity and heat production and distribution (IPCC category 1A1a), other energy conversion (e.g. refineries, synfuel production, solid fuel processing, IPCC category 1Ab, 1Ac), incl. pipeline transportation (IPCC category 1A3ei), fugitive emissions from fuels (IPCC category 1B) and emissions from carbon dioxide transport and storage (IPCC category 1C);
289;2;emissions (non-CO2);Emissions|BC|Waste;Mt BC/yr;Emi|BC|Waste;Mt BC/yr;;;;BC emissions from waste (IPCC category 6);
290;2;emissions (non-CO2);Emissions|BC|Other;Mt BC/yr;Emi|BC|Solvents;Mt BC/yr;;;;BC emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab);
291;2;emissions (non-CO2);Emissions|CH4|AFOLU;Mt CH4/yr;Emi|CH4|+|Agriculture;Mt CH4/yr;;;;CH4 emissions from agriculture, forestry and other land use (IPCC category 3);
291;2;emissions (non-CO2);Emissions|CH4|AFOLU;Mt CH4/yr;Emi|CH4|+|Land-Use Change;Mt CH4/yr;;;;CH4 emissions from agriculture, forestry and other land use (IPCC category 3);
292;2;emissions (non-CO2);Emissions|CH4|AFOLU|Agriculture;Mt CH4/yr;Emi|CH4|+|Agriculture;Mt CH4/yr;;;;CH4 emissions from Livestock in the agriculture sector;
293;2;emissions (non-CO2);Emissions|CH4|AFOLU|Agriculture|Livestock;Mt CH4/yr;Emi|CH4|Agriculture|+|Enteric fermentation;Mt CH4/yr;;;;CH4 emissions from Livestock in the agriculture sector;
293;2;emissions (non-CO2);Emissions|CH4|AFOLU|Agriculture|Livestock;Mt CH4/yr;Emi|CH4|Agriculture|+|Animal waste management;Mt CH4/yr;;;;CH4 emissions from Livestock in the agriculture sector;
294;2;emissions (non-CO2);Emissions|CH4|AFOLU|Agriculture|Livestock|Enteric Fermentation;Mt CH4/yr;Emi|CH4|Agriculture|+|Enteric fermentation;Mt CH4/yr;;;;CH4 emissions from enteric fermentation in  Livestock in the agriculture sector;
295;2;emissions (non-CO2);Emissions|CH4|AFOLU|Agriculture|Livestock|Manure Management;Mt CH4/yr;Emi|CH4|Agriculture|+|Animal waste management;Mt CH4/yr;;;;CH4 emissions from processes involving manure (waste) management  in Livestock in the agriculture sector;
296;2;emissions (non-CO2);Emissions|CH4|AFOLU|Agriculture|Rice;Mt CH4/yr;Emi|CH4|Agriculture|+|Rice;Mt CH4/yr;;;;CH4 emissions from rice cultivation in the agriculture sector;
297;2;emissions (non-CO2);Emissions|CH4|AFOLU|Land;Mt CH4/yr;Emi|CH4|+|Land-Use Change;Mt CH4/yr;;;;CH4 emissions from forestry and other land use;
298;2;emissions (non-CO2);Emissions|CH4|AFOLU|Land|Wetlands;Mt CH4/yr;Emi|CH4|Land-Use Change|+|Peatland;Mt CH4/yr;;;;CH4 emissions from managed peatlands (drained and rewetted);
299;2;emissions (non-CO2);Emissions|CH4|Energy;Mt CH4/yr;Emi|CH4|+|Energy Supply;Mt CH4/yr;;;;CH4 emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
300;2;emissions (non-CO2);Emissions|CH4|Energy|Demand|Industry;Mt CH4/yr;;;;;;CH4 emissions from fuel combustion in industry (IPCC category 1A2);
301;2;emissions (non-CO2);Emissions|CH4|Energy|Demand|Residential and Commercial;Mt CH4/yr;;;;;;CH4 emissions from fuel combustion in residential, commercial, institutional sectors (IPCC category 1A4a,  1A4b);
302;2;emissions (non-CO2);Emissions|CH4|Energy|Demand|Transportation;Mt CH4/yr;;;;;;CH4 emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei);
303;2;emissions (non-CO2);Emissions|CH4|Energy|Supply;Mt CH4/yr;Emi|CH4|+|Energy Supply;Mt CH4/yr;;;;CH4 emissions from fuel combustion and fugitive emissions from fuels: electricity and heat production and distribution (IPCC category 1A1a), other energy conversion (e.g. refineries, synfuel production, solid fuel processing, IPCC category 1Ab, 1Ac), incl. pipeline transportation (IPCC category 1A3ei), fugitive emissions from fuels (IPCC category 1B) and emissions from carbon dioxide transport and storage (IPCC category 1C);
304;2;emissions (non-CO2);Emissions|CH4|Waste;Mt CH4/yr;Emi|CH4|+|Waste;Mt CH4/yr;;;;CH4 emissions from waste (IPCC category 6);
305;3;emissions (non-CO2);Emissions|CH4|Industrial Processes;Mt CH4/yr;;;;;;CH4 emissions from industrial processes;
306;2;emissions (non-CO2);Emissions|CH4|Other;Mt CH4/yr;;;;;;CH4 emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab);
307;2;emissions (non-CO2);Emissions|CO|AFOLU;Mt CO/yr;Emi|CO|Land Use;Mt CO/yr;;;;Land Use based Carbon Monoxide Emissions;
308;2;emissions (non-CO2);Emissions|CO|Energy;Mt CO/yr;Emi|CO|Energy Supply and Demand;Mt CO/yr;;;;Carbon Monoxide emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
309;2;emissions (non-CO2);Emissions|CO|Energy|Demand|Industry;Mt CO/yr;Emi|CO|Energy Demand|Industry;Mt CO/yr;;;;Carbon Monoxide Emissions from Combustion in industry (IPCC 1A2) and industrial processes  (IPCC 2C1-2C5);
310;2;emissions (non-CO2);Emissions|CO|Energy|Demand|Residential and Commercial;Mt CO/yr;Emi|CO|Energy Demand|Buildings;Mt CO/yr;;;;Carbon Monoxide Emissions from Combustion in Residential and Commercial/Institutional Sectors (IPCC 1A4A,  1A4B);
311;2;emissions (non-CO2);Emissions|CO|Energy|Demand|Transportation;Mt CO/yr;Emi|CO|Energy Demand|Transport;Mt CO/yr;;;;Carbon Monoxide Emissions from Combustion in Transportation Sector (IPCC category 1A3);
312;2;emissions (non-CO2);Emissions|CO|Energy|Supply;Mt CO/yr;Emi|CO|Energy Supply;Mt CO/yr;;;;Carbon Monoxide Emissions from Extraction and Distribution of Fossil Fuels (including fugitive Emissions, IPCC category 1B), Electricity production and distribution,  district heating and other energy conversion (e.g. refineries, synfuel production);
313;2;emissions (non-CO2);Emissions|CO|Waste;Mt CO/yr;Emi|CO|Waste;Mt CO/yr;;;;Carbon Monoxide Emissions from waste (IPCC category 6);
314;2;emissions (non-CO2);Emissions|CO|Other;Mt CO/yr;Emi|CO|Solvents;Mt CO/yr;;;;Carbon Monoxide Emissions from other energy end-use sectors that do not fit to any other category (please provide a definition of the sectors in this category in the 'comments' tab);
315;2;emissions (non-CO2);Emissions|HFC;kt HFC134a-equiv/yr;Emi|HFC;kt HFC134a-equiv/yr;;;;total emissions of hydrofluorocarbons (HFCs), provided as aggregate HFC134a-equivalents;
316;2;emissions (non-CO2);Emissions|Kyoto Gases|AFOLU;Mt CO2-equiv/yr;Emi|GHG|AFOLU;Mt CO2eq/yr;;;;Kyoto GHG emissions from agriculture, forestry and other land use (IPCC category 3), including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, in case other GWPs have been used, please document this on the 'comments' tab);
317;2;emissions (non-CO2);Emissions|Kyoto Gases|AFOLU|Agriculture;Mt CO2-equiv/yr;Emi|GHG|+++|Agriculture;Mt CO2eq/yr;;;;Kyoto GHG emissions from agriculture, including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, in case other GWPs have been used, please document this on the 'comments' tab);
318;2;emissions (non-CO2);Emissions|Kyoto Gases|AFOLU|Land;Mt CO2-equiv/yr;Emi|GHG|+++|Land-Use Change;Mt CO2eq/yr;;;;Kyoto GHG emissions from forestry and other land use, including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, in case other GWPs have been used, please document this on the 'comments' tab);
319;2;emissions (non-CO2);Emissions|Kyoto Gases|Energy;Mt CO2-equiv/yr;Emi|GHG|w/ Bunkers|Energy;Mt CO2eq/yr;;;;Kyoto GHG emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B), including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, in case other GWPs have been used, please document this on the 'comments' tab);
320;2;emissions (non-CO2);Emissions|Kyoto Gases|Waste;Mt CO2-equiv/yr;Emi|GHG|+++|Waste;Mt CO2eq/yr;;;;Kyoto GHG emissions from waste (IPCC category 6);
321;2;emissions (non-CO2);Emissions|Kyoto Gases|Industry;Mt CO2-equiv/yr;Emi|GHG|Industry;Mt CO2eq/yr;;;;Kyoto GHG emissions from fuel combustion in industry, and Kyoto GHG emissions from industrial processes (IPCC categories 2A, B, C, E), including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, net of bioenergy with CCS (BECCS), in case other GWPs have been used, please document this on the 'comments' tab);
322;2;emissions (non-CO2);Emissions|Kyoto Gases|Industrial Processes;Mt CO2-equiv/yr;Emi|GHG|+++|Industrial Processes;Mt CO2eq/yr;;;;Kyoto GHG emissions from industrial processes (IPCC categories 2A, B, C, E), including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, in case other GWPs have been used, please document this on the 'comments' tab);
323;2;emissions (non-CO2);Emissions|Kyoto Gases|Other;Mt CO2-equiv/yr;Emi|GHG|+++|non-BECCS CDR;Mt CO2eq/yr;;;;Kyoto GHG emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab), including CO2, CH4, N2O and F-gases (preferably use 100-year GWPs from AR4 for aggregation of different gases, in case other GWPs have been used, please document this on the 'comments' tab);
324;2;emissions (non-CO2);Emissions|N2O|AFOLU;kt N2O/yr;Emi|N2O|+|Agriculture;kt N2O/yr;;;;N2O emissions from agriculture, forestry and other land use (IPCC category 3);
324;2;emissions (non-CO2);Emissions|N2O|AFOLU;kt N2O/yr;Emi|N2O|+|Land-Use Change;kt N2O/yr;;;;N2O emissions from agriculture, forestry and other land use (IPCC category 3);
325;2;emissions (non-CO2);Emissions|N2O|AFOLU|Agriculture;kt N2O/yr;Emi|N2O|+|Agriculture;kt N2O/yr;;;;N2O emissions from agriculture;
326;2;emissions (non-CO2);Emissions|N2O|AFOLU|Agriculture|Livestock|Manure Management;kt N2O/yr;Emi|N2O|Agriculture|+|Animal Waste Management;kt N2O/yr;;;;N2O  emissions from livestock manure management in the agriculture sector;
327;2;emissions (non-CO2);Emissions|N2O|AFOLU|Agriculture|Managed Soils;kt N2O/yr;Emi|N2O|Agriculture|+|Inorganic Fertilizers;kt N2O/yr;;;;N2O  emissions from soil management practices in the agriculture sector;
327;2;emissions (non-CO2);Emissions|N2O|AFOLU|Agriculture|Managed Soils;kt N2O/yr;Emi|N2O|Agriculture|+|Manure applied to Croplands;kt N2O/yr;;;;N2O  emissions from soil management practices in the agriculture sector;
327;2;emissions (non-CO2);Emissions|N2O|AFOLU|Agriculture|Managed Soils;kt N2O/yr;Emi|N2O|Agriculture|+|Decay of Crop Residues;kt N2O/yr;;;;N2O  emissions from soil management practices in the agriculture sector;
327;2;emissions (non-CO2);Emissions|N2O|AFOLU|Agriculture|Managed Soils;kt N2O/yr;Emi|N2O|Agriculture|+|Soil Organic Matter Loss;kt N2O/yr;;;;N2O  emissions from soil management practices in the agriculture sector;
327;2;emissions (non-CO2);Emissions|N2O|AFOLU|Agriculture|Managed Soils;kt N2O/yr;Emi|N2O|Agriculture|+|Pasture;kt N2O/yr;;;;N2O  emissions from soil management practices in the agriculture sector;
328;2;emissions (non-CO2);Emissions|N2O|AFOLU|Land;kt N2O/yr;Emi|N2O|+|Land-Use Change;kt N2O/yr;;;;N2O emissions from forestry and other land use;
329;2;emissions (non-CO2);Emissions|N2O|AFOLU|Land|Wetlands;kt N2O/yr;Emi|N2O|Land-Use Change|+|Peatland;kt N2O/yr;;;;N2O emissions from managed peatlands (drained and rewetted);
330;2;emissions (non-CO2);Emissions|N2O|Energy;kt N2O/yr;Emi|N2O|Energy Supply and Demand;kt N2O/yr;;;;N2O emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);x
331;2;emissions (non-CO2);Emissions|N2O|Waste;kt N2O/yr;Emi|N2O|+|Waste;kt N2O/yr;;;;N2O emissions from waste (IPCC category 6);
332;2;emissions (non-CO2);Emissions|N2O|Other;kt N2O/yr;Emi|N2O|Other;kt N2O/yr;;;;N2O emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab);x
333;2;emissions (non-CO2);Emissions|NH3;Mt NH3/yr;Emi|NH3;Mt NH3/yr;;;;total ammonium emissions;
334;2;emissions (non-CO2);Emissions|NH3|AFOLU;Mt NH3/yr;Emi|NH3|Land Use;Mt NH3/yr;;;;Land Use based Ammonia Emissions;
335;2;emissions (non-CO2);Emissions|NH3|Energy;Mt NH3/yr;Emi|NH3|Energy Supply and Demand;Mt NH3/yr;;;;Ammonia emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
336;2;emissions (non-CO2);Emissions|NH3|Energy|Demand|Industry;Mt NH3/yr;Emi|NH3|Energy Demand|Industry;Mt NH3/yr;;;;Ammonia Emissions from Combustion in industry (IPCC 1A2) and industrial processes  (IPCC 2C1-2C5);
337;2;emissions (non-CO2);Emissions|NH3|Energy|Demand|Residential and Commercial;Mt NH3/yr;Emi|NH3|Energy Demand|Buildings;Mt NH3/yr;;;;Ammonia Emissions from Combustion in Residential and Commercial/Institutional Sectors (IPCC 1A4A,  1A4B);
338;2;emissions (non-CO2);Emissions|NH3|Energy|Demand|Transportation;Mt NH3/yr;Emi|NH3|Energy Demand|Transport;Mt NH3/yr;;;;Ammonia Emissions from Combustion in Transportation Sector (IPCC category 1A3);
339;2;emissions (non-CO2);Emissions|NH3|Energy|Supply;Mt NH3/yr;Emi|NH3|Energy Supply;Mt NH3/yr;;;;Ammonia Emissions from Extraction and Distribution of Fossil Fuels (including fugitive Emissions, IPCC category 1B), Electricity production and distribution,  district heating and other energy conversion (e.g. refineries, synfuel production);
340;2;emissions (non-CO2);Emissions|NH3|Waste;Mt NH3/yr;Emi|NH3|Waste;Mt NH3/yr;;;;Ammonia emissions from waste (IPCC category 6);
341;2;emissions (non-CO2);Emissions|NH3|Other;Mt NH3/yr;Emi|NH3|Solvents;Mt NH3/yr;;;;Ammonia Emissions from other energy end-use sectors that do not fit to any other category (please provide a definition of the sectors in this category in the 'comments' tab);
342;2;emissions (non-CO2);Emissions|NOx|AFOLU;Mt NO2/yr;Emi|NOX|Land Use;Mt NOX/yr;;;;NOx emissions from agriculture, forestry and other land use (IPCC category 3);
343;2;emissions (non-CO2);Emissions|NOx|Energy;Mt NO2/yr;Emi|NOX|Energy Supply and Demand;Mt NOX/yr;;;;NOx emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
344;2;emissions (non-CO2);Emissions|NOx|Energy|Demand|Industry;Mt NO2/yr;Emi|NOX|Energy Demand|Industry;Mt NOX/yr;;;;NOx emissions from fuel combustion in industry (IPCC category 1A2);
345;2;emissions (non-CO2);Emissions|NOx|Energy|Demand|Residential and Commercial;Mt NO2/yr;Emi|NOX|Energy Demand|Buildings;Mt NOX/yr;;;;NOx emissions from fuel combustion in residential, commercial, institutional sectors (IPCC category 1A4a,  1A4b);
346;2;emissions (non-CO2);Emissions|NOx|Energy|Demand|Transportation;Mt NO2/yr;Emi|NOX|Energy Demand|Transport;Mt NOX/yr;;;;NOx emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei);
347;2;emissions (non-CO2);Emissions|NOx|Energy|Supply;Mt NO2/yr;Emi|NOX|Energy Supply;Mt NOX/yr;;;;NOx emissions from fuel combustion and fugitive emissions from fuels: electricity and heat production and distribution (IPCC category 1A1a), other energy conversion (e.g. refineries, synfuel production, solid fuel processing, IPCC category 1Ab, 1Ac), incl. pipeline transportation (IPCC category 1A3ei), fugitive emissions from fuels (IPCC category 1B) and emissions from carbon dioxide transport and storage (IPCC category 1C);
348;2;emissions (non-CO2);Emissions|NOx|Waste;Mt NO2/yr;Emi|NOX|Waste;Mt NOX/yr;;;;NOx emissions from waste (IPCC category 6);
349;2;emissions (non-CO2);Emissions|NOx|Other;Mt NO2/yr;Emi|NOX|Solvents;Mt NOX/yr;;;;NOx emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab);
350;2;emissions (non-CO2);Emissions|OC|AFOLU;Mt OC/yr;Emi|OC|Land Use;Mt OC/yr;;;;OC emissions from agriculture, forestry and other land use (IPCC category 3);
351;2;emissions (non-CO2);Emissions|OC|Energy;Mt OC/yr;Emi|OC|Energy Supply and Demand;Mt OC/yr;;;;OC emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
352;2;emissions (non-CO2);Emissions|OC|Energy|Demand|Industry;Mt OC/yr;Emi|OC|Energy Demand|Industry;Mt OC/yr;;;;OC emissions from fuel combustion in industry (IPCC category 1A2);
353;2;emissions (non-CO2);Emissions|OC|Energy|Demand|Residential and Commercial;Mt OC/yr;Emi|OC|Energy Demand|Buildings;Mt OC/yr;;;;OC emissions from fuel combustion in residential, commercial, institutional sectors (IPCC category 1A4a,  1A4b);
354;2;emissions (non-CO2);Emissions|OC|Energy|Demand|Transportation;Mt OC/yr;Emi|OC|Energy Demand|Transport;Mt OC/yr;;;;OC emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei);
355;2;emissions (non-CO2);Emissions|OC|Energy|Supply;Mt OC/yr;Emi|OC|Energy Supply;Mt OC/yr;;;;OC emissions from fuel combustion and fugitive emissions from fuels: electricity and heat production and distribution (IPCC category 1A1a), other energy conversion (e.g. refineries, synfuel production, solid fuel processing, IPCC category 1Ab, 1Ac), incl. pipeline transportation (IPCC category 1A3ei), fugitive emissions from fuels (IPCC category 1B) and emissions from carbon dioxide transport and storage (IPCC category 1C);
356;2;emissions (non-CO2);Emissions|OC|Waste;Mt OC/yr;Emi|OC|Waste;Mt OC/yr;;;;OC emissions from waste (IPCC category 6);
357;2;emissions (non-CO2);Emissions|OC|Other;Mt OC/yr;Emi|OC|Solvents;Mt OC/yr;;;;OC emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab);
358;2;emissions (non-CO2);Emissions|PFC;kt CF4-equiv/yr;Emi|PFC;kt CF4-equiv/yr;;;;total emissions of perfluorocarbons (PFCs), provided as aggregate CF4-equivalents;x
359;2;emissions (non-CO2);Emissions|SF6;kt SF6/yr;Emi|SF6;kt SF6/yr;;;;total emissions of sulfur hexafluoride (SF6);
360;2;emissions (non-CO2);Emissions|Sulfur|AFOLU;Mt SO2/yr;Emi|SO2|Land Use;Mt SO2/yr;;;;Sulfur (SO2) emissions from agriculture, forestry and other land use (IPCC category 3);
361;2;emissions (non-CO2);Emissions|Sulfur|Energy;Mt SO2/yr;Emi|SO2|Energy Supply and Demand;Mt SO2/yr;;;;Sulfur (SO2) emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
362;2;emissions (non-CO2);Emissions|Sulfur|Energy|Demand|Industry;Mt SO2/yr;Emi|SO2|Energy Demand|Industry;Mt SO2/yr;;;;Sulfur (SO2) emissions from fuel combustion in industry (IPCC category 1A2);
363;2;emissions (non-CO2);Emissions|Sulfur|Energy|Demand|Residential and Commercial;Mt SO2/yr;Emi|SO2|Energy Demand|Buildings;Mt SO2/yr;;;;Sulfur (SO2) emissions from fuel combustion in residential, commercial, institutional sectors (IPCC category 1A4a,  1A4b);
364;2;emissions (non-CO2);Emissions|Sulfur|Energy|Demand|Transportation;Mt SO2/yr;Emi|SO2|Energy Demand|Transport;Mt SO2/yr;;;;Sulfur (SO2) emissions from fuel combustion in transportation sector (IPCC category 1A3), excluding pipeline emissions (IPCC category 1A3ei);
365;2;emissions (non-CO2);Emissions|Sulfur|Energy|Supply;Mt SO2/yr;Emi|SO2|Energy Supply;Mt SO2/yr;;;;Sulfur (SO2) emissions from fuel combustion and fugitive emissions from fuels: electricity and heat production and distribution (IPCC category 1A1a), other energy conversion (e.g. refineries, synfuel production, solid fuel processing, IPCC category 1Ab, 1Ac), incl. pipeline transportation (IPCC category 1A3ei), fugitive emissions from fuels (IPCC category 1B) and emissions from carbon dioxide transport and storage (IPCC category 1C);
366;2;emissions (non-CO2);Emissions|Sulfur|Waste;Mt SO2/yr;Emi|SO2|Waste;Mt SO2/yr;;;;Sulfur (SO2) emissions from waste (IPCC category 6);
367;2;emissions (non-CO2);Emissions|Sulfur|Other;Mt SO2/yr;Emi|SO2|Solvents;Mt SO2/yr;;;;Sulfur (SO2) emissions from other sources (please provide a definition of other sources in this category in the 'comments' tab);
368;2;emissions (non-CO2);Emissions|VOC;Mt VOC/yr;Emi|VOC;Mt VOC/yr;;;;total volatile organic compound (VOC) emissions;
369;2;emissions (non-CO2);Emissions|VOC|AFOLU;Mt VOC/yr;Emi|VOC|Land Use;Mt VOC/yr;;;;Land Use based Volatile Organic Compounds Emissions;
370;2;emissions (non-CO2);Emissions|VOC|Energy;Mt VOC/yr;Emi|VOC|Energy Supply and Demand;Mt VOC/yr;;;;Volatile Organic Compounds emissions from energy use on supply and demand side, including fugitive emissions from fuels (IPCC category 1A, 1B);
371;2;emissions (non-CO2);Emissions|VOC|Energy|Demand|Industry;Mt VOC/yr;Emi|VOC|Energy Demand|Industry;Mt VOC/yr;;;;Volatile Organic Compounds Emissions from Combustion in industry (IPCC 1A2) and industrial processes  (IPCC 2C1-2C5);
372;2;emissions (non-CO2);Emissions|VOC|Energy|Demand|Residential and Commercial;Mt VOC/yr;Emi|VOC|Energy Demand|Buildings;Mt VOC/yr;;;;Volatile Organic Compounds Emissions from Combustion in Residential and Commercial/Institutional Sectors (IPCC 1A4A,  1A4B);
373;2;emissions (non-CO2);Emissions|VOC|Energy|Demand|Transportation;Mt VOC/yr;Emi|VOC|Energy Demand|Transport;Mt VOC/yr;;;;Volatile Organic Compounds Emissions from Combustion in Transportation Sector (IPCC category 1A3);
374;2;emissions (non-CO2);Emissions|VOC|Energy|Supply;Mt VOC/yr;Emi|VOC|Energy Supply;Mt VOC/yr;;;;Volatile Organic Compounds Emissions from Extraction and Distribution of Fossil Fuels (including fugitive Emissions, IPCC category 1B), Electricity production and distribution,  district heating and other energy conversion (e.g. refineries, synfuel production);
375;2;emissions (non-CO2);Emissions|VOC|Waste;Mt VOC/yr;Emi|VOC|Waste;Mt VOC/yr;;;;Volatile Organic Compounds Emissions from waste (IPCC category 6);
376;2;emissions (non-CO2);Emissions|VOC|Other;Mt VOC/yr;Emi|VOC|Solvents;Mt VOC/yr;;;;Volatile Organic Compounds Emissions from other energy end-use sectors that do not fit to any other category (please provide a definition of the sectors in this category in the 'comments' tab);
377;1;employment;Employment;million;;;;;;Number of employed inhabitants (based on ILO classification);
378;1;employment;Unemployment;million;;;;;;Number of unemployed inhabitants (based on ILO classification);
379;1;employment;Unemployment|Rate;%;;;;;;Fraction of unemployed inhabitants (based on ILO classification);
380;2;employment;Employment|Agriculture;million;;;;;;Number of employed inhabitants (payrolls) in agriculture (based on ILO classification);
381;2;employment;Employment|Industry;million;;;;;;Number of employed inhabitants (payrolls) in industry (based on ILO classification);
382;2;employment;Employment|Industry|Energy;million;;;;;;Number of employed inhabitants (payrolls) in energy related industries (based on ILO classification);
383;2;employment;Employment|Industry|Energy Intensive;million;;;;;;Number of employed inhabitants (payrolls) in energy-intensive industry (based on ILO classification);
384;2;employment;Employment|Industry|Manufacturing;million;;;;;;Number of employed inhabitants (payrolls) in manufacturing industries (based on ILO classification);
385;2;employment;Employment|Service;million;;;;;;Number of employed inhabitants (payrolls) in the service sector (based on ILO classification);
386;1;energy (capacity);Capacity|Electricity;GW;Cap|Electricity;GW;;;;Total installed (available) capacity of all operating power plants;
387;1;energy (capacity);Capacity|Electricity|Biomass|w/ CCS;GW;Cap|Electricity|Biomass|w/ CC;GW;;;;Total installed (available) capacity of biomass power plants with CCS, including plants held in an operating reserve. The installed (available) capacity of CCS biomass power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Biomass|w/ CCS|1, ..., Capacity|Electricity|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
388;1;energy (capacity);Capacity|Electricity|Biomass|w/o CCS;GW;Cap|Electricity|Biomass|w/o CC;GW;;;;Total installed (available) capacity of biomass power plants without CCS, including plants held in an operating reserve. The installed (available) capacity of biomass power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Biomass|w/o CCS|1, ..., Capacity|Electricity|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
389;1;energy (capacity);Capacity|Electricity|Coal|w/ CCS;GW;Cap|Electricity|Coal|w/ CC;GW;;;;Total installed (available) capacity of coal power plants with CCS, including plants held in an operating reserve. The installed (available) capacity of CCS coal power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Coal|w/ CCS|1, ..., Capacity|Electricity|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
390;1;energy (capacity);Capacity|Electricity|Coal|w/o CCS;GW;Cap|Electricity|Coal|w/o CC;GW;;;;Total installed (available) capacity of coal power plants without CCS, including plants held in an operating reserve. The installed (available) capacity of coal power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Coal|w/o CCS|1, ..., Capacity|Electricity|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
391;1;energy (capacity);Capacity|Electricity|Gas|w/ CCS;GW;Cap|Electricity|Gas|w/ CC;GW;;;;Total installed (available) capacity of gas power plants with CCS, including plants held in an operating reserve. The installed (available) capacity of CCS gas power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Gas|w/ CCS|1, ..., Capacity|Electricity|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
392;1;energy (capacity);Capacity|Electricity|Gas|w/o CCS;GW;Cap|Electricity|Gas|w/o CC;GW;;;;Total installed (available) capacity of gas power plants without CCS, including plants held in an operating reserve. The installed (available) capacity of gas power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Gas|w/o CCS|1, ..., Capacity|Electricity|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
393;1;energy (capacity);Capacity|Electricity|Hydro;GW;Cap|Electricity|Hydro;GW;;;;Total installed (available) capacity of hydropower plants. The installed (available) capacity of hydropower plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Hydro|1, ..., Capacity|Electricity|Hydro|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
394;1;energy (capacity);Capacity|Electricity|Hydrogen;GW;;;;;;Total installed (available) capacity of hydrogen power plants. The installed (available) capacity of hydrogen power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Hydrogen|1, ..., Capacity|Electricity|Hydrogen|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
395;1;energy (capacity);Capacity|Electricity|Nuclear;GW;Cap|Electricity|Nuclear;GW;;;;Total installed (available) capacity of nuclear power plants. The installed (available) capacity of nuclear power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Nuclear|1, ..., Capacity|Electricity|Nuclear|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
396;1;energy (capacity);Capacity|Electricity|Oil|w/ CCS;GW;;;;;;Total installed (available) capacity of oil power plants with CCS, including plants held in an operating reserve. The installed (available) capacity of CCS oil power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Oil|w/ CCS|1, ..., Capacity|Electricity|Oil|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
397;1;energy (capacity);Capacity|Electricity|Oil|w/o CCS;GW;Cap|Electricity|Oil|w/o CC;GW;;;;Total installed (available) capacity of oil power plants without CCS, including plants held in an operating reserve. The installed (available) capacity of oil power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Oil|w/o CCS|1, ..., Capacity|Electricity|Oil|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
398;1;energy (capacity);Capacity|Electricity|Solar|CSP;GW;Cap|Electricity|Solar|CSP;GW;;;;Total installed (available) capacity of concentrating solar power (CSP). The installed (available) capacity of CSP by technology type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Solar|CSP|1, ..., Capacity|Electricity|Solar|CSP|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
399;1;energy (capacity);Capacity|Electricity|Solar|PV;GW;Cap|Electricity|Solar|PV;GW;;;;Total installed (available) capacity of solar PV power plants. The installed (available) capacity of solar PV power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Solar|PV|1, ..., Capacity|Electricity|Solar|PV|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
400;1;energy (capacity);Capacity|Electricity|Wind;GW;Cap|Electricity|Wind;GW;;;;Total installed (available) capacity of wind power plants (onshore + offshore). The installed (available) capacity of wind power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Wind|1, ..., Capacity|Electricity|Wind|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
401;1;energy (capacity);Capacity|Electricity|Wind|Offshore;GW;Cap|Electricity|Wind|Offshore;GW;;;;Total installed (available) capacity of offshore wind power plants. The installed (available) capacity of offshore wind power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Wind|Offshore|1, ..., Capacity|Electricity|Wind|Offshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
402;1;energy (capacity);Capacity|Electricity|Wind|Onshore;GW;Cap|Electricity|Wind|Onshore;GW;;;;Total installed (available) capacity of onshore wind power plants. The installed (available) capacity of onshore wind power plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Electricity|Wind|Onshore|1, ..., Capacity|Electricity|Wind|Onshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
403;1;energy (capacity);Cumulative Capacity|Electricity|Biomass|w/ CCS;GW;Cumulative Cap|Electricity|Biomass|w/ CC;GW;;;;Cumulative installed capacity (since 2005) of biomass power plants with CCS. The cumulative capacity of CCS biomass power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Biomass|w/ CCS|1, ..., Cumulative Capacity|Electricity|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
404;1;energy (capacity);Cumulative Capacity|Electricity|Biomass|w/o CCS;GW;Cumulative Cap|Electricity|Biomass|w/o CC;GW;;;;Cumulative installed capacity (since 2005) of biomass power plants without CCS. The cumulative capacity of biomass power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Biomass|w/o CCS|1, ..., Cumulative Capacity|Electricity|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
405;1;energy (capacity);Cumulative Capacity|Electricity|Coal|w/ CCS;GW;Cumulative Cap|Electricity|Coal|w/ CC;GW;;;;Cumulative installed capacity (since 2005) of coal power plants with CCS. The cumulative capacity of CCS coal power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Coal|w/ CCS|1, ..., Cumulative Capacity|Electricity|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
406;1;energy (capacity);Cumulative Capacity|Electricity|Coal|w/o CCS;GW;Cumulative Cap|Electricity|Coal|w/o CC;GW;;;;Cumulative installed capacity (since 2005) of coal power plants without CCS. The cumulative capacity of coal power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Coal|w/o CCS|1, ..., Cumulative Capacity|Electricity|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
407;1;energy (capacity);Cumulative Capacity|Electricity|Gas|w/ CCS;GW;Cumulative Cap|Electricity|Gas|w/ CC;GW;;;;Cumulative installed capacity (since 2005) of gas power plants with CCS. The cumulative capacity of CCS gas power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Gas|w/ CCS|1, ..., Cumulative Capacity|Electricity|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
408;1;energy (capacity);Cumulative Capacity|Electricity|Gas|w/o CCS;GW;Cumulative Cap|Electricity|Gas|w/o CC;GW;;;;Cumulative installed capacity (since 2005) of gas power plants without CCS. The cumulative capacity of gas power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Gas|w/o CCS|1, ..., Cumulative Capacity|Electricity|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
409;1;energy (capacity);Cumulative Capacity|Electricity|Hydro;GW;Cumulative Cap|Electricity|Hydro;GW;;;;Cumulative installed capacity (since 2005) of hydropower plants. The cumulative capacity of hydropower plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Hydro|1, ..., Cumulative Capacity|Electricity|Hydro|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
410;1;energy (capacity);Cumulative Capacity|Electricity|Nuclear;GW;Cumulative Cap|Electricity|Nuclear;GW;;;;Cumulative installed capacity (since 2005) of nuclear power plants. The cumulative capacity of nuclear power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Nuclear|1, ..., Cumulative Capacity|Electricity|Nuclear|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
411;1;energy (capacity);Cumulative Capacity|Electricity|Oil|w/ CCS;GW;;;;;;Cumulative installed capacity (since 2005) of oil power plants with CCS. The cumulative capacity of CCS oil power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Oil|w/ CCS|1, ..., Cumulative Capacity|Electricity|Oil|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
412;1;energy (capacity);Cumulative Capacity|Electricity|Oil|w/o CCS;GW;;;;;;Cumulative installed capacity (since 2005) of oil power plants without CCS. The cumulative capacity of oil power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Oil|w/o CCS|1, ..., Cumulative Capacity|Electricity|Oil|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
413;1;energy (capacity);Cumulative Capacity|Electricity|Solar|CSP;GW;Cumulative Cap|Electricity|Solar|CSP;GW;;;;Cumulative installed capacity (since 2005) of concentrated solar power plants. The cumulative capacity of CSP plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Solar|CSP|1, ..., Cumulative Capacity|Electricity|Solar|CSP|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
414;1;energy (capacity);Cumulative Capacity|Electricity|Solar|PV;GW;Cumulative Cap|Electricity|Solar|PV;GW;;;;Cumulative installed capacity (since 2005) of solar PV. The cumulative capacity of PV  by technology type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Solar|PV|1, ..., Cumulative Capacity|Electricity|Solar|PV|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
415;1;energy (capacity);Cumulative Capacity|Electricity|Wind;GW;Cumulative Cap|Electricity|Wind;GW;;;;Cumulative installed capacity (since 2005) of wind power plants.;
416;1;energy (capacity);Cumulative Capacity|Electricity|Wind|Offshore;GW;Cumulative Cap|Electricity|Wind|Offshore;GW;;;;Cumulative installed capacity (since 2005) of offshore wind power plants. The cumulative capacity of offshore wind power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Wind|Offshore|1, ..., Cumulative Capacity|Electricity|Wind|Offshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
417;1;energy (capacity);Cumulative Capacity|Electricity|Wind|Onshore;GW;Cumulative Cap|Electricity|Wind|Onshore;GW;;;;Cumulative installed capacity (since 2005) of onshore wind power plants. The cumulative capacity of onshore wind power plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Electricity|Wind|Onshore|1, ..., Cumulative Capacity|Electricity|Wind|Onshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
418;1;energy (capacity);Capacity Additions|Electricity|Biomass|w/ CCS;GW/yr;New Cap|Electricity|Biomass|w/ CC;GW/yr;;;;Capacity additions of biomass power plants with CCS (yearly average additions between previos and current model time step);
419;1;energy (capacity);Capacity Additions|Electricity|Biomass|w/o CCS;GW/yr;New Cap|Electricity|Biomass|w/o CC;GW/yr;;;;Capacity additions of biomass power plants without CCS (yearly average additions between previos and current model time step);
420;1;energy (capacity);Capacity Additions|Electricity|Coal|w/ CCS;GW/yr;New Cap|Electricity|Coal|w/ CC;GW/yr;;;;Capacity additions of coal power plants with CCS (yearly average additions between previos and current model time step);
421;1;energy (capacity);Capacity Additions|Electricity|Coal|w/o CCS;GW/yr;New Cap|Electricity|Coal|w/o CC;GW/yr;;;;Capacity additions of coal power plants without CCS (yearly average additions between previos and current model time step);
422;1;energy (capacity);Capacity Additions|Electricity|Gas|w/ CCS;GW/yr;New Cap|Electricity|Gas|w/ CC;GW/yr;;;;Capacity additions of gas power plants with CCS (yearly average additions between previos and current model time step);
423;1;energy (capacity);Capacity Additions|Electricity|Gas|w/o CCS;GW/yr;New Cap|Electricity|Gas|w/o CC;GW/yr;;;;Capacity additions of gas power plants without CCS (yearly average additions between previos and current model time step);
424;1;energy (capacity);Capacity Additions|Electricity|Hydro;GW/yr;New Cap|Electricity|Hydro;GW/yr;;;;Capacity additions of hydropower plants (yearly average additions between previos and current model time step);
425;1;energy (capacity);Capacity Additions|Electricity|Hydrogen;GW/yr;;;;;;Capacity additions of hydrogen power plants (yearly average additions between previos and current model time step);
426;1;energy (capacity);Capacity Additions|Electricity|Nuclear;GW/yr;New Cap|Electricity|Nuclear;GW/yr;;;;Capacity additions of nuclear power plants (yearly average additions between previos and current model time step);
427;1;energy (capacity);Capacity Additions|Electricity|Oil|w/ CCS;GW/yr;;;;;;Capacity additions of oil power plants with CCS (yearly average additions between previos and current model time step);
428;1;energy (capacity);Capacity Additions|Electricity|Oil|w/o CCS;GW/yr;;;;;;Capacity additions of oil power plants without CCS (yearly average additions between previos and current model time step);
429;1;energy (capacity);Capacity Additions|Electricity|Solar|CSP;GW/yr;New Cap|Electricity|Solar|CSP;GW/yr;;;;Capacity additions of concentrated solar power plants (yearly average additions between previos and current model time step);
430;1;energy (capacity);Capacity Additions|Electricity|Solar|PV;GW/yr;New Cap|Electricity|Solar|PV;GW/yr;;;;Capacity additions of solar PV (yearly average additions between previos and current model time step);
431;1;energy (capacity);Capacity Additions|Electricity|Wind;GW/yr;New Cap|Electricity|Wind;GW/yr;;;;Capacity additions of wind power plants (onshore and offshore) (yearly average additions between previos and current model time step);
432;1;energy (capacity);Capacity Additions|Electricity|Wind|Offshore;GW/yr;New Cap|Electricity|Wind|Offshore;GW/yr;;;;Capacity additions of wind power plants (ooffshore) (yearly average additions between previos and current model time step);
433;1;energy (capacity);Capacity Additions|Electricity|Wind|Onshore;GW/yr;New Cap|Electricity|Wind|Onshore;GW/yr;;;;Capacity additions of wind power plants (onshore) (yearly average additions between previos and current model time step);
434;2;energy (capacity);Capacity|Electricity|Biomass;GW;Cap|Electricity|Biomass;GW;;;;Total installed (available) capacity of operating biomass plants;
435;2;energy (capacity);Capacity|Electricity|Coal;GW;Cap|Electricity|Coal;GW;;;;Total installed (available) capacity of operating coal plants;
436;2;energy (capacity);Capacity|Electricity|Gas;GW;Cap|Electricity|Gas;GW;;;;Total installed (available) capacity of operating gas plants;
437;2;energy (capacity);Capacity|Electricity|Geothermal;GW;Cap|Electricity|Geothermal;GW;;;;Total installed (available) capacity of operating geothermal plants;
438;2;energy (capacity);Capacity|Electricity|Oil;GW;Cap|Electricity|Oil|w/o CC;GW;;;;Total installed (available) capacity of operating oil plants;
439;2;energy (capacity);Capacity|Electricity|Other;GW;Cap|Electricity|Hydrogen;GW;;;;Total installed (available) capacity of all others types of operating power plants;
440;2;energy (capacity);Capacity|Electricity|Peak Demand;GW;Cap|Electricity|Peak Demand|Estimated from FE x 1p4 x 1p1;GW;;;;peak (maximum) electricity load;x
441;2;energy (capacity);Capacity|Electricity|Solar;GW;Cap|Electricity|Solar;GW;;;;Total installed (available) capacity of all operating solar facilities (both CSP and PV);
442;2;energy (capacity);Capacity|Electricity|Storage;GW;Cap|Electricity|Storage|Battery;GW;;;;Total installed (available) capacity of operating electricity storage;
443;2;energy (capacity);Capacity|Gases|Biomass;GW;Cap|Gases|Biomass;GW;;;;Total installed (available) capacity of biomass to gas plants.;
444;2;energy (capacity);Capacity|Gases|Biomass|w/ CCS;GW;;;;;;Total installed (available) capacity of biomass to gas plants with CCS. The installed (available) capacity of CCS biomass to gas plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Gases|Biomass|w/ CCS|1, ..., Capacity|Gases|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
445;2;energy (capacity);Capacity|Gases|Biomass|w/o CCS;GW;;;;;;Total installed (available) capacity of biomass to gas plants without CCS. The installed (available) capacity of biomass to gas plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Gases|Biomass|w/o CCS|1, ..., Capacity|Gases|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
446;2;energy (capacity);Capacity|Gases|Coal;GW;Cap|Gases|Coal;GW;;;;Total installed (available) capacity of coal to gas plants.;
447;2;energy (capacity);Capacity|Gases|Coal|w/ CCS;GW;;;;;;Total installed (available) capacity of coal to gas plants with CCS. The installed (available) capacity of CCS coal to gas plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Gases|Coal|w/ CCS|1, ..., Capacity|Gases|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
448;2;energy (capacity);Capacity|Gases|Coal|w/o CCS;GW;;;;;;Total installed (available) capacity of coal to gas plants without CCS. The installed (available) capacity of coal to gas plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Gases|Coal|w/o CCS|1, ..., Capacity|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
449;2;energy (capacity);Capacity|Hydrogen|Biomass;GW;Cap|Hydrogen|Biomass;GW;;;;Total installed (available) capacity of biomass to hydrogen plants.;
450;2;energy (capacity);Capacity|Hydrogen|Biomass|w/ CCS;GW;Cap|Hydrogen|Biomass|w/ CC;GW;;;;Total installed (available) capacity of biomass to hydrogen plants with CCS. The installed (available) capacity of CCS biomass to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Hydrogen|Biomass|w/ CCS|1, ..., Capacity|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
451;2;energy (capacity);Capacity|Hydrogen|Biomass|w/o CCS;GW;Cap|Hydrogen|Biomass|w/o CC;GW;;;;Total installed (available) capacity of biomass to hydrogen plants without CCS. The installed (available) capacity of biomass to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Hydrogen|Biomass|w/o CCS|1, ..., Capacity|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
452;2;energy (capacity);Capacity|Hydrogen|Coal;GW;Cap|Hydrogen|Coal;GW;;;;Total installed (available) capacity of coal to hydrogen plants.;
453;2;energy (capacity);Capacity|Hydrogen|Coal|w/ CCS;GW;Cap|Hydrogen|Coal|w/ CC;GW;;;;Total installed (available) capacity of coal to hydrogen plants with CCS. The installed (available) capacity of CCS coal to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Hydrogen|Coal|w/ CCS|1, ..., Capacity|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
454;2;energy (capacity);Capacity|Hydrogen|Coal|w/o CCS;GW;Cap|Hydrogen|Coal|w/o CC;GW;;;;Total installed (available) capacity of coal to hydrogen plants without CCS. The installed (available) capacity of coal to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Hydrogen|Coal|w/o CCS|1, ..., Capacity|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
455;2;energy (capacity);Capacity|Hydrogen|Electricity;GW;Cap|Hydrogen|Electricity;GW;;;;Total installed (available) capacity of hydrogen-by-electrolysis plants. The installed (available) capacity of hydrogen-by-electrolysis plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Hydrogen|Electricity|w/ CCS|1, ..., Capacity|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
456;2;energy (capacity);Capacity|Hydrogen|Gas;GW;Cap|Hydrogen|Gas;GW;;;;Total installed (available) capacity of gas to hydrogen plants.;
457;2;energy (capacity);Capacity|Hydrogen|Gas|w/ CCS;GW;Cap|Hydrogen|Gas|w/ CC;GW;;;;Total installed (available) capacity of gas to hydrogen plants with CCS. The installed (available) capacity of CCS gas to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Hydrogen|Gas|w/ CCS|1, ..., Capacity|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
458;2;energy (capacity);Capacity|Hydrogen|Gas|w/o CCS;GW;Cap|Hydrogen|Gas|w/o CC;GW;;;;Total installed (available) capacity of gas to hydrogen plants without CCS. The installed (available) capacity of gas to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Hydrogen|Gas|w/o CCS|1, ..., Capacity|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
459;2;energy (capacity);Capacity|Liquids|Biomass;GW;Cap|Liquids|Biomass;GW;;;;Total installed (available) capacity of biomass to liquids plants.;
460;2;energy (capacity);Capacity|Liquids|Biomass|w/ CCS;GW;;;;;;Total installed (available) capacity of biomass to liquids plants with CCS. The installed (available) capacity of CCS biomass to liquids plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Liquids|Biomass|w/ CCS|1, ..., Capacity|Liquids|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
461;2;energy (capacity);Capacity|Liquids|Biomass|w/o CCS;GW;;;;;;Total installed (available) capacity of biomass to liquids plants without CCS. The installed (available) capacity of biomass to liquids plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Liquids|Biomass|w/o CCS|1, ..., Capacity|Liquids|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
462;2;energy (capacity);Capacity|Liquids|Coal;GW;Cap|Liquids|Coal;GW;;;;Total installed (available) capacity of coal to liquids plants.;
463;2;energy (capacity);Capacity|Liquids|Coal|w/ CCS;GW;;;;;;Total installed (available) capacity of coal to liquids plants with CCS. The installed (available) capacity of CCS coal to liquids plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Liquids|Coal|w/ CCS|1, ..., Capacity|Liquids|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
464;2;energy (capacity);Capacity|Liquids|Coal|w/o CCS;GW;;;;;;Total installed (available) capacity of coal to liquids plants without CCS. The installed (available) capacity of coal to liquids plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Liquids|Coal|w/o CCS|1, ..., Capacity|Liquids|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
465;2;energy (capacity);Capacity|Liquids|Gas;GW;;;;;;Total installed (available) capacity of gas to liquids plants.;
466;2;energy (capacity);Capacity|Liquids|Gas|w/ CCS;GW;;;;;;Total installed (available) capacity of gas to liquids plants with CCS. The installed (available) capacity of CCS gas to liquids plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Liquids|Gas|w/ CCS|1, ..., Capacity|Liquids|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
467;2;energy (capacity);Capacity|Liquids|Gas|w/o CCS;GW;;;;;;Total installed (available) capacity of gas to liquids plants without CCS. The installed (available) capacity of gas to liquids plants by plant type for which capital costs are reported should be reported by adding variables Capacity|Liquids|Gas|w/o CCS|1, ..., Capacity|Liquids|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
468;2;energy (capacity);Capacity|Liquids|Oil;GW;Cap|Liquids|Oil;GW;;;;Total installed (available) capacity of oil refining plants. The installed (available) capacity of oil refineries by plant type for which capital costs are reported should be reported by adding variables Capacity|Liquids|Oil|w/ CCS|1, ..., Capacity|Liquids|Oil|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
469;2;energy (capacity);Cumulative Capacity|Electricity|Biomass;GW;Cumulative Cap|Electricity|Biomass;GW;;;;Cumulative installed capacity (since 2005) of biomass power plants.;
470;2;energy (capacity);Cumulative Capacity|Electricity|Coal;GW;Cumulative Cap|Electricity|Coal;GW;;;;Cumulative installed capacity (since 2005) of coal power plants.;
471;2;energy (capacity);Cumulative Capacity|Electricity|Gas;GW;Cumulative Cap|Electricity|Gas;GW;;;;Cumulative installed capacity (since 2005) of gas power plants.;
472;2;energy (capacity);Cumulative Capacity|Electricity|Geothermal;GW;Cumulative Cap|Electricity|Geothermal;GW;;;;Cumulative installed geothermal electricity generation capacity;
473;2;energy (capacity);Cumulative Capacity|Electricity|Oil;GW;;;;;;Cumulative installed capacity (since 2005) of oil power plants.;
474;2;energy (capacity);Cumulative Capacity|Electricity|Solar;GW;Cumulative Cap|Electricity|Solar;GW;;;;Cumulative installed capacity (since 2005) of solar power.;
475;2;energy (capacity);Cumulative Capacity|Gases|Biomass;GW;;;;;;Cumulative installed capacity (since 2005) of biomass to gas plants.;
476;2;energy (capacity);Cumulative Capacity|Gases|Biomass|w/ CCS;GW;;;;;;Cumulative installed capacity (since 2005) of biomass to gas plants with CCS. The cumulative capacity of CCS biomass to gas plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Gases|Biomass|w/ CCS|1, ..., Cumulative Capacity|Gases|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
477;2;energy (capacity);Cumulative Capacity|Gases|Biomass|w/o CCS;GW;;;;;;Cumulative installed capacity (since 2005) of biomass to gas plants without CCS. The cumulative capacity of biomass to gas plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Gases|Biomass|w/o CCS|1, ..., Cumulative Capacity|Gases|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
478;2;energy (capacity);Cumulative Capacity|Gases|Coal;GW;;;;;;Cumulative installed capacity (since 2005) of coal to gas plants.;
479;2;energy (capacity);Cumulative Capacity|Gases|Coal|w/ CCS;GW;;;;;;Cumulative installed capacity (since 2005) of coal to gas plants with CCS. The cumulative capacity of CCS coal to gas plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Gases|Coal|w/ CCS|1, ..., Cumulative Capacity|Gases|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
480;2;energy (capacity);Cumulative Capacity|Gases|Coal|w/o CCS;GW;;;;;;Cumulative installed capacity (since 2005) of coal to gas plants without CCS. The cumulative capacity of coal to gas plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Gases|Coal|w/o CCS|1, ..., Cumulative Capacity|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
481;2;energy (capacity);Cumulative Capacity|Hydrogen|Biomass;GW;Cumulative Cap|Hydrogen|Biomass;GW;;;;Cumulative installed capacity (since 2005) of biomass to hydrogen plants.;
482;2;energy (capacity);Cumulative Capacity|Hydrogen|Biomass|w/ CCS;GW;Cumulative Cap|Hydrogen|Biomass|w/ CC;GW;;;;Cumulative installed capacity (since 2005) of biomass to hydrogen plants with CCS. The cumulative capacity of CCS biomass to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Hydrogen|Biomass|w/ CCS|1, ..., Cumulative Capacity|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
483;2;energy (capacity);Cumulative Capacity|Hydrogen|Biomass|w/o CCS;GW;Cumulative Cap|Hydrogen|Biomass|w/o CC;GW;;;;Cumulative installed capacity (since 2005) of biomass to hydrogen plants without CCS. The cumulative capacity of biomass to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Hydrogen|Biomass|w/o CCS|1, ..., Cumulative Capacity|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
484;2;energy (capacity);Cumulative Capacity|Hydrogen|Coal;GW;Cumulative Cap|Hydrogen|Coal;GW;;;;Cumulative installed capacity (since 2005) of coal to hydrogen plants.;
485;2;energy (capacity);Cumulative Capacity|Hydrogen|Coal|w/ CCS;GW;Cumulative Cap|Hydrogen|Coal|w/ CC;GW;;;;Cumulative installed capacity (since 2005) of coal to hydrogen plants with CCS. The cumulative capacity of CCS coal to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Hydrogen|Coal|w/ CCS|1, ..., Cumulative Capacity|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
486;2;energy (capacity);Cumulative Capacity|Hydrogen|Coal|w/o CCS;GW;Cumulative Cap|Hydrogen|Coal|w/o CC;GW;;;;Cumulative installed capacity (since 2005) of coal to hydrogen plants without CCS. The cumulative capacity of coal to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Hydrogen|Coal|w/o CCS|1, ..., Cumulative Capacity|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
487;2;energy (capacity);Cumulative Capacity|Hydrogen|Electricity;GW;Cumulative Cap|Hydrogen|Electricity;GW;;;;Cumulative installed capacity (since 2005) of hydrogen-by-electrolysis plants. The cumulative capacity of hydrogen-by-electrolysis plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Hydrogen|Electricity|1, ..., Cumulative Capacity|Hydrogen|Electricity|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
488;2;energy (capacity);Cumulative Capacity|Hydrogen|Gas;GW;Cumulative Cap|Hydrogen|Gas;GW;;;;Cumulative installed capacity (since 2005) of gas to hydrogen plants.;
489;2;energy (capacity);Cumulative Capacity|Hydrogen|Gas|w/ CCS;GW;Cumulative Cap|Hydrogen|Gas|w/ CC;GW;;;;Cumulative installed capacity (since 2005) of gas to hydrogen plants with CCS. The cumulative capacity of CCS gas to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Hydrogen|Gas|w/ CCS|1, ..., Cumulative Capacity|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
490;2;energy (capacity);Cumulative Capacity|Hydrogen|Gas|w/o CCS;GW;Cumulative Cap|Hydrogen|Gas|w/o CC;GW;;;;Cumulative installed capacity (since 2005) of gas to hydrogen plants without CCS. The cumulative capacity of gas to hydrogen plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Hydrogen|Gas|w/o CCS|1, ..., Cumulative Capacity|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
491;2;energy (capacity);Cumulative Capacity|Liquids|Biomass;GW;;;;;;Cumulative installed capacity (since 2005) of biomass to liquids plants.;
492;2;energy (capacity);Cumulative Capacity|Liquids|Biomass|w/ CCS;GW;;;;;;Cumulative installed capacity (since 2005) of biomass to liquids plants with CCS. The cumulative capacity of CCS biomass to liquids plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Liquids|Biomass|w/ CCS|1, ..., Cumulative Capacity|Liquids|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
493;2;energy (capacity);Cumulative Capacity|Liquids|Biomass|w/o CCS;GW;;;;;;Cumulative installed capacity (since 2005) of biomass to liquids plants without CCS. The cumulative capacity of biomass to liquids plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Liquids|Biomass|w/o CCS|1, ..., Cumulative Capacity|Liquids|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
494;2;energy (capacity);Cumulative Capacity|Liquids|Coal;GW;;;;;;Cumulative installed capacity (since 2005) of coal to liquids plants.;
495;2;energy (capacity);Cumulative Capacity|Liquids|Coal|w/ CCS;GW;;;;;;Cumulative installed capacity (since 2005) of coal to liquids plants with CCS. The cumulative capacity of CCS coal to liquids plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Liquids|Coal|w/ CCS|1, ..., Cumulative Capacity|Liquids|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
496;2;energy (capacity);Cumulative Capacity|Liquids|Coal|w/o CCS;GW;;;;;;Cumulative installed capacity (since 2005) of coal to liquids plants without CCS. The cumulative capacity of coal to liquids plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Liquids|Coal|w/o CCS|1, ..., Cumulative Capacity|Liquids|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
497;2;energy (capacity);Cumulative Capacity|Liquids|Gas;GW;;;;;;Cumulative installed capacity (since 2005) of gas to liquids plants.;
498;2;energy (capacity);Cumulative Capacity|Liquids|Gas|w/ CCS;GW;;;;;;Cumulative installed capacity (since 2005) of gas to liquids plants with CCS. The cumulative capacity of CCS gas to liquids plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Liquids|Gas|w/ CCS|1, ..., Cumulative Capacity|Liquids|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
499;2;energy (capacity);Cumulative Capacity|Liquids|Gas|w/o CCS;GW;;;;;;Cumulative installed capacity (since 2005) of gas to liquids plants without CCS. The cumulative capacity of gas to liquids plants by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Liquids|Gas|w/o CCS|1, ..., Cumulative Capacity|Liquids|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
500;2;energy (capacity);Cumulative Capacity|Liquids|Oil;GW;;;;;;Cumulative installed capacity (since 2005) of oil refining plants. The cumulative capacity of oil refineries by plant type for which capital costs are reported should be reported by adding variables Cumulative Capacity|Liquids|Oil|1, ..., Cumulative Capacity|Liquids|Oil|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
501;2;energy (capacity);Capacity Additions|Electricity|Biomass;GW/yr;New Cap|Electricity|Biomass;GW/yr;;;;Capacity additions of all biomass power plants (yearly average additions between previos and current model time step);
502;2;energy (capacity);Capacity Additions|Electricity|Coal;GW/yr;New Cap|Electricity|Coal;GW/yr;;;;Capacity additions of all coal power plants (yearly average additions between previos and current model time step);
503;2;energy (capacity);Capacity Additions|Electricity|Gas;GW/yr;New Cap|Electricity|Gas;GW/yr;;;;Capacity additions of all gas power plants (yearly average additions between previos and current model time step);
504;2;energy (capacity);Capacity Additions|Electricity|Geothermal;GW/yr;New Cap|Electricity|Geothermal;GW/yr;;;;Capacity additions of geothermal power plants (yearly average additions between previos and current model time step);
505;2;energy (capacity);Capacity Additions|Electricity|Oil;GW/yr;New Cap|Electricity|Oil;GW/yr;;;;Capacity additions of all oil power plants (yearly average additions between previos and current model time step);
506;2;energy (capacity);Capacity Additions|Electricity|Solar;GW/yr;New Cap|Electricity|Solar;GW/yr;;;;Capacity additions of solar power plants (yearly average additions between previos and current model time step);
507;2;energy (capacity);Capacity Additions|Electricity|Storage Capacity;GWh/yr;New Cap|Electricity|Storage|Battery;GW/yr;;;;Capacity additions of electricity storage capacity (yearly average additions between previos and current model time step);
508;2;energy (capacity);Capacity Additions|Electricity|Transmissions Grid;GWkm/yr;;;;;;Capacity additions of electricity storage (yearly average additions between previos and current model time step);
509;2;energy (capacity);Capacity|Electricity|Storage Capacity;GWh;;;;;;Total installed capacity of operating electricity storage;
510;2;energy (capacity);Capacity|Electricity|Transmissions Grid;GWkm;;;;;;Total installed capacity of operating transmission grid;
511;1;energy (final);Final Energy|Non-Energy Use;EJ/yr;FE|Non-energy Use|Industry;EJ/yr;;;;final energy consumption by the non-combustion processes;
512;1;energy (final);Final Energy|Non-Energy Use|Solids;EJ/yr;FE|Non-energy Use|Industry|+|Solids;EJ/yr;;;;final energy consumption of solids by the non-combustion processes;x
513;1;energy (final);Final Energy|Non-Energy Use|Liquids;EJ/yr;FE|Non-energy Use|Industry|+|Liquids;EJ/yr;;;;final energy consumption of liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids) by the non-combustion processes;x
514;1;energy (final);Final Energy|Non-Energy Use|Gases;EJ/yr;FE|Non-energy Use|Industry|+|Gases;EJ/yr;;;;final energy consumption of gases (natural gas, biogas, coal-gas) by the non-combustion processes;x
515;1;energy (final);Final Energy|Non-Energy Use|Hydrogen;EJ/yr;;;;;;final energy consumption of hydrogen by the non-combustion processes;
516;2;energy (final);Final Energy|Non-Energy Use|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the non-combustion processes;
517;2;energy (final);Final Energy|Non-Energy Use|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the non-combustion processes";
518;2;energy (final);Final Energy|Non-Energy Use|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the non-combustion processes;
519;2;energy (final);Final Energy|Non-Energy Use|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the non-combustion processes;
520;2;energy (final);Final Energy|Non-Energy Use|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the non-combustion processes;
521;2;energy (final);Final Energy|Non-Energy Use|Liquids|Electricity;EJ/yr;;;;;;Final energy consumption of synthetic liquids of fossil origin by the non-combustion processes;
522;2;energy (final);Final Energy|Non-Energy Use|Solids|Coal;EJ/yr;;;;;;Final energy coal consumption by the non-combustion processes;
523;2;energy (final);Final Energy|Non-Energy Use|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the non-combustion processes;
524;2;energy (final);Final Energy|Non-Energy Use|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the non-combustion processes;
525;2;energy (final);Final Energy|Non-Energy Use|Other;EJ/yr;;;;;;Final energy consumption of other feedstocks by the non-combustion processes (please provide a definition of the feedstocks in this category in the 'comments' tab);
526;2;energy (final);Final Energy|Non-Energy Use|Chemicals;EJ/yr;;;;;;Final energy consumption in the chemical sector by the non-combustion processes;
527;2;energy (final);Final Energy|Non-Energy Use|Chemicals|Gases;EJ/yr;;;;;;Final energy consumption of gases by the chemical sector by the non-combustion processes;
528;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the chemical sector by the non-combustion processes;
529;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the chemical sector by the non-combustion processes";
530;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the chemical sector by the non-combustion processes;
531;2;energy (final);Final Energy|Non-Energy Use|Chemicals|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen by the chemical sector by the non-combustion processes;
532;2;energy (final);Final Energy|Non-Energy Use|Chemicals|Liquids;EJ/yr;;;;;;Final energy consumption of liquids by the chemical sector by the non-combustion processes;
533;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the chemical sector by the non-combustion processes;
534;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the chemical sector by the non-combustion processes";
535;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the chemical sector by the non-combustion processes;
536;2;energy (final);Final Energy|Non-Energy Use|Chemicals|Solids;EJ/yr;;;;;;Final energy consumption of solids by the chemical sector by the non-combustion processes;
537;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the chemical sector by the non-combustion processes;
538;3;energy (final);Final Energy|Non-Energy Use|Chemicals|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the chemical sector by the non-combustion processes;
539;2;energy (final);Final Energy|Non-Energy Use|Chemicals|Other;EJ/yr;;;;;;Final energy consumption of other feedstocks by the chemical sector by the non-combustion processes (please provide a definition of the feedstocks in this category in the 'comments' tab);
540;2;energy (final);Final Energy|Non-Energy Use|Chemicals|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the chemical sector by the non-combustion processes;
541;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel;EJ/yr;;;;;;Final energy consumption in the iron and steel sector by the non-combustion processes;
542;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Gases;EJ/yr;;;;;;Final energy consumption of gases by the iron and steel sector by the non-combustion processes;
543;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the iron and steel sector by the non-combustion processes;
544;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the iron and steel sector by the non-combustion processes";
545;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the iron and steel sector by the non-combustion processes;
546;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen by the iron and steel sector by the non-combustion processes;
547;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Solids;EJ/yr;;;;;;Final energy consumption of Solids by the iron and steel sector by the non-combustion processes;
548;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the iron and steel sector by the non-combustion processes;
549;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the iron and steel sector by the non-combustion processes;
550;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Liquids;EJ/yr;;;;;;Final energy consumption of Liquids by the iron and steel sector by the non-combustion processes;
551;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the iron and steel sector by the non-combustion processes;
552;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the iron and steel sector by the non-combustion processes";
553;3;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the iron and steel sector by the non-combustion processes;
554;2;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Other;EJ/yr;;;;;;Final energy consumption of other feedstocks by the iron and steel sector by the non-combustion processes (please provide a definition of the feedstocks in this category in the 'comments' tab);
555;2;energy (final);Final Energy|Non-Energy Use|Iron and Steel|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the iron and steel sector by the non-combustion processes;
556;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals;EJ/yr;;;;;;Final energy consumption in the non-metallic minerals sector by the non-combustion processes;
557;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Gases;EJ/yr;;;;;;Final energy consumption of gases by the non-metallic minerals sector by the non-combustion processes;
558;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the non-metallic minerals sector by the non-combustion processes;
559;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the non-metallic minerals sector by the non-combustion processes";
560;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the non-metallic minerals sector by the non-combustion processes;
561;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen by the non-metallic minerals sector by the non-combustion processes;
562;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Liquids;EJ/yr;;;;;;Final energy consumption of liquids by the non-metallic minerals sector by the non-combustion processes;
563;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the non-metallic minerals sector by the non-combustion processes;
564;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the non-metallic minerals sector by the non-combustion processes";
565;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the non-metallic minerals sector by the non-combustion processes;
566;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Solids;EJ/yr;;;;;;Final energy consumption of solids by the non-metallic minerals sector by the non-combustion processes;
567;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the non-metallic minerals sector by the non-combustion processes;
568;3;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the non-metallic minerals sector by the non-combustion processes;
569;2;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Other;EJ/yr;;;;;;Final energy consumption of other feedstocks by the non-metallic minerals sector by the non-combustion processes (please provide a definition of the feedstocks in this category in the 'comments' tab);
570;2;energy (final);Final Energy|Non-Energy Use|Non-Metallic Minerals|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the non-metallic minerals sector by the non-combustion processes;
571;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals;EJ/yr;;;;;;Final energy consumption in the Non-Ferrous Metals sector by the non-combustion processes;
572;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Gases;EJ/yr;;;;;;Final energy consumption of gases by the Non-Ferrous Metals sector by the non-combustion processes;
573;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the Non-Ferrous Metals sector by the non-combustion processes;
574;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the Non-Ferrous Metals sector by the non-combustion processes";
575;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the Non-Ferrous Metals sector by the non-combustion processes;
576;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen by the Non-Ferrous Metals sector by the non-combustion processes;
577;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Liquids;EJ/yr;;;;;;Final energy consumption of liquids by the Non-Ferrous Metals sector by the non-combustion processes;
578;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the Non-Ferrous Metals sector by the non-combustion processes;
579;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the Non-Ferrous Metals sector by the non-combustion processes";
580;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the Non-Ferrous Metals sector by the non-combustion processes;
581;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Solids;EJ/yr;;;;;;Final energy consumption of solids by the Non-Ferrous Metals sector by the non-combustion processes;
582;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the Non-Ferrous Metals sector by the non-combustion processes;
583;3;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the Non-Ferrous Metals sector by the non-combustion processes;
584;2;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Other;EJ/yr;;;;;;Final energy consumption of other feedstocks by the Non-Ferrous Metals sector by the non-combustion processes (please provide a definition of the feedstocks in this category in the 'comments' tab);
585;2;energy (final);Final Energy|Non-Energy Use|Non-Ferrous Metals|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the Non-Ferrous Metals sector by the non-combustion processes;
586;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper;EJ/yr;;;;;;Final energy consumption in the Pulp and Paper sector by the non-combustion processes;
587;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Gases;EJ/yr;;;;;;Final energy consumption of gases by the Pulp and Paper sector by the non-combustion processes;
588;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the Pulp and Paper sector by the non-combustion processes;
589;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the Pulp and Paper sector by the non-combustion processes";
590;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the Pulp and Paper sector by the non-combustion processes;
591;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen by the Pulp and Paper sector by the non-combustion processes;
592;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Liquids;EJ/yr;;;;;;Final energy consumption of liquids by the Pulp and Paper sector by the non-combustion processes;
593;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the Pulp and Paper sector by the non-combustion processes;
594;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the Pulp and Paper sector by the non-combustion processes";
595;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the Pulp and Paper sector by the non-combustion processes;
596;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Solids;EJ/yr;;;;;;Final energy consumption of solids by the Pulp and Paper sector by the non-combustion processes;
597;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the Pulp and Paper sector by the non-combustion processes;
598;3;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the Pulp and Paper sector by the non-combustion processes;
599;2;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Other;EJ/yr;;;;;;Final energy consumption of other feedstocks by the Pulp and Paper sector by the non-combustion processes (please provide a definition of the feedstocks in this category in the 'comments' tab);
600;2;energy (final);Final Energy|Non-Energy Use|Pulp and Paper|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the Pulp and Paper sector by the non-combustion processes;
601;3;energy (final);Final Energy|Non-Energy Use|Other Sector;EJ/yr;;;;;;Final energy consumption in other indutries by the non-combustion processes (please provide a definition of these industries in this category in the 'comments' tab);
602;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Gases;EJ/yr;;;;;;Final energy consumption of gases by the other industries sector by the non-combustion processes;
603;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by other industries by the non-combustion processes;
604;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by other industries by the non-combustion processes";
605;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by other industries by the non-combustion processes;
606;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen by the other industries sector by the non-combustion processes;
607;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Liquids;EJ/yr;;;;;;Final energy consumption of Liquids by the other industries sector by the non-combustion processes;
608;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by other industries by the non-combustion processes;
609;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by other industries by the non-combustion processes";
610;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by other industries by the non-combustion processes;
611;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Solids;EJ/yr;;;;;;Final energy consumption of Solids by the other industries sector by the non-combustion processes;
612;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by other industries by the non-combustion processes;
613;3;energy (final);Final Energy|Non-Energy Use|Other Sector|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by other industries by the non-combustion processes;
614;2;energy (final);Final Energy|Non-Energy Use|Other Sector|Other;EJ/yr;;;;;;Final energy consumption of other feedstocks by other industries by the non-combustion processes (please provide a definition of the feedstocks in this category in the 'comments' tab);
615;2;energy (final);Final Energy|Non-Energy Use|Other Sector|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by other industries by the non-combustion processes;
616;1;energy (final);Final Energy;EJ/yr;FE;EJ/yr;;;;total final energy consumption by all end-use sectors and all fuels, excluding transmission/distribution losses, including non-energy use;
617;1;energy (final);Final Energy (w/o bunkers);EJ/yr;FE|w/o Bunkers;EJ/yr;;;;total final energy consumption by all end-use sectors and all fuels, excluding transmission/distribution losses, including non-energy use, excluding international bunker fuels;
618;1;energy (final);Final Energy|Electricity;EJ/yr;FE|+|Electricity;EJ/yr;;;;final energy consumption of electricity (including on-site solar PV), excluding transmission/distribution losses;
619;1;energy (final);Final Energy|Solids;EJ/yr;FE|+|Solids;EJ/yr;;;;final energy solid fuel consumption (including coal and solid biomass);
620;1;energy (final);Final Energy|Liquids;EJ/yr;FE|+|Liquids;EJ/yr;;;;final energy consumption of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
621;1;energy (final);Final Energy|Gases;EJ/yr;FE|+|Gases;EJ/yr;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
622;1;energy (final);Final Energy|Geothermal;EJ/yr;;;;;;final energy consumption of geothermal energy (e.g., from decentralized or small-scale geothermal heating systems) EXCLUDING geothermal heat pumps;
623;1;energy (final);Final Energy|Heat;EJ/yr;FE|+|Heat;EJ/yr;;;;final energy consumption of heat (e.g., district heat, process heat, warm water), excluding transmission/distribution losses, excluding direct geothermal and solar heating;
624;1;energy (final);Final Energy|Hydrogen;EJ/yr;FE|+|Hydrogen;EJ/yr;;;;final energy consumption of hydrogen, excluding transmission/distribution losses;
625;1;energy (final);Final Energy|Solar;EJ/yr;;;;;;final energy consumption of solar energy (e.g., from roof-top solar hot water collector systems);
626;1;energy (final);Final Energy|Solids|Biomass;EJ/yr;FE|Solids|+|Biomass;EJ/yr;;;;final energy consumption of solid biomass (modern and traditional), excluding final energy consumption of bioliquids which are reported in the liquids category;
627;1;energy (final);Final Energy|Solids|Biomass|Traditional;EJ/yr;FE|Solids|Biomass|+|Traditional;EJ/yr;;;;final energy solid fuel consumption of traditional biomass;
628;1;energy (final);Final Energy|Solids|Fossil;EJ/yr;FE|Solids|+|Fossil;EJ/yr;;;;final energy consumption of fossil solids;
629;1;energy (final);Final Energy|Gases|Biomass;EJ/yr;FE|Gases|+|Biomass;EJ/yr;;;;final energy consumption of biogas;
630;1;energy (final);Final Energy|Gases|Electricity;EJ/yr;FE|Gases|+|Hydrogen;EJ/yr;;;;"final energy consumption of synthetic e-fuel gas (""power-to-gas"")";
631;1;energy (final);Final Energy|Gases|Fossil;EJ/yr;FE|Gases|+|Fossil;EJ/yr;;;;final energy consumption of synthetic or derived gases of fossil origin;
632;1;energy (final);Final Energy|Liquids|Biomass;EJ/yr;FE|Liquids|+|Biomass;EJ/yr;;;;final energy consumption of liquid biofuels;
633;1;energy (final);Final Energy|Liquids|Electricity;EJ/yr;FE|Liquids|+|Hydrogen;EJ/yr;;;;"final energy consumption of synthetic liquid efuels (""power-to-liquid"")";
634;1;energy (final);Final Energy|Liquids|Fossil;EJ/yr;FE|Liquids|+|Fossil;EJ/yr;;;;final energy consumption of liquids from fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids);
635;3;energy (final);Final Energy|Agriculture;EJ/yr;;;;;;total final energy consumption by the agriculture sector, including fishing;
636;3;energy (final);Final Energy|Agriculture|Electricity;EJ/yr;;;;;;final energy consumption by the agriculture sector of electricity;
637;3;energy (final);Final Energy|Agriculture|Heat;EJ/yr;;;;;;final energy consumption by the agriculture sector of heat;
638;3;energy (final);Final Energy|Agriculture|Liquids;EJ/yr;;;;;;final energy consumption by the agriculture sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids, efuels);
639;3;energy (final);Final Energy|Agriculture|Gases;EJ/yr;;;;;;final energy consumption by the agriculture sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
640;1;energy (final);Final Energy|Industry;EJ/yr;FE|w/o Non-energy Use|Industry;EJ/yr;;;;final energy consumed by the industrial sector, excluding non-energy use (e.g.feedstocks);
641;1;energy (final);Final Energy|Industry|Electricity;EJ/yr;FE|Industry|+|Electricity;EJ/yr;;;;final energy consumption by the industrial sector of electricity (including on-site solar PV), excluding transmission/distribution losses;
642;1;energy (final);Final Energy|Industry|Gases;EJ/yr;FE|w/o Non-energy Use|Industry|Gases;EJ/yr;;;;final energy consumption by the industrial sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses, excluding fuel use for autoproduction;
643;1;energy (final);Final Energy|Industry|Heat;EJ/yr;FE|Industry|+|Heat;EJ/yr;;;;final energy consumption by the industrial sector of heat (e.g., district heat, process heat, solar heating and warm water), excluding transmission/distribution losses;
644;2;energy (final);Final Energy|Industry|Solar;EJ/yr;;;;;;final energy consumption by the industrial sector of solar thermal heat;
645;2;energy (final);Final Energy|Industry|Geothermal;EJ/yr;;;;;;final energy consumption by the industrial sector of geothermal heat;
646;1;energy (final);Final Energy|Industry|Hydrogen;EJ/yr;FE|Industry|+|Hydrogen;EJ/yr;;;;final energy consumption by the industrial sector of hydrogen, excluding fuel use for autoproduction;
647;1;energy (final);Final Energy|Industry|Liquids;EJ/yr;FE|w/o Non-energy Use|Industry|Liquids;EJ/yr;;;;final energy consumption by the industrial sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids), excluding fuel use for autoproduction;
648;1;energy (final);Final Energy|Industry|Waste;EJ/yr;;;;;;final energy consumption of non-renewable waste by the industrial sector;
649;1;energy (final);Final Energy|Industry|Other;EJ/yr;;;;;;final energy consumption by the industrial sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
650;1;energy (final);Final Energy|Industry|Solids;EJ/yr;FE|w/o Non-energy Use|Industry|Solids;EJ/yr;;;;final energy solid fuel consumption by the industrial sector (including coal and solid biomass), excluding fuel use for autoproduction;
651;1;energy (final);Final Energy|Industry|Solids|Biomass;EJ/yr;FE|Industry|Solids|+|Biomass;EJ/yr;;;;final energy consumption by the industrial sector of solid biomass (modern and traditional), excluding final energy consumption of bioliquids which are reported in the liquids category;
652;1;energy (final);Final Energy|Industry|Solids|Fossil;EJ/yr;FE|Industry|Solids|+|Fossil;EJ/yr;;;;final energy consumption of fossil solids by the industrial sector;
653;1;energy (final);Final Energy|Industry|Gases|Biomass;EJ/yr;FE|w/o Non-energy Use|Industry|Gases|+|Biomass;EJ/yr;;;;final energy consumption by the industrial sector of biogas, excluding transmission/distribution losses;x
654;1;energy (final);Final Energy|Industry|Gases|Electricity;EJ/yr;FE|w/o Non-energy Use|Industry|Gases|+|Hydrogen;EJ/yr;;;;"final energy consumption by the industrial sector of synthetic e-fuel gas (""power-to-gas""), excluding transmission/distribution losses";x
655;1;energy (final);Final Energy|Industry|Gases|Fossil;EJ/yr;FE|w/o Non-energy Use|Industry|Gases|+|Fossil;EJ/yr;;;;final energy consumption by the industrial sector of  synthetic or derived gases of fossil origin, excluding transmission/distribution losses;x
656;1;energy (final);Final Energy|Industry|Liquids|Biomass;EJ/yr;FE|w/o Non-energy Use|Industry|Liquids|+|Biomass;EJ/yr;;;;final energy consumption by the industrial sector of liquid biofuels;x
657;1;energy (final);Final Energy|Industry|Liquids|Electricity;EJ/yr;FE|w/o Non-energy Use|Industry|Liquids|+|Hydrogen;EJ/yr;;;;"final energy consumption by the industrial sector of liquid efuels (""power-to-liquid"")";x
658;1;energy (final);Final Energy|Industry|Liquids|Fossil;EJ/yr;FE|w/o Non-energy Use|Industry|Liquids|+|Fossil;EJ/yr;;;;final energy consumption by the industrial sector of liquids from fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids);x
659;1;energy (final);Final Energy|Industry|Non-Metallic Minerals;EJ/yr;FE|Industry|+++|Cement;EJ/yr;;In remind cement = non-metallic minerals;;Final energy consumed by the non-metallic minerals sector, excluding feestocks;
660;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Electricity;EJ/yr;FE|Industry|Cement|+|Electricity;EJ/yr;;In remind cement = non-metallic minerals;;Final energy consumption of electricity by the non metallic minerals sector;
661;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Gases;EJ/yr;FE|Industry|Cement|+|Gases;EJ/yr;;In remind cement = non-metallic minerals;;Final energy consumption of gases by the non-metallic minerals sector (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
662;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the non-metallic minerals sector;
663;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the non-metallic minerals sector";
664;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the non-metallic minerals sector;
665;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Hydrogen;EJ/yr;FE|Industry|Cement|+|Hydrogen;EJ/yr;;In remind cement = non-metallic minerals;;Final energy consumption of hydrogen by the non-metallic minerals sector;
666;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Liquids;EJ/yr;FE|Industry|Cement|+|Liquids;EJ/yr;;In remind cement = non-metallic minerals;;Final energy consumption of refined liquids by the non-metallic minerals sector (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids, efuels);
667;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the non-metallic minerals sector;
668;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the non-metallic minerals sector";
669;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the non-metallic minerals sector;
670;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Solids;EJ/yr;FE|Industry|Cement|+|Solids;EJ/yr;;In remind cement = non-metallic minerals;;Final energy solid fuel consumption by the non-metallic minerals sector (including coal and solid biomass);
671;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the non-metallic minerals sector;
672;3;energy (final);Final Energy|Industry|Non-Metallic Minerals|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the non-metallic minerals sector;
673;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Heat;EJ/yr;;;;;;Final energy consumption of centrally supplied heat by the non-metallic minerals sector;
674;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Solar;EJ/yr;;;;;;Final energy consumption of solar thermal heat by the non-metallic minerals sector;
675;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Geothermal;EJ/yr;;;;;;Final energy consumption of geothermal heat by the non-metallic minerals sector;
676;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the non-metallic minerals sector;
677;2;energy (final);Final Energy|Industry|Non-Metallic Minerals|Other;EJ/yr;;;;;;Final energy consumption of other energy carriers by the non-metallic minerals sector (please provide a definition of the energy carriers in this category in the 'comments' tab);
678;1;energy (final);Final Energy|Industry|Chemicals;EJ/yr;FE|Industry|+++|Chemicals;EJ/yr;;;;Final energy consumed by the chemicals sector, excluding feedstocks;
679;2;energy (final);Final Energy|Industry|Chemicals|Electricity;EJ/yr;FE|Industry|Chemicals|+|Electricity;EJ/yr;;;;Final energy consumption of electricity by the chemical sector;
680;2;energy (final);Final Energy|Industry|Chemicals|Gases;EJ/yr;FE|Industry|Chemicals|+|Gases;EJ/yr;;;;Final energy consumption of gases by the chemicals sector (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
681;3;energy (final);Final Energy|Industry|Chemicals|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the chemicals sector;
682;3;energy (final);Final Energy|Industry|Chemicals|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the chemicals sector";
683;3;energy (final);Final Energy|Industry|Chemicals|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the chemicals sector;
684;2;energy (final);Final Energy|Industry|Chemicals|Hydrogen;EJ/yr;FE|Industry|Chemicals|+|Hydrogen;EJ/yr;;;;Final energy consumption of hydrogen by the chemicals sector;
685;2;energy (final);Final Energy|Industry|Chemicals|Liquids;EJ/yr;FE|Industry|Chemicals|+|Liquids;EJ/yr;;;;Final energy consumption of refined liquids by the chemicals sector (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids, efuels);
686;3;energy (final);Final Energy|Industry|Chemicals|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the chemicals sector;
687;3;energy (final);Final Energy|Industry|Chemicals|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the chemicals sector";
688;3;energy (final);Final Energy|Industry|Chemicals|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin by the chemicals sector;
689;2;energy (final);Final Energy|Industry|Chemicals|Solids;EJ/yr;FE|Industry|Chemicals|+|Solids;EJ/yr;;;;Final energy solid fuel consumption by the chemicals sector (including coal and solid biomass);
690;3;energy (final);Final Energy|Industry|Chemicals|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the chemicals sector;
691;3;energy (final);Final Energy|Industry|Chemicals|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the chemicals sector;
692;2;energy (final);Final Energy|Industry|Chemicals|Heat;EJ/yr;;;;;;Final energy consumption of centrally supplied heat by the chemicals sector;
693;2;energy (final);Final Energy|Industry|Chemicals|Solar;EJ/yr;;;;;;Final energy consumption of solar thermal heat by the chemicals sector;
694;2;energy (final);Final Energy|Industry|Chemicals|Geothermal;EJ/yr;;;;;;Final energy consumption of geothermal heat by the chemicals sector;
695;2;energy (final);Final Energy|Industry|Chemicals|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the chemicals sector;
696;2;energy (final);Final Energy|Industry|Chemicals|Other;EJ/yr;;;;;;Final energy consumption of other energy carriers by the chemicals sector (please provide a definition of the energy carriers in this category in the 'comments' tab);
697;1;energy (final);Final Energy|Industry|Iron and Steel;EJ/yr;FE|Industry|+++|Steel;EJ/yr;;;;Final energy consumed by the iron and steel sector, excluding feedstocks;
698;2;energy (final);Final Energy|Industry|Iron and Steel|Electricity;EJ/yr;FE|Industry|Steel|+|Electricity;EJ/yr;;;;Final energy consumption of electricity by the iron and steel sector;
699;2;energy (final);Final Energy|Industry|Iron and Steel|Gases;EJ/yr;FE|Industry|Steel|+|Gases;EJ/yr;;;;Final energy consumption of gases by the iron and steel sector (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
700;3;energy (final);Final Energy|Industry|Iron and Steel|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the iron and steel sector;
701;3;energy (final);Final Energy|Industry|Iron and Steel|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the iron and steel sector";
702;3;energy (final);Final Energy|Industry|Iron and Steel|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the iron and steel sector;
703;2;energy (final);Final Energy|Industry|Iron and Steel|Hydrogen;EJ/yr;FE|Industry|Steel|+|Hydrogen;EJ/yr;;;;Final energy consumption of hydrogen by the iron and steel sector;
704;2;energy (final);Final Energy|Industry|Iron and Steel|Liquids;EJ/yr;FE|Industry|Steel|+|Liquids;EJ/yr;;;;Final energy consumption of refined liquids by the iron and steel sector (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids, efuels);
705;3;energy (final);Final Energy|Industry|Iron and Steel|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the iron and steel sector;
706;3;energy (final);Final Energy|Industry|Iron and Steel|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the iron and steel sector";
707;3;energy (final);Final Energy|Industry|Iron and Steel|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin by the iron and steel sector;
708;2;energy (final);Final Energy|Industry|Iron and Steel|Solids;EJ/yr;FE|Industry|Steel|+|Solids;EJ/yr;;;;Final energy solid fuel consumption by the iron and steel sector (including coal and solid biomass);
709;3;energy (final);Final Energy|Industry|Iron and Steel|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the iron and steel sector;
710;3;energy (final);Final Energy|Industry|Iron and Steel|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the iron and steel sector;
711;2;energy (final);Final Energy|Industry|Iron and Steel|Heat;EJ/yr;;;;;;Final energy consumption of centrally supplied heat by the iron and steel sector;
712;2;energy (final);Final Energy|Industry|Iron and Steel|Solar;EJ/yr;;;;;;Final energy consumption of solar thermal heat by the iron and steel sector;
713;2;energy (final);Final Energy|Industry|Iron and Steel|Geothermal;EJ/yr;;;;;;Final energy consumption of geothermal heat by the iron and steel sector;
714;2;energy (final);Final Energy|Industry|Iron and Steel|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the iron and steel sector;
715;2;energy (final);Final Energy|Industry|Iron and Steel|Other;EJ/yr;;;;;;Final energy consumption of other energy carriers by the iron and steel sector (please provide a definition of the energy carriers in this category in the 'comments' tab);
716;2;energy (final);Final Energy|Industry|Other Sector;EJ/yr;FE|Industry|+++|Other Industry;EJ/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Final energy consumed by other industry sectors, excluding feedstocks (please provide a definition of the industries in this category in the 'comments' tab);
717;2;energy (final);Final Energy|Industry|Other Sector|Electricity;EJ/yr;FE|Industry|Other Industry|+|Electricity;EJ/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Final energy consumption of electricity by other industry sectors;
718;3;energy (final);Final Energy|Industry|Other Sector|Gases;EJ/yr;FE|Industry|Other Industry|+|Gases;EJ/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Final energy consumption of gases by other industry sectors (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
719;3;energy (final);Final Energy|Industry|Other Sector|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by other industry sectors;
720;3;energy (final);Final Energy|Industry|Other Sector|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by other industry sectors";
721;3;energy (final);Final Energy|Industry|Other Sector|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of gases of fossil origin by other industry sectors;
722;3;energy (final);Final Energy|Industry|Other Sector|Hydrogen;EJ/yr;FE|Industry|Other Industry|+|Hydrogen;EJ/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Final energy consumption of hydrogen by other industry sectors;
723;3;energy (final);Final Energy|Industry|Other Sector|Liquids;EJ/yr;FE|Industry|Other Industry|+|Liquids;EJ/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Final energy consumption of refined liquids by other industry sectors (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids, efuels);
724;3;energy (final);Final Energy|Industry|Other Sector|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by other industry sectors;
725;3;energy (final);Final Energy|Industry|Other Sector|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by other industry sectors";
726;3;energy (final);Final Energy|Industry|Other Sector|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin by other industry sectors;
727;3;energy (final);Final Energy|Industry|Other Sector|Solids;EJ/yr;FE|Industry|Other Industry|+|Solids;EJ/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Final energy solid fuel consumption by other industry sectors (including coal and solid biomass);
728;3;energy (final);Final Energy|Industry|Other Sector|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by other industry sectors;
729;3;energy (final);Final Energy|Industry|Other Sector|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by other industry sectors;
730;2;energy (final);Final Energy|Industry|Other Sector|Heat;EJ/yr;FE|Industry|Other Industry|+|Heat;EJ/yr;;Other industry in REMIND includes also pulp & paper and non-ferrous metals ;;Final energy consumption of centrally supplied heat by other industry sectors;
731;2;energy (final);Final Energy|Industry|Other Sector|Solar;EJ/yr;;;;;;Final energy consumption of solar thermal heat by other industry sectors;
732;2;energy (final);Final Energy|Industry|Other Sector|Geothermal;EJ/yr;;;;;;Final energy consumption of geothermal heat by other industry sectors;
733;2;energy (final);Final Energy|Industry|Other Sector|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by other industry sectors;
734;2;energy (final);Final Energy|Industry|Other Sector|Other;EJ/yr;;;;;;Final energy consumption of other energy carriers by other industry sectors (please provide a definition of the energy carriers in this category in the 'comments' tab);
735;1;energy (final);Final Energy|Industry|Pulp and Paper;EJ/yr;;;;;;Final energy consumption of the pulp and paper sector;
736;2;energy (final);Final Energy|Industry|Pulp and Paper|Electricity;EJ/yr;;;;;;Final energy consumption of electricity of the pulp and paper sector;
737;2;energy (final);Final Energy|Industry|Pulp and Paper|Gases;EJ/yr;;;;;;Final energy consumption of gases of the pulp and paper sector (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
738;3;energy (final);Final Energy|Industry|Pulp and Paper|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the pulp and paper sector;
739;3;energy (final);Final Energy|Industry|Pulp and Paper|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the pulp and paper sector";
740;3;energy (final);Final Energy|Industry|Pulp and Paper|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the pulp and paper sector;
741;2;energy (final);Final Energy|Industry|Pulp and Paper|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen of the pulp and paper sector;
742;2;energy (final);Final Energy|Industry|Pulp and Paper|Liquids;EJ/yr;;;;;;Final energy consumption of refined liquids of the pulp and paper sector (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids, efuels);
743;3;energy (final);Final Energy|Industry|Pulp and Paper|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the pulp and paper sector;
744;3;energy (final);Final Energy|Industry|Pulp and Paper|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the pulp and paper sector";
745;3;energy (final);Final Energy|Industry|Pulp and Paper|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin by the pulp and paper sector;
746;2;energy (final);Final Energy|Industry|Pulp and Paper|Solids;EJ/yr;;;;;;Final energy consumption of solid fuels of the pulp and paper sector (including coal and solid biomass);
747;3;energy (final);Final Energy|Industry|Pulp and Paper|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the pulp and paper sector;
748;3;energy (final);Final Energy|Industry|Pulp and Paper|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the pulp and paper sector;
749;2;energy (final);Final Energy|Industry|Pulp and Paper|Heat;EJ/yr;;;;;;Final energy consumption of centrally supplied heat by the pulp and paper sector;
750;2;energy (final);Final Energy|Industry|Pulp and Paper|Solar;EJ/yr;;;;;;Final energy consumption of solar thermal heat by the pulp and paper sector;
751;2;energy (final);Final Energy|Industry|Pulp and Paper|Geothermal;EJ/yr;;;;;;Final energy consumption of geothermal heat by the pulp and paper sector;
752;2;energy (final);Final Energy|Industry|Pulp and Paper|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the pulp and paper sector;
753;2;energy (final);Final Energy|Industry|Pulp and Paper|Other;EJ/yr;;;;;;Final energy consumption of other energy carriers by the pulp and paper sector (please provide a definition of the energy carriers in this category in the 'comments' tab);
754;1;energy (final);Final Energy|Industry|Non-Ferrous Metals;EJ/yr;;;;;;Final energy consumption of the non-ferrous metals sector;
755;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Electricity;EJ/yr;;;;;;Final energy consumption of electricity of the non-ferrous metals sector;
756;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Gases;EJ/yr;;;;;;Final energy consumption of gases of the non-ferrous metals sector (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
757;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Gases|Biomass;EJ/yr;;;;;;Final energy consumption of biogas by the non-ferrous metals sector;
758;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Gases|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic e-fuel gas (""power-to-gas"") by the non-ferrous metals sector";
759;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Gases|Fossil;EJ/yr;;;;;;Final energy consumption of synthetic or derived gases of fossil origin by the non-ferrous metals sector;
760;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Hydrogen;EJ/yr;;;;;;Final energy consumption of hydrogen of the non-ferrous metals sector;
761;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Liquids;EJ/yr;;;;;;Final energy consumption of refined liquids of the non-ferrous metals sector (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids, efuels);
762;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Liquids|Biomass;EJ/yr;;;;;;Final energy consumption of liquid biofuels by the non-ferrous metals sector;
763;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Liquids|Electricity;EJ/yr;;;;;;"Final energy consumption of synthetic liquid efuels (""power-to-liquid"") by the non-ferrous metals sector";
764;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Liquids|Fossil;EJ/yr;;;;;;Final energy consumption of liquids of fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids)by the non-ferrous metals sector;
765;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Solids;EJ/yr;;;;;;Final energy consumption of solid fuels of the non-ferrous metals sector (including coal and solid biomass);
766;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Solids|Biomass;EJ/yr;;;;;;Final energy consumption of solid biomass (modern and traditional, including renewable waste) by the non-ferrous metals sector;
767;3;energy (final);Final Energy|Industry|Non-Ferrous Metals|Solids|Coal;EJ/yr;;;;;;Final energy consumption of coal by the non-ferrous metals sector;
768;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Heat;EJ/yr;;;;;;Final energy consumption of centrally supplied heat by the non-ferrous metals sector;
769;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Solar;EJ/yr;;;;;;Final energy consumption of solar thermal heat by the non-ferrous metals sector;
770;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Geothermal;EJ/yr;;;;;;Final energy consumption of geothermal heat by the non-ferrous metals sector;
771;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Waste;EJ/yr;;;;;;Final energy consumption of non-renewable waste by the non-ferrous metals sector;
772;2;energy (final);Final Energy|Industry|Non-Ferrous Metals|Other;EJ/yr;;;;;;Final energy consumption of other energy carriers by the non-ferrous metals sector (please provide a definition of the energy carriers in this category in the 'comments' tab);
773;1;energy (final);Final Energy|Residential;EJ/yr;;;;;;final energy consumed in the residential sector;
774;2;energy (final);Final Energy|Residential|Electricity;EJ/yr;;;;;;final energy consumption by the residential sector of electricity (including on-site solar PV), excluding transmission/distribution losses;
775;2;energy (final);Final Energy|Residential|Gases;EJ/yr;;;;;;final energy consumption by the residential sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
776;2;energy (final);Final Energy|Residential|Heat;EJ/yr;;;;;;final energy consumption by the residential sector of heat (e.g., district heat, process heat, solar heating and warm water), excluding transmission/distribution losses;
777;2;energy (final);Final Energy|Residential|Hydrogen;EJ/yr;;;;;;final energy consumption by the residential sector of hydrogen;
778;2;energy (final);Final Energy|Residential|Liquids;EJ/yr;;;;;;final energy consumption by the residential sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
779;2;energy (final);Final Energy|Residential|Other;EJ/yr;;;;;;final energy consumption by the residential sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
780;2;energy (final);Final Energy|Residential|Solids;EJ/yr;;;;;;final energy solid fuel consumption by the residential sector (including coal and solid biomass);
781;2;energy (final);Final Energy|Residential|Solids|Biomass;EJ/yr;;;;;;final energy solid biomass consumption by the residential sector;
782;2;energy (final);Final Energy|Residential|Solids|Biomass|Traditional;EJ/yr;;;;;;final energy solid traditional biomass consumption by the residential sector;
783;2;energy (final);Final Energy|Residential|Solids|Fossil;EJ/yr;;;;;;final energy consumption of fossil solids by the residential sector;
784;2;energy (final);Final Energy|Residential|Gases|Biomass;EJ/yr;;;;;;final energy consumption by the residential sector of biogas, excluding transmission/distribution losses;
785;2;energy (final);Final Energy|Residential|Gases|Electricity;EJ/yr;;;;;;"final energy consumption by the residential sector of synthetic e-fuel gas (""power-to-gas""), excluding transmission/distribution losses";
786;2;energy (final);Final Energy|Residential|Gases|Fossil;EJ/yr;;;;;;final energy consumption by the residential sector of  synthetic or derived gases of fossil origin, excluding transmission/distribution losses;
787;2;energy (final);Final Energy|Residential|Liquids|Biomass;EJ/yr;;;;;;final energy consumption by the residential sector of liquid biofuels;
788;2;energy (final);Final Energy|Residential|Liquids|Electricity;EJ/yr;;;;;;"final energy consumption by the residential sector of liquid efuels (""power-to-liquid"")";
789;2;energy (final);Final Energy|Residential|Liquids|Fossil;EJ/yr;;;;;;final energy consumption by the residential sector of liquids from fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids);
790;2;energy (final);Final Energy|Commercial;EJ/yr;;;;;;final energy consumed in the commercial sector;
791;2;energy (final);Final Energy|Commercial|Electricity;EJ/yr;;;;;;final energy consumption by the commercial sector of electricity (including on-site solar PV), excluding transmission/distribution losses;
792;2;energy (final);Final Energy|Commercial|Gases;EJ/yr;;;;;;final energy consumption by the commercial sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
793;2;energy (final);Final Energy|Commercial|Heat;EJ/yr;;;;;;final energy consumption by the commercial sector of heat (e.g., district heat, process heat, solar heating and warm water), excluding transmission/distribution losses;
794;2;energy (final);Final Energy|Commercial|Hydrogen;EJ/yr;;;;;;final energy consumption by the commercial sector of hydrogen;
795;2;energy (final);Final Energy|Commercial|Liquids;EJ/yr;;;;;;final energy consumption by the commercial sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
796;2;energy (final);Final Energy|Commercial|Other;EJ/yr;;;;;;final energy consumption by the commercial sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
797;2;energy (final);Final Energy|Commercial|Solids;EJ/yr;;;;;;final energy solid fuel consumption by the commercial sector (including coal and solid biomass);
798;2;energy (final);Final Energy|Commercial|Solids|Biomass;EJ/yr;;;;;;final energy solid biomass consumption by the commercial sector;
799;2;energy (final);Final Energy|Commercial|Solids|Biomass|Traditional;EJ/yr;;;;;;final energy traditional biomass consumption by the commercial sector;
800;2;energy (final);Final Energy|Commercial|Solids|Fossil;EJ/yr;;;;;;final energy consumption of fossil solids by the commercial sector;
801;2;energy (final);Final Energy|Commercial|Gases|Biomass;EJ/yr;;;;;;final energy consumption by the commercial sector of biogas, excluding transmission/distribution losses;
802;2;energy (final);Final Energy|Commercial|Gases|Electricity;EJ/yr;;;;;;"final energy consumption by the commercial sector of synthetic e-fuel gas (""power-to-gas""), excluding transmission/distribution losses";
803;2;energy (final);Final Energy|Commercial|Gases|Fossil;EJ/yr;;;;;;final energy consumption by the commercial sector of  synthetic or derived gases of fossil origin, excluding transmission/distribution losses;
804;2;energy (final);Final Energy|Commercial|Liquids|Biomass;EJ/yr;;;;;;final energy consumption by the commercial sector of liquid biofuels;
805;2;energy (final);Final Energy|Commercial|Liquids|Electricity;EJ/yr;;;;;;"final energy consumption by the commercial sector of liquid efuels (""power-to-liquid"")";
806;2;energy (final);Final Energy|Commercial|Liquids|Fossil;EJ/yr;;;;;;final energy consumption by the commercial sector of liquids from fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids);
807;1;energy (final);Final Energy|Residential and Commercial;EJ/yr;FE|++|Buildings;EJ/yr;;;;final energy consumed in the residential & commercial sector;
808;1;energy (final);Final Energy|Residential and Commercial|Electricity;EJ/yr;FE|Buildings|+|Electricity;EJ/yr;;;;final energy consumption by the residential & commercial sector of electricity (including on-site solar PV), excluding transmission/distribution losses;
809;1;energy (final);Final Energy|Residential and Commercial|Gases;EJ/yr;FE|Buildings|+|Gases;EJ/yr;;;;final energy consumption by the residential & commercial sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
810;1;energy (final);Final Energy|Residential and Commercial|Heat;EJ/yr;FE|Buildings|+|Heat;EJ/yr;;;;final energy consumption by the residential & commercial sector of heat (e.g., district heat, process heat, solar heating and warm water), excluding transmission/distribution losses;
811;1;energy (final);Final Energy|Residential and Commercial|Hydrogen;EJ/yr;FE|Buildings|+|Hydrogen;EJ/yr;;;;final energy consumption by the residential & commercial sector of hydrogen;
812;1;energy (final);Final Energy|Residential and Commercial|Liquids;EJ/yr;FE|Buildings|+|Liquids;EJ/yr;;;;final energy consumption by the residential & commercial sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
813;1;energy (final);Final Energy|Residential and Commercial|Other;EJ/yr;;;;;;final energy consumption by the residential & commercial sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
814;2;energy (final);Final Energy|Residential and Commercial|Heating|Space;EJ/yr;;;;;;final energy consumed for space heating in residential and commercial buildings;
815;1;energy (final);Final Energy|Residential and Commercial|Solids;EJ/yr;FE|Buildings|+|Solids;EJ/yr;;;;final energy solid fuel consumption by the residential & commercial sector (including coal and solid biomass);
816;1;energy (final);Final Energy|Residential and Commercial|Solids|Biomass;EJ/yr;FE|Buildings|Solids|+|Biomass;EJ/yr;;;;final energy consumption by the residential & commercial sector of solid biomass (modern and traditional), excluding final energy consumption of bioliquids which are reported in the liquids category;
817;1;energy (final);Final Energy|Residential and Commercial|Solids|Biomass|Traditional;EJ/yr;FE|Buildings|Solids|Biomass|+|Traditional;EJ/yr;;;;final energy consumed in the residential & commercial sector of solid biomass (traditional);
818;1;energy (final);Final Energy|Residential and Commercial|Solids|Fossil;EJ/yr;;;;;;final energy consumption of fossil solids by the residential & commercial sector;
819;2;energy (final);Final Energy|Residential and Commercial|Gases|Biomass;EJ/yr;;;;;;final energy consumption by the residential & commercial sector of biogas, excluding transmission/distribution losses;
820;2;energy (final);Final Energy|Residential and Commercial|Gases|Electricity;EJ/yr;;;;;;"final energy consumption by the residential & commercial sector of synthetic e-fuel gas (""power-to-gas""), excluding transmission/distribution losses";
821;2;energy (final);Final Energy|Residential and Commercial|Gases|Fossil;EJ/yr;;;;;;final energy consumption by the residential & commercial sector of  synthetic or derived gases of fossil origin, excluding transmission/distribution losses;
822;2;energy (final);Final Energy|Residential and Commercial|Liquids|Biomass;EJ/yr;;;;;;final energy consumption by the residential & commercial sector of liquid biofuels;
823;2;energy (final);Final Energy|Residential and Commercial|Liquids|Electricity;EJ/yr;;;;;;"final energy consumption by the residential & commercial sector of liquid efuels (""power-to-liquid"")";
824;2;energy (final);Final Energy|Residential and Commercial|Liquids|Fossil;EJ/yr;;;;;;final energy consumption by the residential & commercial sector of liquids from fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids);
825;1;energy (final);Final Energy|Transportation;EJ/yr;FE|Transport|w/o Bunkers;EJ/yr;;;;final energy consumed in the transportation sector, excluding bunker fuels, excluding pipelines;
826;1;energy (final);Final Energy|Transportation (w/ bunkers);EJ/yr;FE|Transport|w/o Bunkers;EJ/yr;;;;final energy consumed in the transportation sector, including bunker fuels, excluding pipelines;
826;1;energy (final);Final Energy|Transportation (w/ bunkers);EJ/yr;FE|Transport|Pass|Aviation|International;EJ/yr;;;;final energy consumed in the transportation sector, including bunker fuels, excluding pipelines;x
826;1;energy (final);Final Energy|Transportation (w/ bunkers);EJ/yr;FE|Transport|Freight|International Shipping;EJ/yr;;;;final energy consumed in the transportation sector, including bunker fuels, excluding pipelines;x
827;1;energy (final);Final Energy|Transportation|Electricity;EJ/yr;FE|Transport|w/o Bunkers|+|Electricity;EJ/yr;;;;final energy consumption by the transportation sector of electricity (including on-site solar PV), excluding transmission/distribution losses;
828;1;energy (final);Final Energy|Transportation|Gases;EJ/yr;FE|Transport|w/o Bunkers|+|Gases;EJ/yr;;;;final energy consumption by the transportation sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
829;1;energy (final);Final Energy|Transportation|Hydrogen;EJ/yr;FE|Transport|w/o Bunkers|+|Hydrogen;EJ/yr;;;;final energy consumption by the transportation sector of hydrogen;
830;1;energy (final);Final Energy|Transportation|Liquids;EJ/yr;FE|Transport|w/o Bunkers|+|Liquids;EJ/yr;;;;final energy consumption by the transportation sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
831;2;energy (final);Final Energy|Transportation|Other;EJ/yr;;;;;;final energy consumption by the transportation sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
832;1;energy (final);Final Energy|Transportation|Bus;EJ/yr;FE|Transport|Pass|Road|Bus;EJ/yr;;;;final energy consumption in the transportation sector by bus;x
833;1;energy (final);Final Energy|Transportation|LDV;EJ/yr;FE|Transport|Pass|Road|LDV;EJ/yr;;;;final energy consumption in the transportation sector by light duty vehicles;x
834;1;energy (final);Final Energy|Transportation|Rail;EJ/yr;FE|Transport|Rail;EJ/yr;;;;final energy consumption in the transportation sector by rail;x
835;1;energy (final);Final Energy|Transportation|Truck;EJ/yr;FE|Transport|Freight|Road;EJ/yr;;;;final energy consumption in the transportation sector by trucks;x
836;1;energy (final);Final Energy|Transportation|Domestic Aviation;EJ/yr;FE|Transport|Pass|Aviation|Domestic;EJ/yr;;;;final energy consumption in the transportation sector by domestic aviation;x
837;1;energy (final);Final Energy|Transportation|Domestic Shipping;EJ/yr;FE|Transport|Freight|Navigation;EJ/yr;;;;final energy consumption in the transportation sector by domestic shipping;x
838;2;energy (final);Final Energy|Transportation|Liquids|Biomass;EJ/yr;;;;;;final energy consumption by the transportation sector of liquid biofuels;
839;2;energy (final);Final Energy|Transportation|Liquids|Fossil;EJ/yr;;;;;;final energy consumption by the transportation sector of fossil based liquids (from conventional & unconventional oil, coal-to-liquids, gas-to-liquids);
840;2;energy (final);Final Energy|Transportation|Liquids|Electricity;EJ/yr;;;;;;final energy consumption by the transportation sector of synthetic liquid efuels;
841;2;energy (final);Final Energy|Transportation|Gases|Biomass;EJ/yr;;;;;;final energy consumption by the transportation sector of biogas;
842;2;energy (final);Final Energy|Transportation|Gases|Fossil;EJ/yr;;;;;;final energy consumption by the transportation sector of synthetic or derived gases of fossil origin;
842;2;energy (final);Final Energy|Transportation|Gases|Fossil;EJ/yr;;;;;;final energy consumption by the transportation sector of synthetic or derived gases of fossil origin;
843;2;energy (final);Final Energy|Transportation|Gases|Electricity;EJ/yr;;;;;;"final energy consumption by the transportation sector of e-fuel gas (""power-to-gas"")";
844;2;energy (final);Final Energy|Transportation|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption by the transportation sector of hydrogen from biomass;
845;2;energy (final);Final Energy|Transportation|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption by the transportation sector of synthetic or derived Hydrogen of fossil origin;
846;2;energy (final);Final Energy|Transportation|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption by the transportation sector of green hydrogen;
847;2;energy (final);Final Energy|Transportation|Bus|Electricity;EJ/yr;FE|Transport|Pass|Road|Bus|Electricity;EJ/yr;;;;final energy consumption of electricity (including on-site solar PV), excluding transmission/distribution losses in the transportation sector by bus;x
848;2;energy (final);Final Energy|Transportation|Bus|Gases;EJ/yr;FE|Transport|Pass|Road|Bus|Gases;EJ/yr;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses in the transportation sector by bus;x
849;2;energy (final);Final Energy|Transportation|Bus|Hydrogen;EJ/yr;FE|Transport|Pass|Road|Bus|Hydrogen;EJ/yr;;;;final energy consumption of hydrogen in the transportation sector by bus;x
850;2;energy (final);Final Energy|Transportation|Bus|Liquids;EJ/yr;FE|Transport|Pass|Road|Bus|Liquids;EJ/yr;;;;final energy consumption of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids) in the transportation sector by bus;x
851;2;energy (final);Final Energy|Transportation|LDV|Electricity;EJ/yr;FE|Transport|LDV|Electricity;EJ/yr;;;;final energy consumption of electricity (including on-site solar PV), excluding transmission/distribution losses in the transportation sector by LDV;
852;2;energy (final);Final Energy|Transportation|LDV|Gases;EJ/yr;FE|Transport|LDV|Gases;EJ/yr;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses in the transportation sector by LDV;
853;2;energy (final);Final Energy|Transportation|LDV|Hydrogen;EJ/yr;FE|Transport|LDV|Hydrogen;EJ/yr;;;;;
854;2;energy (final);Final Energy|Transportation|LDV|Liquids;EJ/yr;FE|Transport|LDV|Liquids;EJ/yr;;;;;
855;2;energy (final);Final Energy|Transportation|Rail|Electricity;EJ/yr;;;;;;;
856;2;energy (final);Final Energy|Transportation|Rail|Gases;EJ/yr;;;;;;;
857;2;energy (final);Final Energy|Transportation|Rail|Hydrogen;EJ/yr;;;;;;;
858;2;energy (final);Final Energy|Transportation|Rail|Liquids;EJ/yr;;;;;;;
859;2;energy (final);Final Energy|Transportation|Truck|Electricity;EJ/yr;FE|Transport|Freight|Road|Electricity;EJ/yr;;;;final energy consumption of electricity (including on-site solar PV), excluding transmission/distribution losses in the transportation sector by Truck;x
860;2;energy (final);Final Energy|Transportation|Truck|Gases;EJ/yr;FE|Transport|Freight|Road|Gases;EJ/yr;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses in the transportation sector by Truck;x
861;2;energy (final);Final Energy|Transportation|Truck|Hydrogen;EJ/yr;FE|Transport|Freight|Road|Hydrogen;EJ/yr;;;;final energy consumption of hydrogen in the transportation sector by Truck;x
862;2;energy (final);Final Energy|Transportation|Truck|Liquids;EJ/yr;FE|Transport|Freight|Road|Liquids;EJ/yr;;;;final energy consumption of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids) in the transportation sector by Truck;x
863;2;energy (final);Final Energy|Transportation|Domestic Aviation|Electricity;EJ/yr;;;;;;final energy consumption of electricity (including on-site solar PV), excluding transmission/distribution losses in the transportation sector by Domestic Aviation;
864;2;energy (final);Final Energy|Transportation|Domestic Aviation|Gases;EJ/yr;;;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses in the transportation sector by Domestic Aviation;
865;2;energy (final);Final Energy|Transportation|Domestic Aviation|Hydrogen;EJ/yr;FE|Transport|Pass|Aviation|Domestic|Hydrogen;EJ/yr;;;;final energy consumption of hydrogen in the transportation sector by Domestic Aviation;x
866;2;energy (final);Final Energy|Transportation|Domestic Aviation|Liquids;EJ/yr;FE|Transport|Pass|Aviation|Domestic|Liquids;EJ/yr;;;;final energy consumption of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids) in the transportation sector by Domestic Aviation;x
867;2;energy (final);Final Energy|Transportation|Domestic Shipping|Electricity;EJ/yr;;;;;;final energy consumption of electricity (including on-site solar PV), excluding transmission/distribution losses in the transportation sector by Domestic Shipping;
868;2;energy (final);Final Energy|Transportation|Domestic Shipping|Gases;EJ/yr;;;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses in the transportation sector by Domestic Shipping;
869;2;energy (final);Final Energy|Transportation|Domestic Shipping|Hydrogen;EJ/yr;;;;;;final energy consumption of hydrogen in the transportation sector by Domestic Shipping;
870;2;energy (final);Final Energy|Transportation|Domestic Shipping|Liquids;EJ/yr;;;;;;final energy consumption of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids) in the transportation sector by Domestic Shipping;
871;2;energy (final);Final Energy|Transportation|Bus|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the transportation sector by bus;
872;2;energy (final);Final Energy|Transportation|Bus|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the transportation sector by bus;
873;2;energy (final);Final Energy|Transportation|Bus|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the transportation sector by bus;
874;2;energy (final);Final Energy|Transportation|Bus|Liquids|Fossil;EJ/yr;FE|Transport|Pass|Road|Bus|Liquids|Fossil;EJ/yr;;;;final energy consumption of fossil Liquids in the transportation sector by bus;x
875;2;energy (final);Final Energy|Transportation|Bus|Liquids|Biomass;EJ/yr;FE|Transport|Pass|Road|Bus|Liquids|Biomass;EJ/yr;;;;final energy consumption of bioliquids in the transportation sector by bus;x
876;2;energy (final);Final Energy|Transportation|Bus|Liquids|Electricity;EJ/yr;FE|Transport|Pass|Road|Bus|Liquids|Hydrogen;EJ/yr;;;;final energy consumption of liquid efuels in the transportation sector by bus;x
877;2;energy (final);Final Energy|Transportation|Bus|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the transportation sector by bus;
878;2;energy (final);Final Energy|Transportation|Bus|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the transportation sector by bus;
879;2;energy (final);Final Energy|Transportation|Bus|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the transportation sector by bus;
880;2;energy (final);Final Energy|Transportation|LDV|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the transportation sector by LDV;
881;2;energy (final);Final Energy|Transportation|LDV|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the transportation sector by LDV;
882;2;energy (final);Final Energy|Transportation|LDV|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the transportation sector by LDV;
883;2;energy (final);Final Energy|Transportation|LDV|Liquids|Fossil;EJ/yr;FE|Transport|LDV|Liquids|+|Fossil;EJ/yr;;;;final energy consumption of fossil Liquids in the transportation sector by LDV;
884;2;energy (final);Final Energy|Transportation|LDV|Liquids|Biomass;EJ/yr;FE|Transport|LDV|Liquids|+|Biomass;EJ/yr;;;;final energy consumption of bioliquids in the transportation sector by LDV;
885;2;energy (final);Final Energy|Transportation|LDV|Liquids|Electricity;EJ/yr;FE|Transport|LDV|Liquids|+|Hydrogen;EJ/yr;;;;final energy consumption of liquid efuels in the transportation sector by LDV;
886;2;energy (final);Final Energy|Transportation|LDV|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the transportation sector by LDV;
887;2;energy (final);Final Energy|Transportation|LDV|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the transportation sector by LDV;
888;2;energy (final);Final Energy|Transportation|LDV|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the transportation sector by LDV;
889;2;energy (final);Final Energy|Transportation|Truck|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the transportation sector by Truck;
890;2;energy (final);Final Energy|Transportation|Truck|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the transportation sector by Truck;
891;2;energy (final);Final Energy|Transportation|Truck|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the transportation sector by Truck;
892;2;energy (final);Final Energy|Transportation|Truck|Liquids|Fossil;EJ/yr;FE|Transport|Freight|Road|Liquids|Fossil;EJ/yr;;;;final energy consumption of fossil Liquids in the transportation sector by Truck;x
893;2;energy (final);Final Energy|Transportation|Truck|Liquids|Biomass;EJ/yr;FE|Transport|Freight|Road|Liquids|Biomass;EJ/yr;;;;final energy consumption of bioliquids in the transportation sector by Truck;x
894;2;energy (final);Final Energy|Transportation|Truck|Liquids|Electricity;EJ/yr;FE|Transport|Freight|Road|Liquids|Hydrogen;EJ/yr;;;;final energy consumption of liquid efuels in the transportation sector by Truck;x
895;2;energy (final);Final Energy|Transportation|Truck|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the transportation sector by Truck;
896;2;energy (final);Final Energy|Transportation|Truck|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the transportation sector by Truck;
897;2;energy (final);Final Energy|Transportation|Truck|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the transportation sector by Truck;
898;2;energy (final);Final Energy|Transportation|Rail|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the transportation sector by Rail;
899;2;energy (final);Final Energy|Transportation|Rail|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the transportation sector by Rail;
900;2;energy (final);Final Energy|Transportation|Rail|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the transportation sector by Rail;
901;2;energy (final);Final Energy|Transportation|Rail|Liquids|Fossil;EJ/yr;;;;;;final energy consumption of fossil Liquids in the transportation sector by Rail;
902;2;energy (final);Final Energy|Transportation|Rail|Liquids|Biomass;EJ/yr;;;;;;final energy consumption of bioliquids in the transportation sector by Rail;
903;2;energy (final);Final Energy|Transportation|Rail|Liquids|Electricity;EJ/yr;;;;;;final energy consumption of liquid efuels in the transportation sector by Rail;
904;2;energy (final);Final Energy|Transportation|Rail|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the transportation sector by Rail;
905;2;energy (final);Final Energy|Transportation|Rail|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the transportation sector by Rail;
906;2;energy (final);Final Energy|Transportation|Rail|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the transportation sector by Rail;
907;2;energy (final);Final Energy|Transportation|Domestic Aviation|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the transportation sector by Domestic Aviation;
908;2;energy (final);Final Energy|Transportation|Domestic Aviation|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the transportation sector by Domestic Aviation;
909;2;energy (final);Final Energy|Transportation|Domestic Aviation|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the transportation sector by Domestic Aviation;
910;2;energy (final);Final Energy|Transportation|Domestic Aviation|Liquids|Fossil;EJ/yr;;;;;;final energy consumption of fossil Liquids in the transportation sector by Domestic Aviation;
911;2;energy (final);Final Energy|Transportation|Domestic Aviation|Liquids|Biomass;EJ/yr;;;;;;final energy consumption of bioliquids in the transportation sector by Domestic Aviation;
912;2;energy (final);Final Energy|Transportation|Domestic Aviation|Liquids|Electricity;EJ/yr;;;;;;final energy consumption of liquid efuels in the transportation sector by Domestic Aviation;
913;2;energy (final);Final Energy|Transportation|Domestic Aviation|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the transportation sector by Domestic Aviation;
914;2;energy (final);Final Energy|Transportation|Domestic Aviation|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the transportation sector by Domestic Aviation;
915;2;energy (final);Final Energy|Transportation|Domestic Aviation|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the transportation sector by Domestic Aviation;
916;2;energy (final);Final Energy|Transportation|Domestic Shipping|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the transportation sector by Domestic Shipping;
917;2;energy (final);Final Energy|Transportation|Domestic Shipping|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the transportation sector by Domestic Shipping;
918;2;energy (final);Final Energy|Transportation|Domestic Shipping|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the transportation sector by Domestic Shipping;
919;2;energy (final);Final Energy|Transportation|Domestic Shipping|Liquids|Fossil;EJ/yr;;;;;;final energy consumption of fossil Liquids in the transportation sector by Domestic Shipping;
920;2;energy (final);Final Energy|Transportation|Domestic Shipping|Liquids|Biomass;EJ/yr;;;;;;final energy consumption of bioliquids in the transportation sector by Domestic Shipping;
921;2;energy (final);Final Energy|Transportation|Domestic Shipping|Liquids|Electricity;EJ/yr;;;;;;final energy consumption of liquid efuels in the transportation sector by Domestic Shipping;
922;2;energy (final);Final Energy|Transportation|Domestic Shipping|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the transportation sector by Domestic Shipping;
923;2;energy (final);Final Energy|Transportation|Domestic Shipping|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the transportation sector by Domestic Shipping;
924;2;energy (final);Final Energy|Transportation|Domestic Shipping|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the transportation sector by Domestic Shipping;
925;1;energy (final);Final Energy|Transportation|Bus|ICE;EJ/yr;;;;;;final energy consumption in the transportation sector by internal combustion engine bus;
926;1;energy (final);Final Energy|Transportation|Bus|Hybrid;EJ/yr;;;;;;final energy consumption in the transportation sector by hybrid bus;
927;1;energy (final);Final Energy|Transportation|Bus|BEV;EJ/yr;;;;;;final energy consumption in the transportation sector by battery electric bus;
928;1;energy (final);Final Energy|Transportation|Bus|Catenary;EJ/yr;;;;;;final energy consumption in the transportation sector by catenary electric bus;
929;1;energy (final);Final Energy|Transportation|Bus|FCEV;EJ/yr;;;;;;final energy consumption in the transportation sector by fuel cell electric bus;
930;1;energy (final);Final Energy|Transportation|Truck|ICE;EJ/yr;;;;;;final energy consumption in the transportation sector by internal combustion engine Truck;
931;1;energy (final);Final Energy|Transportation|Truck|Hybrid;EJ/yr;;;;;;final energy consumption in the transportation sector by hybrid Truck;
932;1;energy (final);Final Energy|Transportation|Truck|BEV;EJ/yr;;;;;;final energy consumption in the transportation sector by battery electric Truck;
933;1;energy (final);Final Energy|Transportation|Truck|Catenary;EJ/yr;;;;;;final energy consumption in the transportation sector by catenary electric Truck;
934;1;energy (final);Final Energy|Transportation|Truck|FCEV;EJ/yr;;;;;;final energy consumption in the transportation sector by fuel cell electric Truck;
935;1;energy (final);Final Energy|Transportation|LDV|ICE;EJ/yr;;;;;;final energy consumption in the transportation sector by internal comLDVtion engine LDV;
936;1;energy (final);Final Energy|Transportation|LDV|Hybrid;EJ/yr;;;;;;final energy consumption in the transportation sector by hybrid LDV;
937;1;energy (final);Final Energy|Transportation|LDV|BEV;EJ/yr;;;;;;final energy consumption in the transportation sector by battery electric LDV;
938;1;energy (final);Final Energy|Transportation|LDV|FCEV;EJ/yr;;;;;;final energy consumption in the transportation sector by fuel cell electric LDV;
939;1;energy (final);Final Energy|Transportation|Truck|ICE|Liquids;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by internal combustion engine Truck;
940;1;energy (final);Final Energy|Transportation|Truck|ICE|Gases;EJ/yr;;;;;;final energy consumption of gases in the transportation sector by internal combustion engine Truck;
941;1;energy (final);Final Energy|Transportation|Truck|Hybrid|Electricity;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by Hybrid Truck;
942;1;energy (final);Final Energy|Transportation|Truck|Hybrid|Liquids;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by Hybrid Truck;
943;1;energy (final);Final Energy|Transportation|Truck|Hybrid|Gases;EJ/yr;;;;;;final energy consumption of gases in the transportation sector by Hybrid Truck;
944;1;energy (final);Final Energy|Transportation|LDV|ICE|Liquids;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by internal combustion engine LDV;
945;1;energy (final);Final Energy|Transportation|LDV|ICE|Gases;EJ/yr;;;;;;final energy consumption of gases in the transportation sector by internal combustion engine LDV;
946;1;energy (final);Final Energy|Transportation|LDV|Hybrid|Electricity;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by Hybrid LDV;
947;1;energy (final);Final Energy|Transportation|LDV|Hybrid|Liquids;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by Hybrid LDV;
948;1;energy (final);Final Energy|Transportation|LDV|Hybrid|Gases;EJ/yr;;;;;;final energy consumption of gases in the transportation sector by Hybrid LDV;
949;1;energy (final);Final Energy|Transportation|Bus|ICE|Liquids;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by internal combustion engine Bus;
950;1;energy (final);Final Energy|Transportation|Bus|ICE|Gases;EJ/yr;;;;;;final energy consumption of gases in the transportation sector by internal combustion engine Bus;
951;1;energy (final);Final Energy|Transportation|Bus|Hybrid|Electricity;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by Hybrid Bus;
952;1;energy (final);Final Energy|Transportation|Bus|Hybrid|Liquids;EJ/yr;;;;;;final energy consumption of liquid fuels in the transportation sector by Hybrid Bus;
953;1;energy (final);Final Energy|Transportation|Bus|Hybrid|Gases;EJ/yr;;;;;;final energy consumption of gases in the transportation sector by Hybrid Bus;
954;1;energy (final);Final Energy|Transportation|Passenger;EJ/yr;FE|Transport|Pass|Liquids|Oil;EJ/yr;;;;final energy consumed for passenger transportation;x
955;1;energy (final);Final Energy|Transportation|Freight;EJ/yr;;;;;;final energy consumed for freight transportation;
954;1;energy (final);Final Energy|Transportation|Passenger;EJ/yr;FE|Transport|Pass|Road|Bus;EJ/yr;;;;final energy consumed for passenger transportation;x
954;1;energy (final);Final Energy|Transportation|Passenger;EJ/yr;FE|Transport|Pass|Road|LDV;EJ/yr;;;;final energy consumed for passenger transportation;x
954;1;energy (final);Final Energy|Transportation|Passenger;EJ/yr;FE|Transport|Pass|Rail;EJ/yr;;;;final energy consumed for passenger transportation;x
954;1;energy (final);Final Energy|Transportation|Passenger;EJ/yr;FE|Transport|Pass|Aviation|Domestic;EJ/yr;;;;final energy consumed for passenger transportation;x
955;1;energy (final);Final Energy|Transportation|Freight;EJ/yr;FE|Transport|Freight|Road;EJ/yr;;;;final energy consumed for freight transportation;x
955;1;energy (final);Final Energy|Transportation|Freight;EJ/yr;FE|Transport|Freight|Rail;EJ/yr;;;;final energy consumed for freight transportation;x
955;1;energy (final);Final Energy|Transportation|Freight;EJ/yr;FE|Transport|Freight|Navigation;EJ/yr;;;;final energy consumed for freight transportation;x
956;2;energy (final);Final Energy|Transportation|Passenger|Electricity;EJ/yr;FE|Transport|Pass|Road|Bus|Electricity;EJ/yr;;;;;x
956;2;energy (final);Final Energy|Transportation|Passenger|Electricity;EJ/yr;FE|Transport|Pass|Road|LDV|Electricity;EJ/yr;;;;;x
956;2;energy (final);Final Energy|Transportation|Passenger|Electricity;EJ/yr;FE|Transport|Pass|Rail|Electricity;EJ/yr;;;;;x
957;2;energy (final);Final Energy|Transportation|Passenger|Gases;EJ/yr;FE|Transport|Pass|Road|Bus|Gases;EJ/yr;;;;;x
957;2;energy (final);Final Energy|Transportation|Passenger|Gases;EJ/yr;FE|Transport|Pass|Road|LDV|Gases;EJ/yr;;;;;x
958;2;energy (final);Final Energy|Transportation|Passenger|Hydrogen;EJ/yr;FE|Transport|Pass|Road|Bus|Hydrogen;EJ/yr;;;;;x
958;2;energy (final);Final Energy|Transportation|Passenger|Hydrogen;EJ/yr;FE|Transport|Pass|Road|LDV|Hydrogen;EJ/yr;;;;;x
958;2;energy (final);Final Energy|Transportation|Passenger|Hydrogen;EJ/yr;FE|Transport|Pass|Aviation|Domestic|Hydrogen;EJ/yr;;;;;x
;2;energy (final);Final Energy|Transportation|Passenger|Liquids;EJ/yr;FE|Transport|Pass|Road|Bus|Liquids;EJ/yr;;;;;x
;2;energy (final);Final Energy|Transportation|Passenger|Liquids;EJ/yr;FE|Transport|Pass|Road|LDV|Liquids;EJ/yr;;;;;x
;2;energy (final);Final Energy|Transportation|Passenger|Liquids;EJ/yr;FE|Transport|Pass|Rail|Liquids;EJ/yr;;;;;x
959;2;energy (final);Final Energy|Transportation|Passenger|Liquids;EJ/yr;FE|Transport|Pass|Aviation|Domestic|Liquids;EJ/yr;;;;;x
960;2;energy (final);Final Energy|Transportation|Passenger|Liquids|Biomass;EJ/yr;;;;;;final energy consumption by the passenger transportation sector of liquid biofuels;
961;2;energy (final);Final Energy|Transportation|Passenger|Liquids|Fossil;EJ/yr;;;;;;final energy consumption by the passenger transportation sector of fossil based liquids (from conventional & unconventional oil, coal-to-liquids, gas-to-liquids);
962;2;energy (final);Final Energy|Transportation|Passenger|Liquids|Electricity;EJ/yr;;;;;;final energy consumption by the passenger transportation sector of synthetic liquid efuels;
963;2;energy (final);Final Energy|Transportation|Passenger|Other;EJ/yr;;;;;;final energy consumption by the passenger transportation sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
964;2;energy (final);Final Energy|Transportation|Freight|Electricity;EJ/yr;;;;;;final energy consumption by the freight transportation sector of electricity (including on-site solar PV), excluding transmission/distribution losses;
965;2;energy (final);Final Energy|Transportation|Freight|Gases;EJ/yr;;;;;;final energy consumption by the freight transportation sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
966;2;energy (final);Final Energy|Transportation|Freight|Hydrogen;EJ/yr;;;;;;final energy consumption by the freight transportation sector of hydrogen;
967;2;energy (final);Final Energy|Transportation|Freight|Liquids;EJ/yr;;;;;;final energy consumption by the freight transportation sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
968;2;energy (final);Final Energy|Transportation|Freight|Liquids|Biomass;EJ/yr;;;;;;final energy consumption by the freight transportation sector of liquid biofuels;
969;2;energy (final);Final Energy|Transportation|Freight|Liquids|Fossil;EJ/yr;;;;;;final energy consumption by the freight transportation sector of fossil based liquids (from conventional & unconventional oil, coal-to-liquids, gas-to-liquids);
970;2;energy (final);Final Energy|Transportation|Freight|Liquids|Electricity;EJ/yr;;;;;;final energy consumption by the freight transportation sector of synthetic liquid efuels;
971;2;energy (final);Final Energy|Transportation|Freight|Other;EJ/yr;;;;;;final energy consumption by the freight transportation sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
972;3;energy (final);Final Energy|Transportation|Passenger|Rail;EJ/yr;;;;;;final energy consumption by the Passenger transportation sector by rail;
973;3;energy (final);Final Energy|Transportation|Passenger|Bus;EJ/yr;;;;;;final energy consumption by the Passenger transportation sector by Truck;
974;3;energy (final);Final Energy|Transportation|Passenger|LDV;EJ/yr;;;;;;final energy consumption by the Passenger transportation sector by LDV;
975;3;energy (final);Final Energy|Transportation|Freight|Rail;EJ/yr;;;;;;final energy consumption by the freight transportation sector by rail;
976;3;energy (final);Final Energy|Transportation|Freight|Truck;EJ/yr;;;;;;final energy consumption by the freight transportation sector by Truck;
977;3;energy (final);Final Energy|Transportation|Freight|LDV;EJ/yr;;;;;;final energy consumption by the freight transportation sector by LDV;
978;1;energy (final);Final Energy|Bunkers;EJ/yr;FE|Transport|Pass|Aviation|International;EJ/yr;;;;final energy consumption in the Bunkers sector;x
978;1;energy (final);Final Energy|Bunkers;EJ/yr;FE|Transport|Freight|International Shipping;EJ/yr;;;;final energy consumption in the Bunkers sector;x
979;1;energy (final);Final Energy|Bunkers|International Shipping;EJ/yr;FE|Transport|Freight|International Shipping;EJ/yr;;;;final energy consumption in the Bunkers sector by International shipping;x
980;1;energy (final);Final Energy|Bunkers|International Aviation;EJ/yr;FE|Transport|Pass|Aviation|International;EJ/yr;;;;final energy consumption in the Bunkers sector by International aviation;x
981;3;energy (final);Final Energy|Bunkers|Passenger;EJ/yr;;;;;;final energy consumption by the international Passenger transportation sector;
982;3;energy (final);Final Energy|Bunkers|Passenger|International Shipping;EJ/yr;;;;;;final energy consumption by the Passenger transportation sector by International Shipping;
983;3;energy (final);Final Energy|Bunkers|Passenger|International Aviation;EJ/yr;;;;;;final energy consumption by the Passenger transportation sector by International Aviation;
984;3;energy (final);Final Energy|Bunkers|Freight;EJ/yr;;;;;;final energy consumption by the international freight transportation sector;
985;3;energy (final);Final Energy|Bunkers|Freight|International Shipping;EJ/yr;;;;;;final energy consumption by the freight transportation sector by International Shipping;
986;3;energy (final);Final Energy|Bunkers|Freight|International Aviation;EJ/yr;;;;;;final energy consumption by the freight transportation sector by International Aviation;
987;1;energy (final);Final Energy|Bunkers|Electricity;EJ/yr;;;;;;final energy consumption by the Bunkers sector of electricity;
988;1;energy (final);Final Energy|Bunkers|Gases;EJ/yr;;;;;;final energy consumption by the Bunkers sector of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
989;1;energy (final);Final Energy|Bunkers|Hydrogen;EJ/yr;;;;;;final energy consumption by the Bunkers sector of hydrogen;
990;1;energy (final);Final Energy|Bunkers|Liquids;EJ/yr;;;;;;final energy consumption by the Bunkers sector of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
991;2;energy (final);Final Energy|Bunkers|Other;EJ/yr;;;;;;final energy consumption by the Bunkers sector of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
992;1;energy (final);Final Energy|Bunkers|International Aviation|Electricity;EJ/yr;;;;;;final energy consumption of electricity excluding transmission/distribution losses in the Bunkers sector by International Aviation;
993;1;energy (final);Final Energy|Bunkers|International Aviation|Gases;EJ/yr;;;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses in the Bunkers sector by International Aviation;
994;1;energy (final);Final Energy|Bunkers|International Aviation|Hydrogen;EJ/yr;;;;;;final energy consumption of hydrogen in the Bunkers sector by International Aviation;
995;1;energy (final);Final Energy|Bunkers|International Aviation|Liquids;EJ/yr;;;;;;final energy consumption of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids) in the Bunkers sector by International Aviation;
996;1;energy (final);Final Energy|Bunkers|International Shipping|Electricity;EJ/yr;;;;;;final energy consumption of electricity excluding transmission/distribution losses in the Bunkers sector by International Shipping;
997;1;energy (final);Final Energy|Bunkers|International Shipping|Gases;EJ/yr;;;;;;final energy consumption of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses in the Bunkers sector by International Shipping;
998;1;energy (final);Final Energy|Bunkers|International Shipping|Hydrogen;EJ/yr;;;;;;final energy consumption of hydrogen in the Bunkers sector by International Shipping;
999;1;energy (final);Final Energy|Bunkers|International Shipping|Liquids;EJ/yr;;;;;;final energy consumption of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids) in the Bunkers sector by International Shipping;
1000;1;energy (final);Final Energy|Bunkers|International Aviation|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the Bunkers sector by International Aviation;
1001;1;energy (final);Final Energy|Bunkers|International Aviation|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the Bunkers sector by International Aviation;
1002;1;energy (final);Final Energy|Bunkers|International Aviation|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the Bunkers sector by International Aviation;
1003;1;energy (final);Final Energy|Bunkers|International Aviation|Liquids|Fossil;EJ/yr;FE|Transport|Pass|Aviation|International|Liquids|Fossil;EJ/yr;;;;final energy consumption of fossil Liquids in the Bunkers sector by International Aviation;x
1004;1;energy (final);Final Energy|Bunkers|International Aviation|Liquids|Biomass;EJ/yr;FE|Transport|Pass|Aviation|International|Liquids|Biomass;EJ/yr;;;;final energy consumption of bioliquids in the Bunkers sector by International Aviation;x
1005;1;energy (final);Final Energy|Bunkers|International Aviation|Liquids|Electricity;EJ/yr;FE|Transport|Pass|Aviation|International|Liquids|Hydrogen;EJ/yr;;;;final energy consumption of liquid efuels in the Bunkers sector by International Aviation;x
1006;1;energy (final);Final Energy|Bunkers|International Aviation|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the Bunkers sector by International Aviation;
1007;1;energy (final);Final Energy|Bunkers|International Aviation|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the Bunkers sector by International Aviation;
1008;1;energy (final);Final Energy|Bunkers|International Aviation|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the Bunkers sector by International Aviation;
1009;1;energy (final);Final Energy|Bunkers|International Shipping|Gases|Fossil;EJ/yr;;;;;;final energy consumption of fossil gases in the Bunkers sector by International Shipping;
1010;1;energy (final);Final Energy|Bunkers|International Shipping|Gases|Biomass;EJ/yr;;;;;;final energy consumption of biogas in the Bunkers sector by International Shipping;
1011;1;energy (final);Final Energy|Bunkers|International Shipping|Gases|Electricity;EJ/yr;;;;;;final energy consumption of gaseous efuels in the Bunkers sector by International Shipping;
1012;1;energy (final);Final Energy|Bunkers|International Shipping|Liquids|Fossil;EJ/yr;FE|Transport|Freight|International Shipping|Liquids|Fossil;EJ/yr;;;;final energy consumption of fossil Liquids in the Bunkers sector by International Shipping;x
1013;1;energy (final);Final Energy|Bunkers|International Shipping|Liquids|Biomass;EJ/yr;FE|Transport|Freight|International Shipping|Liquids|Biomass;EJ/yr;;;;final energy consumption of bioliquids in the Bunkers sector by International Shipping;x
1014;1;energy (final);Final Energy|Bunkers|International Shipping|Liquids|Electricity;EJ/yr;FE|Transport|Freight|International Shipping|Liquids|Hydrogen;EJ/yr;;;;final energy consumption of liquid efuels in the Bunkers sector by International Shipping;x
1015;1;energy (final);Final Energy|Bunkers|International Shipping|Hydrogen|Fossil;EJ/yr;;;;;;final energy consumption of fossil Hydrogen in the Bunkers sector by International Shipping;
1016;1;energy (final);Final Energy|Bunkers|International Shipping|Hydrogen|Biomass;EJ/yr;;;;;;final energy consumption of hydrogen from biomass in the Bunkers sector by International Shipping;
1017;1;energy (final);Final Energy|Bunkers|International Shipping|Hydrogen|Electricity;EJ/yr;;;;;;final energy consumption of green hydrogen in the Bunkers sector by International Shipping;
1018;2;energy (final);Final Energy|Carbon Removal;EJ/yr;FE|++|CDR;EJ/yr;;;;Final energy consumption by carbon dioxide removal processes;
1019;2;energy (final);Final Energy|Carbon Removal|Direct Air Capture;EJ/yr;FE|CDR|++|DAC;EJ/yr;;;;Final energy consumption by direct air capture;
1020;2;energy (final);Final Energy|Carbon Removal|Enhanced Weathering;EJ/yr;FE|CDR|++|EW;EJ/yr;;;;Final energy consumption by enhanced weathering;
1021;2;energy (final);Final Energy|Carbon Removal|Electricity;EJ/yr;FE|CDR|+|Electricity;EJ/yr;;;;Final energy consumption of electricity by carbon dioxide removal processes;
1022;2;energy (final);Final Energy|Carbon Removal|Gases;EJ/yr;FE|CDR|DAC|+|Gases;EJ/yr;;;;Final energy consumption of gases by carbon dioxide removal processes;
1023;2;energy (final);Final Energy|Carbon Removal|Hydrogen;EJ/yr;FE|CDR|DAC|+|Hydrogen;EJ/yr;;;;Final energy consumption of hydrogen by carbon dioxide removal processes;
1024;2;energy (final);Final Energy|Carbon Removal|Liquids;EJ/yr;FE|CDR|EW|+|Diesel;EJ/yr;;;;Final energy consumption of liquids by carbon dioxide removal processes;
1025;2;energy (final);Final Energy|Carbon Removal|Heat;EJ/yr;FE|CDR|DAC|+|Heat;EJ/yr;;;;Final energy consumption of heat by carbon dioxide removal processes;
1026;2;energy (final);Final Energy|Carbon Removal|Other;EJ/yr;;;;;;Final energy consumption of other sources that do not fit to any other category by carbon dioxide removal processes;
1027;2;energy (final);Final Energy|Carbon Removal|Electricity|Direct Air Capture;EJ/yr;FE|CDR|DAC|+|Electricity;EJ/yr;;;;Final energy consumption of electricity by direct air capture;
1028;2;energy (final);Final Energy|Carbon Removal|Electricity|Enhanced Weathering;EJ/yr;FE|CDR|EW|+|Electricity;EJ/yr;;;;Final energy consumption of electricity by enhanced weathering;
1029;2;energy (final);Final Energy|Carbon Removal|Liquids|Direct Air Capture;EJ/yr;;;;;;Final energy consumption of liquids by direct air capture;
1030;2;energy (final);Final Energy|Carbon Removal|Liquids|Enhanced Weathering;EJ/yr;FE|CDR|EW|+|Diesel;EJ/yr;;;;Final energy consumption of liquids by enhanced weathering;
1031;2;energy (final);Final Energy|Carbon Removal|Heat|Direct Air Capture;EJ/yr;FE|CDR|DAC|+|Heat;EJ/yr;;;;Final energy consumption of heat by direct air capture;
1032;2;energy (final);Final Energy|Carbon Removal|Heat|Enhanced Weathering;EJ/yr;;;;;;Final energy consumption of heat by enhanced weathering;
1033;2;energy (final);Final Energy|Carbon Removal|Gases|Direct Air Capture;EJ/yr;FE|CDR|DAC|+|Gases;EJ/yr;;;;Final energy consumption of gases by direct air capture;
1034;2;energy (final);Final Energy|Carbon Removal|Hydrogen|Direct Air Capture;EJ/yr;FE|CDR|DAC|+|Hydrogen;EJ/yr;;;;Final energy consumption of hydrogen by direct air capture;
1035;2;energy (final);Final Energy|Other;EJ/yr;;;;;;final energy consumption of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1036;2;energy (final);Final Energy|Other Sector;EJ/yr;;;;;;total final energy consumption by other sectors;
1037;2;energy (final);Final Energy|Other Sector|Electricity;EJ/yr;;;;;;final energy consumption by other sectors of electricity (including on-site solar PV), excluding transmission/distribution losses;
1038;2;energy (final);Final Energy|Other Sector|Gases;EJ/yr;;;;;;final energy consumption by other sectors of gases (natural gas, biogas, coal-gas), excluding transmission/distribution losses;
1039;2;energy (final);Final Energy|Other Sector|Heat;EJ/yr;;;;;;final energy consumption by other sectors of heat (e.g., district heat, process heat, solar heating and warm water), excluding transmission/distribution losses;
1040;2;energy (final);Final Energy|Other Sector|Hydrogen;EJ/yr;;;;;;final energy consumption by other sectors of hydrogen;
1041;2;energy (final);Final Energy|Other Sector|Liquids;EJ/yr;;;;;;final energy consumption by other sectors of refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
1042;2;energy (final);Final Energy|Other Sector|Other;EJ/yr;;;;;;final energy consumption by other sectors of other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1043;2;energy (final);Final Energy|Other Sector|Solids;EJ/yr;;;;;;final energy solid fuel consumption by other sectors (including coal and solid biomass);
1044;2;energy (final);Final Energy|Other Sector|Gases|Biomass;EJ/yr;;;;;;final energy consumption by other sectors of biogas, excluding transmission/distribution losses;
1045;2;energy (final);Final Energy|Other Sector|Gases|Electricity;EJ/yr;;;;;;"final energy consumption by other sectors of synthetic e-fuel gas (""power-to-gas""), excluding transmission/distribution losses";
1046;2;energy (final);Final Energy|Other Sector|Gases|Fossil;EJ/yr;;;;;;final energy consumption by other sectors of  synthetic or derived gases of fossil origin, excluding transmission/distribution losses;
1047;2;energy (final);Final Energy|Other Sector|Liquids|Biomass;EJ/yr;;;;;;final energy consumption by other sectors of liquid biofuels;
1048;2;energy (final);Final Energy|Other Sector|Liquids|Electricity;EJ/yr;;;;;;"final energy consumption by other sectors of liquid efuels (""power-to-liquid"")";
1049;2;energy (final);Final Energy|Other Sector|Liquids|Fossil;EJ/yr;;;;;;final energy consumption by other sectors of liquids from fossil origin (conventional & unconventional petroleum, coal-to-liquids, gas-to-liquids);
1050;2;energy (final);Final Energy|Other Sector|Solids|Biomass;EJ/yr;;;;;;final energy solid fuel consumption by other sectors of solid biomass (modern and traditional), excluding final energy consumption of bioliquids which are reported in the liquids category;
1051;2;energy (final);Final Energy|Other Sector|Solids|Biomass|Traditional;EJ/yr;;;;;;final energy solid fuel consumed by other sectors than industry, transportation, residential and commercial coming from biomass (traditional);
1052;2;energy (final);Final Energy|Other Sector|Solids|Fossil;EJ/yr;;;;;;final energy consumption of fossil solids by other sectors;
1053;1;energy (price);Price|Primary Energy|Biomass;US$2010/GJ;Price|Biomass|World Market;US$2005/GJ;1.10774;;;biomass producer price;
1054;1;energy (price);Price|Primary Energy|Coal;US$2010/GJ;Price|Coal|World Market;US$2005/GJ;1.10774;;;coal price at the primary level (i.e. the spot price at the global or regional market);
1055;1;energy (price);Price|Primary Energy|Gas;US$2010/GJ;Price|Gas|World Market;US$2005/GJ;1.10774;;;natural gas price at the primary level (i.e. the spot price at the global or regional market);
1056;1;energy (price);Price|Primary Energy|Oil;US$2010/GJ;Price|Oil|World Market;US$2005/GJ;1.10774;;;crude oil price at the primary level (i.e. the spot price at the global or regional market);
1057;1;energy (price);Price|Secondary Energy|Electricity;US$2010/GJ;Price|Secondary Energy|Electricity|Moving Avg;US$2005/GJ;1.10774;;;electricity price at the secondary level, i.e. for large scale consumers (e.g. aluminum production).  Prices should include the effect of carbon prices.;
1058;2;energy (price);Price|Secondary Energy|Gases;US$2010/GJ;Price|Secondary Energy|Gases|Moving Avg;US$2005/GJ;1.10774;;;gas price at the secondary level, i.e. for large scale consumers (e.g. gas power plant). Prices should include the effect of carbon prices.;
1059;2;energy (price);Price|Secondary Energy|Gases|Biomass;US$2010/GJ;Price|Secondary Energy|Gases|Biomass|Moving Avg;US$2005/GJ;1.10774;;;biogas price at the secondary level, i.e. for large scale consumers (e.g. gas power plant). Prices should include the effect of carbon prices.;
1060;2;energy (price);Price|Secondary Energy|Gases|Electricity;US$2010/GJ;Price|Secondary Energy|Gases|Hydrogen|Moving Avg;US$2005/GJ;1.10774;;;synthetic gas price at the secondary level, i.e. for large scale consumers (e.g. gas power plant). Prices should include the effect of carbon prices.;
1061;2;energy (price);Price|Secondary Energy|Gases|Fossil;US$2010/GJ;Price|Secondary Energy|Gases|Fossil|Moving Avg;US$2005/GJ;1.10774;;;fossil gas price at the secondary level, i.e. for large scale consumers (e.g. gas power plant). Prices should include the effect of carbon prices.;
1062;2;energy (price);Price|Secondary Energy|Hydrogen;US$2010/GJ;Price|Secondary Energy|Hydrogen|Moving Avg;US$2005/GJ;1.10774;;;hydrogen price at the secondary level. Prices should include the effect of carbon prices;
1063;2;energy (price);Price|Secondary Energy|Liquids;US$2010/GJ;Price|Secondary Energy|Liquids|Moving Avg;US$2005/GJ;1.10774;;;liquid fuel price at the secondary level, i.e. petrol, diesel, or weighted average;
1064;2;energy (price);Price|Secondary Energy|Liquids|Biomass;US$2010/GJ;Price|Secondary Energy|Liquids|Biomass|Moving Avg;US$2005/GJ;1.10774;;;biofuel price at the secondary level, i.e. for biofuel consumers;
1065;2;energy (price);Price|Secondary Energy|Liquids|Fossil;US$2010/GJ;Price|Secondary Energy|Liquids|Fossil|Moving Avg;US$2005/GJ;1.10774;;;liquid fossil fuels price at the secondary level, i.e. for large scale consumers (e.g. oil power plant). Prices should include the effect of carbon prices.;
1066;2;energy (price);Price|Secondary Energy|Solids|Biomass;US$2010/GJ;Price|Secondary Energy|Solids|Biomass|Moving Avg;US$2005/GJ;1.10774;;;price for solids from biomass at the secondary level, i.e. for large scale consumers (e.g. biomass power plant). Prices should include the effect of carbon prices.;
1067;2;energy (price);Price|Secondary Energy|Solids|Fossil;US$2010/GJ;Price|Secondary Energy|Solids|Fossil|Moving Avg;US$2005/GJ;1.10774;;;price for solids from fossils at the secondary level, i.e. for large scale consumers (e.g. coal power plant). Prices should include the effect of carbon prices.;
1068;2;energy (price);Price|Final Energy|Industry|Electricity;US$2010/GJ;Price|Final Energy|Industry|Electricity|Moving Avg;US$2005/GJ;1.10774;;;electricity price at the final level in the industry sector. Prices should include the effect of carbon prices.;
1069;2;energy (final);Price|Final Energy|Industry|Gases;US$2010/GJ;Price|Final Energy|Industry|Gases|Moving Avg;US$2005/GJ;1.10774;;;Price for gases at the final level in the industrial sector. Prices should include the effect of carbon prices and all other taxes.;
1070;2;energy (final);Price|Final Energy|Industry|Heat;US$2010/GJ;Price|Final Energy|Industry|Heat|Moving Avg;US$2005/GJ;1.10774;;;Heat price at the final level in the industrial sector. Prices should include the effect of carbon prices and all other taxes.;
1071;2;energy (final);Price|Final Energy|Industry|Liquids;US$2010/GJ;Price|Final Energy|Industry|Liquids|Moving Avg;US$2005/GJ;1.10774;;;Liquids price at the final level in the industrial sector. Prices should include the effect of carbon prices and all other taxes.;
1072;2;energy (final);Price|Final Energy|Industry|Hydrogen;US$2010/GJ;Price|Final Energy|Industry|Hydrogen|Moving Avg;US$2005/GJ;1.10774;;;Hydrogen price at the final level in the industrial sector. Prices should include the effect of carbon prices and all other taxes.;
1073;2;energy (final);Price|Final Energy|Industry|Solids;US$2010/GJ;Price|Final Energy|Industry|Solids|Moving Avg;US$2005/GJ;1.10774;;;Solids price at the final level in the industrial sector. Prices should include the effect of carbon prices and all other taxes.;
1074;2;energy (price);Price|Final Energy|Industry|Gases|Fossil;US$2010/GJ;Price|Marginal|Final Energy|Industry|Gases|Fossil|Moving Avg;US$2005/GJ;1.10774;;;natural gas price at the final level in the industry sector. Prices should include the effect of carbon prices.;
1075;2;energy (price);Price|Final Energy|Industry|Gases|Biomass;US$2010/GJ;Price|Marginal|Final Energy|Industry|Gases|Biomass|Moving Avg;US$2005/GJ;1.10774;;;biogas price at the final level in the industry sector. Prices should include the effect of carbon prices.;
1076;2;energy (price);Price|Final Energy|Industry|Gases|Electricity;US$2010/GJ;Price|Marginal|Final Energy|Industry|Gases|Efuel|Moving Avg;US$2005/GJ;1.10774;;;synthetic gas price at the final level in the industry sector. Prices should include the effect of carbon prices.;
1077;2;energy (price);Price|Final Energy|Industry|Liquids|Biomass;US$2010/GJ;Price|Marginal|Final Energy|Industry|Liquids|Biomass|Moving Avg;US$2005/GJ;1.10774;;;biofuel price at the final level in the industry sector. Prices should include the effect of carbon prices.;
1078;2;energy (price);Price|Final Energy|Industry|Liquids|Electricity;US$2010/GJ;Price|Marginal|Final Energy|Industry|Liquids|Efuel|Moving Avg;US$2005/GJ;1.10774;;;synthetic liquids fuel (e-fuel) price at the final level in the industry sector. Prices should include the effect of carbon prices.;
1079;2;energy (price);Price|Final Energy|Industry|Liquids|Fossil;US$2010/GJ;Price|Marginal|Final Energy|Industry|Liquids|Fossil|Moving Avg;US$2005/GJ;1.10774;;;fossil liquid fuel (including oil, coal-to-liquids, gas-to-liquids) price at the final level in the industry sector. Prices should include the effect of carbon prices.;
1080;2;energy (price);Price|Final Energy|Industry|Solids|Biomass;US$2010/GJ;Price|Marginal|Final Energy|Industry|Solids|Biomass|Moving Avg;US$2005/GJ;1.10774;;;price for solids from biomass at the final level in the industry sector. Prices should include the effect of carbon prices.;
1081;2;energy (price);Price|Final Energy|Industry|Solids|Fossil;US$2010/GJ;Price|Marginal|Final Energy|Industry|Solids|Fossil|Moving Avg;US$2005/GJ;1.10774;;;price for solids from fossils at the final level in the industry sector. Prices should include the effect of carbon prices.;
1082;2;energy (price);Price|Final Energy|Transportation|Electricity;US$2010/GJ;Price|Final Energy|Transport|Electricity|Moving Avg;US$2005/GJ;1.10774;;;electricity price at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1083;2;energy (price);Price|Final Energy|Transportation|Gases|Fossil;US$2010/GJ;Price|Marginal|Final Energy|Transport|Gases|Fossil|Moving Avg;US$2005/GJ;1.10774;;;natural gas price at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1084;2;energy (price);Price|Final Energy|Transportation|Gases|Biomass;US$2010/GJ;Price|Marginal|Final Energy|Transport|Gases|Biomass|Moving Avg;US$2005/GJ;1.10774;;;biogas price at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1085;2;energy (price);Price|Final Energy|Transportation|Gases|Electricity;US$2010/GJ;Price|Marginal|Final Energy|Transport|Gases|Efuel|Moving Avg;US$2005/GJ;1.10774;;;synthetic gas price at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1086;2;energy (price);Price|Final Energy|Transportation|Liquids|Biomass;US$2010/GJ;;;;;;biofuel price at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1087;2;energy (price);Price|Final Energy|Transportation|Liquids|Electricity;US$2010/GJ;;;;;;synthetic liquids fuel (e-fuel) price at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1088;2;energy (price);Price|Final Energy|Transportation|Liquids|Fossil;US$2010/GJ;;;;;;fossil liquid fuel (including oil, coal-to-liquids, gas-to-liquids) price at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1089;2;energy (price);Price|Final Energy|Transportation|Solids|Biomass;US$2010/GJ;;;;;;price for solids from biomass at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1090;2;energy (price);Price|Final Energy|Transportation|Solids|Fossil;US$2010/GJ;;;;;;price for solids from fossils at the final level in the transportation sector. Prices should include the effect of carbon prices.;
1091;2;energy (price);Price|Final Energy|Commercial|Electricity;US$2010/GJ;;;;;;electricity price at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1092;2;energy (price);Price|Final Energy|Commercial|Gases|Fossil;US$2010/GJ;;;;;;natural gas price at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1093;2;energy (price);Price|Final Energy|Commercial|Gases|Biomass;US$2010/GJ;;;;;;biogas price at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1094;2;energy (price);Price|Final Energy|Commercial|Gases|Electricity;US$2010/GJ;;;;;;synthetic gas price at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1095;2;energy (price);Price|Final Energy|Commercial|Liquids|Biomass;US$2010/GJ;;;;;;biofuel price at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1096;2;energy (price);Price|Final Energy|Commercial|Liquids|Electricity;US$2010/GJ;;;;;;synthetic liquids fuel (e-fuel) price at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1097;2;energy (price);Price|Final Energy|Commercial|Liquids|Fossil;US$2010/GJ;;;;;;fossil liquid fuel (including oil, coal-to-liquids, gas-to-liquids) price at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1098;2;energy (price);Price|Final Energy|Commercial|Solids|Biomass;US$2010/GJ;;;;;;price for solids from biomass at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1099;2;energy (price);Price|Final Energy|Commercial|Solids|Fossil;US$2010/GJ;;;;;;price for solids from fossils at the final level in the commercial sector. Prices should include the effect of carbon prices.;
1100;2;energy (price);Price|Final Energy|Residential and Commercial|Electricity;US$2010/GJ;Price|Final Energy|Buildings|Electricity|Moving Avg;US$2005/GJ;1.10774;;;electricity price at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1101;2;energy (price);Price|Final Energy|Residential and Commercial|Gases|Fossil;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Gases|Fossil|Moving Avg;US$2005/GJ;1.10774;;;natural gas price at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1102;2;energy (price);Price|Final Energy|Residential and Commercial|Gases|Biomass;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Gases|Biomass|Moving Avg;US$2005/GJ;1.10774;;;biogas price at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1103;2;energy (price);Price|Final Energy|Residential and Commercial|Gases|Electricity;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Gases|Efuel|Moving Avg;US$2005/GJ;1.10774;;;synthetic gas price at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1104;2;energy (price);Price|Final Energy|Residential and Commercial|Liquids|Biomass;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Liquids|Biomass|Moving Avg;US$2005/GJ;1.10774;;;biofuel price at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1105;2;energy (price);Price|Final Energy|Residential and Commercial|Liquids|Electricity;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Liquids|Efuel|Moving Avg;US$2005/GJ;1.10774;;;synthetic liquids fuel (e-fuel) price at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1106;2;energy (price);Price|Final Energy|Residential and Commercial|Liquids|Fossil;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Liquids|Fossil|Moving Avg;US$2005/GJ;1.10774;;;fossil liquid fuel (including oil, coal-to-liquids, gas-to-liquids) price at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1107;2;energy (price);Price|Final Energy|Residential and Commercial|Solids|Biomass;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Solids|Biomass|Moving Avg;US$2005/GJ;1.10774;;;price for solids from biomass at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1108;2;energy (price);Price|Final Energy|Residential and Commercial|Solids|Fossil;US$2010/GJ;Price|Marginal|Final Energy|Buildings|Solids|Fossil|Moving Avg;US$2005/GJ;1.10774;;;price for solids from fossils at the final level in the residential and commercial sector. Prices should include the effect of carbon prices.;
1109;2;energy (price);Reservoir Capacity|Electricity|Storage;GWh;;;;;;reservoir size of electricity storage technologies (e.g. pumped hydro, compressed air storage, flow batteries);
1110;1;energy (primary);Primary Energy|Biomass|Electricity;EJ/yr;PE|Biomass|Electricity;EJ/yr;;;;primary energy input to electricity generation of purpose-grown bioenergy crops, crop and forestry residue bioenergy, municipal solid waste bioenergy, traditional biomass;
1110;1;energy (primary);Primary Energy|Biomass|Heat;EJ/yr;PE|Biomass|Heat;EJ/yr;;;;primary energy input to heat generation of purpose-grown bioenergy crops, crop and forestry residue bioenergy, municipal solid waste bioenergy, traditional biomass;
1111;1;energy (primary);Primary Energy|Biomass|Electricity|w/ CCS;EJ/yr;PE|Biomass|Electricity|w/ CC;EJ/yr;;;;purpose-grown bioenergy crops, crop and forestry residue bioenergy, municipal solid waste bioenergy, traditional biomass primary energy input to electricity generation used in combination with CCS;
1112;1;energy (primary);Primary Energy|Biomass|Electricity|w/o CCS;EJ/yr;PE|Biomass|Electricity|w/o CC;EJ/yr;;;;purpose-grown bioenergy crops, crop and forestry residue bioenergy, municipal solid waste bioenergy, traditional biomass primary energy input to electricity generation without CCS;
1113;1;energy (primary);Primary Energy|Coal|Electricity;EJ/yr;PE|Coal|Electricity;EJ/yr;;;;coal primary energy input to electricity generation;
1113;1;energy (primary);Primary Energy|Coal|Heat;EJ/yr;PE|Coal|Heat;EJ/yr;;;;coal primary energy input to heat generation;
1114;1;energy (primary);Primary Energy|Coal|Electricity|w/ CCS;EJ/yr;PE|Coal|Electricity|w/ CC;EJ/yr;;;;coal primary energy input to electricity generation  used in combination with CCS;
1115;1;energy (primary);Primary Energy|Coal|Electricity|w/o CCS;EJ/yr;PE|Coal|Electricity|w/o CC;EJ/yr;;;;coal primary energy input to electricity generation  without CCS;
1116;1;energy (primary);Primary Energy|Gas|Electricity;EJ/yr;PE|Gas|Electricity;EJ/yr;;;;gas primary energy input to electricity generation;
1116;1;energy (primary);Primary Energy|Gas|Heat;EJ/yr;PE|Gas|Heat;EJ/yr;;;;gas primary energy input to heat generation;
1117;1;energy (primary);Primary Energy|Gas|Electricity|w/ CCS;EJ/yr;PE|Gas|Electricity|w/ CC;EJ/yr;;;;gas primary energy input to electricity generation used in combination with CCS;
1118;1;energy (primary);Primary Energy|Gas|Electricity|w/o CCS;EJ/yr;PE|Gas|Electricity|w/o CC;EJ/yr;;;;gas primary energy input to electricity generation without CCS;
1119;1;energy (primary);Primary Energy|Oil|Electricity;EJ/yr;;;;;;conventional & unconventional oil primary energy input to electricity generation;
1120;1;energy (primary);Primary Energy|Oil|Electricity|w/ CCS;EJ/yr;;;;;;conventional & unconventional oil primary energy input to electricity generation used in combination with CCS;
1121;1;energy (primary);Primary Energy|Oil|Electricity|w/o CCS;EJ/yr;;;;;;conventional & unconventional oil primary energy input to electricity generation without CCS;
1122;1;energy (primary);Primary Energy;EJ/yr;PE;EJ/yr;;;;total primary energy consumption (direct equivalent);
1123;1;energy (primary);Primary Energy|Biomass;EJ/yr;PE|+|Biomass;EJ/yr;;;;primary energy consumption of purpose-grown bioenergy crops, crop and forestry residue bioenergy, municipal solid waste bioenergy, traditional biomass;
1124;1;energy (primary);Primary Energy|Biomass|Modern;EJ/yr;PE|Biomass|Modern;EJ/yr;;;;modern biomass primary energy consumption, including purpose-grown bioenergy crops, crop and forestry residue bioenergy and municipal solid waste bioenergy;
1125;1;energy (primary);Primary Energy|Biomass|Traditional;EJ/yr;PE|Biomass|Traditional;EJ/yr;;;;traditional biomass primary energy consumption;
1126;1;energy (primary);Primary Energy|Biomass|w/ CCS;EJ/yr;;;;;;purpose-grown bioenergy crops, crop and forestry residue bioenergy, municipal solid waste bioenergy, traditional biomass primary energy consumption used in combination with CCS;
1127;1;energy (primary);Primary Energy|Biomass|w/o CCS;EJ/yr;;;;;;purpose-grown bioenergy crops, crop and forestry residue bioenergy, municipal solid waste bioenergy, traditional biomass primary energy consumption without CCS;
1128;1;energy (primary);Primary Energy|Coal;EJ/yr;PE|+|Coal;EJ/yr;;;;coal primary energy consumption;
1129;1;energy (primary);Primary Energy|Coal|w/ CCS;EJ/yr;PE|Coal|w/ CC;EJ/yr;;;;coal primary energy consumption used in combination with CCS;
1130;1;energy (primary);Primary Energy|Coal|w/o CCS;EJ/yr;PE|Coal|w/o CC;EJ/yr;;;;coal primary energy consumption without CCS;
1131;1;energy (primary);Primary Energy|Fossil;EJ/yr;PE|Fossil;EJ/yr;;;;coal, gas, conventional and unconventional oil primary energy consumption;
1132;1;energy (primary);Primary Energy|Fossil|w/ CCS;EJ/yr;PE|Fossil|w/ CC;EJ/yr;;;;coal, gas, conventional and unconventional oil primary energy consumption used in combination with CCS;
1133;1;energy (primary);Primary Energy|Fossil|w/o CCS;EJ/yr;PE|Fossil|w/o CC;EJ/yr;;;;coal, gas, conventional and unconventional oil primary energy consumption without CCS;
1134;1;energy (primary);Primary Energy|Gas;EJ/yr;PE|+|Gas;EJ/yr;;;;gas primary energy consumption;
1135;1;energy (primary);Primary Energy|Gas|w/ CCS;EJ/yr;PE|Gas|w/ CC;EJ/yr;;;;gas primary energy consumption used in combination with CCS;
1136;1;energy (primary);Primary Energy|Gas|w/o CCS;EJ/yr;PE|Gas|w/o CC;EJ/yr;;;;gas primary energy consumption without CCS;
1137;1;energy (primary);Primary Energy|Geothermal;EJ/yr;PE|+|Geothermal;EJ/yr;;;;total geothermal primary energy consumption;
1138;1;energy (primary);Primary Energy|Hydro;EJ/yr;PE|+|Hydro;EJ/yr;;;;total hydro primary energy consumption;
1139;1;energy (primary);Primary Energy|Nuclear;EJ/yr;PE|+|Nuclear;EJ/yr;;;;nuclear primary energy consumption (direct equivalent, includes electricity, heat and hydrogen production from nuclear energy);
1140;1;energy (primary);Primary Energy|Oil;EJ/yr;PE|+|Oil;EJ/yr;;;;conventional & unconventional oil primary energy consumption;
1141;1;energy (primary);Primary Energy|Oil|w/ CCS;EJ/yr;;;;;;conventional & unconventional oil primary energy consumption used in combination with CCS;
1142;1;energy (primary);Primary Energy|Oil|w/o CCS;EJ/yr;PE|Oil|w/o CC;EJ/yr;;;;conventional & unconventional oil primary energy consumption without CCS;
1143;1;energy (primary);Primary Energy|Other;EJ/yr;;;;;;primary energy consumption from sources that do not fit to any other category (direct equivalent, please provide a definition of the sources in this category in the 'comments' tab);
1144;1;energy (primary);Primary Energy|Solar;EJ/yr;PE|+|Solar;EJ/yr;;;;total solar primary energy consumption;
1145;1;energy (primary);Primary Energy|Wind;EJ/yr;PE|+|Wind;EJ/yr;;;;total wind primary energy consumption;
1146;2;energy (primary);Primary Energy|Biomass|1st Generation;EJ/yr;PE|Biomass|1st Generation;EJ/yr;;;;biomass primary energy from 1st generation biofuel crops (e.g., sugar cane, rapeseed oil, maize, sugar beet);
1147;2;energy (primary);Primary Energy|Biomass|Energy Crops;EJ/yr;PE|Biomass|Energy Crops;EJ/yr;;;;biomass primary energy from purpose-grown bioenergy crops;
1148;2;energy (primary);Primary Energy|Biomass|Residues;EJ/yr;PE|Biomass|Residues;EJ/yr;;;;biomass primary energy from residues;
1149;2;energy (primary);Primary Energy|Non-Biomass Renewables;EJ/yr;PE|Non-Biomass Renewables;EJ/yr;;;;non-biomass renewable primary energy consumption (direct equivalent, includes hydro electricity, wind electricity, geothermal electricity and heat, solar electricity and heat and hydrogen, ocean energy);
1150;2;energy (primary);Primary Energy|Ocean;EJ/yr;;;;;;total ocean primary energy consumption;
1151;2;energy (primary);Primary Energy|Secondary Energy Trade;EJ/yr;;;;;;trade in secondary energy carriers that cannot be unambiguoulsy mapped to one of the existing primary energy categories (e.g. electricity, hydrogen, fossil synfuels, negative means net exports);
1152;1;energy (secondary);Secondary Energy|Electricity;EJ/yr;SE|Electricity;EJ/yr;;;;total net electricity production;
1153;1;energy (secondary);Secondary Energy|Electricity|Biomass;EJ/yr;SE|Electricity|+|Biomass;EJ/yr;;;;net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste, biogas;
1154;1;energy (secondary);Secondary Energy|Electricity|Biomass|w/ CCS;EJ/yr;SE|Electricity|Biomass|+|w/ CC;EJ/yr;;;;net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with a CO2 capture component;
1155;1;energy (secondary);Secondary Energy|Electricity|Biomass|w/o CCS;EJ/yr;SE|Electricity|Biomass|+|w/o CC;EJ/yr;;;;net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with freely vented CO2 emissions;
1156;1;energy (secondary);Secondary Energy|Electricity|Coal;EJ/yr;SE|Electricity|+|Coal;EJ/yr;;;;net electricity production from coal;
1157;1;energy (secondary);Secondary Energy|Electricity|Coal|w/ CCS;EJ/yr;SE|Electricity|Coal|+|w/ CC;EJ/yr;;;;net electricity production from coal with a CO2 capture component;
1158;1;energy (secondary);Secondary Energy|Electricity|Coal|w/o CCS;EJ/yr;SE|Electricity|Coal|+|w/o CC;EJ/yr;;;;net electricity production from coal with freely vented CO2 emissions;
1159;1;energy (secondary);Secondary Energy|Electricity|Fossil;EJ/yr;;;;;;net electricity production from coal, gas, conventional and unconventional oil;
1160;1;energy (secondary);Secondary Energy|Electricity|Fossil|w/ CCS;EJ/yr;;;;;;net electricity production from coal, gas, conventional and unconventional oil used in combination with CCS;
1161;1;energy (secondary);Secondary Energy|Electricity|Fossil|w/o CCS;EJ/yr;;;;;;net electricity production from coal, gas, conventional and unconventional oil without CCS;
1162;1;energy (secondary);Secondary Energy|Electricity|Gas;EJ/yr;SE|Electricity|+|Gas;EJ/yr;;;;net electricity production from natural gas;
1163;1;energy (secondary);Secondary Energy|Electricity|Gas|w/ CCS;EJ/yr;SE|Electricity|Gas|+|w/ CC;EJ/yr;;;;net electricity production from natural gas with a CO2 capture component;
1164;1;energy (secondary);Secondary Energy|Electricity|Gas|w/o CCS;EJ/yr;SE|Electricity|Gas|+|w/o CC;EJ/yr;;;;net electricity production from natural gas with freely vented CO2 emissions;
1165;1;energy (secondary);Secondary Energy|Electricity|Geothermal;EJ/yr;SE|Electricity|+|Geothermal;EJ/yr;;;;net electricity production from all sources of geothermal energy (e.g., hydrothermal, enhanced geothermal systems);
1166;1;energy (secondary);Secondary Energy|Electricity|Hydro;EJ/yr;SE|Electricity|+|Hydro;EJ/yr;;;;net hydroelectric production;
1167;1;energy (secondary);Secondary Energy|Electricity|Non-Biomass Renewables;EJ/yr;SE|Electricity|Non-Biomass Renewables;EJ/yr;;;;net electricity production from hydro, wind, solar, geothermal, ocean, and other renewable sources (excluding bioenergy). This is a summary category for all the non-biomass renewables.;
1168;1;energy (secondary);Secondary Energy|Electricity|Nuclear;EJ/yr;SE|Electricity|+|Nuclear;EJ/yr;;;;net electricity production from nuclear energy;
1169;1;energy (secondary);Secondary Energy|Electricity|Oil;EJ/yr;SE|Electricity|Oil|DOT;EJ/yr;;;;net electricity production from refined liquid oil products;
1170;1;energy (secondary);Secondary Energy|Electricity|Oil|w/ CCS;EJ/yr;;;;;;net electricity production from refined liquids with a CO2 capture component;
1171;1;energy (secondary);Secondary Energy|Electricity|Oil|w/o CCS;EJ/yr;SE|Electricity|Oil|w/o CC;EJ/yr;;;;net electricity production from refined liquids with freely vented CO2 emissions;
1172;1;energy (secondary);Secondary Energy|Electricity|Solar;EJ/yr;SE|Electricity|+|Solar;EJ/yr;;;;net electricity production from all sources of solar energy (e.g., PV and concentrating solar power);
1173;1;energy (secondary);Secondary Energy|Electricity|Solar|CSP;EJ/yr;SE|Electricity|Solar|+|CSP;EJ/yr;;;;net electricity production from concentrating solar power (CSP);
1174;1;energy (secondary);Secondary Energy|Electricity|Solar|PV;EJ/yr;SE|Electricity|Solar|+|PV;EJ/yr;;;;net electricity production from solar photovoltaics (PV);
1175;1;energy (secondary);Secondary Energy|Electricity|Wind;EJ/yr;SE|Electricity|+|Wind;EJ/yr;;;;net electricity production from wind energy (on- and offshore);
1176;1;energy (secondary);Secondary Energy|Electricity|Wind|Offshore;EJ/yr;;;;;;net electricity production from offshore wind energy;
1177;1;energy (secondary);Secondary Energy|Electricity|Wind|Onshore;EJ/yr;;;;;;net electricity production from onshore wind energy;
1178;1;energy (secondary);Secondary Energy|Electricity|Hydrogen;EJ/yr;;;;;;net electricity production from hydrogen;
1179;1;energy (secondary);Secondary Energy|Gases;EJ/yr;SE|Gases;EJ/yr;;;;total production of gaseous fuels, including natural gas;
1179;1;energy (secondary);Secondary Energy|Gases;EJ/yr;SE|Gases|+|Waste;EJ/yr;;;;total production of gaseous fuels, including natural gas;
1180;1;energy (secondary);Secondary Energy|Heat;EJ/yr;SE|Heat;EJ/yr;;;;total centralized heat generation;
1181;1;energy (secondary);Secondary Energy|Hydrogen;EJ/yr;SE|Hydrogen;EJ/yr;;;;total hydrogen production;
1182;1;energy (secondary);Secondary Energy|Liquids;EJ/yr;SE|Liquids;EJ/yr;;;;total production of refined liquid fuels from all energy sources (incl. oil products, synthetic fossil fuels from gas and coal, biofuels);
1183;1;energy (secondary);Secondary Energy;EJ/yr;SE;EJ/yr;;;;total secondary energy - the sum of all secondary energy carrier production (for consistency checks);
1184;2;energy (secondary);Secondary Energy|Electricity|Curtailment;EJ/yr;SE|Electricity|Curtailment;EJ/yr;;;;curtailment of electricity production due to oversupply from variable renewable sources (typically from wind and solar);
1185;2;energy (secondary);Secondary Energy|Electricity|Ocean;EJ/yr;;;;;;net electricity production from all sources of ocean energy (e.g., tidal, wave, ocean thermal electricity generation);
1186;2;energy (secondary);Secondary Energy|Electricity|Other;EJ/yr;SE|Electricity|+|Hydrogen;EJ/yr;;;;net electricity production from sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1187;2;energy (secondary);Secondary Energy|Electricity|Storage Losses;EJ/yr;;;;;;losses from electricity storage;
1188;2;energy (secondary);Secondary Energy|Electricity|Transmission Losses;EJ/yr;;;;;;electricity losses from long-range high-voltage transmission;
1189;2;energy (secondary);Secondary Energy|Gases|Biomass;EJ/yr;SE|Gases|+|Biomass;EJ/yr;;;;total production of biogas;
1190;2;energy (secondary);Secondary Energy|Gases|Coal;EJ/yr;SE|Gases|Fossil|+|Coal;EJ/yr;;;;total production of coal gas from coal gasification;
1191;2;energy (secondary);Secondary Energy|Gases|Fossil;EJ/yr;;;;;;total production of gas from fossils;
1192;2;energy (secondary);Secondary Energy|Gases|Electricity;EJ/yr;;;;;;total production of gas from electricity (power to gas);
1193;2;energy (secondary);Secondary Energy|Gases|Other;EJ/yr;SE|Gases|+|Hydrogen;EJ/yr;;;;total production of gases from sources that do not fit any other category;
1194;2;energy (secondary);Secondary Energy|Heat|Biomass;EJ/yr;SE|Heat|+|Biomass;EJ/yr;;;;centralized heat generation from biomass;
1195;2;energy (secondary);Secondary Energy|Heat|Coal;EJ/yr;SE|Heat|+|Coal;EJ/yr;;;;centralized heat generation from coal;
1196;2;energy (secondary);Secondary Energy|Heat|Gas;EJ/yr;SE|Heat|+|Gas;EJ/yr;;;;centralized heat generation from gases;
1197;2;energy (secondary);Secondary Energy|Heat|Geothermal;EJ/yr;SE|Heat|+|Geothermal;EJ/yr;;;;centralized heat generation from geothermal energy EXCLUDING geothermal heat pumps;
1198;2;energy (secondary);Secondary Energy|Heat|Nuclear;EJ/yr;;;;;;centralized heat generation from nuclear energy;
1199;2;energy (secondary);Secondary Energy|Heat|Oil;EJ/yr;;;;;;centralized heat generation from oil products;
1200;2;energy (secondary);Secondary Energy|Heat|Other;EJ/yr;;;;;;centralized heat generation from sources that do not fit any other category (please provide a definition of the sources in this category in the 'comments' tab);
1201;2;energy (secondary);Secondary Energy|Heat|Solar;EJ/yr;SE|Heat|+|Solar;EJ/yr;;;;centralized heat generation from solar energy;
1202;2;energy (secondary);Secondary Energy|Hydrogen|Biomass;EJ/yr;SE|Hydrogen|+|Biomass;EJ/yr;;;;hydrogen production from biomass;
1203;2;energy (secondary);Secondary Energy|Hydrogen|Biomass|w/ CCS;EJ/yr;SE|Hydrogen|Biomass|+|w/ CC;EJ/yr;;;;hydrogen production from biomass with a CO2 capture component;
1204;2;energy (secondary);Secondary Energy|Hydrogen|Biomass|w/o CCS;EJ/yr;SE|Hydrogen|Biomass|+|w/o CC;EJ/yr;;;;hydrogen production from biomass with freely vented CO2 emissions;
1205;2;energy (secondary);Secondary Energy|Hydrogen|Coal;EJ/yr;SE|Hydrogen|+|Coal;EJ/yr;;;;hydrogen production from coal;
1206;2;energy (secondary);Secondary Energy|Hydrogen|Coal|w/ CCS;EJ/yr;SE|Hydrogen|Coal|+|w/ CC;EJ/yr;;;;hydrogen production from coal with a CO2 capture component;
1207;2;energy (secondary);Secondary Energy|Hydrogen|Coal|w/o CCS;EJ/yr;SE|Hydrogen|Coal|+|w/o CC;EJ/yr;;;;hydrogen production from coal with freely vented CO2 emissions;
1208;2;energy (secondary);Secondary Energy|Hydrogen|Electricity;EJ/yr;SE|Hydrogen|+|Electricity;EJ/yr;;;;hydrogen production from electricity via electrolysis;
1209;2;energy (secondary);Secondary Energy|Hydrogen|Fossil;EJ/yr;SE|Hydrogen|Fossil;EJ/yr;;;;hydrogen production from fossil fuels;
1210;2;energy (secondary);Secondary Energy|Hydrogen|Fossil|w/ CCS;EJ/yr;SE|Hydrogen|Fossil|+|w/ CC;EJ/yr;;;;hydrogen production from fossil fuels with a CO2 capture component;
1211;2;energy (secondary);Secondary Energy|Hydrogen|Fossil|w/o CCS;EJ/yr;SE|Hydrogen|Fossil|+|w/o CC;EJ/yr;;;;hydrogen production from fossil fuels with freely vented CO2 emissions;
1212;2;energy (secondary);Secondary Energy|Hydrogen|Gas;EJ/yr;SE|Hydrogen|+|Gas;EJ/yr;;;;hydrogen production from gas;
1213;2;energy (secondary);Secondary Energy|Hydrogen|Gas|w/ CCS;EJ/yr;SE|Hydrogen|Gas|+|w/ CC;EJ/yr;;;;hydrogen production from natural gas with a CO2 capture component;
1214;2;energy (secondary);Secondary Energy|Hydrogen|Gas|w/o CCS;EJ/yr;SE|Hydrogen|Gas|+|w/o CC;EJ/yr;;;;hydrogen production from natural gas with freely vented CO2 emissions;
1215;2;energy (secondary);Secondary Energy|Hydrogen|Nuclear;EJ/yr;;;;;;total hydrogen production from nuclear energy (e.g. thermochemical water splitting with nucelar heat);
1216;2;energy (secondary);Secondary Energy|Hydrogen|Oil;EJ/yr;;;;;;hydrogen production from oil;
1217;2;energy (secondary);Secondary Energy|Hydrogen|Other;EJ/yr;;;;;;hydrogen production from other sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1218;2;energy (secondary);Secondary Energy|Hydrogen|Solar;EJ/yr;;;;;;total hydrogen production from solar energy (e.g. thermalchemical water splitting with solar heat);
1219;2;energy (secondary);Secondary Energy|Liquids|Biomass;EJ/yr;SE|Liquids|+|Biomass;EJ/yr;;;;total liquid biofuels production;
1220;2;energy (secondary);Secondary Energy|Liquids|Biomass|1st Generation;EJ/yr;SE|Liquids|Biomass|1st Generation;EJ/yr;;;;liquid biofuels production from 1st generation technologies, relying on e.g. corn, sugar, oil;
1221;2;energy (secondary);Secondary Energy|Liquids|Biomass|Energy Crops;EJ/yr;SE|Liquids|Biomass|Energy Crops;EJ/yr;;;;liquid biofuels production from energy crops;
1222;2;energy (secondary);Secondary Energy|Liquids|Biomass|Other;EJ/yr;;;;;;biofuel production from biomass that does not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1223;2;energy (secondary);Secondary Energy|Liquids|Biomass|Residues;EJ/yr;SE|Liquids|Biomass|Residues;EJ/yr;;;;liquid biofuels production from residues (forest and agriculture);
1224;2;energy (secondary);Secondary Energy|Liquids|Biomass|w/ CCS;EJ/yr;SE|Liquids|Biomass|+|w/ CC;EJ/yr;;;;total production of liquid biofuels from facilities with CCS;
1225;2;energy (secondary);Secondary Energy|Liquids|Biomass|w/o CCS;EJ/yr;SE|Liquids|Biomass|+|w/o CC;EJ/yr;;;;total production of liquid biofuels from facilities without CCS;
1226;2;energy (secondary);Secondary Energy|Liquids|Coal;EJ/yr;SE|Liquids|Fossil|+|Coal;EJ/yr;;;;total production of fossil liquid synfuels from coal-to-liquids (CTL) technologies;
1227;2;energy (secondary);Secondary Energy|Liquids|Coal|w/ CCS;EJ/yr;SE|Liquids|Fossil|Coal|+|w/ CC;EJ/yr;;;;total production of fossil liquid synfuels from coal-to-liquids (CTL) technologies with CCS;
1228;2;energy (secondary);Secondary Energy|Liquids|Coal|w/o CCS;EJ/yr;SE|Liquids|Fossil|Coal|+|w/o CC;EJ/yr;;;;total production of fossil liquid synfuels from coal-to-liquids (CTL) technologies without CCS;
1229;2;energy (secondary);Secondary Energy|Liquids|Fossil;EJ/yr;SE|Liquids|+|Fossil;EJ/yr;;;;total production of fossil liquid synfuels;
1230;2;energy (secondary);Secondary Energy|Liquids|Fossil|w/ CCS;EJ/yr;SE|Liquids|Fossil|++|w/ CC;EJ/yr;;;;total production of fossil liquid synfuels from facilities with CCS;
1231;2;energy (secondary);Secondary Energy|Liquids|Fossil|w/o CCS;EJ/yr;SE|Liquids|Fossil|++|w/o CC;EJ/yr;;;;total production of fossil liquid synfuels from facilities without CCS;
1232;2;energy (secondary);Secondary Energy|Liquids|Gas;EJ/yr;SE|Liquids|Fossil|+|Gas;EJ/yr;;;;total production of fossil liquid synfuels from gas-to-liquids (GTL) technologies;
1233;2;energy (secondary);Secondary Energy|Liquids|Gas|w/ CCS;EJ/yr;SE|Liquids|Fossil|Gas|+|w/ CC;EJ/yr;;;;total production of fossil liquid synfuels from gas-to-liquids (GTL) technologies with CCS;
1234;2;energy (secondary);Secondary Energy|Liquids|Gas|w/o CCS;EJ/yr;SE|Liquids|Fossil|Gas|+|w/o CC;EJ/yr;;;;total production of fossil liquid synfuels from gas-to-liquids (GTL) technologies without CCS;
1235;2;energy (secondary);Secondary Energy|Liquids|Oil;EJ/yr;SE|Liquids|Fossil|+|Oil;EJ/yr;;;;total production of liquid fuels from petroleum, including both conventional and unconventional sources;
1236;2;energy (secondary);Secondary Energy|Liquids|Electricity;EJ/yr;;;;;;total production of liquid fuels from electricity (efuels);
1237;2;energy (secondary);Secondary Energy|Liquids|Other;EJ/yr;;;;;;total production of liquids from sources that do not fit any other category;
1238;2;energy (secondary);Secondary Energy|Other Carrier;EJ/yr;;;;;;generation of other secondary energy carriers that do not fit any other category (please provide a definition of other energy carrier in this category in the 'comments' tab);
1239;2;energy (secondary);Secondary Energy|Solids;EJ/yr;SE|Solids;EJ/yr;;;;solid secondary energy carriers (e.g., briquettes, coke, wood chips, wood pellets);
1240;2;energy (secondary);Secondary Energy|Solids|Biomass;EJ/yr;SE|Solids|+|Biomass;EJ/yr;;;;solid secondary energy carriers produced from biomass (e.g., commercial charcoal, wood chips, wood pellets). Tradional bioenergy use is excluded.;
1240;2;energy (secondary);Secondary Energy|Solids|Biomass;EJ/yr;SE|Solids|+|Traditional Biomass;EJ/yr;;;;solid secondary energy carriers produced from biomass (e.g., commercial charcoal, wood chips, wood pellets). Tradional bioenergy use is excluded.;
1241;2;energy (secondary);Secondary Energy|Solids|Fossil;EJ/yr;;;;;;solid secondary energy carriers produced from fossils (e.g., briquettes, coke);
1242;2;energy (secondary);Conversion Input|Liquids|Electricity;EJ/yr;;;;;;secondary energy consumption of efuels for the production of electricity;
1243;2;energy (secondary);Conversion Input|Hydrogen|Electricity;EJ/yr;;;;;;secondary energy consumption of hydrogen for the production of electricity;
1244;2;energy (secondary);Conversion Input|Hydrogen|Liquids;EJ/yr;;;;;;secondary energy consumption of hydrogen for the production of liquids (synfuels);
1245;2;energy (secondary);Conversion Input|Hydrogen|Gases;EJ/yr;;;;;;secondary energy consumption of hydrogen for the production of gases (syngases);
1246;2;energy (secondary);Conversion Input|Electricity|Hydrogen;EJ/yr;;;;;;secondary energy consumption of electricity for the production of hydrogen;
1247;2;energy (secondary);Conversion Input|Electricity|Heat;EJ/yr;;;;;;secondary energy consumption of electricity for the production of heat (large-scale heat pumps);
1248;3;energy (secondary);Conversion Input|Electricity|Hydrogen|Autoproduction;EJ/yr;;;;;;secondary energy consumption of electricity for the autoproduction of hydrogen;
1249;3;energy (secondary);Conversion Input|Hydrogen|Liquids|Autoproduction;EJ/yr;;;;;;secondary energy consumption of hydrogen for the autoproduction of liquids, incl. hydrocarbon inputs for olefine production;
1250;1;energy (service);Energy Service|Commercial|Floor Space;bn m2;ES|Buildings|Commercial|Floor Space;bn m2;;;;energy service demand for conditioned floor space in commercial buildings;x
1251;1;energy (service);Energy Service|Residential and Commercial|Floor Space;bn m2;ES|Buildings|Floor Space;bn m2;;;;energy service demand for conditioned floor space in buildings;
1252;1;energy (service);Energy Service|Residential|Floor Space;bn m2;ES|Buildings|Residential|Floor Space;bn m2;;;;energy service demand for conditioned floor space in residential buildings;x
1253;1;energy (service);Energy Service|Transportation|Freight;bn tkm/yr;ES|Transport|Freight|Road;bn tkm/yr;;;;energy service demand for freight transport;x
1253;1;energy (service);Energy Service|Transportation|Freight;bn tkm/yr;ES|Transport|Freight|Rail;bn tkm/yr;;;;energy service demand for freight transport;x
1253;1;energy (service);Energy Service|Transportation|Freight;bn tkm/yr;ES|Transport|Freight|Navigation;bn tkm/yr;;;;energy service demand for freight transport;x
1254;1;energy (service);Energy Service|Transportation|Passenger;bn pkm/yr;ES|Transport|Pass|Road|Bus;bn pkm/yr;;;;energy service demand for passenger transport;x
1254;1;energy (service);Energy Service|Transportation|Passenger;bn pkm/yr;ES|Transport|Pass|Road|LDV;bn pkm/yr;;;;energy service demand for passenger transport;x
1254;1;energy (service);Energy Service|Transportation|Passenger;bn pkm/yr;ES|Transport|Pass|Rail;bn pkm/yr;;;;energy service demand for passenger transport;x
1254;1;energy (service);Energy Service|Transportation|Passenger;bn pkm/yr;ES|Transport|Pass|Aviation|Domestic;bn pkm/yr;;;;energy service demand for passenger transport;x
1255;2;energy (service);Energy Service|Transportation|Freight|Aviation;bn tkm/yr;;;;;;energy service demand for freight transport on aircrafts;
1256;2;energy (service);Energy Service|Transportation|Freight|Domestic Navigation;bn tkm/yr;ES|Transport|Freight|Navigation;bn tkm/yr;;;;energy service demand for freight transport on domestic ships;x
1257;2;energy (service);Energy Service|Transportation|Freight|Other;bn tkm/yr;;;;;;energy service demand for freight transport using other modes (please provide a definition of the modes in this category in the 'comments' tab);
1258;2;energy (service);Energy Service|Transportation|Freight|Railways;bn tkm/yr;ES|Transport|Freight|Rail;bn tkm/yr;;;;energy service demand for freight transport on railways;x
1259;2;energy (service);Energy Service|Transportation|Freight|Road;bn tkm/yr;ES|Transport|Freight|Road;bn tkm/yr;;;;energy service demand for freight transport on roads;x
1260;2;energy (service);Energy Service|Transportation|Passenger|Domestic Aviation;bn pkm/yr;ES|Transport|Pass|Aviation|Domestic;bn pkm/yr;;;;energy service demand for passenger transport on aircrafts;x
1262;2;energy (service);Energy Service|Transportation|Passenger|Domestic Navigation;bn pkm/yr;;;;;;energy service demand for passenger transport on domestic ships;
1263;2;energy (service);Energy Service|Transportation|Passenger|Other;bn pkm/yr;;;;;;energy service demand for passenger transport using other modes (please provide a definition of the modes in this category in the 'comments' tab);
1264;2;energy (service);Energy Service|Transportation|Passenger|Railways;bn pkm/yr;ES|Transport|Pass|Rail;bn pkm/yr;;;;energy service demand for passenger transport on railways;x
1265;2;energy (service);Energy Service|Transportation|Passenger|Road;bn pkm/yr;ES|Transport|Pass|Road;bn pkm/yr;;;;energy service demand for passenger transport on roads;x
1266;2;energy (service);Energy Service|Bunkers|Freight|International Shipping;bn tkm/yr;;;;;;energy service demand for freight transport operating on international shipping routes;
1267;2;energy (service);Energy Service|Transportation|Passenger|Cycling;bn pkm/yr;;;;;;;
1267;2;energy (service);Energy Service|Transportation|Passenger|Walking;bn pkm/yr;;;;;;energy service demand for passenger transport on bicycles and by foot;
1268;2;energy (service);Energy Service|Transportation|Passenger|Road|2W and 3W;bn pkm/yr;ES|Transport|Pass|Road|LDV|Two-Wheelers;bn pkm/yr;;;;energy service demand for passenger transport on roads (two- and three-wheel vehicles);x
1269;2;energy (service);Energy Service|Transportation|Passenger|Road|LDV;bn pkm/yr;ES|Transport|Pass|Road|LDV;bn pkm/yr;;;;energy service demand for passenger transport on roads (light-duty vehicles: passenger cars and light trucks/SUVs/vans);x
1270;2;energy (service);Energy Service|Transportation|Passenger|Road|Bus;bn pkm/yr;ES|Transport|Pass|Road|Bus;bn pkm/yr;;;;energy service demand for passenger transport on roads (buses);x
1270;1;energy (trade);Trade|Primary Energy|Biomass|Volume;EJ/yr;Trade|Biomass;EJ/yr;;;;net exports of solid, unprocessed biomass, at the global level these should add up to the trade losses only;
1271;1;energy (trade);Trade|Primary Energy|Coal|Volume;EJ/yr;Trade|Coal;EJ/yr;;;;net exports of coal, at the global level these should add up to the trade losses only;
1272;1;energy (trade);Trade|Primary Energy|Gas|Volume;EJ/yr;Trade|Gas;EJ/yr;;;;net exports of natural gas, at the global level these should add up to the trade losses only;
1273;1;energy (trade);Trade|Primary Energy|Oil|Volume;EJ/yr;Trade|Oil;EJ/yr;;;;net exports of crude oil, at the global level these should add up to the trade losses only;
1274;1;energy (trade);Trade|Primary Energy|Biomass|Value;billion US$2010/yr;Trade|Biomass|Value;billion US$2005/yr;;;;value of net exports of solid, unprocessed biomass, at the global level these should add up to the trade losses only;
1275;1;energy (trade);Trade|Primary Energy|Coal|Value;billion US$2010/yr;Trade|Primary Energy|Coal|Value;billion US$2005/yr;;;;value of net exports of coal, at the global level these should add up to the trade losses only;
1276;1;energy (trade);Trade|Primary Energy|Gas|Value;billion US$2010/yr;Trade|Primary Energy|Gas|Value;billion US$2005/yr;;;;value of net exports of natural gas, at the global level these should add up to the trade losses only;
1277;1;energy (trade);Trade|Primary Energy|Oil|Value;billion US$2010/yr;Trade|Primary Energy|Oil|Value;billion US$2005/yr;;;;value of net exports of crude oil, at the global level these should add up to the trade losses only;
1278;2;energy (trade);Trade|Secondary Energy|Electricity|Volume;EJ/yr;;;;;;net exports of electricity, at the global level these should add up to the trade losses only;
1279;2;energy (trade);Trade|Secondary Energy|Hydrogen|Volume;EJ/yr;;;;;;net exports of hydrogen, at the global level these should add up to the trade losses only;
1280;2;energy (trade);Trade|Secondary Energy|Liquids|Biomass|Volume;EJ/yr;;;;;;net exports of liquid biofuels, at the global level these should add up to the trade losses only (for those models that are able to split solid and liquid bioenergy);
1281;2;energy (trade);Trade|Secondary Energy|Liquids|Coal|Volume;EJ/yr;;;;;;net exports of fossil liquid synfuels from coal-to-liquids (CTL) technologies, at the global level these should add up to the trade losses only;
1282;2;energy (trade);Trade|Secondary Energy|Liquids|Gas|Volume;EJ/yr;;;;;;net exports of fossil liquid synfuels from gas-to-liquids (GTL) technologies, at the global level these should add up to the trade losses only;
1283;2;energy (trade);Trade|Secondary Energy|Liquids|Oil|Volume;EJ/yr;;;;;;net exports of liquid fuels from petroleum including both conventional and unconventional sources, at the global level these should add up to the trade losses only;
1284;2;energy (trade);Trade|Secondary Energy|Electricity|Value;EJ/yr;;;;;;value of net exports of electricity, at the global level these should add up to the trade losses only;
1285;2;energy (trade);Trade|Secondary Energy|Hydrogen|Value;EJ/yr;;;;;;value of net exports of hydrogen, at the global level these should add up to the trade losses only;
1286;2;energy (trade);Trade|Secondary Energy|Liquids|Biomass|Value;EJ/yr;;;;;;value of net exports of liquid biofuels, at the global level these should add up to the trade losses only (for those models that are able to split solid and liquid bioenergy);
1287;2;energy (trade);Trade|Secondary Energy|Liquids|Coal|Value;EJ/yr;;;;;;value of net exports of fossil liquid synfuels from coal-to-liquids (CTL) technologies, at the global level these should add up to the trade losses only;
1288;2;energy (trade);Trade|Secondary Energy|Liquids|Gas|Value;EJ/yr;;;;;;value of net exports of fossil liquid synfuels from gas-to-liquids (GTL) technologies, at the global level these should add up to the trade losses only;
1289;2;energy (trade);Trade|Secondary Energy|Liquids|Oil|Value;EJ/yr;;;;;;value of net exports of liquid fuels from petroleum including both conventional and unconventional sources, at the global level these should add up to the trade losses only;
1290;2;energy (trade);Trade|Uranium|Mass;kt U/yr;Trade|Uranium|Mass;ktU/yr;;;;net exports of Uranium, at the global level these should add up to the trade losses only;
1291;2;energy (trade);Trade|Uranium|Value;billion US$2010/yr;Trade|Uranium|Value;billion US$2005/yr;;;;value of net exports of Uranium, at the global level these should add up to the trade losses only;
1292;1;energy access;Price|Final Energy|Residential|Electricity;US$2010/GJ;;;;;;electricity price at the final level in the residential sector. Prices should include the effect of carbon prices.;
1293;1;energy access;Price|Final Energy|Residential|Gases|Fossil;US$2010/GJ;;;;;;natural gas price at the final level in the residential sector. Prices should include the effect of carbon prices.;
1294;1;energy access;Price|Final Energy|Residential|Gases|Biomass;US$2010/GJ;;;;;;biogas price at the final level in the residential sector. Prices should include the effect of carbon prices.;
1295;1;energy access;Price|Final Energy|Residential|Gases|Electricity;US$2010/GJ;;;;;;synthetic gas price at the final level in the residential sector. Prices should include the effect of carbon prices.;
1296;1;energy access;Price|Final Energy|Residential|Liquids|Biomass;US$2010/GJ;;;;;;biofuel price at the final level in the residential sector. Prices should include the effect of carbon prices.;
1297;1;energy access;Price|Final Energy|Residential|Liquids|Fossil;US$2010/GJ;;;;;;light fuel oil price at the final level in the residential sector. Prices should include the effect of carbon prices.;
1298;1;energy access;Price|Final Energy|Residential|Solids|Biomass;US$2010/GJ;;;;;;price for solids from biomass at the final level in the residential sector. Prices should include the effect of carbon prices.;
1299;1;energy access;Price|Final Energy|Residential|Solids|Fossil;US$2010/GJ;;;;;;price for solids from fossils at the final level in the residential sector. Prices should include the effect of carbon prices.;
1300;1;food;Food Demand;kcal/cap/day;Nutrition|Calorie Supply;kcal/capita/day;;;;all food demand in calories (conversion factor: 1 kcal = 4,1868 kJ);x
1301;1;food;Food Demand|Crops;kcal/cap/day;Nutrition|Calorie Supply|+|Crops;kcal/capita/day;;;;crop related food demand in calories;x
1302;1;food;Food Demand|Livestock;kcal/cap/day;Nutrition|Calorie Supply|+|Livestock products;kcal/capita/day;;;;livestock related food demand in calories;x
1303;1;food;Food Energy Supply;EJ/yr;;;;;;total calory food demand;
1304;1;food;Food Energy Supply|Livestock;EJ/yr;;;;;;calory food demand from livestock products;
1305;1;food;Population|Risk of Hunger;million;SDG|SDG02|Prevalence of underweight;million;;;;Population at risk of hunger, calculated by multipling total population and prevalence of undernourishment which is computed from a probability distribution of daily dietary energy consumption and minimum dietary energy requirement.;x
1306;1;forestry;Forestry Demand|Roundwood;million m3/yr;;;;;;forestry demand level for all roundwood (consumption, not production);
1307;1;forestry;Forestry Production|Roundwood;million m3/yr;;;;;;forestry production level for all roundwood (primary production, not consumption);
1308;2;forestry;Forestry Demand|Roundwood|Industrial Roundwood;million m3/yr;;;;;;forestry demand level for industrial roundwood (consumption, not production);
1309;2;forestry;Forestry Demand|Roundwood|Wood Fuel;million m3/yr;;;;;;forestry demand level for fuel wood roundwood (consumption, not production);
1310;2;forestry;Forestry Production|Forest Residues;million t DM/yr;;;;;;forestry production level of forest residue output (primary production, not consumption);
1311;2;forestry;Forestry Production|Roundwood|Industrial Roundwood;million m3/yr;;;;;;forestry production level for industrial roundwood (primary production, not consumption);
1312;2;forestry;Forestry Production|Roundwood|Wood Fuel;million m3/yr;;;;;;forestry production level for fuel wood roundwood (primary production, not consumption);
1313;1;government;Tariffs|Average;%;;;;;;Weighted trade tariff-average (regional and global indicator relevant);
1314;1;government;Debt Service;%;;;;;;Debt service as a percentage of exports of goods and services;
1315;1;government;Export|Developing Country Share;%;;;;;;Developing countries' and least developed countries' share of global exports;
1316;1;government;Revenue|government;billion US$2010/yr;;;;;;government revenue;
1317;1;government;Subsidies|Energy|Fossil;billion US$2010/yr;Subsidies|Fuel Extraction;billion US$2005/yr;1.10774;;;Fossil fuel subsidies;x
1318;1;government;Subsidies|Energy;billion US$2010/yr;Subsidies;billion US$2005/yr;1.10774;;;Total energy-related subsidies;x
1319;1;government;Subsidies|Food;billion US$2010/yr;;;;;;Food subsidies (both to producers and consumers);
1320;2;government;Tariffs|Average|Imports;%;;;;;;Average tariffs for imports (most relevant for developed countries);
1321;2;government;Revenue|government|Tax;billion US$2010/yr;;;;;;government revenue from taxes;
1322;1;health;Expenditure|Medical System|Incremental;billion US$2010/yr;;;;;;Incremental expenditure for the medical system;
1323;1;health;Investment|Medical System;billion US$2010/yr;;;;;;investment to medical system;
1324;1;household;Expenditure|household|Industry;billion US$2010/yr;;;;;;expenditure of households for industrial goods.;
1325;1;household;Expenditure|household|Energy;billion US$2010/yr;;;;;;expenditure of households for energy.;
1326;1;household;Expenditure|household|Food;billion US$2010/yr;Household Expenditure|Food|Expenditure;USD/capita;;;;expenditure of households for food.;x
1327;1;household;Expenditure|household|Services;billion US$2010/yr;;;;;;expenditure of households for services.;
1328;1;household;Expenditure|household|Services|health;billion US$2010/yr;;;;;;expenditure of households for health services.;
1329;1;industry;Expenditure|Energy|Fossil;billion US$2010/yr;;;;;;Fossil fuel expenditure;
1330;2;industry;Material Consumption|Domestic;Mt/year;;;;;;Domestic material consumption;
1331;2;industry;Production|Non-Metallic Minerals|Volume;Mt/yr;;;;;;production of non-metallic minerals, which include cement, ceramic, glass, lime;
1332;2;industry;Production|Chemicals|Volume;Mt/yr;;;;;;production of chemicals (e.g. sulfuric acid);
1333;2;industry;Production|Non-Ferrous Metals|Volume;Mt/yr;;;;;;production of non-ferrous metals (e.g. copper, lead, aluminum);
1334;2;industry;Production|Pulp and Paper|Volume;Mt/yr;;;;;;production of pulp and paper;
1335;2;industry;Production|Iron and Steel|Volume;Mt/yr;Production|Industry|Steel|Primary;Mt/yr;;;;production of steel;
1335;3;industry;Production|Iron and Steel|Volume;Mt/yr;Production|Industry|Steel|Secondary;Mt/yr;;;;;
1336;1;Infrastructure/ R&D;Expenditure|RnD;billion US$2010/yr;;;;;;expenditure on research and development;
1337;1;Infrastructure/ R&D;Investment|Infrastructure;billion US$2010/yr;;;;;;investment into infrastrucutre;
1338;2;Infrastructure/ R&D;Population|Mobile Network Access;million;;;;;;population covered by a mobile network;
1339;2;Infrastructure/ R&D;Population|Road Access;million;;;;;;population living within 2 km of an all-season road;
1340;1;investment;Investment;billion US$2010/yr;Investments;billion US$2005/yr;1.10774;;;Total economy wide investments (macroecomic capital stock, energy system, R&D, ...);
1341;1;investment;Investment|Energy Supply;billion US$2010/yr;Energy Investments|Supply;billion US$2005/yr;1.10774;;;Investments into the energy supply system;
1342;1;investment;Investment|Energy Supply|Electricity;billion US$2010/yr;Energy Investments|Electricity;billion US$2005/yr;1.10774;;;Investments into electricity generation and supply (including electricity storage and transmission & distribution);
1343;1;investment;Investment|Energy Supply|Extraction|Fossil;billion US$2010/yr;;;;;;investments for all types of fossil extraction;
1344;1;investment;Investment|Energy Supply|Extraction|Coal;billion US$2010/yr;;;;;;investments for extraction and conversion of coal. These should include mining, shipping and ports;
1345;1;investment;Investment|Energy Supply|Extraction|Gas;billion US$2010/yr;;;;;;investments for extraction and conversion of natural gas. These should include upstream, LNG chain and transmission and distribution;
1346;1;investment;Investment|Energy Supply|Extraction|Oil;billion US$2010/yr;;;;;;investments for extraction and conversion of oil. These should include upstream, transport and refining;
1347;1;investment;Investment|Energy Supply|Extraction|Bioenergy;billion US$2010/yr;;;;;;investments for extraction and production of bioenergy;
1348;1;investment;Investment|Energy Supply|Extraction|Uranium;billion US$2010/yr;;;;;;investments for extraction and conversion of uranium. These should include mining, conversion and enrichment;
1349;1;investment;Investment|Energy Supply|Electricity|Fossil;billion US$2010/yr;Energy Investments|Elec|Fossil;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1350;1;investment;Investment|Energy Supply|Electricity|Coal;billion US$2010/yr;Energy Investments|Elec|Coal;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1351;1;investment;Investment|Energy Supply|Electricity|Coal|w/ CCS;billion US$2010/yr;Energy Investments|Elec|Coal|w/ CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1352;1;investment;Investment|Energy Supply|Electricity|Coal|w/o CCS;billion US$2010/yr;Energy Investments|Elec|Coal|w/o CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1353;1;investment;Investment|Energy Supply|Electricity|Gas;billion US$2010/yr;Energy Investments|Elec|Gas;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1354;1;investment;Investment|Energy Supply|Electricity|Gas|w/ CCS;billion US$2010/yr;Energy Investments|Elec|Gas|w/ CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1355;1;investment;Investment|Energy Supply|Electricity|Gas|w/o CCS;billion US$2010/yr;Energy Investments|Elec|Gas|w/o CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1356;1;investment;Investment|Energy Supply|Electricity|Oil;billion US$2010/yr;Energy Investments|Elec|Oil;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1357;1;investment;Investment|Energy Supply|Electricity|Oil|w/ CCS;billion US$2010/yr;Energy Investments|Elec|Oil|w/ CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1358;1;investment;Investment|Energy Supply|Electricity|Oil|w/o CCS;billion US$2010/yr;Energy Investments|Elec|Oil|w/o CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1359;1;investment;Investment|Energy Supply|Electricity|Non-fossil;billion US$2010/yr;Energy Investments|Elec|Non-Fossil;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1360;1;investment;Investment|Energy Supply|Electricity|Biomass;billion US$2010/yr;Energy Investments|Elec|Biomass;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1361;1;investment;Investment|Energy Supply|Electricity|Biomass|w/ CCS;billion US$2010/yr;Energy Investments|Elec|Biomass|w/ CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1362;1;investment;Investment|Energy Supply|Electricity|Biomass|w/o CCS;billion US$2010/yr;Energy Investments|Elec|Biomass|w/o CC;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1363;1;investment;Investment|Energy Supply|Electricity|Nuclear;billion US$2010/yr;Energy Investments|Elec|Nuclear;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1364;1;investment;Investment|Energy Supply|Electricity|Non-Biomass Renewables;billion US$2010/yr;Energy Investments|Elec|Non-Bio Re;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1365;1;investment;Investment|Energy Supply|Electricity|Hydro;billion US$2010/yr;Energy Investments|Elec|Hydro;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1366;1;investment;Investment|Energy Supply|Electricity|Solar;billion US$2010/yr;Energy Investments|Elec|Solar;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1367;1;investment;Investment|Energy Supply|Electricity|Wind;billion US$2010/yr;Energy Investments|Elec|Wind;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1368;1;investment;Investment|Energy Supply|Electricity|Geothermal;billion US$2010/yr;Energy Investments|Elec|Geothermal;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1369;1;investment;Investment|Energy Supply|Electricity|Ocean;billion US$2010/yr;;;;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1370;1;investment;Investment|Energy Supply|Electricity|Other;billion US$2010/yr;Energy Investments|Elec|Hydrogen;billion US$2005/yr;1.10774;;;investments in new power generation for the specified power plant category. If the model features several sub-categories, the total investments should be reported. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1371;1;investment;Investment|Energy Supply|Electricity|Transmission and Distribution;billion US$2010/yr;Energy Investments|Elec|Grid;billion US$2005/yr;1.10774;;;investments in transmission and distribution of power generation;
1372;1;investment;Investment|Energy Supply|Electricity|Electricity Storage;billion US$2010/yr;Energy Investments|Elec|Storage;billion US$2005/yr;1.10774;;;investments in electricity storage technologies (e.g., batteries, compressed air storage reservoirs, etc.);
1373;1;investment;Investment|Energy Supply|Hydrogen|Fossil;billion US$2010/yr;Energy Investments|Hydrogen|Fossil;billion US$2005/yr;1.10774;;;investments for the production of hydrogen from the specified source. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1374;1;investment;Investment|Energy Supply|Hydrogen|Renewable;billion US$2010/yr;;;;;;investments for the production of hydrogen from the specified source. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1375;1;investment;Investment|Energy Supply|Hydrogen|Other;billion US$2010/yr;Energy Investments|Hydrogen|Transmission and Distribution;billion US$2005/yr;1.10774;;;investments for the production of hydrogen from the specified source. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1376;1;investment;Investment|Energy Supply|Liquids;billion US$2010/yr;Energy Investments|Liquids;billion US$2005/yr;1.10774;;;investments for the production of liquid fuels. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1377;1;investment;Investment|Energy Supply|Liquids|Oil;billion US$2010/yr;Energy Investments|Liquids|Oil Ref;billion US$2005/yr;1.10774;;;investments for the production of fossil fuels from oil refineries For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1378;1;investment;Investment|Energy Supply|Liquids|Coal and Gas;billion US$2010/yr;Energy Investments|Liquids|Fossil|w/o oil;billion US$2005/yr;1.10774;;;investments for the production of fossil-based synfuels (coal and gas). For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1379;1;investment;Investment|Energy Supply|Liquids|Biomass;billion US$2010/yr;Energy Investments|Liquids|Bio;billion US$2005/yr;1.10774;;;investments for the production of biofuels. These should not include the costs of the feedstock. For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1380;1;investment;Investment|Energy Supply|CO2 Transport and Storage;billion US$2010/yr;Energy Investments|CO2 Trans&Stor;billion US$2005/yr;1.10774;;;investment in CO2 transport and storage (note that investment in the capturing equipment should be included along with the power plant technology);
1381;1;investment;Investment|Energy Supply|Other;billion US$2010/yr;Energy Investments|Other;billion US$2005/yr;1.10774;;;investments in other types of energy conversion facilities;
1381;1;investment;Investment|Energy Supply|Other;billion US$2010/yr;Energy Investments|Gases;billion US$2005/yr;1.10774;;;investments in other types of energy conversion facilities;
1381;1;investment;Investment|Energy Supply|Other;billion US$2010/yr;Energy Investments|Solids;billion US$2005/yr;1.10774;;;investments in other types of energy conversion facilities;
1382;1;investment;Investment|Energy Efficiency;billion US$2010/yr;;;;;;investments into the efficiency-increasing components of energy demand technologies;
1383;2;investment;Investment|Energy Supply|Heat;billion US$2010/yr;Energy Investments|Heat;billion US$2005/yr;1.10774;;;investments in heat generation facilities;
1384;2;investment;Investment|Energy Supply|Hydrogen;billion US$2010/yr;Energy Investments|Hydrogen;billion US$2005/yr;1.10774;;;investments for the production of hydrogen from all energy sources (fossil, biomass, electrolysis). For plants equipped with CCS, the investment in the capturing equipment should be included but not the one on transport and storage.;
1385;2;investment;Investment|RnD|Energy Supply;billion US$2010/yr;;;;;;Investments into research and development, energy supply sector;
1386;2;investment;Investment|Energy Demand|Transportation|Passenger|Road|LDV|ICE;billion US$2010/yr;;;;;;investments into new vehicle technologies in the transport sector (light-duty cars and trucks: internal combustion engine technologies running on any type of liquid or gaseous fuel);
1387;2;investment;Investment|Energy Demand|Transportation|Passenger|Road|LDV|EV;billion US$2010/yr;;;;;;investments into new vehicle technologies in the transport sector (light-duty cars and trucks: electric vehicle technologies, including all-electrics and plug-in hybrids);
1388;2;investment;Investment|Energy Demand|Transportation|Passenger|Road|LDV|FCV;billion US$2010/yr;;;;;;investments into new vehicle technologies in the transport sector (light-duty cars and trucks: fuel cell technologies running on hydrogen or another type of fuel);
1389;2;investment;Investment|Energy Demand|Transportation|Freight|Road|HDT|ICE;billion US$2010/yr;;;;;;investments into new vehicle technologies in the transport sector (heavy-duty freight trucks: internal combustion engine technologies running on any type of liquid or gaseous fuel);
1390;2;investment;Investment|Energy Demand|Transportation|Freight|Road|HDT|EV;billion US$2010/yr;;;;;;investments into new vehicle technologies in the transport sector (heavy-duty freight trucks: electric vehicle technologies, including all-electrics and plug-in hybrids);
1391;2;investment;Investment|Energy Demand|Transportation|Freight|Road|HDT|FCV;billion US$2010/yr;;;;;;investments into new vehicle technologies in the transport sector (heavy-duty freight trucks: fuel cell technologies running on hydrogen or another type of fuel);
1392;2;investment;Investment|Infrastructure|Transport;billion US$2010/yr;;;;;;investment into transport infrastructure - both newly constructed and maintenance of existing (all types: roads, bridges, ports, railways, refueling stations and charging infrastructure, etc.). Please specify in the comments section the type of infastructure that is being referred to here.;
1393;2;investment;Investment|Infrastructure|Residential and Commercial|Low-Efficiency Buildings;billion US$2010/yr;;;;;;investment into residential and commercial buildings infrastructure (all types of new buildings that are relatively low in their energy efficiency);
1394;2;investment;Investment|Infrastructure|Residential and Commercial|Medium-Efficiency Buildings;billion US$2010/yr;;;;;;investment into residential and commercial buildings infrastructure (all types of new buildings that are relatively medium-range in their energy efficiency);
1395;2;investment;Investment|Infrastructure|Residential and Commercial|High-Efficiency Buildings;billion US$2010/yr;;;;;;investment into residential and commercial buildings infrastructure (all types of new buildings that are relatively high in their energy efficiency);
1396;2;investment;Investment|Infrastructure|Residential and Commercial|Building Retrofits;billion US$2010/yr;;;;;;investment into residential and commercial buildings infrastructure (all types of existing buildings that have been retrofitted to become more energy efficient);
1397;2;investment;Investment|Infrastructure|Industry|Green;billion US$2010/yr;;;;;;investment into industrial infrastructure (all types of new factories, plants, manufacturing facilities, etc. that are more efficient and utilize clean energy, as well as retrofits of non-green infrastructure to be more efficient and use clean energy);
1398;2;investment;Investment|Infrastructure|Industry|Non-Green;billion US$2010/yr;;;;;;investment into industrial infrastructure (all types of new factories, plants, manufacturing facilities, etc. that are not overly efficient and do not utilize clean energy, as well as retrofits of non-green infrastructure that are neither efficient nor use clean energy);
1399;2;investment;Investment|Infrastructure|Water|Cooling;billion US$2010/yr;;;;;;investment into water-related infrastructure (thermal cooling at energy and industrial facilities);
1400;2;investment;Investment|Infrastructure|Water|Irrigation;billion US$2010/yr;;;;;;investment into water-related infrastructure (conveyance of water via canals, aqueducts, irrigation ditches, pumps, etc.);
1401;2;investment;Investment|Infrastructure|Water|Other;billion US$2010/yr;;;;;;investment into water-related infrastructure (other than for thermal cooling and irrigation);
1402;1;land cover;Land Cover;million ha;Resources|Land Cover;million ha;;;;total land cover;x
1403;1;land cover;Land Cover|Built-up Area;million ha;Resources|Land Cover|+|Urban Area;million ha;;;;total built-up land associated with human settlement;x
1404;1;land cover;Land Cover|Cropland;million ha;Resources|Land Cover|+|Cropland;million ha;;;;total arable land, i.e. land in bioenergy crop, food, and feed/fodder crops, permant crops as well as other arable land (physical area);x
1405;1;land cover;Land Cover|Forest;million ha;Resources|Land Cover|+|Forest;million ha;;;;managed and unmanaged forest area;x
1406;1;land cover;Land Cover|Pasture;million ha;Resources|Land Cover|+|Pastures and Rangelands;million ha;;;;pasture land. All categories of pasture land - not only high quality rangeland. Based on FAO definition of permanent meadows and pastures;x
1407;2;land cover;Land Cover|Cropland|Cereals;million ha;Resources|Land Cover|Cropland|Crops|+|Cereals;million ha;;;;land dedicated to cereal crops: wheat, rice and coarse grains (maize, corn, millet, sorghum, barley, oats, rye);x
1408;2;land cover;Land Cover|Cropland|Energy Crops;million ha;Resources|Land Cover|Cropland|+|Bioenergy crops;million ha;;;;land dedicated to energy crops (e.g., switchgrass, miscanthus, fast-growing wood species);x
1409;2;land cover;Land Cover|Cropland|Energy Crops|Irrigated;million ha;Resources|Land Cover|Cropland|Bioenergy crops|irrigated;million ha;;;;irrigated land dedicated to energy crops (e.g., switchgrass, miscanthus, fast-growing wood species);x
1410;2;land cover;Land Cover|Cropland|Irrigated;million ha;Resources|Land Cover|Cropland|Crops|irrigated;million ha;;;;irrigated arable land, i.e. land in non-forest bioenergy crop, food, and feed/fodder crops, as well as other arable land (cultivated area);x
1410;2;land cover;Land Cover|Cropland|Irrigated;million ha;Resources|Land Cover|Cropland|Forage|irrigated;million ha;;;;irrigated arable land, i.e. land in non-forest bioenergy crop, food, and feed/fodder crops, as well as other arable land (cultivated area);x
1410;2;land cover;Land Cover|Cropland|Irrigated;million ha;Resources|Land Cover|Cropland|Bioenergy crops|irrigated;million ha;;;;irrigated arable land, i.e. land in non-forest bioenergy crop, food, and feed/fodder crops, as well as other arable land (cultivated area);x
1411;2;land cover;Land Cover|Forest|Afforestation and Reforestation;million ha;Resources|Land Cover|Forest|Managed Forest|+|NPI/NDC;million ha;;;;Area for afforestation and reforestation;x
1411;2;land cover;Land Cover|Forest|Afforestation and Reforestation;million ha;Resources|Land Cover|Forest|Managed Forest|+|Afforestation;million ha;;;;Area for afforestation and reforestation;x
1412;2;land cover;Land Cover|Forest|Forestry|Harvested Area;million ha;;;;;;Forest area harvested;
1413;2;land cover;Land Cover|Forest|Managed;million ha;Resources|Land Cover|Forest|Managed Forest|+|Plantations;million ha;;;;"managed forests producing commercial wood supply for timber or energy (note: woody energy crops reported under ""energy crops"")";x
1414;2;land cover;Land Cover|Forest|Natural Forest;million ha;Resources|Land Cover|Forest|Natural Forest|+|Primary Forest;million ha;;;;Undisturbed natural forests and modified natural forests;x
1414;2;land cover;Land Cover|Forest|Natural Forest;million ha;Resources|Land Cover|Forest|Natural Forest|+|Secondary Forest;million ha;;;;Undisturbed natural forests and modified natural forests;x
1415;2;land cover;Land Cover|Other Arable Land;million ha;;;;;;other arable land that is unmanaged (e.g., grassland, savannah, shrubland), excluding unmanaged forests that are arable;
1416;2;land cover;Land Cover|Other Land;million ha;Resources|Land Cover|+|Other Land;million ha;;;;other land cover that does not fit into any other category (please provide a definition of the sources in this category in the 'comments' tab);x
1417;1;policy;Price|Carbon;US$2010/t CO2;Price|Carbon;US$2005/t CO2;1.10774;;;price of carbon (for regional aggregrates the weighted price of carbon by subregion should be used);
1418;1;policy;Price|Carbon|Net|Industry;US$2010/t CO2;;;;;;Net price of carbon applicable at national level for industry sector (= sum of all overlapping regulations);
1419;1 (at least one policy cost metric should be provided);policy;Policy Cost|Additional Total Energy System Cost;billion US$2010/yr;Policy Cost|Additional Total Energy System Cost;billion US$2005/yr;-1.10774;;;additional energy system cost associated with the policy;
1420;1 (at least one policy cost metric should be provided);policy;Policy Cost|Area under MAC Curve;billion US$2010/yr;;;;;;total costs of the policy, i.e. the area under the Marginal Abatement Cost (MAC) curve;
1421;1 (at least one policy cost metric should be provided);policy;Policy Cost|Consumption Loss;billion US$2010/yr;Policy Cost|Consumption + Current Account Loss;billion US$2005/yr;-1.10774;;;consumption loss in a policy scenario compared to the corresponding baseline (losses should be reported as positive numbers);
1422;1 (at least one policy cost metric should be provided);policy;Policy Cost|Equivalent Variation;billion US$2010/yr;;;;;;equivalent variation associated with the given policy;
1423;1 (at least one policy cost metric should be provided);policy;Policy Cost|GDP Loss;billion US$2010/yr;Policy Cost|GDP Loss;billion US$2005/yr;-1.10774;;;GDP loss in a policy scenario compared to the corresponding baseline (losses should be reported as positive numbers);
1424;1 (at least one policy cost metric should be provided);policy;Policy Cost|Other;billion US$2010/yr;;;;;;any other indicator of policy cost (e.g., compensated variation). (please indicate what type of policy cost is measured on the 'comments' tab);
1425;1 (diagnostics);policy (diagnostics);Policy Cost|Default;billion US$2010/yr;;;;;;total costs of the policy in the default metric (consumption losses for GE models, area under MAC curve for PE models if available) to be used for calculation of Cost over Abatement Value (CAV) indicator. Must be identical to the policy costs in one of the reported metrics.;
1426;1;resilience/risk;Direct Risk|Asset Loss;billion US$2010/yr;;;;;;The risk of asset losses expressed in terms of their probability of occurrence and destruction in monetary terms is modelled as a function of hazard (frequency and intensity), the elements exposed to those hazards and their physical sensitivity.;
1427;1;resilience/risk;Fiscal Gap;billion US$2010/yr;;;;;;The potential fiscal gap, is assessed by simulating the risks to assets and fiscal resilience following stochastic disasters of different magnitudes.;
1428;1;resilience/risk;Fiscal Resilience;billion US$2010/yr;;;;;;Fiscal resilience is defined as the access to domestic and external resources for absorbing asset risks (availability for budget diversion, access to domestic and international credit, availablitiy of insurance and other innovative financing instruments).;
1429;1;resilience/risk;Indirect Risk|GDP Growth;%;;;;;;The consequences of a fiscal vulnerability and associated gaps on macroeconomic development of the country are characterized with indicators, such as economic growth or the country's external debt position.;
1430;1;resilience/risk;Indirect Risk|Public Debt;billion US$2010/yr;;;;;;The consequences of a fiscal vulnerability and associated gaps on macroeconomic development of the country are characterized with indicators, such as economic growth or the country's external debt position.;
1431;0;techno-economic;Capital Cost|Electricity|Biomass|w/ CCS;US$2010/kW;Tech|Electricity|Biomass|Gasification Combined Cycle w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new biomass power plant with CCS. If more than one CCS biomass power technology is modelled, modellers should report capital costs for each represented CCS biomass power technology by adding variables Capital Cost|Electricity|Biomass|w/ CCS|2, ... Capital Cost|Electricity|Biomass|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS biomass power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1432;0;techno-economic;Capital Cost|Electricity|Biomass|w/o CCS;US$2010/kW;Tech|Electricity|Biomass|Combined Heat and Power w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new biomass power plant w/o CCS. If more than one biomass power technology is modelled, modellers should report capital costs for each represented biomass power technology by adding variables Capital Cost|Electricity|Biomass|w/o CCS|2, ... Capital Cost|Electricity|Biomass|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which biomass power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1433;0;techno-economic;Capital Cost|Electricity|Coal|w/ CCS;US$2010/kW;Tech|Electricity|Coal|Gasification Combined Cycle w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new coal power plant with CCS. If more than one CCS coal power technology is modelled (e.g. subcritical PC with post-combustion capture, supercritical PC with post-combustion capture, supercritical PC with oxyfuel combustion and capture, IGCC with pre-combustion capture), modellers should report capital costs for each represented CCS coal power technology by adding variables Capital Cost|Electricity|Coal|w/ CCS|2, ... Capital Cost|Electricity|Coal|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS coal power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1434;0;techno-economic;Capital Cost|Electricity|Coal|w/o CCS;US$2010/kW;Tech|Electricity|Coal|Combined Heat and Power w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new coal power plant w/o CCS. If more than one coal power technology is modelled (e.g. subcritical PC, supercritical PC, IGCC), modellers should report capital costs for each represented coal power technology by adding variables Capital Cost|Electricity|Coal|w/o CCS|2, ... Capital Cost|Electricity|Coal|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which coal power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1435;0;techno-economic;Capital Cost|Electricity|Gas|w/ CCS;US$2010/kW;Tech|Electricity|Gas|Combined Cycle w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new gas power plant with CCS. If more than one CCS gas power technology is modelled, modellers should report capital costs for each represented CCS gas power technology by adding variables Capital Cost|Electricity|Gas|w/ CCS|2, ... Capital Cost|Electricity|Gas|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS gas power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1436;0;techno-economic;Capital Cost|Electricity|Gas|w/o CCS;US$2010/kW;Tech|Electricity|Gas|Combined Cycle w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new gas power plant w/o CCS. If more than one gas power technology is modelled, modellers should report capital costs for each represented gas power technology by adding variables Capital Cost|Electricity|Gas|w/o CCS|2, ... Capital Cost|Electricity|Gas|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which gas power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1437;0;techno-economic;Capital Cost|Electricity|Geothermal;US$2010/kW;Tech|Electricity|Geothermal|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new geothermal power plant. If more than one geothermal power technology is modelled, modellers should report capital costs for each represented geothermal power technology by adding variables Capital Cost|Electricity|Geothermal|2, ... Capital Cost|Electricity|Geothermal|N (with N = number of represented technologies). It is modeller's choice which hydropower technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1438;0;techno-economic;Capital Cost|Electricity|Hydro;US$2010/kW;Tech|Electricity|Hydro|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new hydropower plant. If more than one hydropower technology is modelled, modellers should report capital costs for each represented hydropower technology by adding variables Capital Cost|Electricity|Hydro|2, ... Capital Cost|Electricity|Hydro|N (with N = number of represented technologies). It is modeller's choice which hydropower technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1439;0;techno-economic;Capital Cost|Electricity|Nuclear;US$2010/kW;Tech|Electricity|Nuclear|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new nuclear power plants. If more than one nuclear power plant technology is modelled (e.g., Gen II, III, IV, LWR, thermal reactors with other moderator materials, fast breeders), modellers should report capital costs for each represented nuclear power technology by adding variables Capital Cost|Electricity|Nuclear|2, ... Capital|Cost|Electricity|Nuclear|N (with N = number of represented nuclear power technologies). It is modeller's choice which nuclear power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1440;0;techno-economic;Capital Cost|Electricity|Solar|CSP;US$2010/kW;Tech|Electricity|Solar|CSP|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new concentrated solar power plant. If more than one CSP technology is modelled (e.g., parabolic trough, solar power tower), modellers should report capital costs for each represented CSP technology by adding variables Capital Cost|Electricity|Solar|CSP|2, ... Capital|Cost|Electricity|Solar|CSP|N (with N = number of represented CSP technologies). It is modeller's choice which CSP technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1441;0;techno-economic;Capital Cost|Electricity|Solar|PV;US$2010/kW;Tech|Electricity|Solar|PV|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new solar PV units. If more than one PV technology is modelled (e.g., centralized PV plant, distributed (rooftop) PV, crystalline SI PV, thin-film PV), modellers should report capital costs for each represented PV technology by adding variables Capital Cost|Electricity|Solar|PV|2, ... Capital|Cost|Electricity|Solar|PV|N (with N = number of represented PV technologies). It is modeller's choice which PV technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1442;0;techno-economic;Capital Cost|Electricity|Wind|Offshore;US$2010/kW;Tech|Electricity|Wind|Offshore|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new offshore wind power plants. This variable should only be filled, if wind power is separated into onshore and offshore. If more than one offshore wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report capital costs for each represented wind power technology by adding variables Capital Cost|Electricity|Wind|Offshore|2, ... Capital|Cost|Electricity|Wind|Offshore|N (with N = number of represented offshore wind power technologies). It is modeller's choice which offshore wind power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1443;0;techno-economic;Capital Cost|Electricity|Wind|Onshore;US$2010/kW;Tech|Electricity|Wind|Onshore|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new onshore wind power plants. This variable should only be filled, if wind power is separated into onshore and offshore. If more than one onshore wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report capital costs for each represented wind power technology by adding variables Capital Cost|Electricity|Wind|Onshore|2, ... Capital|Cost|Electricity|Wind|Onshore|N (with N = number of represented onshore wind power technologies). It is modeller's choice which onshore wind power technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1444;0;techno-economic;Capital Cost|Gases|Biomass|w/ CCS;US$2010/kW;;;;;;Capital cost of a new biomass to gas plant with CCS. If more than one CCS biomass to gas technology is modelled, modellers should report capital costs for each represented CCS biomass to  gas technology by adding variables Capital Cost|Gases|Biomass|w/ CCS|2, ... Capital Cost|Gases|Biomass|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS biomass to gas technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1445;0;techno-economic;Capital Cost|Gases|Biomass|w/o CCS;US$2010/kW;Tech|Gases|Biomass|w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new biomass to gas plant w/o CCS. If more than one biomass to gas technology is modelled, modellers should report capital costs for each represented biomass to gas technology by adding variables Capital Cost|Gases|Biomass|w/o CCS|2, ... Capital Cost|Gases|Biomass|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which biomass to gas technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1446;0;techno-economic;Capital Cost|Gases|Coal|w/ CCS;US$2010/kW;;;;;;Capital cost of a new coal to gas plant with CCS. If more than one CCS coal to gas technology is modelled, modellers should report capital costs for each represented CCS coal to  gas technology by adding variables Capital Cost|Gases|Coal|w/ CCS|2, ... Capital Cost|Gases|Coal|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS coal to gas technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1447;0;techno-economic;Capital Cost|Gases|Coal|w/o CCS;US$2010/kW;Tech|Gases|Fossil|Coal|w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new coal to gas plant w/o CCS. If more than one coal to gas technology is modelled, modellers should report capital costs for each represented coal to gas technology by adding variables Capital Cost|Gases|Coal|w/o CCS|2, ... Capital Cost|Gases|Coal|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which coal to gas technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1448;0;techno-economic;Capital Cost|Hydrogen|Biomass|w/ CCS;US$2010/kW;Tech|Hydrogen|Biomass|w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new biomass to hydrogen plant with CCS. If more than one CCS biomass to hydrogen technology is modelled, modellers should report capital costs for each represented CCS biomass to hydrogen technology by adding variables Capital Cost|Hydrogen|Biomass|w/ CCS|2, ... Capital Cost|Hydrogen|Biomass|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS biomass to hydrogen technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1449;0;techno-economic;Capital Cost|Hydrogen|Biomass|w/o CCS;US$2010/kW;Tech|Hydrogen|Biomass|w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new biomass to hydrogen plant w/o CCS. If more than one biomass to hydrogen technology is modelled, modellers should report capital costs for each represented biomass to hydrogen technology by adding variables Capital Cost|Hydrogen|Biomass|w/o CCS|2, ... Capital Cost|Hydrogen|Biomass|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which biomass to hydrogen technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1450;0;techno-economic;Capital Cost|Hydrogen|Coal|w/ CCS;US$2010/kW;Tech|Hydrogen|Coal|w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new coal to hydrogen plant with CCS. If more than one CCS coal to hydrogen technology is modelled, modellers should report capital costs for each represented CCS coal to hydrogen technology by adding variables Capital Cost|Hydrogen|Coal|w/ CCS|2, ... Capital Cost|Hydrogen|Coal|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS coal to hydrogen technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1451;0;techno-economic;Capital Cost|Hydrogen|Coal|w/o CCS;US$2010/kW;Tech|Hydrogen|Coal|w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new coal to hydrogen plant w/o CCS. If more than one coal to hydrogen technology is modelled, modellers should report capital costs for each represented coal to hydrogen technology by adding variables Capital Cost|Hydrogen|Coal|w/o CCS|2, ... Capital Cost|Hydrogen|Coal|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which coal to hydrogen technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1452;0;techno-economic;Capital Cost|Hydrogen|Electricity;US$2010/kW;Tech|Hydrogen|Electricity|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new hydrogen-by-electrolysis plant. If more than hydrogen-by-electrolysis technology is modelled, modellers should report capital costs for each represented hydrogen-by-electrolysis technology by adding variables Capital Cost|Hydrogen|Electricity|2, ... Capital Cost|Hydrogen|Electricity|N (with N = number of represented technologies). It is modeller's choice which hydrogen-by-electrolysis technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1453;0;techno-economic;Capital Cost|Hydrogen|Gas|w/ CCS;US$2010/kW;Tech|Hydrogen|Gas|w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new gas to hydrogen plant with CCS. If more than one CCS gas to hydrogen technology is modelled, modellers should report capital costs for each represented CCS gas to hydrogen technology by adding variables Capital Cost|Hydrogen|Gas|w/ CCS|2, ... Capital Cost|Hydrogen|Gas|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS gas to hydrogen technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1454;0;techno-economic;Capital Cost|Hydrogen|Gas|w/o CCS;US$2010/kW;Tech|Hydrogen|Gas|w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new gas to hydrogen plant w/o CCS. If more than one gas to hydrogen technology is modelled, modellers should report capital costs for each represented gas to hydrogen technology by adding variables Capital Cost|Hydrogen|Gas|w/o CCS|2, ... Capital Cost|Hydrogen|Gas|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which gas to hydrogen technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1455;0;techno-economic;Capital Cost|Liquids|Biomass|w/ CCS;US$2010/kW;Tech|Liquids|Biomass|BioFTR|w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new biomass to liquids plant with CCS. If more than one CCS BTL technology is modelled, modellers should report capital costs for each represented CCS BTL technology by adding variables Capital Cost|Liquids|Biomass|w/ CCS|2, ... Capital Cost|Liquids|Biomass|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS BTL technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1456;0;techno-economic;Capital Cost|Liquids|Biomass|w/o CCS;US$2010/kW;Tech|Liquids|Biomass|Biodiesel|w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new biomass to liquids plant w/o CCS. If more than one BTL technology is modelled, modellers should report capital costs for each represented BTL technology by adding variables Capital Cost|Liquids|Biomass|w/o CCS|2, ... Capital Cost|Liquids|Biomass|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which BTL technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1457;0;techno-economic;Capital Cost|Liquids|Coal|w/ CCS;US$2010/kW;Tech|Liquids|Fossil|Coal|w/ CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new coal to liquids plant with CCS. If more than one CCS CTL technology is modelled, modellers should report capital costs for each represented CCS CTL technology by adding variables Capital Cost|Liquids|Coal|w/ CCS|2, ... Capital Cost|Liquids|Coal|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS CTL technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1458;0;techno-economic;Capital Cost|Liquids|Coal|w/o CCS;US$2010/kW;Tech|Liquids|Fossil|Coal|w/o CC|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new coal to liquids plant w/o CCS. If more than one CTL technology is modelled, modellers should report capital costs for each represented CTL technology by adding variables Capital Cost|Liquids|Coal|w/o CCS|2, ... Capital Cost|Liquids|Coal|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which CTL technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1459;0;techno-economic;Capital Cost|Liquids|Gas|w/ CCS;US$2010/kW;;;;;;Capital cost of a new gas to liquids plant with CCS. If more than one CCS GTL technology is modelled, modellers should report capital costs for each represented CCS GTL technology by adding variables Capital Cost|Liquids|Gas|w/ CCS|2, ... Capital Cost|Liquids|Gas|w/ CCS|N (with N = number of represented technologies). It is modeller's choice which CCS GTL technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1460;0;techno-economic;Capital Cost|Liquids|Gas|w/o CCS;US$2010/kW;;;;;;Capital cost of a new gas to liquids plant w/o CCS. If more than one GTL technology is modelled, modellers should report capital costs for each represented GTL technology by adding variables Capital Cost|Liquids|Gas|w/o CCS|2, ... Capital Cost|Liquids|Gas|w/o CCS|N (with N = number of represented technologies). It is modeller's choice which GTL technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1461;0;techno-economic;Capital Cost|Liquids|Oil;US$2010/kW;Tech|Liquids|Fossil|Oil|Capital Costs;US$2005/kW;1.10774;;;Capital cost of a new oil refining plant. If more than one refinery technology is modelled, modellers should report capital costs for each represented refinery technology by adding variables Capital Cost|Liquids|Oil|2, ... Capital Cost|Liquids|Oil|N (with N = number of represented technologies). It is modeller's choice which refinery technologies to assign to type 1 (assigned to the variable without number suffix),2,...,N. The assignment should be documented in the comments sheet.;
1462;0;techno-economic;Efficiency|Electricity|Biomass|w/ CCS;%;Tech|Electricity|Biomass|Gasification Combined Cycle w/ CC|Efficiency;%;;;;Conversion efficiency (electricity produced per unit of primary energy input) of a new biomass power plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity| Biomass|w/ CCS|2, ... Efficiency|Electricity|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1463;0;techno-economic;Efficiency|Electricity|Biomass|w/o CCS;%;Tech|Electricity|Biomass|Combined Heat and Power w/o CC|Efficiency;%;;;;Conversion efficiency (electricity produced per unit of primary energy input) of a new biomass power plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Biomass|w/o CCS|2, ... Efficiency|Electricity|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1464;0;techno-economic;Efficiency|Electricity|Coal|w/ CCS;%;Tech|Electricity|Coal|Pulverised Coal w/ CC|Efficiency;%;;;;Conversion efficiency (electricity produced per unit of primary energy input) of a new coal power plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Coal|w/ CCS|2, ... Efficiency|Electricity|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1465;0;techno-economic;Efficiency|Electricity|Coal|w/o CCS;%;Tech|Electricity|Coal|Pulverised Coal w/o CC|Efficiency;%;;;;Conversion efficiency (electricity produced per unit of primary energy input) of a new coal power plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Coal|w/o CCS|2, ... Efficiency|Electricity|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1466;0;techno-economic;Efficiency|Electricity|Gas|w/ CCS;%;Tech|Electricity|Gas|Combined Cycle w/ CC|Efficiency;%;;;;Conversion efficiency (electricity produced per unit of primary energy input) of a new gas power plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Gas|w/ CCS|2, ... Efficiency|Electricity|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1467;0;techno-economic;Efficiency|Electricity|Gas|w/o CCS;%;Tech|Electricity|Gas|Combined Heat and Power w/o CC|Efficiency;%;;;;Conversion efficiency (electricity produced per unit of primary energy input) of a new gas power plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Electricity|Gas|w/o CCS|2, ... Efficiency|Electricity|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1468;0;techno-economic;Efficiency|Gases|Biomass|w/ CCS;%;;;;;;Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new biomass to gas plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Gases|Biomass|w/ CCS|2, ... Efficiency|Gases|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1469;0;techno-economic;Efficiency|Gases|Biomass|w/o CCS;%;Tech|Gases|Biomass|w/o CC|Efficiency;%;;;;Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new coal to gas plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1470;0;techno-economic;Efficiency|Gases|Coal|w/ CCS;%;;;;;;Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new coal to gas plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/ CCS|2, ... Efficiency|Gases|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1471;0;techno-economic;Efficiency|Gases|Coal|w/o CCS;%;Tech|Gases|Fossil|Coal|w/o CC|Efficiency;%;;;;Conversion efficiency (energy content of gases produced per unit of primary energy input) of a new coal to gas plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Gases|Coal|w/o CCS|2, ... Efficiency|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1472;0;techno-economic;Efficiency|Hydrogen|Biomass|w/ CCS;%;Tech|Hydrogen|Biomass|w/ CC|Efficiency;%;;;;Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new biomass to hydrogen plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/ CCS|2, ... Efficiency|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1473;0;techno-economic;Efficiency|Hydrogen|Biomass|w/o CCS;%;Tech|Hydrogen|Biomass|w/o CC|Efficiency;%;;;;Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new biomass to hydrogen plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Biomass|w/o CCS|2, ... Efficiency|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1474;0;techno-economic;Efficiency|Hydrogen|Coal|w/ CCS;%;Tech|Hydrogen|Coal|w/ CC|Efficiency;%;;;;Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new coal to hydrogen plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/ CCS|2, ... Efficiency|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1475;0;techno-economic;Efficiency|Hydrogen|Coal|w/o CCS;%;Tech|Hydrogen|Coal|w/o CC|Efficiency;%;;;;Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new coal to hydrogen plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Coal|w/o CCS|2, ... Efficiency|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1476;0;techno-economic;Efficiency|Hydrogen|Electricity;%;Tech|Hydrogen|Electricity|Efficiency;%;;;;Conversion efficiency (energy content of hydrogen produced per unit of electricity input) of a new hydrogen-by-electrolysis plant. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Electricity|2, ... Efficiency|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1477;0;techno-economic;Efficiency|Hydrogen|Gas|w/ CCS;%;Tech|Hydrogen|Gas|w/ CC|Efficiency;%;;;;Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new gas to hydrogen plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/ CCS|2, ... Efficiency|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1478;0;techno-economic;Efficiency|Hydrogen|Gas|w/o CCS;%;Tech|Hydrogen|Gas|w/o CC|Efficiency;%;;;;Conversion efficiency (energy content of hydrogen produced per unit of primary energy input) of a new gas to hydrogen plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Hydrogen|Gas|w/o CCS|2, ... Efficiency|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1479;0;techno-economic;Efficiency|Liquids|Biomass|w/ CCS;%;Tech|Liquids|Biomass|BioFTR|w/ CC|Efficiency;%;;;;Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new biomass to liquids plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/ CCS|2, ... Efficiency|Liquids|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1480;0;techno-economic;Efficiency|Liquids|Biomass|w/o CCS;%;Tech|Liquids|Biomass|BioFTR|w/o CC|Efficiency;%;;;;Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new biomass to liquids plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Biomass|w/o CCS|2, ... Efficiency|Liquids|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1481;0;techno-economic;Efficiency|Liquids|Coal|w/ CCS;%;Tech|Liquids|Fossil|Coal|w/ CC|Efficiency;%;;;;Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new coal to liquids plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/ CCS|2, ... Efficiency|Liquids|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1482;0;techno-economic;Efficiency|Liquids|Coal|w/o CCS;%;Tech|Liquids|Fossil|Coal|w/o CC|Efficiency;%;;;;Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new coal to liquids plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Coal|w/o CCS|2, ... Efficiency|Liquids|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1483;0;techno-economic;Efficiency|Liquids|Gas|w/ CCS;%;;;;;;Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new gas to liquids plant with CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/ CCS|2, ... Efficiency|Liquids|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1484;0;techno-economic;Efficiency|Liquids|Gas|w/o CCS;%;;;;;;Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new gas to liquids plant w/o CCS. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Gas|w/o CCS|2, ... Efficiency|Liquids|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1485;0;techno-economic;Efficiency|Liquids|Oil;%;Tech|Liquids|Fossil|Oil|Efficiency;%;;;;Conversion efficiency (energy content of liquids produced per unit of primary energy input) of a new oil refining plant. The efficiency should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report efficiency for the additional plant types by adding variables Efficiency|Liquids|Oil|2, ... Efficiency|Electricity|Oil|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1486;0;techno-economic;Lifetime|Electricity|Biomass|w/ CCS;years;Tech|Electricity|Biomass|Gasification Combined Cycle w/ CC|Lifetime;years;;;;Lifetime of a new biomass power plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/ CCS|2, ... Lifetime|Electricity|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1487;0;techno-economic;Lifetime|Electricity|Biomass|w/o CCS;years;Tech|Electricity|Biomass|Combined Heat and Power w/o CC|Lifetime;years;;;;Lifetime of a new biomass power plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Biomass|w/o CCS|2, ... Lifetime|Electricity|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1488;0;techno-economic;Lifetime|Electricity|Coal|w/ CCS;years;Tech|Electricity|Coal|Gasification Combined Cycle w/ CC|Lifetime;years;;;;Lifetime of a new coal power plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/ CCS|2, ... Lifetime|Electricity|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1489;0;techno-economic;Lifetime|Electricity|Coal|w/o CCS;years;Tech|Electricity|Coal|Pulverised Coal w/o CC|Lifetime;years;;;;Lifetime of a new coal power plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Coal|w/o CCS|2, ... Lifetime|Electricity|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1490;0;techno-economic;Lifetime|Electricity|Gas|w/ CCS;years;Tech|Electricity|Gas|Combined Cycle w/ CC|Lifetime;years;;;;Lifetime of a new gas power plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/ CCS|2, ... Lifetime|Electricity|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1491;0;techno-economic;Lifetime|Electricity|Gas|w/o CCS;years;Tech|Electricity|Gas|Combined Heat and Power w/o CC|Lifetime;years;;;;Lifetime of a new gas power plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Gas|w/o CCS|2, ... Lifetime|Electricity|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1492;0;techno-economic;Lifetime|Electricity|Hydro;years;Tech|Electricity|Hydro|Lifetime;years;;;;Lifetime of a new hydropower plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Hydro|2, ... Lifetime|Electricity|Hydro|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1493;0;techno-economic;Lifetime|Electricity|Nuclear;years;Tech|Electricity|Nuclear|Lifetime;years;;;;Lifetime of a new nuclear power plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Nuclear|2, ... Lifetime|Electricity|Nuclear|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1494;0;techno-economic;Lifetime|Electricity|Geothermal;years;Tech|Electricity|Geothermal|Lifetime;years;;;;Lifetime of a new geothermal power plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Geothermal|2, ... Lifetime|Electricity|Geothermal|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1495;0;techno-economic;Lifetime|Electricity|Solar|CSP;years;Tech|Electricity|Solar|CSP|Lifetime;years;;;;Lifetime of a new concentrated solar power plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|CSP|2, ... Lifetime|Electricity|Solar|CSP|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1496;0;techno-economic;Lifetime|Electricity|Solar|PV;years;Tech|Electricity|Solar|PV|Lifetime;years;;;;Lifetime of a new PV unit. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Solar|PV|2, ... Lifetime|Electricity|Solar|PV|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1497;0;techno-economic;Lifetime|Electricity|Wind;years;Tech|Electricity|Wind|Offshore|Lifetime;years;;;;Lifetime of a new wind power plant (report only if wind power is not separated in onshore and offshore). Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|2, ... Lifetime|Electricity|Wind|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1498;0;techno-economic;Lifetime|Electricity|Wind|Offshore;years;Tech|Electricity|Wind|Offshore|Lifetime;years;;;;Lifetime of a new offshore wind power plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Offshore|2, ... Lifetime|Electricity|Wind|Offshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1499;0;techno-economic;Lifetime|Electricity|Wind|Onshore;years;Tech|Electricity|Wind|Onshore|Lifetime;years;;;;Lifetime of a new onshore wind power plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Electricity|Wind|Onshore|2, ... Lifetime|Electricity|Wind|Onshore|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1500;0;techno-economic;Lifetime|Gases|Biomass|w/ CCS;years;;;;;;Lifetime of a new biomass to gas plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/ CCS|2, ... Lifetime|Gases|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1501;0;techno-economic;Lifetime|Gases|Biomass|w/o CCS;years;Tech|Gases|Biomass|w/o CC|Lifetime;years;;;;Lifetime of a new biomass to gas plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Gases|Biomass|w/o CCS|2, ... Lifetime|Gases|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1502;0;techno-economic;Lifetime|Gases|Coal|w/ CCS;years;;;;;;Lifetime of a new coal to gas plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/ CCS|2, ... Lifetime|Gases|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1503;0;techno-economic;Lifetime|Gases|Coal|w/o CCS;years;Tech|Gases|Fossil|Coal|w/o CC|Lifetime;years;;;;Lifetime of a new coal to gas plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Gases|Coal|w/o CCS|2, ... Lifetime|Gases|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1504;0;techno-economic;Lifetime|Hydrogen|Biomass|w/ CCS;years;Tech|Hydrogen|Biomass|w/ CC|Lifetime;years;;;;Lifetime of a new biomass to hydrogen plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/ CCS|2, ... Lifetime|Hydrogen|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1505;0;techno-economic;Lifetime|Hydrogen|Biomass|w/o CCS;years;Tech|Hydrogen|Biomass|w/o CC|Lifetime;years;;;;Lifetime of a new biomass to hydrogen plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Biomass|w/o CCS|2, ... Lifetime|Hydrogen|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1506;0;techno-economic;Lifetime|Hydrogen|Coal|w/ CCS;years;Tech|Hydrogen|Coal|w/ CC|Lifetime;years;;;;Lifetime of a new coal to hydrogen plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/ CCS|2, ... Lifetime|Hydrogen|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1507;0;techno-economic;Lifetime|Hydrogen|Coal|w/o CCS;years;Tech|Hydrogen|Coal|w/o CC|Lifetime;years;;;;Lifetime of a new coal to hydrogen plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Coal|w/o CCS|2, ... Lifetime|Hydrogen|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1508;0;techno-economic;Lifetime|Hydrogen|Electricity;years;Tech|Hydrogen|Electricity|Lifetime;years;;;;Lifetime of a new hydrogen-by-electrolysis plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Electricity|w/ CCS|2, ... Lifetime|Hydrogen|Electricity|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1509;0;techno-economic;Lifetime|Hydrogen|Gas|w/ CCS;years;Tech|Hydrogen|Gas|w/ CC|Lifetime;years;;;;Lifetime of a new gas to hydrogen plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/ CCS|2, ... Lifetime|Hydrogen|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1510;0;techno-economic;Lifetime|Hydrogen|Gas|w/o CCS;years;Tech|Hydrogen|Gas|w/o CC|Lifetime;years;;;;Lifetime of a new gas to hydrogen plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Hydrogen|Gas|w/o CCS|2, ... Lifetime|Hydrogen|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1511;0;techno-economic;Lifetime|Liquids|Biomass|w/ CCS;years;Tech|Liquids|Biomass|BioFTR|w/ CC|Lifetime;years;;;;Lifetime of a new biomass to liquids plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/ CCS|2, ... Lifetime|Liquids|Biomass|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1512;0;techno-economic;Lifetime|Liquids|Biomass|w/o CCS;years;Tech|Liquids|Biomass|BioFTR|w/o CC|Lifetime;years;;;;Lifetime of a new biomass to liquids plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Biomass|w/o CCS|2, ... Lifetime|Liquids|Biomass|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1513;0;techno-economic;Lifetime|Liquids|Coal|w/ CCS;years;Tech|Liquids|Fossil|Coal|w/ CC|Lifetime;years;;;;Lifetime of a new coal to liquids plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/ CCS|2, ... Lifetime|Liquids|Coal|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1514;0;techno-economic;Lifetime|Liquids|Coal|w/o CCS;years;Tech|Liquids|Fossil|Coal|w/o CC|Lifetime;years;;;;Lifetime of a new coal to liquids plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Coal|w/o CCS|2, ... Lifetime|Liquids|Coal|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1515;0;techno-economic;Lifetime|Liquids|Gas|w/ CCS;years;;;;;;Lifetime of a new gas to liquids plant with CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/ CCS|2, ... Lifetime|Liquids|Gas|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1516;0;techno-economic;Lifetime|Liquids|Gas|w/o CCS;years;;;;;;Lifetime of a new gas to liquids plant w/o CCS. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Gas|w/o CCS|2, ... Lifetime|Liquids|Gas|w/o CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1517;0;techno-economic;Lifetime|Liquids|Oil;years;Tech|Liquids|Fossil|Oil|Lifetime;years;;;;Lifetime of a new oil refining plant. Lifetime should be calculated by summing all vintages of a  capacity unit (e.g. (1+1+0.9+0.7+0.5) * 10 years = 41 years) or by the e-folding time for exponential capacity depreciation.  The lifetime should refer to the plant type(s) for which capital costs have been reported. If capital cost for more than one plant type has been reported, modellers should report lifetime for the additional plant types by adding variables Lifetime|Liquids|Oil|w/ CCS|2, ... Lifetime|Liquids|Oil|w/ CCS|N (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1518;0;techno-economic;OM Cost|Fixed|Electricity|Biomass|w/ CCS;US$2010/kW/yr;Tech|Electricity|Biomass|Gasification Combined Cycle w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new biomass power plant with CCS. If more than one CCS biomass power technology is modelled, modellers should report fixed O&M costs  for each represented CCS biomass power technology by adding variables OM Cost|Fixed|Electricity|Biomass|w/ CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1519;0;techno-economic;OM Cost|Fixed|Electricity|Biomass|w/o CCS;US$2010/kW/yr;Tech|Electricity|Biomass|Combined Heat and Power w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new biomass power plant w/o CCS. If more than one biomass power technology is modelled, modellers should report fixed O&M costs  for each represented biomass power technology by adding variables OM Cost|Fixed|Electricity|Biomass|w/o CCS|2, ... OM Cost|Fixed|Electricity|Biomass|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1520;0;techno-economic;OM Cost|Fixed|Electricity|Coal|w/ CCS;US$2010/kW/yr;Tech|Electricity|Coal|Gasification Combined Cycle w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new coal power plant with CCS. If more than one CCS coal power technology is modelled (e.g. subcritical PC with post-combustion capture, supercritical PC with post-combustion capture, supercritical PC with oxyfuel combustion and capture, IGCC with pre-combustion capture), modellers should report fixed O&M costs  for each represented CCS coal power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/ CCS|2, ... OM Cost|Fixed|Electricity|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1521;0;techno-economic;OM Cost|Fixed|Electricity|Coal|w/o CCS;US$2010/kW/yr;Tech|Electricity|Coal|Pulverised Coal w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new coal power plant w/o CCS. If more than one coal power technology is modelled (e.g. subcritical PC, supercritical PC, IGCC), modellers should report fixed O&M costs  for each represented coal power technology by adding variables OM Cost|Fixed|Electricity|Coal|w/o CCS|2, ... OM Cost|Fixed|Electricity|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1522;0;techno-economic;OM Cost|Fixed|Electricity|Gas|w/ CCS;US$2010/kW/yr;Tech|Electricity|Gas|Combined Cycle w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new gas power plant with CCS. If more than one CCS gas power technology is modelled, modellers should report fixed O&M costs  for each represented CCS gas power technology by adding variables OM Cost|Fixed|Electricity|Gas|w/ CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1523;0;techno-economic;OM Cost|Fixed|Electricity|Gas|w/o CCS;US$2010/kW/yr;Tech|Electricity|Gas|Combined Heat and Power w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new gas power plant w/o CCS. If more than one gas power technology is modelled, modellers should report fixed O&M costs  for each represented gas power technology by adding variables OM Cost|Fixed|Electricity|Gas|w/o CCS|2, ... OM Cost|Fixed|Electricity|Gas|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1524;0;techno-economic;OM Cost|Fixed|Electricity|Hydro;US$2010/kW/yr;Tech|Electricity|Hydro|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new hydropower plant. If more than one hydropower technology is modelled, modellers should report fixed O&M costs  for each represented hydropower technology by adding variables OM Cost|Fixed|Electricity|Hydro|2, ... OM Cost|Fixed|Electricity|Hydro|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1525;0;techno-economic;OM Cost|Fixed|Electricity|Nuclear;US$2010/kW/yr;Tech|Electricity|Nuclear|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new nuclear power plants. If more than one nuclear power plant technology is modelled (e.g., Gen II, III, IV, LWR, thermal reactors with other moderator materials, fast breeders), modellers should report fixed O&M costs  for each represented nuclear power technology by adding variables OM Cost|Fixed|Electricity|Nuclear|2, ... Capital|Cost|Electricity|Nuclear|N (with N = number of represented nuclear power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1526;0;techno-economic;OM Cost|Fixed|Electricity|Geothermal;US$2010/kW/yr;Tech|Electricity|Geothermal|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new geothermal power plants. If more than one geothermal power plant technology is modelled (e.g., hydrothermal, hard dry rock), modellers should report fixed O&M costs  for each represented geothermal power technology by adding variables OM Cost|Fixed|Electricity|Geothermal|2, ... Capital|Cost|Electricity|Geothermal|N (with N = number of represented geothermal power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1527;0;techno-economic;OM Cost|Fixed|Electricity|Solar|CSP;US$2010/kW/yr;Tech|Electricity|Solar|PV|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new concentrated solar power plant. If more than one CSP technology is modelled (e.g., parabolic trough, solar power tower), modellers should report fixed O&M costs  for each represented CSP technology by adding variables OM Cost|Fixed|Electricity|Solar|CSP|2, ... Capital|Cost|Electricity|Solar|CSP|N (with N = number of represented CSP technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1528;0;techno-economic;OM Cost|Fixed|Electricity|Solar|PV;US$2010/kW/yr;Tech|Electricity|Solar|CSP|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new solar PV units. If more than one PV technology is modelled (e.g., centralized PV plant, distributed (rooftop) PV, crystalline SI PV, thin-film PV), modellers should report fixed O&M costs  for each represented PV technology by adding variables OM Cost|Fixed|Electricity|Solar|PV|2, ... Capital|Cost|Electricity|Solar|PV|N (with N = number of represented PV technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1529;0;techno-economic;OM Cost|Fixed|Electricity|Wind;US$2010/kW/yr;Tech|Electricity|Wind|Offshore|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new wind power plants. This variable should only be filled, if wind power is not separated into onshore and offshore. If more than one wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report fixed O&M costs  for each represented wind power technology by adding variables OM Cost|Fixed|Electricity|Wind|2, ... Capital|Cost|Electricity|Wind|N (with N = number of represented wind power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1529;0;techno-economic;OM Cost|Fixed|Electricity|Wind;US$2010/kW/yr;Tech|Electricity|Wind|Onshore|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new wind power plants. This variable should only be filled, if wind power is not separated into onshore and offshore. If more than one wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report fixed O&M costs  for each represented wind power technology by adding variables OM Cost|Fixed|Electricity|Wind|2, ... Capital|Cost|Electricity|Wind|N (with N = number of represented wind power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1530;0;techno-economic;OM Cost|Fixed|Electricity|Wind|Offshore;US$2010/kW/yr;Tech|Electricity|Wind|Offshore|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new offshore wind power plants. This variable should only be filled, if wind power is separated into onshore and offshore. If more than one offshore wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report fixed O&M costs  for each represented wind power technology by adding variables OM Cost|Fixed|Electricity|Wind|Offshore|2, ... Capital|Cost|Electricity|Wind|Offshore|N (with N = number of represented offshore wind power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1531;0;techno-economic;OM Cost|Fixed|Electricity|Wind|Onshore;US$2010/kW/yr;Tech|Electricity|Wind|Onshore|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new onshore wind power plants. This variable should only be filled, if wind power is separated into onshore and offshore. If more than one onshore wind power technology is modelled (e.g., wind power units with different hub height and capacity), modellers should report fixed O&M costs  for each represented wind power technology by adding variables OM Cost|Fixed|Electricity|Wind|Onshore|2, ... Capital|Cost|Electricity|Wind|Onshore|N (with N = number of represented onshore wind power technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1532;0;techno-economic;OM Cost|Fixed|Gases|Biomass|w/ CCS;US$2010/kW/yr;;;;;;Annual fixed operation & maintainance cost of a new biomass to gas plant with CCS. If more than one CCS biomass to gas technology is modelled, modellers should report fixed O&M costs  for each represented CCS biomass to  gas technology by adding variables OM Cost|Fixed|Gases|Biomass|w/ CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/ CCS|N (with N = number of represented technologies). (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1533;0;techno-economic;OM Cost|Fixed|Gases|Biomass|w/o CCS;US$2010/kW/yr;Tech|Gases|Biomass|w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new biomass to gas plant w/o CCS. If more than one biomass to gas technology is modelled, modellers should report fixed O&M costs  for each represented biomass to gas technology by adding variables OM Cost|Fixed|Gases|Biomass|w/o CCS|2, ... OM Cost|Fixed|Gases|Biomass|w/o CCS|N (with N = number of represented technologies). (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1534;0;techno-economic;OM Cost|Fixed|Gases|Coal|w/ CCS;US$2010/kW/yr;;;;;;Annual fixed operation & maintainance cost of a new coal to gas plant with CCS. If more than one CCS coal to gas technology is modelled, modellers should report fixed O&M costs  for each represented CCS coal to  gas technology by adding variables OM Cost|Fixed|Gases|Coal|w/ CCS|2, ... OM Cost|Fixed|Gases|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1535;0;techno-economic;OM Cost|Fixed|Gases|Coal|w/o CCS;US$2010/kW/yr;Tech|Gases|Fossil|Coal|w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new coal to gas plant w/o CCS. If more than one coal to gas technology is modelled, modellers should report fixed O&M costs  for each represented coal to gas technology by adding variables OM Cost|Fixed|Gases|Coal|w/o CCS|2, ... OM Cost|Fixed|Gases|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1536;0;techno-economic;OM Cost|Fixed|Hydrogen|Biomass|w/ CCS;US$2010/kW/yr;Tech|Hydrogen|Biomass|w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new biomass to hydrogen plant with CCS. If more than one CCS biomass to hydrogen technology is modelled, modellers should report fixed O&M costs  for each represented CCS biomass to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Biomass|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1537;0;techno-economic;OM Cost|Fixed|Hydrogen|Biomass|w/o CCS;US$2010/kW/yr;Tech|Hydrogen|Biomass|w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new biomass to hydrogen plant w/o CCS. If more than one biomass to hydrogen technology is modelled, modellers should report fixed O&M costs  for each represented biomass to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Biomass|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1538;0;techno-economic;OM Cost|Fixed|Hydrogen|Coal|w/ CCS;US$2010/kW/yr;Tech|Hydrogen|Coal|w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new coal to hydrogen plant with CCS. If more than one CCS coal to hydrogen technology is modelled, modellers should report fixed O&M costs  for each represented CCS coal to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Coal|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1539;0;techno-economic;OM Cost|Fixed|Hydrogen|Coal|w/o CCS;US$2010/kW/yr;Tech|Hydrogen|Coal|w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new coal to hydrogen plant w/o CCS. If more than one coal to hydrogen technology is modelled, modellers should report fixed O&M costs  for each represented coal to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Coal|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1540;0;techno-economic;OM Cost|Fixed|Hydrogen|Electricity;US$2010/kW/yr;Tech|Hydrogen|Electricity|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new hydrogen-by-electrolysis plant. If more than hydrogen-by-electrolysis technology is modelled, modellers should report fixed O&M costs  for each represented hydrogen-by-electrolysis technology by adding variables OM Cost|Fixed|Hydrogen|Electricity|2, ... OM Cost|Fixed|Hydrogen|Electricity|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1541;0;techno-economic;OM Cost|Fixed|Hydrogen|Gas|w/ CCS;US$2010/kW/yr;Tech|Hydrogen|Gas|w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new gas to hydrogen plant with CCS. If more than one CCS gas to hydrogen technology is modelled, modellers should report fixed O&M costs  for each represented CCS gas to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Gas|w/ CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1542;0;techno-economic;OM Cost|Fixed|Hydrogen|Gas|w/o CCS;US$2010/kW/yr;Tech|Hydrogen|Gas|w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new gas to hydrogen plant w/o CCS. If more than one gas to hydrogen technology is modelled, modellers should report fixed O&M costs  for each represented gas to hydrogen technology by adding variables OM Cost|Fixed|Hydrogen|Gas|w/o CCS|2, ... OM Cost|Fixed|Hydrogen|Gas|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1543;0;techno-economic;OM Cost|Fixed|Liquids|Biomass|w/ CCS;US$2010/kW/yr;Tech|Liquids|Biomass|BioFTR|w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new biomass to liquids plant with CCS. If more than one CCS BTL technology is modelled, modellers should report fixed O&M costs  for each represented CCS BTL technology by adding variables OM Cost|Fixed|Liquids|Biomass|w/ CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1544;0;techno-economic;OM Cost|Fixed|Liquids|Biomass|w/o CCS;US$2010/kW/yr;Tech|Liquids|Biomass|BioFTR|w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new biomass to liquids plant w/o CCS. If more than one BTL technology is modelled, modellers should report fixed O&M costs  for each represented BTL technology by adding variables OM Cost|Fixed|Liquids|Biomass|w/o CCS|2, ... OM Cost|Fixed|Liquids|Biomass|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1545;0;techno-economic;OM Cost|Fixed|Liquids|Coal|w/ CCS;US$2010/kW/yr;Tech|Liquids|Fossil|Coal|w/ CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new coal to liquids plant with CCS. If more than one CCS CTL technology is modelled, modellers should report fixed O&M costs  for each represented CCS CTL technology by adding variables OM Cost|Fixed|Liquids|Coal|w/ CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1546;0;techno-economic;OM Cost|Fixed|Liquids|Coal|w/o CCS;US$2010/kW/yr;Tech|Liquids|Fossil|Coal|w/o CC|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new coal to liquids plant w/o CCS. If more than one CTL technology is modelled, modellers should report fixed O&M costs  for each represented CTL technology by adding variables OM Cost|Fixed|Liquids|Coal|w/o CCS|2, ... OM Cost|Fixed|Liquids|Coal|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1547;0;techno-economic;OM Cost|Fixed|Liquids|Gas|w/ CCS;US$2010/kW/yr;;;;;;Annual fixed operation & maintainance cost of a new gas to liquids plant with CCS. If more than one CCS GTL technology is modelled, modellers should report fixed O&M costs  for each represented CCS GTL technology by adding variables OM Cost|Fixed|Liquids|Gas|w/ CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/ CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1548;0;techno-economic;OM Cost|Fixed|Liquids|Gas|w/o CCS;US$2010/kW/yr;;;;;;Annual fixed operation & maintainance cost of a new gas to liquids plant w/o CCS. If more than one GTL technology is modelled, modellers should report fixed O&M costs  for each represented GTL technology by adding variables OM Cost|Fixed|Liquids|Gas|w/o CCS|2, ... OM Cost|Fixed|Liquids|Gas|w/o CCS|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1549;0;techno-economic;OM Cost|Fixed|Liquids|Oil;US$2010/kW/yr;Tech|Liquids|Fossil|Oil|OM Cost|fixed;US$2005/kW/yr;1.10774;;;Annual fixed operation & maintainance cost of a new oil refining plant. If more than one refinery technology is modelled, modellers should report fixed O&M costs  for each represented refinery technology by adding variables OM Cost|Fixed|Liquids|Oil|2, ... OM Cost|Fixed|Liquids|Oil|N (with N = number of represented technologies) (matching the assignment of plant types to technologies in the reporting of capital costs as documented in the comments sheet).;
1550;1;Trade;Export|Agriculture;billion US$2010/yr;;;;;;export of agricultural commodities measured in monetary units.;
1551;1;Trade;Export|Energy;billion US$2010/yr;;;;;;export of energy commodities measured in monetary units.;
1552;1;Trade;Export|Industry;billion US$2010/yr;;;;;;export of industrial (non-energy) commodities measured in monetary units.;
1553;1;Trade;Import|Agriculture;billion US$2010/yr;;;;;;import of agricultural commodities measured in monetary units.;
1554;1;Trade;Import|Energy;billion US$2010/yr;;;;;;import of energy commodities measured in monetary units.;
1555;1;Trade;Import|Industry;billion US$2010/yr;;;;;;import of industrial (non-energy) commodities measured in monetary units.;
1556;2;trade;Trade;billion US$2010/yr;Trade|Goods;billion US$2005/yr;1.10774;;;net exports of all goods, at the global level these should add up to the trade losses only;x
1557;2;Trade;Export|Industry|Iron and Steel;billion US$2010/yr;;;;;;Export of iron & steel measured in monetary units;
1558;2;Trade;Export|Industry|Iron and Steel|Primary;billion US$2010/yr;;;;;;Export of primary steel measured in monetary units;
1559;2;Trade;Export|Industry|Iron and Steel|Secondary;billion US$2010/yr;;;;;;Export of secondary steel measured in monetary units;
1560;2;Trade;Export|Industry|Non-Ferrous Metals|Aluminum;billion US$2010/yr;;;;;;Export of aluminium measured in monetary units;
1561;2;Trade;Export|Industry|Non-Ferrous Metals;billion US$2010/yr;;;;;;Export of non-ferrous metals measured in monetary units;
1562;2;Trade;Export|Industry|Chemicals;billion US$2010/yr;;;;;;Export of chemicals measured in monetary units;
1563;2;Trade;Export|Industry|Chemicals|High Value Chemicals;billion US$2010/yr;;;;;;Export of high value chemicals measured in monetary units;
1564;2;Trade;Export|Industry|Chemicals|Plastics;billion US$2010/yr;;;;;;Export of plastics measured in monetary units;
1565;2;Trade;Export|Industry|Non-Metallic Minerals;billion US$2010/yr;;;;;;Export of non-metallic minerals measured in monetary units;
1566;2;Trade;Export|Industry|Non-Metallic Minerals|Cement;billion US$2010/yr;;;;;;Export of cement measured in monetary units;
1567;2;Trade;Export|Other;billion US$2010/yr;;;;;;export of other commodities measured in monetary units (please provide a definition of the sources in this category in the 'comments' tab).;
1568;2;Trade;Import|Industry|Non-Metallic Minerals|Cement;billion US$2010/yr;;;;;;Import of cement measured in monetary units;
1569;2;Trade;Import|Industry|Iron and Steel;billion US$2010/yr;;;;;;Import of iron & steel measured in monetary units;
1570;2;Trade;Import|Industry|Iron and Steel|Primary Steel;billion US$2010/yr;;;;;;Import of primary steel measured in monetary units;
1571;2;Trade;Import|Industry|Iron and Steel|Secondary Steel;billion US$2010/yr;;;;;;Import of secondary steel measured in monetary units;
1572;2;Trade;Import|Industry|Non-Ferrous Metals|Aluminum;billion US$2010/yr;;;;;;Import of aluminium measured in monetary units;
1573;2;Trade;Import|Industry|Non-Ferrous Metals;billion US$2010/yr;;;;;;Import of non-ferrous metals measured in monetary units;
1574;2;Trade;Import|Industry|Chemicals|High Value Chemicals;billion US$2010/yr;;;;;;Import of high value chemicals measured in monetary units;
1575;2;Trade;Import|Industry|Chemicals|Plastics;billion US$2010/yr;;;;;;Import of plastics measured in monetary units;
1576;2;Trade;Import|Industry|Non-Metallic Minerals;billion US$2010/yr;;;;;;Import of non-metallic minerals measured in monetary units;
1577;2;Trade;Import|Industry|Pulp and Paper;billion US$2010/yr;;;;;;Import of pulp and paper measured in monetary units;
1578;2;Trade;Import|Industry|Other Sector;billion US$2010/yr;;;;;;Import of other industry products measured in monetary units;
1579;2;Trade;Import|Other;billion US$2010/yr;;;;;;import of other commodities measured in monetary units (please provide a definition of the sources in this category in the 'comments' tab).;
1580;1;water;Water Consumption;km3/yr;;;;;;total water consumption;
1581;1;water;Water Consumption|Industrial Water;km3/yr;;;;;;water consumption for the industrial sector;
1582;1;water;Water Consumption|Municipal Water;km3/yr;;;;;;water consumption for the municipal sector (e.g., houses, offices, municipal irrigation);
1583;1;water;Water Withdrawal;km3/yr;;;;;;total water withdrawal;
1584;1;water;Water Withdrawal|Industrial Water;km3/yr;;;;;;water withdrawals for the industrial sector (manufacturing sector if also reporting energy sector water use);
1585;1;water;Water Withdrawal|Municipal Water;km3/yr;;;;;;water withdrawals for the municial sector (e.g., houses, offices, municipal irrigation);
1586;2;water;Freshwater|Environmental Flow;km3/yr;;;;;;water allocated to environmental flow in rivers and groundwater systems;
1587;2;water;Population|Drinking Water Access;million;;;;;;Population with access to improved drinking  water sources (by income level);
1588;2;water;Population|Sanitation Acces;million;;;;;;Population with access to improved sanitation  (by income level);
1589;2;water;Water Desalination;km3/yr;;;;;;desalination water;
1590;2;water;Water Extraction|Brackish Water;km3/yr;;;;;;water extracted from brackish groundwater resources;
1591;2;water;Water Extraction|Groundwater;km3/yr;;;;;;water extracted from groundwater resources;
1592;2;water;Water Extraction|Seawater;km3/yr;;;;;;water extracted from ocean and seawater resources (including tidal zones);
1593;2;water;Water Extraction|Surface Water;km3/yr;;;;;;water extracted from surface water resources (rivers, lakes ...);
1594;2;water;Water Resource|Brackish Water;km3;;;;;;anticipated volume of exploitable brackish groundwater resources;
1595;2;water;Water Resource|Groundwater;km3;;;;;;anticipated volume of exploitable groundwater resources;
1596;2;water;Water Resource|Surface Water;km3;;;;;;anticipated volume of exploitable surface water resources;
1597;2;water;Water Transfer;km3/yr;;;;;;water imported/exported using conveyance infrastructure;
1598;1;water (agriculture);Water Consumption|Irrigation;km3/yr;;;;;;water consumption for the irrigation;
1599;1;water (agriculture);Water Consumption|Livestock;km3/yr;;;;;;water consumption for livestock;
1600;1;water (agriculture);Water Withdrawal|Irrigation;km3/yr;SDG|SDG06|Agricultural water use;km3/yr;;;;water withdrawal for irrigation;x
1601;1;water (agriculture);Water Withdrawal|Livestock;km3/yr;;;;;;water withdrawals for livestock;
1602;2;water (agriculture);Improvement|Efficiency|Irrigation;%/yr;;;;;;improvements in irrigation water use efficiency per year;
1603;2;water (agriculture);Land Cover|Cropland|Double-cropped;million ha;;;;;;area of land that is double-cropped (twice in a year);
1604;2;water (agriculture);Land Cover|Cropland|Rainfed;million ha;Resources|Land Cover|Cropland|Crops|rainfed;million ha;;;;area of land that is rain-fed;x
1604;2;water (agriculture);Land Cover|Cropland|Rainfed;million ha;Resources|Land Cover|Cropland|Forage|rainfed;million ha;;;;area of land that is rain-fed;x
1604;2;water (agriculture);Land Cover|Cropland|Rainfed;million ha;Resources|Land Cover|Cropland|Bioenergy crops|rainfed;million ha;;;;area of land that is rain-fed;x
1605;2;water (agriculture);Land Cover|Water Ecosystems|Forests;million ha;;;;;;Land-use coverage of water-related ecosystem: forests;
1606;2;water (agriculture);Land Cover|Water Ecosystems|Glaciers;million ha;;;;;;Land-use coverage of water-related ecosystem: glaciers;
1607;2;water (agriculture);Land Cover|Water Ecosystems|Lakes;million ha;;;;;;Land-use coverage of water-related ecosystem: lakes;
1608;2;water (agriculture);Land Cover|Water Ecosystems|Mountains;million ha;;;;;;Land-use coverage of water-related ecosystem: mountains;
1609;2;water (agriculture);Land Cover|Water Ecosystems|Wetlands;million ha;Resources|Peatland;million ha;;;;Land-use coverage of water-related ecosystem: wetlands;x
1610;2;water (agriculture);Land Cover|Water Ecosystems|Wetlands|Peatlands|Intact;million ha;Resources|Peatland|+|Intact;million ha;;;;Land-use coverage of water-related ecosystem: wetlands with organic soils: intact peatland area;x
1611;2;water (agriculture);Land Cover|Water Ecosystems|Wetlands|Peatlands|Drained;million ha;Resources|Peatland|+|Degraded;million ha;;;;Land-use coverage of water-related ecosystem: wetlands with organic soils: drained or degraded peatland area;x
1612;2;water (agriculture);Land Cover|Water Ecosystems|Wetlands|Peatlands|Rewetted;million ha;Resources|Peatland|+|Rewetted;million ha;;;;Land-use coverage of water-related ecosystem: wetlands with organic soils: rewetted or restored peatland area;x
1613;1;water (energy);Water Consumption|Electricity;km3/yr;Water Consumption|Electricity;km3/yr;;;;total water consumption for net electricity production;x
1614;1;water (energy);Water Consumption|Electricity|Biomass;km3/yr;Water Consumption|Electricity|Biomass;km3/yr;;;;water consumption for net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste, biogas;x
1615;1;water (energy);Water Consumption|Electricity|Biomass|w/ CCS;km3/yr;Water Consumption|Electricity|Biomass|w/ CCS;km3/yr;;;;water consumption for net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with a CO2 capture component;x
1616;1;water (energy);Water Consumption|Electricity|Biomass|w/o CCS;km3/yr;Water Consumption|Electricity|Biomass|w/o CCS;km3/yr;;;;water consumption for net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with freely vented CO2 emissions;x
1617;1;water (energy);Water Consumption|Electricity|Coal;km3/yr;Water Consumption|Electricity|Coal;km3/yr;;;;water consumption for net electricity production from coal;x
1618;1;water (energy);Water Consumption|Electricity|Coal|w/ CCS;km3/yr;Water Consumption|Electricity|Coal|w/ CCS;km3/yr;;;;water consumption for net electricity production from coal with a CO2 capture component;x
1619;1;water (energy);Water Consumption|Electricity|Coal|w/o CCS;km3/yr;Water Consumption|Electricity|Coal|w/o CCS;km3/yr;;;;water consumption for net electricity production from coal with freely vented CO2 emissions;x
1620;1;water (energy);Water Consumption|Electricity|Cooling Pond;km3/yr;Water Consumption|Electricity|Cooling Pond;km3/yr;;;;water consumption for net electricity production using pond cooling;x
1621;1;water (energy);Water Consumption|Electricity|Dry Cooling;km3/yr;Water Consumption|Electricity|Dry Cooling;km3/yr;;;;water consumption for net electricity production using dry cooling;x
1622;1;water (energy);Water Consumption|Electricity|Fossil;km3/yr;Water Consumption|Electricity|Fossil;km3/yr;;;;water consumption for net electricity production from coal, gas, conventional and unconventional oil;x
1623;1;water (energy);Water Consumption|Electricity|Fossil|w/ CCS;km3/yr;Water Consumption|Electricity|Fossil|w/ CCS;km3/yr;;;;water consumption for net electricity production from coal, gas, conventional and unconventional oil used in combination with CCS;x
1624;1;water (energy);Water Consumption|Electricity|Fossil|w/o CCS;km3/yr;Water Consumption|Electricity|Fossil|w/o CCS;km3/yr;;;;water consumption for  net electricity production from coal, gas, conventional and unconventional oil without CCS;x
1625;1;water (energy);Water Consumption|Electricity|Gas;km3/yr;Water Consumption|Electricity|Gas;km3/yr;;;;water consumption for net electricity production from natural gas;x
1626;1;water (energy);Water Consumption|Electricity|Gas|w/ CCS;km3/yr;Water Consumption|Electricity|Gas|w/ CCS;km3/yr;;;;water consumption for net electricity production from natural gas with a CO2 capture component;x
1627;1;water (energy);Water Consumption|Electricity|Gas|w/o CCS;km3/yr;Water Consumption|Electricity|Gas|w/o CCS;km3/yr;;;;water consumption for net electricity production from natural gas with freely vented CO2 emissions;x
1628;1;water (energy);Water Consumption|Electricity|Geothermal;km3/yr;Water Consumption|Electricity|Geothermal;km3/yr;;;;water consumption for net electricity production from all sources of geothermal energy (e.g., hydrothermal, enhanced geothermal systems);x
1629;1;water (energy);Water Consumption|Electricity|Hydro;km3/yr;Water Consumption|Electricity|Hydro;km3/yr;;;;water consumption for net hydroelectric production;x
1630;1;water (energy);Water Consumption|Electricity|Non-Biomass Renewables;km3/yr;Water Consumption|Electricity|Non-Biomass Renewables;km3/yr;;;;water consumption for net electricity production from hydro, wind, solar, geothermal, ocean, and other renewable sources (excluding bioenergy). This is a summary category for all the non-biomass renewables.;x
1631;1;water (energy);Water Consumption|Electricity|Nuclear;km3/yr;Water Consumption|Electricity|Nuclear;km3/yr;;;;water consumption for net electricity production from nuclear energy;x
1632;1;water (energy);Water Consumption|Electricity|Oil;km3/yr;Water Consumption|Electricity|Oil;km3/yr;;;;water consumption for net electricity production from refined liquids;x
1633;1;water (energy);Water Consumption|Electricity|Oil|w/ CCS;km3/yr;;;;;;water consumption for net electricity production from refined liquids with a CO2 capture component;
1634;1;water (energy);Water Consumption|Electricity|Oil|w/o CCS;km3/yr;Water Consumption|Electricity|Oil|w/o CCS;km3/yr;;;;water consumption for net electricity production from refined liquids with freely vented CO2 emissions;x
1635;1;water (energy);Water Consumption|Electricity|Once Through;km3/yr;Water Consumption|Electricity|Once Through;km3/yr;;;;water consumption for net electricity production using once through cooling;x
1636;1;water (energy);Water Consumption|Electricity|Other;km3/yr;;;;;;water consumption for net electricity production from sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1637;1;water (energy);Water Consumption|Electricity|Sea Cooling;km3/yr;;;;;;water consumption for net electricity production using sea water cooling;
1638;1;water (energy);Water Consumption|Electricity|Solar;km3/yr;Water Consumption|Electricity|Solar;km3/yr;;;;water consumption for net electricity production from all sources of solar energy (e.g., PV and concentrating solar power);x
1639;1;water (energy);Water Consumption|Electricity|Solar|CSP;km3/yr;Water Consumption|Electricity|Solar|CSP;km3/yr;;;;water consumption for net electricity production from concentrating solar power (CSP);x
1640;1;water (energy);Water Consumption|Electricity|Solar|PV;km3/yr;Water Consumption|Electricity|Solar|PV;km3/yr;;;;water consumption for net electricity production from solar photovoltaics (PV);x
1641;1;water (energy);Water Consumption|Electricity|Wet Tower;km3/yr;Water Consumption|Electricity|Wet Tower;km3/yr;;;;water consumption for net electricity production using wet tower cooling;x
1642;1;water (energy);Water Consumption|Electricity|Wind;km3/yr;Water Consumption|Electricity|Wind;km3/yr;;;;water consumption for net electricity production from wind energy (on- and offshore);x
1643;1;water (energy);Water Consumption|Extraction;km3/yr;;;;;;total water consumption for extraction;
1644;1;water (energy);Water Consumption|Gases;km3/yr;;;;;;total water consumption for gas production;
1645;1;water (energy);Water Consumption|Heat;km3/yr;;;;;;total water consumption for heat generation;
1646;1;water (energy);Water Consumption|Hydrogen;km3/yr;;;;;;total water consumption for hydrogen production;
1647;1;water (energy);Water Consumption|Liquids;km3/yr;;;;;;total water consumption for refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
1648;1;water (energy);Water Withdrawal|Electricity;km3/yr;Water Withdrawal|Electricity;km3/yr;;;;total water withdrawals for net electricity production;x
1649;1;water (energy);Water Withdrawal|Extraction;km3/yr;;;;;;total water withdrawal for extraction;
1650;1;water (energy);Water Withdrawal|Gases;km3/yr;;;;;;total water withdrawal for gas production;
1651;1;water (energy);Water Withdrawal|Heat;km3/yr;;;;;;total water withdrawal for heat generation;
1652;1;water (energy);Water Withdrawal|Hydrogen;km3/yr;;;;;;total water withdrawal for hydrogen production;
1653;1;water (energy);Water Withdrawal|Liquids;km3/yr;;;;;;total water withdrawal for refined liquids (conventional & unconventional oil, biofuels, coal-to-liquids, gas-to-liquids);
1654;2;water (energy);Final Energy|Commercial|Water|Desalination;EJ/yr;;;;;;Energy consumption for desalination water;
1655;2;water (energy);Final Energy|Commercial|Water|Groundwater Extraction;EJ/yr;;;;;;Energy consumption for groundwater extraction;
1656;2;water (energy);Final Energy|Commercial|Water|Surface Water Extraction;EJ/yr;;;;;;Energy consumption for surface water extraction;
1657;2;water (energy);Final Energy|Commercial|Water|Transfer;EJ/yr;;;;;;Energy consumption for water transfers;
1658;2;water (energy);Water Consumption|Extraction|Coal;km3/yr;;;;;;water consumption for coal extraction;
1659;2;water (energy);Water Consumption|Extraction|Gas;km3/yr;;;;;;water consumption for gas extraction;
1660;2;water (energy);Water Consumption|Extraction|Oil;km3/yr;;;;;;water consumption for oil extraction;
1661;2;water (energy);Water Consumption|Extraction|Uranium;km3/yr;;;;;;water consumption for uranium extraction;
1662;2;water (energy);Water Consumption|Gases|Biomass;km3/yr;;;;;;water consumption for gas production from biomass;
1663;2;water (energy);Water Consumption|Gases|Coal;km3/yr;;;;;;water consumption for gas production from coal;
1664;2;water (energy);Water Consumption|Gases|Gas;km3/yr;;;;;;water consumption for gas production from natural gas;
1665;2;water (energy);Water Consumption|Gases|Other;km3/yr;;;;;;water consumption for gas production from other;
1666;2;water (energy);Water Consumption|Heat|Biomass;km3/yr;;;;;;water consumption for heat generation from biomass;
1667;2;water (energy);Water Consumption|Heat|Coal;km3/yr;;;;;;water consumption for heat generation from coal;
1668;2;water (energy);Water Consumption|Heat|Gas;km3/yr;;;;;;water consumption for heat generation from gas;
1669;2;water (energy);Water Consumption|Heat|Geothermal;km3/yr;;;;;;water consumption for heat generation from from all sources of geothermal energy (e.g., hydrothermal, enhanced geothermal systems);
1670;2;water (energy);Water Consumption|Heat|Nuclear;km3/yr;;;;;;water consumption for heat generation from nuclear;
1671;2;water (energy);Water Consumption|Heat|Oil;km3/yr;;;;;;water consumption for heat generation from oil;
1672;2;water (energy);Water Consumption|Heat|Other;km3/yr;;;;;;water consumption for heat generation from other sources;
1673;2;water (energy);Water Consumption|Heat|Solar;km3/yr;;;;;;water consumption for heat generation from solar;
1674;2;water (energy);Water Consumption|Hydrogen|Biomass;km3/yr;;;;;;water consumption for hydrogen production from biomass;
1675;2;water (energy);Water Consumption|Hydrogen|Biomass|w/ CCS;km3/yr;;;;;;water consumption from hydrogen production from biomass with a CO2 capture component;
1676;2;water (energy);Water Consumption|Hydrogen|Biomass|w/o CCS;km3/yr;;;;;;water consumption for hydrogen production from biomass with freely vented CO2 emissions;
1677;2;water (energy);Water Consumption|Hydrogen|Coal;km3/yr;;;;;;water consumption for hydrogen production from coal;
1678;2;water (energy);Water Consumption|Hydrogen|Coal|w/ CCS;km3/yr;;;;;;water consumption for hydrogen production from coal with a CO2 capture component;
1679;2;water (energy);Water Consumption|Hydrogen|Coal|w/o CCS;km3/yr;;;;;;water consumption for hydrogen production from coal with freely vented CO2 emissions;
1680;2;water (energy);Water Consumption|Hydrogen|Electricity;km3/yr;;;;;;water consumption for hydrogen production from electricity;
1681;2;water (energy);Water Consumption|Hydrogen|Fossil;km3/yr;;;;;;water consumption for hydrogen production from fossil fuels;
1682;2;water (energy);Water Consumption|Hydrogen|Fossil|w/ CCS;km3/yr;;;;;;water consumption for hydrogen production from fossil fuels with a CO2 capture component;
1683;2;water (energy);Water Consumption|Hydrogen|Fossil|w/o CCS;km3/yr;;;;;;water consumption for hydrogen production from fossil fuels with freely vented CO2 emissions;
1684;2;water (energy);Water Consumption|Hydrogen|Gas;km3/yr;;;;;;water consumption for hydrogen production from gas;
1685;2;water (energy);Water Consumption|Hydrogen|Gas|w/ CCS;km3/yr;;;;;;water consumption for hydrogen production from gas with a CO2 capture component;
1686;2;water (energy);Water Consumption|Hydrogen|Gas|w/o CCS;km3/yr;;;;;;water consumption for hydrogen production from gas with freely vented CO2 emissions;
1687;2;water (energy);Water Consumption|Hydrogen|Oil;km3/yr;;;;;;water consumption for hydrogen production from oil;
1688;2;water (energy);Water Consumption|Hydrogen|Other;km3/yr;;;;;;water consumption for hydrogen production from other sources;
1689;2;water (energy);Water Consumption|Hydrogen|Solar;km3/yr;;;;;;water consumption for hydrogen production from solar;
1690;2;water (energy);Water Consumption|Liquids|Biomass;km3/yr;;;;;;water consumption for biofuel production;
1691;2;water (energy);Water Consumption|Liquids|Biomass|w/ CCS;km3/yr;;;;;;water consumption for biofuel production with a CO2 capture component;
1692;2;water (energy);Water Consumption|Liquids|Biomass|w/o CCS;km3/yr;;;;;;water consumption for biofuel production with freely vented CO2 emissions;
1693;2;water (energy);Water Consumption|Liquids|Coal;km3/yr;;;;;;water consumption for coal to liquid production;
1694;2;water (energy);Water Consumption|Liquids|Coal|w/ CCS;km3/yr;;;;;;water consumption for coal to liquid production with a CO2 capture component;
1695;2;water (energy);Water Consumption|Liquids|Coal|w/o CCS;km3/yr;;;;;;water consumption for coal to liquid production with freely vented CO2 emissions;
1696;2;water (energy);Water Consumption|Liquids|Fossil;km3/yr;;;;;;water consumption for fossil to liquid production from fossil fuels;
1697;2;water (energy);Water Consumption|Liquids|Fossil|w/ CCS;km3/yr;;;;;;water consumption for fossil to liquid production from fossil fuels with a CO2 capture component;
1698;2;water (energy);Water Consumption|Liquids|Fossil|w/o CCS;km3/yr;;;;;;water consumption for fossil to liquid production from fossil fuels with freely vented CO2 emissions;
1699;2;water (energy);Water Consumption|Liquids|Gas;km3/yr;;;;;;water consumption for gas to liquid production;
1700;2;water (energy);Water Consumption|Liquids|Gas|w/ CCS;km3/yr;;;;;;water consumption for gas to liquid production with a CO2 capture component;
1701;2;water (energy);Water Consumption|Liquids|Gas|w/o CCS;km3/yr;;;;;;water consumption for gas to liquid production with freely vented CO2 emissions;
1702;2;water (energy);Water Consumption|Liquids|Oil;km3/yr;;;;;;water consumption for oil production;
1703;2;water (energy);Water Thermal Pollution|Electricity|Biomass;EJ/yr;;;;;;thermal water pollution from net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste, biogas;
1704;2;water (energy);Water Thermal Pollution|Electricity|Biomass|w/ CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with a CO2 capture component;
1705;2;water (energy);Water Thermal Pollution|Electricity|Biomass|w/o CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with freely vented CO2 emissions;
1706;2;water (energy);Water Thermal Pollution|Electricity|Coal;EJ/yr;;;;;;thermal water pollution from net electricity production from coal;
1707;2;water (energy);Water Thermal Pollution|Electricity|Coal|w/ CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from coal with a CO2 capture component;
1708;2;water (energy);Water Thermal Pollution|Electricity|Coal|w/o CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from coal with freely vented CO2 emissions;
1709;2;water (energy);Water Thermal Pollution|Electricity|Fossil;EJ/yr;;;;;;thermal water pollution from net electricity production from coal, gas, conventional and unconventional oil;
1710;2;water (energy);Water Thermal Pollution|Electricity|Fossil|w/ CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from coal, gas, conventional and unconventional oil used in combination with CCS;
1711;2;water (energy);Water Thermal Pollution|Electricity|Fossil|w/o CCS;EJ/yr;;;;;;thermal water pollution from  net electricity production from coal, gas, conventional and unconventional oil without CCS;
1712;2;water (energy);Water Thermal Pollution|Electricity|Gas;EJ/yr;;;;;;thermal water pollution from net electricity production from natural gas;
1713;2;water (energy);Water Thermal Pollution|Electricity|Gas|w/ CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from natural gas with a CO2 capture component;
1714;2;water (energy);Water Thermal Pollution|Electricity|Gas|w/o CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from natural gas with freely vented CO2 emissions;
1715;2;water (energy);Water Thermal Pollution|Electricity|Geothermal;EJ/yr;;;;;;thermal water pollution from net electricity production from all sources of geothermal energy (e.g., hydrothermal, enhanced geothermal systems);
1716;2;water (energy);Water Thermal Pollution|Electricity|Non-Biomass Renewables;EJ/yr;;;;;;thermal water pollution from net electricity production from hydro, wind, solar, geothermal, ocean, and other renewable sources (excluding bioenergy). This is a summary category for all the non-biomass renewables.;
1717;2;water (energy);Water Thermal Pollution|Electricity|Nuclear;EJ/yr;;;;;;thermal water pollution from net electricity production from nuclear energy;
1718;2;water (energy);Water Thermal Pollution|Electricity|Oil;EJ/yr;;;;;;thermal water pollution from net electricity production from refined liquids;
1719;2;water (energy);Water Thermal Pollution|Electricity|Oil|w/ CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from refined liquids with a CO2 capture component;
1720;2;water (energy);Water Thermal Pollution|Electricity|Oil|w/o CCS;EJ/yr;;;;;;thermal water pollution from net electricity production from refined liquids with freely vented CO2 emissions;
1721;2;water (energy);Water Thermal Pollution|Electricity|Once Through;EJ/yr;;;;;;thermal water pollution from net electricity production using once through cooling;
1722;2;water (energy);Water Thermal Pollution|Electricity|Other;EJ/yr;;;;;;thermal water pollution from net electricity production from sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1723;2;water (energy);Water Thermal Pollution|Electricity|Sea Cooling;EJ/yr;;;;;;thermal water pollution from net electricity production using sea water cooling;
1724;2;water (energy);Water Thermal Pollution|Electricity|Solar;EJ/yr;;;;;;thermal water pollution from net electricity production from all sources of solar energy (e.g., PV and concentrating solar power);
1725;2;water (energy);Water Thermal Pollution|Electricity|Solar|CSP;EJ/yr;;;;;;thermal water pollution from net electricity production from concentrating solar power (CSP);
1726;2;water (energy);Water Withdrawal|Electricity|Biomass;km3/yr;Water Withdrawal|Electricity|Biomass;km3/yr;;;;water withdrawals for net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste, biogas;x
1727;2;water (energy);Water Withdrawal|Electricity|Biomass|w/ CCS;km3/yr;Water Withdrawal|Electricity|Biomass|w/ CCS;km3/yr;;;;water withdrawals for net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with a CO2 capture component;x
1728;2;water (energy);Water Withdrawal|Electricity|Biomass|w/o CCS;km3/yr;Water Withdrawal|Electricity|Biomass|w/o CCS;km3/yr;;;;water withdrawals for net electricity production from municipal solid waste, purpose-grown biomass, crop residues, forest industry waste with freely vented CO2 emissions;x
1729;2;water (energy);Water Withdrawal|Electricity|Coal;km3/yr;Water Withdrawal|Electricity|Coal;km3/yr;;;;water withdrawals for net electricity production from coal;x
1730;2;water (energy);Water Withdrawal|Electricity|Coal|w/ CCS;km3/yr;Water Withdrawal|Electricity|Coal|w/ CCS;km3/yr;;;;water withdrawals for net electricity production from coal with a CO2 capture component;x
1731;2;water (energy);Water Withdrawal|Electricity|Coal|w/o CCS;km3/yr;Water Withdrawal|Electricity|Coal|w/o CCS;km3/yr;;;;water withdrawals for net electricity production from coal with freely vented CO2 emissions;x
1732;2;water (energy);Water Withdrawal|Electricity|Cooling Pond;km3/yr;Water Withdrawal|Electricity|Cooling Pond;km3/yr;;;;water withdrawals for net electricity production using pond cooling;x
1733;2;water (energy);Water Withdrawal|Electricity|Dry Cooling;km3/yr;Water Withdrawal|Electricity|Dry Cooling;km3/yr;;;;water withdrawals for net electricity production using dry cooling;x
1734;2;water (energy);Water Withdrawal|Electricity|Fossil;km3/yr;Water Withdrawal|Electricity|Fossil;km3/yr;;;;water withdrawals for net electricity production from coal, gas, conventional and unconventional oil;x
1735;2;water (energy);Water Withdrawal|Electricity|Fossil|w/ CCS;km3/yr;Water Withdrawal|Electricity|Fossil|w/ CCS;km3/yr;;;;water withdrawals for net electricity production from coal, gas, conventional and unconventional oil used in combination with CCS;x
1736;2;water (energy);Water Withdrawal|Electricity|Fossil|w/o CCS;km3/yr;Water Withdrawal|Electricity|Fossil|w/o CCS;km3/yr;;;;water withdrawals for  net electricity production from coal, gas, conventional and unconventional oil without CCS;x
1737;2;water (energy);Water Withdrawal|Electricity|Gas;km3/yr;Water Withdrawal|Electricity|Gas;km3/yr;;;;water withdrawals for net electricity production from natural gas;x
1738;2;water (energy);Water Withdrawal|Electricity|Gas|w/ CCS;km3/yr;Water Withdrawal|Electricity|Gas|w/ CCS;km3/yr;;;;water withdrawals for net electricity production from natural gas with a CO2 capture component;x
1739;2;water (energy);Water Withdrawal|Electricity|Gas|w/o CCS;km3/yr;Water Withdrawal|Electricity|Gas|w/o CCS;km3/yr;;;;water withdrawals for net electricity production from natural gas with freely vented CO2 emissions;x
1740;2;water (energy);Water Withdrawal|Electricity|Geothermal;km3/yr;Water Withdrawal|Electricity|Geothermal;km3/yr;;;;water withdrawals for net electricity production from all sources of geothermal energy (e.g., hydrothermal, enhanced geothermal systems);x
1741;2;water (energy);Water Withdrawal|Electricity|Hydro;km3/yr;Water Withdrawal|Electricity|Hydro;km3/yr;;;;water withdrawals for net hydroelectric production;x
1742;2;water (energy);Water Withdrawal|Electricity|Non-Biomass Renewables;km3/yr;Water Withdrawal|Electricity|Non-Biomass Renewables;km3/yr;;;;water withdrawals for net electricity production from hydro, wind, solar, geothermal, ocean, and other renewable sources (excluding bioenergy). This is a summary category for all the non-biomass renewables.;x
1743;2;water (energy);Water Withdrawal|Electricity|Nuclear;km3/yr;Water Withdrawal|Electricity|Nuclear;km3/yr;;;;water withdrawals for net electricity production from nuclear energy;x
1744;2;water (energy);Water Withdrawal|Electricity|Ocean;km3/yr;;;;;;water withdrawals for net electricity production from all sources of ocean energy (e.g., tidal, wave, ocean thermal electricity production generation);
1745;2;water (energy);Water Withdrawal|Electricity|Oil;km3/yr;Water Withdrawal|Electricity|Oil;km3/yr;;;;water withdrawals for net electricity production from refined liquids;x
1746;2;water (energy);Water Withdrawal|Electricity|Oil|w/ CCS;km3/yr;Water Withdrawal|Electricity|Oil|w/o CCS;km3/yr;;;;water withdrawals for net electricity production from refined liquids with a CO2 capture component;x
1747;2;water (energy);Water Withdrawal|Electricity|Oil|w/o CCS;km3/yr;;;;;;water withdrawals for net electricity production from refined liquids with freely vented CO2 emissions;
1748;2;water (energy);Water Withdrawal|Electricity|Once Through;km3/yr;Water Withdrawal|Electricity|Once Through;km3/yr;;;;water withdrawals for net electricity production using once through cooling;x
1749;2;water (energy);Water Withdrawal|Electricity|Other;km3/yr;;;;;;water withdrawals for net electricity production from sources that do not fit to any other category (please provide a definition of the sources in this category in the 'comments' tab);
1750;2;water (energy);Water Withdrawal|Electricity|Sea Cooling;km3/yr;;;;;;water withdrawals for net electricity production using sea water cooling;
1751;2;water (energy);Water Withdrawal|Electricity|Solar;km3/yr;Water Withdrawal|Electricity|Solar;km3/yr;;;;water withdrawals for net electricity production from all sources of solar energy (e.g., PV and concentrating solar power);x
1752;2;water (energy);Water Withdrawal|Electricity|Solar|CSP;km3/yr;Water Withdrawal|Electricity|Solar|CSP;km3/yr;;;;water withdrawals for net electricity production from concentrating solar power (CSP);x
1753;2;water (energy);Water Withdrawal|Electricity|Solar|PV;km3/yr;Water Withdrawal|Electricity|Solar|PV;km3/yr;;;;water withdrawals for net electricity production from solar photovoltaics (PV);x
1754;2;water (energy);Water Withdrawal|Electricity|Wet Tower;km3/yr;Water Withdrawal|Electricity|Wet Tower;km3/yr;;;;water withdrawals for net electricity production using wet tower cooling;x
1755;2;water (energy);Water Withdrawal|Electricity|Wind;km3/yr;Water Withdrawal|Electricity|Wind;km3/yr;;;;water withdrawals for net electricity production from wind energy (on- and offshore);x
1756;2;water (energy);Water Withdrawal|Extraction|Coal;km3/yr;;;;;;water withdrawal for coal extraction;
1757;2;water (energy);Water Withdrawal|Extraction|Gas;km3/yr;;;;;;water withdrawal for gas extraction;
1758;2;water (energy);Water Withdrawal|Extraction|Oil;km3/yr;;;;;;water withdrawal for oil extraction;
1759;2;water (energy);Water Withdrawal|Extraction|Uranium;km3/yr;;;;;;water withdrawal for uranium extraction;
1760;2;water (energy);Water Withdrawal|Gases|Biomass;km3/yr;;;;;;water withdrawal for gas production from biomass;
1761;2;water (energy);Water Withdrawal|Gases|Coal;km3/yr;;;;;;water withdrawal for gas production from coal;
1762;2;water (energy);Water Withdrawal|Gases|Gas;km3/yr;;;;;;water withdrawal for gas production from natural gas;
1763;2;water (energy);Water Withdrawal|Gases|Other;km3/yr;;;;;;water withdrawal for gas production from other;
1764;2;water (energy);Water Withdrawal|Heat|Biomass;km3/yr;;;;;;water withdrawal for heat generation from biomass;
1765;2;water (energy);Water Withdrawal|Heat|Coal;km3/yr;;;;;;water withdrawal for heat generation from coal;
1766;2;water (energy);Water Withdrawal|Heat|Gas;km3/yr;;;;;;water withdrawal for heat generation from gas;
1767;2;water (energy);Water Withdrawal|Heat|Geothermal;km3/yr;;;;;;water withdrawal for heat generation from from all sources of geothermal energy (e.g., hydrothermal, enhanced geothermal systems);
1768;2;water (energy);Water Withdrawal|Heat|Nuclear;km3/yr;;;;;;water withdrawal for heat generation from nuclear;
1769;2;water (energy);Water Withdrawal|Heat|Oil;km3/yr;;;;;;water withdrawal for heat generation from oil;
1770;2;water (energy);Water Withdrawal|Heat|Other;km3/yr;;;;;;water withdrawal for heat generation from other sources;
1771;2;water (energy);Water Withdrawal|Heat|Solar;km3/yr;;;;;;water withdrawal for heat generation from solar;
1772;2;water (energy);Water Withdrawal|Hydrogen|Biomass;km3/yr;;;;;;water withdrawal for hydrogen production from biomass;
1773;2;water (energy);Water Withdrawal|Hydrogen|Biomass|w/ CCS;km3/yr;;;;;;water withdrawal for hydrogen production from biomass with a CO2 capture component;
1774;2;water (energy);Water Withdrawal|Hydrogen|Biomass|w/o CCS;km3/yr;;;;;;water withdrawal for hydrogen production from biomass with freely vented CO2 emissions;
1775;2;water (energy);Water Withdrawal|Hydrogen|Coal;km3/yr;;;;;;water withdrawal for hydrogen production from coal;
1776;2;water (energy);Water Withdrawal|Hydrogen|Coal|w/ CCS;km3/yr;;;;;;water withdrawal for hydrogen production from coal with a CO2 capture component;
1777;2;water (energy);Water Withdrawal|Hydrogen|Coal|w/o CCS;km3/yr;;;;;;water withdrawal for hydrogen production from coal with freely vented CO2 emissions;
1778;2;water (energy);Water Withdrawal|Hydrogen|Electricity;km3/yr;;;;;;water withdrawal for hydrogen production from electricity;
1779;2;water (energy);Water Withdrawal|Hydrogen|Fossil;km3/yr;;;;;;water withdrawal for hydrogen production from fossil fuels;
1780;2;water (energy);Water Withdrawal|Hydrogen|Fossil|w/ CCS;km3/yr;;;;;;water withdrawal for hydrogen production from fossil fuels with a CO2 capture component;
1781;2;water (energy);Water Withdrawal|Hydrogen|Fossil|w/o CCS;km3/yr;;;;;;water withdrawal for hydrogen production from fossil fuels with freely vented CO2 emissions;
1782;2;water (energy);Water Withdrawal|Hydrogen|Gas;km3/yr;;;;;;water withdrawal for hydrogen production from gas;
1783;2;water (energy);Water Withdrawal|Hydrogen|Gas|w/ CCS;km3/yr;;;;;;water withdrawal for hydrogen production from gas with a CO2 capture component;
1784;2;water (energy);Water Withdrawal|Hydrogen|Gas|w/o CCS;km3/yr;;;;;;water withdrawal for hydrogen production from gas with freely vented CO2 emissions;
1785;2;water (energy);Water Withdrawal|Hydrogen|Oil;km3/yr;;;;;;water withdrawal for hydrogen production from oil;
1786;2;water (energy);Water Withdrawal|Hydrogen|Other;km3/yr;;;;;;water withdrawal for hydrogen production from other sources;
1787;2;water (energy);Water Withdrawal|Hydrogen|Solar;km3/yr;;;;;;water withdrawal for hydrogen production from solar;
1788;2;water (energy);Water Withdrawal|Liquids|Biomass;km3/yr;;;;;;water withdrawal for biofuel production;
1789;2;water (energy);Water Withdrawal|Liquids|Biomass|w/ CCS;km3/yr;;;;;;water withdrawal for biofuel production with a CO2 capture component;
1790;2;water (energy);Water Withdrawal|Liquids|Biomass|w/o CCS;km3/yr;;;;;;water withdrawal for biofuel production with freely vented CO2 emissions;
1791;2;water (energy);Water Withdrawal|Liquids|Coal;km3/yr;;;;;;water withdrawal for coal to liquid production;
1792;2;water (energy);Water Withdrawal|Liquids|Coal|w/ CCS;km3/yr;;;;;;water withdrawal for coal to liquid production with a CO2 capture component;
1793;2;water (energy);Water Withdrawal|Liquids|Coal|w/o CCS;km3/yr;;;;;;water withdrawal for coal to liquid production with freely vented CO2 emissions;
1794;2;water (energy);Water Withdrawal|Liquids|Fossil;km3/yr;;;;;;water withdrawal for fossil to liquid production from fossil fuels;
1795;2;water (energy);Water Withdrawal|Liquids|Fossil|w/ CCS;km3/yr;;;;;;water withdrawal for fossil to liquid production from fossil fuels with a CO2 capture component;
1796;2;water (energy);Water Withdrawal|Liquids|Fossil|w/o CCS;km3/yr;;;;;;water withdrawal for fossil to liquid production from fossil fuels with freely vented CO2 emissions;
1797;2;water (energy);Water Withdrawal|Liquids|Gas;km3/yr;;;;;;water withdrawal for gas to liquid production;
1798;2;water (energy);Water Withdrawal|Liquids|Gas|w/ CCS;km3/yr;;;;;;water withdrawal for gas to liquid production with a CO2 capture component;
1799;2;water (energy);Water Withdrawal|Liquids|Gas|w/o CCS;km3/yr;;;;;;water withdrawal for gas to liquid production with freely vented CO2 emissions;
1800;2;water (energy);Water Withdrawal|Liquids|Oil;km3/yr;;;;;;water withdrawal for oil production;
1801;2;energy (primary);Primary Energy|Biomass|Liquids;EJ/yr;PE|Biomass|Liquids;EJ/yr;;;;primary energy input to the fuel conversion sector;
1802;2;energy (primary);Primary Energy|Coal|Liquids;EJ/yr;PE|Coal|Liquids;EJ/yr;;;;primary energy input to the fuel conversion sector;
1803;2;energy (primary);Primary Energy|Gas|Liquids;EJ/yr;PE|Gas|Liquids;EJ/yr;;;;primary energy input to the fuel conversion sector;
1804;2;energy (primary);Primary Energy|Oil|Liquids;EJ/yr;;;;;;primary energy input to the fuel conversion sector;
1805;2;energy (primary);Primary Energy|Biomass|Solids;EJ/yr;PE|Biomass|Solids;EJ/yr;;;;primary energy input to the fuel conversion sector;
1806;2;energy (primary);Primary Energy|Coal|Solids;EJ/yr;PE|Coal|Solids;EJ/yr;;;;primary energy input to the fuel conversion sector;
1807;2;energy (primary);Primary Energy|Gas|Solids;EJ/yr;;;;;;primary energy input to the fuel conversion sector;
1808;2;energy (primary);Primary Energy|Oil|Solids;EJ/yr;;;;;;primary energy input to the fuel conversion sector;
1809;2;energy (primary);Primary Energy|Biomass|Gases;EJ/yr;PE|Biomass|Gases;EJ/yr;;;;primary energy input to the fuel conversion sector;
1810;2;energy (primary);Primary Energy|Coal|Gases;EJ/yr;PE|Coal|Gases;EJ/yr;;;;primary energy input to the fuel conversion sector;
1811;2;energy (primary);Primary Energy|Gas|Gases;EJ/yr;PE|Gas|Gases;EJ/yr;;;;primary energy input to the fuel conversion sector;
1812;2;energy (primary);Primary Energy|Oil|Gases;EJ/yr;;;;;;primary energy input to the fuel conversion sector;
1813;2;energy (primary);Primary Energy|Biomass|Hydrogen;EJ/yr;PE|Biomass|Hydrogen;EJ/yr;;;;primary energy input to the fuel conversion sector;
1814;2;energy (primary);Primary Energy|Coal|Hydrogen;EJ/yr;PE|Coal|Hydrogen;EJ/yr;;;;primary energy input to the fuel conversion sector;
1815;2;energy (primary);Primary Energy|Gas|Hydrogen;EJ/yr;PE|Gas|Hydrogen;EJ/yr;;;;primary energy input to the fuel conversion sector;
1816;2;energy (primary);Primary Energy|Oil|Hydrogen;EJ/yr;;;;;;primary energy input to the fuel conversion sector;
1817;1;effort sharing;Emissions|GHG|Allowance Allocation;Mt CO2-equiv/yr;;;;;;allocation of GHG emission allowances to a region;
1818;1;effort sharing;Trade|Emissions Allowances|Volume;Mt CO2-equiv/yr;;;;;;physical trade volume in GHG emission allowances;
1819;1;effort sharing;Trade|Emissions Allowances|Value;billion US$2010/yr;;;;;;value of trade in GHG emission allowances;
1820;2;materials (industry);Production|Iron and Steel|Iron Ore|Volume;Mt/yr;;;;;;production of iron ore (raw material used for the production of primary steel and iron);
1821;2;materials (industry);Production|Iron and Steel|Pig Iron|Volume;Mt/yr;;;;;;production of pig iron (intermediate product for the production of primary steel);
1822;2;materials (industry);Production|Iron and Steel|Sponge Iron|Volume;Mt/yr;;;;;;production of sponge iron (intermediate product for the production of primary steel);
1823;2;materials (industry);Production|Iron and Steel|Primary Steel|Volume;Mt/yr;Production|Industry|Steel|Primary;Mt/yr;;;;Production of primary / virgin steel;
1824;2;materials (industry);Production|Iron and Steel|Secondary Steel|Volume;Mt/yr;Production|Industry|Steel|Secondary;Mt/yr;;;;Production of secondary steel from recycling of scrap;
1825;2;materials (industry);Production|Non-Ferrous Metals|Bauxite|Volume;Mt/yr;;;;;;production of bauxite (raw material used for the production of primary aluminum);
1826;2;materials (industry);Production|Non-Ferrous Metals|Alumina|Volume;Mt/yr;;;;;;production of alumina (intermediate product for the production of primary aluminum);
1827;2;materials (industry);Production|Non-Ferrous Metals|Aluminium|Volume;Mt/yr;;;;;;production of aluminum (inlcudes primary and secondary aluminium);
1828;2;materials (industry);Production|Non-Ferrous Metals|Aluminium|Primary|Volume;Mt/yr;;;;;;production of primary aluminum;
1829;2;materials (industry);Production|Non-Ferrous Metals|Aluminium|Secondary|Volume;Mt/yr;;;;;;production of secondary aluminum;
1830;2;materials (industry);Production|Chemicals|Naphtha|Volume;Mt/yr;;;;;;production of naphtha (raw material for the production of high value chemicals, e.g. olefins);
1831;2;materials (industry);Production|Chemicals|Ethane |Volume;Mt/yr;;;;;;production of ethane (raw material for the production of high value chemicals, e.g. olefins);
1832;2;materials (industry);Production|Chemicals|High Value Chemicals|Volume;Mt/yr;;;;;;production of high value chemicals (intermediate material for the production of plastics, high value chemicals include ethylene);
1833;2;materials (industry);Production|Chemicals|Plastics|Volume;Mt/yr;;;;;;production of plastics;
1834;2;materials (industry);Production|Chemicals|Plastics|Primary Plastics|Volume;Mt/yr;;;;;;production of primary plastics;
1835;2;materials (industry);Production|Chemicals|Plastics|Secondary Plastics|Volume;Mt/yr;;;;;;production of secondary plastics, i.e. plastics obtained from recycling of plastics;
1836;2;materials (industry);Production|Non-Metallic Minerals|Limestone|Volume;Mt/yr;;;;;;production of limestone (raw material for the production of cement);
1837;2;materials (industry);Production|Non-Metallic Minerals|Clinker|Volume;Mt/yr;;;;;;production of clinker (intermediate material for the production of cement);
1838;2;industry;Production|Non-Metallic Minerals|Cement|Volume;Mt/yr;Production|Industry|Cement;Mt/yr;;;;production of cement;
1839;2;economy (industry);Production|Non-Metallic Minerals|Value;US$2010/yr;;;;;;Production of non-metallic minerals;
1840;2;economy (industry);Production|Non-Metallic Minerals|Cement|Value;US$2010/yr;;;;;;Production of cement;
1841;2;economy (industry);Production|Non-Ferrous Metals|Value;US$2010/yr;;;;;;production of non-ferrous metals (e.g., aluminum);
1842;2;economy (industry);Production|Iron and Steel|Value;US$2010/yr;;;;;;production of steel;
1843;2;economy (industry);Production|Iron and Steel|Primary Steel|Value;US$2010/yr;;;;;;Production of primary / virgin steel;
1844;2;economy (industry);Production|Iron and Steel|Secondary Steel|Value;US$2010/yr;;;;;;Production of secondary steel from recycling of scrap;
1845;2;economy (industry);Production|Chemicals|Value;US$2010/yr;;;;;;production of chemicals (e.g. sulfuric acid);
1846;2;economy (industry);Production|Pulp and Paper|Value;US$2010/yr;;;;;;production of pulp and paper;
1847;2;economy (industry);Production|Other Sector|Value;US$2010/yr;;;;;;production of other industry products;
1848;2;materials (industry);Materials Demand|Non-Ferrous Metals|Residential and Commercial;Mt/yr;;;;;;Non-ferrous metals requirments from a certain end-use sector;
1849;2;materials (industry);Materials Demand|Non-Ferrous Metals|Power Sector;Mt/yr;;;;;;Non-ferrous metals requirments from a certain end-use sector;
1850;2;materials (industry);Materials Demand|Non-Ferrous Metals|Transportation;Mt/yr;;;;;;Non-ferrous metals requirments from a certain end-use sector;
1851;2;materials (industry);Materials Demand|Iron and Steel|Residential and Commercial;Mt/yr;;;;;;Iron and steel requirments from a certain end-use sector;
1852;2;materials (industry);Materials Demand|Iron and Steel|Transportation;Mt/yr;;;;;;Iron and steel requirments from a certain end-use sector;
1853;2;materials (industry);Materials Demand|Iron and Steel|Pre-consumer Scrap;Mt/yr;;;;;;Iron and steel requirments from a certain end-use sector;
1854;2;materials (industry);Materials Demand|Non-metallic minerals|Cement|Residential and Commercial;Mt/yr;;;;;;Cement requirments from a certain end-use sector;
1855;2;materials (industry);Materials Demand|Non-metallic minerals|Cement|Infrastructures;Mt/yr;;;;;;Cement requirments from a certain end-use sector;
1856;2;materials (industry);Collected Scrap|Non-Ferrous Metals;Mt/yr;;;;;;Collected non-ferrou metals scrap;
1857;2;materials (industry);Collected Scrap|Non-Ferrous Metals|Residential and Commercial;Mt/yr;;;;;;Collected non-ferrous metals scrap coming from residential and commercial sector (available to be used in recycling);
1858;2;materials (industry);Collected Scrap|Non-Ferrous Metals|Power Sector;Mt/yr;;;;;;Collected non-ferrous metals scrap coming from power sector (available to be used in recycling);
1859;2;materials (industry);Collected Scrap|Non-Ferrous Metals|Transportation;Mt/yr;;;;;;Collected non-ferrous metals scrap coming from transport sector (available to be used in recycling);
1860;2;materials (industry);Collected Scrap|Non-Ferrous Metals|Other;Mt/yr;;;;;;Collected non-ferrous metals scrap coming from other sectors (available to be used in recycling);
1861;2;materials (industry);Total Scrap|Non-Ferrous Metals;Mt/yr;;;;;;Total potential of non-ferrous metals scrap material as a result of end of life products (before collection);
1862;2;materials (industry);Total Scrap|Non-Ferrous Metals|Residential and Commercial;Mt/yr;;;;;;Total potential of non-ferrous metals scrap material as a result of end of life products (before collection);
1863;2;materials (industry);Total Scrap|Non-Ferrous Metals|Power Sector;Mt/yr;;;;;;Total potential of non-ferrous metals scrap material as a result of end of life products (before collection);
1864;2;materials (industry);Total Scrap|Non-Ferrous Metals|Transportation;Mt/yr;;;;;;Total potential of non-ferrous metals scrap material as a result of end of life products (before collection);
1865;2;materials (industry);Total Scrap|Non-Ferrous Metals|Other;Mt/yr;;;;;;Total potential of non-ferrous metals scrap material as a result of end of life products (before collection);
1866;2;materials (industry);Collected Scrap|Iron and Steel;Mt/yr;;;;;;Collected iron and steel scrap;
1867;2;materials (industry);Collected Scrap|Iron and Steel|Residential and Commercial;Mt/yr;;;;;;Collected iron & steel scrap coming from residential and commercial sector (available to be used in recycling);
1868;2;materials (industry);Collected Scrap|Iron and Steel|Power Sector;Mt/yr;;;;;;Collected iron & steel scrap coming from power sector (available to be used in recycling);
1869;2;materials (industry);Collected Scrap|Iron and Steel|Transportation;Mt/yr;;;;;;Collected iron & steel scrap coming from transport sector (available to be used in recycling);
1870;2;materials (industry);Collected Scrap|Iron and Steel|Other;Mt/yr;;;;;;Collected iron & steel scrap coming from other sectors (available to be used in recycling);
1871;2;materials (industry);Total Scrap|Iron and Steel;Mt/yr;;;;;;Total potential of iron & steel scrap material as a result of end of life products (before collection);
1872;2;materials (industry);Total Scrap|Iron and Steel|Residential and Commercial;Mt/yr;;;;;;Total potential of iron & steel scrap material as a result of end of life products (before collection);
1873;2;materials (industry);Total Scrap|Iron and Steel|Power Sector;Mt/yr;;;;;;Total potential of iron & steel scrap material as a result of end of life products (before collection);
1874;2;materials (industry);Total Scrap|Iron and Steel|Transportation;Mt/yr;;;;;;Total potential of iron & steel scrap material as a result of end of life products (before collection);
1875;2;materials (industry);Total Scrap|Iron and Steel|Other;Mt/yr;;;;;;Total potential of iron & steel scrap material as a result of end of life products (before collection);
1876;2;industry;Export|Industry|Iron and Steel|Volume;Mt/yr;;;;;;Export of iron & steel;
1877;2;industry;Export|Industry|Iron and Steel|Primary Steel|Volume;Mt/yr;;;;;;Export of primary steel;
1878;2;industry;Export|Industry|Iron and Steel|Secondary Steel|Volume;Mt/yr;;;;;;Export of secondary steel;
1879;2;industry;Export|Industry|Non-Ferrous Metals|Aluminum|Volume;Mt/yr;;;;;;Export of aluminium;
1880;2;industry;Export|Industry|Non-Ferrous Metals|Volume;Mt/yr;;;;;;Export of non-ferrous metals;
1881;2;industry;Export|Industry|Chemicals|High Value Chemicals|Volume;Mt/yr;;;;;;Export of high value chemicals;
1882;2;industry;Export|Industry|Chemicals|Plastics|Volume;Mt/yr;;;;;;Export of plastics;
1883;2;industry;Export|Industry|Non-Metallic Minerals|Volume;Mt/yr;;;;;;Export of non-metallic minerals;
1884;2;industry;Export|Industry|Non-Metallic Minerals|Cement|Volume;Mt/yr;;;;;;Export of cement;
1885;2;industry;Import|Industry|Non-Metallic Minerals|Cement|Volume;Mt/yr;;;;;;Import of cement;
1886;2;industry;Import|Industry|Iron and Steel|Volume;Mt/yr;;;;;;Import of iron & steel;
1887;2;industry;Import|Industry|Iron and Steel|Primary Steel|Volume;Mt/yr;;;;;;Import of primary steel;
1888;2;industry;Import|Industry|Iron and Steel|Secondary Steel|Volume;Mt/yr;;;;;;Import of secondary steel;
1889;2;industry;Import|Industry|Non-Ferrous Metals|Aluminum|Volume;Mt/yr;;;;;;Import of aluminium;
1890;2;industry;Import|Industry|Non-Ferrous Metals|Volume;Mt/yr;;;;;;Import of non-ferrous metals;
1891;2;industry;Import|Industry|Chemicals|High Value Chemicals|Volume;Mt/yr;;;;;;Import of high value chemicals;
1892;2;industry;Import|Industry|Chemicals|Plastics|Volume;Mt/yr;;;;;;Import of plastics;
1893;2;industry;Import|Industry|Non-Metallic Minerals|Volume;Mt/yr;;;;;;Import of non-metallic minerals;
1894;2;economy (industry);Price|Industry|Iron and Steel|Scrap;US$2010/Mt;;;;;;Price of iron & steel scrap;
1895;2;economy (industry);Price|Industry|Non-Ferrous Metals|Scrap;US$2010/Mt;;;;;;Price of non-ferrous metals scrap;
1896;2;economy (industry);Price|Industry|Iron and Steel|Iron Ore;US$2010/Mt;;;;;;Price of iron ore;
1897;2;economy (industry);Price|Industry|Iron and Steel|Pig Iron;US$2010/Mt;;;;;;Price of pig iron;
1898;2;economy (industry);Price|Industry|Iron and Steel|Sponge Iron;US$2010/Mt;;;;;;Price of sponge iron;
1899;2;economy (industry);Price|Industry|Iron and Steel;US$2010/Mt;;;;;;Price of iron & steel;
1900;2;economy (industry);Price|Industry|Iron and Steel|Primary;US$2010/Mt;;;;;;Price of primary steel;
1901;2;economy (industry);Price|Industry|Iron and Steel|Secondary;US$2010/Mt;;;;;;Price of secondary steel;
1902;2;economy (industry);Price|Industry|Non-Ferrous Metals|Bauxite;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1903;2;economy (industry);Price|Industry|Non-Ferrous Metals|Alumina;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1904;2;economy (industry);Price|Industry|Non-Ferrous Metals|Aluminium;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1905;2;economy (industry);Price|Industry|Non-Ferrous Metals;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1906;2;economy (industry);Price|Industry|Non-Metallic Minerals|Limestone;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1907;2;economy (industry);Price|Industry|Non-Metallic Minerals|Clinker;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1908;2;economy (industry);Price|Industry|Non-Metallic Minerals|Cement;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1909;2;economy (industry);Price|Industry|Non-Metallic Minerals;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1910;2;economy (industry);Price|Industry|Chemicals|Naphtha;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1911;2;economy (industry);Price|Industry|Chemicals|Ethane;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1912;2;economy (industry);Price|Industry|Chemicals|High Value Chemicals;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1913;2;economy (industry);Price|Industry|Chemicals|Plastics;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1914;2;economy (industry);Price|Industry|Chemicals;US$2010/Mt;;;;;;Price for old iron & steel scrap;
1915;2;economy;Consumption|D1;%;;;;;;Share of  total consumption accruing to each Decile;
1916;2;economy;Income|D1;%;;;;;;Net income share of total income by Decile;
1917;2;economy;Consumption Share|Food|D1;%;;;;;;"COICOP code: CP01 ""Food""";
1918;2;economy;Consumption Share|Energy|Transportation|D1;%;;;;;;"COICOP code: CP07 ""Transport""";
1919;2;economy;Consumption Share|Energy|Energy Use|D1;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1920;2;economy;Inequality index|Gini;index;;;;;;Gini index of net income;
1921;2;economy;Inequality index|Absolute Poverty;index;;;;;;Absolute Povert Rate (1.9$ threshold);
1922;2;economy;Consumption|D2;%;;;;;;Share of  total consumption accruing to each Decile;
1923;2;economy;Income|D2;%;;;;;;Net income share of total income by Decile;
1924;2;economy;Consumption Share|Food|D2;%;;;;;;"COICOP code: CP01 ""Food""";
1925;2;economy;Consumption Share|Energy|Transportation|D2;%;;;;;;"COICOP code: CP07 ""Transport""";
1926;2;economy;Consumption Share|Energy|Energy Use|D2;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1927;2;economy;Consumption|D3;%;;;;;;Share of  total consumption accruing to each Decile;
1928;2;economy;Income|D3;%;;;;;;Net income share of total income by Decile;
1929;2;economy;Consumption Share|Food|D3;%;;;;;;"COICOP code: CP01 ""Food""";
1930;2;economy;Consumption Share|Energy|Transportation|D3;%;;;;;;"COICOP code: CP07 ""Transport""";
1931;2;economy;Consumption Share|Energy|Energy Use|D3;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1932;2;economy;Consumption|D4;%;;;;;;Share of  total consumption accruing to each Decile;
1933;2;economy;Income|D4;%;;;;;;Net income share of total income by Decile;
1934;2;economy;Consumption Share|Food|D4;%;;;;;;"COICOP code: CP01 ""Food""";
1935;2;economy;Consumption Share|Energy|Transportation|D4;%;;;;;;"COICOP code: CP07 ""Transport""";
1936;2;economy;Consumption Share|Energy|Energy Use|D4;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1937;2;economy;Consumption|D5;%;;;;;;Share of  total consumption accruing to each Decile;
1938;2;economy;Income|D5;%;;;;;;Net income share of total income by Decile;
1939;2;economy;Consumption Share|Food|D5;%;;;;;;"COICOP code: CP01 ""Food""";
1940;2;economy;Consumption Share|Energy|Transportation|D5;%;;;;;;"COICOP code: CP07 ""Transport""";
1941;2;economy;Consumption Share|Energy|Energy Use|D5;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1942;2;economy;Consumption|D6;%;;;;;;Share of  total consumption accruing to each Decile;
1943;2;economy;Income|D6;%;;;;;;Net income share of total income by Decile;
1944;2;economy;Consumption Share|Food|D6;%;;;;;;"COICOP code: CP01 ""Food""";
1945;2;economy;Consumption Share|Energy|Transportation|D6;%;;;;;;"COICOP code: CP07 ""Transport""";
1946;2;economy;Consumption Share|Energy|Energy Use|D6;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1947;2;economy;Consumption|D7;%;;;;;;Share of  total consumption accruing to each Decile;
1948;2;economy;Income|D7;%;;;;;;Net income share of total income by Decile;
1949;2;economy;Consumption Share|Food|D7;%;;;;;;"COICOP code: CP01 ""Food""";
1950;2;economy;Consumption Share|Energy|Transportation|D7;%;;;;;;"COICOP code: CP07 ""Transport""";
1951;2;economy;Consumption Share|Energy|Energy Use|D7;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1952;2;economy;Consumption|D8;%;;;;;;Share of  total consumption accruing to each Decile;
1953;2;economy;Income|D8;%;;;;;;Net income share of total income by Decile;
1954;2;economy;Consumption Share|Food|D8;%;;;;;;"COICOP code: CP01 ""Food""";
1955;2;economy;Consumption Share|Energy|Transportation|D8;%;;;;;;"COICOP code: CP07 ""Transport""";
1956;2;economy;Consumption Share|Energy|Energy Use|D8;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1957;2;economy;Consumption|D9;%;;;;;;Share of  total consumption accruing to each Decile;
1958;2;economy;Income|D9;%;;;;;;Net income share of total income by Decile;
1959;2;economy;Consumption Share|Food|D9;%;;;;;;"COICOP code: CP01 ""Food""";
1960;2;economy;Consumption Share|Energy|Transportation|D9;%;;;;;;"COICOP code: CP07 ""Transport""";
1961;2;economy;Consumption Share|Energy|Energy Use|D9;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1962;2;economy;Consumption|D10;%;;;;;;Share of  total consumption accruing to each Decile;
1963;2;economy;Income|D10;%;;;;;;Net income share of total income by Decile;
1964;2;economy;Consumption Share|Food|D10;%;;;;;;"COICOP code: CP01 ""Food""";
1965;2;economy;Consumption Share|Energy|Transportation|D10;%;;;;;;"COICOP code: CP07 ""Transport""";
1966;2;economy;Consumption Share|Energy|Energy Use|D10;%;;;;;;"COICOP code: CP045 ""Electricity, gas and other fuels""";
1967;2;food;Food Waste;million t DM/yr;SDG|SDG12|Food waste total;Mt DM/yr;;;;Amount of food (agriculture and livestock) that is disposed and not consumed;x
1968;2;water;Price|Drinking Water;US$2010/m3;;;;;;price for m3 of drinking water distributed to the users;
1969;1;demography;Population|Electricity Access;million;;;;;;Population with access to electricity;
1970;1;demography;Population|Relying on Solid Fuels;million;;;;;;Population without access to electricity and relying on solid fuels for heating-cooking;
1971;1;demography;Population|Clean cooking Access;million;;;;;;Population with access to improved cooking facilities (electric or gas);
1972;2;investment;Investment|Infrastructure|Water|Distribution;billion US$2010/yr;;;;;;Investment into water distribution infrastructure;
1973;2;investment;Investment|Infrastructure|Water|Distribution|Urban;billion US$2010/yr;;;;;;Investment into urban water distribution infrastructure;
1974;2;investment;Investment|Infrastructure|Water|Distribution|Rural;billion US$2010/yr;;;;;;Investment into rural water distribution infrastructure;
1975;2;investment;Investment|Infrastructure|Water|Treatment & Recycling;billion US$2010/yr;;;;;;Investment into water treatment and recycling infrastructure;
1976;2;investment;Investment|Infrastructure|Water|Treatment & Recycling|Urban;billion US$2010/yr;;;;;;Investment into urban water treatment and recycling infrastructure;
1977;2;investment;Investment|Infrastructure|Water|Treatment & Recycling|Rural;billion US$2010/yr;;;;;;Investment into rural water treatment and recycling infrastructure;
1978;2;investment;Investment|Infrastructure|Water|Desalination;billion US$2010/yr;;;;;;Investment into water desalination infrastructure;
1979;2;investment;Investment|Agriculture;billion US$2010/yr;;;;;;Investment into agriculture activity;
1980;2;investment;Investment|Forestry;billion US$2010/yr;;;;;;Investment into growing forests;
1981;2;SDG;Terrestrial Biodiversity|MSA|Vertebrates;%;;;;;;Terrestrial biodiversity of vertebrate species measured in Mean Species Abundance (MSA);
1982;2;SDG;Terrestrial Biodiversity|MSA|Plants;%;;;;;;Terrestrial biodiversity of plant species measured in Mean Species Abundance (MSA);
1983;2;SDG;Terrestrial Biodiversity|BII;%;Biodiversity|BII;unitless;;;;Terrestrial biodiversity measured with Biodiversity Intactness Index (BII);x
1984;2;land cover;Land Cover|Protected Area;million ha;;;;;;Land-use coverage of officially protected area;
1985;2;land cover;Land Cover|Other Natural Land;million ha;;;;;;Other natural land cover that does not fit into any other category;