Molecule flows for gasification with CCS

graphs/energy/nodes/energy/energy_production_fischer_tropsch_biogenic_waste_ccs.ad

@@ -19,8 +19,8 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 162.34
 - wacc = 0.07
-- free_co2_factor = 0.9
-- ccs_capture_rate = 0.9
+- free_co2_factor = 0.632781
+- ccs_capture_rate = 0.632781
 - takes_part_in_ets = 1.0
 
 ~ demand = 0.0

graphs/energy/nodes/energy/energy_production_fischer_tropsch_dry_biomass_ccs.ad

@@ -19,8 +19,8 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 162.34
 - wacc = 0.07
-- free_co2_factor = 0.9
-- ccs_capture_rate = 0.9
+- free_co2_factor = 0.632781
+- ccs_capture_rate = 0.632781
 - takes_part_in_ets = 1.0
 
 ~ demand = 0.0

graphs/energy/nodes/energy/energy_production_fischer_tropsch_non_biogenic_waste_ccs.ad

@@ -19,8 +19,8 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 162.34
 - wacc = 0.07
-- free_co2_factor = 0.9
-- ccs_capture_rate = 0.9
+- free_co2_factor = 0.651832
+- ccs_capture_rate = 0.651832
 - takes_part_in_ets = 1.0
 
 ~ demand = 0.0

graphs/energy/nodes/energy/energy_production_methanol_synthesis_biogenic_waste_ccs.ad

@@ -2,12 +2,12 @@
 - output.biomethanol = 0.61
 - output.loss = elastic
 - groups = [preset_demand, wacc_unproven_tech, costs_production_liquid_fuels, sankey_conversion_group, application_group, biomass_products_production]
-- presentation_group = liquid_fuels_ccs
 - use = undefined
+- presentation_group = liquid_fuels_ccs
 - availability = 0.96
 - full_load_hours = 8000.0
 - typical_input_capacity = 213.11
-- ccs_investment = 38989116.0
+- ccs_investment = 38988246.0
 - construction_time = 0.0
 - cost_of_installing = 0.0
 - decommissioning_costs = 0.0
@@ -17,8 +17,8 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 2019.06
 - wacc = 0.07
-- free_co2_factor = 0.9
-- ccs_capture_rate = 0.9
+- free_co2_factor = 0.522288
+- ccs_capture_rate = 0.522288
 - takes_part_in_ets = 1.0
 
 ~ demand = 0.0

graphs/energy/nodes/energy/energy_production_methanol_synthesis_dry_biomass_ccs.ad

@@ -2,12 +2,12 @@
 - output.biomethanol = 0.61
 - output.loss = elastic
 - groups = [preset_demand, wacc_unproven_tech, costs_production_liquid_fuels, sankey_conversion_group, application_group, biomass_products_production]
-- presentation_group = liquid_fuels_ccs
 - use = undefined
+- presentation_group = liquid_fuels_ccs
 - availability = 0.96
 - full_load_hours = 8000.0
 - typical_input_capacity = 213.11
-- ccs_investment = 38989116.0
+- ccs_investment = 38988246.0
 - construction_time = 0.0
 - cost_of_installing = 0.0
 - decommissioning_costs = 0.0
@@ -17,8 +17,8 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 2019.06
 - wacc = 0.07
-- free_co2_factor = 0.9
-- ccs_capture_rate = 0.9
+- free_co2_factor = 0.522288
+- ccs_capture_rate = 0.522288
 - takes_part_in_ets = 1.0
 
 ~ demand = 0.0

graphs/energy/nodes/energy/energy_production_methanol_synthesis_non_biogenic_waste_ccs.ad

@@ -2,12 +2,12 @@
 - output.loss = elastic
 - output.methanol = 0.61
 - groups = [preset_demand, wacc_unproven_tech, costs_production_liquid_fuels, sankey_conversion_group, application_group, methanol_production]
-- presentation_group = liquid_fuels_ccs
 - use = undefined
+- presentation_group = liquid_fuels_ccs
 - availability = 0.96
 - full_load_hours = 8000.0
 - typical_input_capacity = 213.11
-- ccs_investment = 38989116.0
+- ccs_investment = 38988246.0
 - construction_time = 0.0
 - cost_of_installing = 0.0
 - decommissioning_costs = 0.0
@@ -17,8 +17,8 @@
 - variable_operation_and_maintenance_costs_for_ccs_per_full_load_hour = 0.0
 - variable_operation_and_maintenance_costs_per_full_load_hour = 2019.06
 - wacc = 0.07
-- free_co2_factor = 0.9
-- ccs_capture_rate = 0.9
+- free_co2_factor = 0.539393
+- ccs_capture_rate = 0.539393
 - takes_part_in_ets = 1.0
 
 ~ demand = 0.0

graphs/molecules/edges/energy/energy_production_fischer_tropsch_biogenic_waste_ccs_co2-energy_production_fischer_tropsch_biogenic_waste_ccs_captured_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals free_co2_factor of energy_production_fischer_tropsch_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_fischer_tropsch_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.9
+~ parent_share = 0.9

graphs/molecules/edges/energy/energy_production_fischer_tropsch_biogenic_waste_ccs_co2-energy_production_fischer_tropsch_biogenic_waste_ccs_emitted_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals 1 minus free_co2_factor of energy_production_fischer_tropsch_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_fischer_tropsch_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.1
+~ parent_share = 0.1

graphs/molecules/edges/energy/energy_production_fischer_tropsch_dry_biomass_ccs_co2-energy_production_fischer_tropsch_dry_biomass_ccs_captured_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals free_co2_factor of energy_production_fischer_tropsch_dry_biomass_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_fischer_tropsch_dry_biomass_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.9
+~ parent_share = 0.9

graphs/molecules/edges/energy/energy_production_fischer_tropsch_dry_biomass_ccs_co2-energy_production_fischer_tropsch_dry_biomass_ccs_emitted_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals 1 minus free_co2_factor of energy_production_fischer_tropsch_dry_biomass_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_fischer_tropsch_dry_biomass_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.1
+~ parent_share = 0.1

graphs/molecules/edges/energy/energy_production_fischer_tropsch_non_biogenic_waste_ccs_co2-energy_production_fischer_tropsch_non_biogenic_waste_ccs_captured_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals free_co2_factor of energy_production_fischer_tropsch_non_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_fischer_tropsch_non_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.9
+~ parent_share = 0.9

graphs/molecules/edges/energy/energy_production_fischer_tropsch_non_biogenic_waste_ccs_co2-energy_production_fischer_tropsch_non_biogenic_waste_ccs_emitted_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals 1 minus free_co2_factor of energy_production_fischer_tropsch_non_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_fischer_tropsch_non_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.1
+~ parent_share = 0.1

graphs/molecules/edges/energy/energy_production_methanol_synthesis_biogenic_waste_ccs_co2-energy_production_methanol_synthesis_biogenic_waste_ccs_captured_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals free_co2_factor of energy_production_methanol_synthesis_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_methanol_synthesis_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.9
+~ parent_share = 0.9

graphs/molecules/edges/energy/energy_production_methanol_synthesis_biogenic_waste_ccs_co2-energy_production_methanol_synthesis_biogenic_waste_ccs_emitted_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals 1 minus free_co2_factor of energy_production_methanol_synthesis_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_methanol_synthesis_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.1
+~ parent_share = 0.1

graphs/molecules/edges/energy/energy_production_methanol_synthesis_dry_biomass_ccs_co2-energy_production_methanol_synthesis_dry_biomass_ccs_captured_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals free_co2_factor of energy_production_methanol_synthesis_dry_biomass_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_methanol_synthesis_dry_biomass_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.9
+~ parent_share = 0.9

graphs/molecules/edges/energy/energy_production_methanol_synthesis_dry_biomass_ccs_co2-energy_production_methanol_synthesis_dry_biomass_ccs_emitted_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals 1 minus free_co2_factor of energy_production_methanol_synthesis_dry_biomass_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_methanol_synthesis_dry_biomass_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.1
+~ parent_share = 0.1

graphs/molecules/edges/energy/energy_production_methanol_synthesis_non_biogenic_waste_ccs_co2-energy_production_methanol_synthesis_non_biogenic_waste_ccs_captured_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals free_co2_factor of energy_production_methanol_synthesis_non_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_methanol_synthesis_non_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.9
+~ parent_share = 0.9

graphs/molecules/edges/energy/energy_production_methanol_synthesis_non_biogenic_waste_ccs_co2-energy_production_methanol_synthesis_non_biogenic_waste_ccs_emitted_co2@co2.ad

@@ -1,5 +1,8 @@
-# Parent share equals 1 minus free_co2_factor of energy_production_methanol_synthesis_non_biogenic_waste_ccs
+# 10% of the CO2 that does not stay bound as carbon in the products is emitted
+# 90% of the CO2 that does not stay bound as carbon in the products is emitted
+# See energy_production_methanol_synthesis_non_biogenic_waste_ccs node source analysis
+
 - type = share
 - reversed = true
 
-~ parent_share = 0.1
+~ parent_share = 0.1

graphs/molecules/nodes/energy/energy_production_fischer_tropsch_biogenic_waste_ccs_co2.ad

@@ -4,5 +4,5 @@
 
 - from_energy.source = energy_production_fischer_tropsch_biogenic_waste_ccs
 - from_energy.direction = input
-- from_energy.conversion.biogenic_waste = 0.04052
+- from_energy.conversion.biogenic_waste = 0.070309
 - input.co2 = 1.0

graphs/molecules/nodes/energy/energy_production_fischer_tropsch_dry_biomass_ccs_co2.ad

@@ -4,5 +4,5 @@
 
 - from_energy.source = energy_production_fischer_tropsch_dry_biomass_ccs
 - from_energy.direction = input
-- from_energy.conversion.dry_biomass = 0.04052
+- from_energy.conversion.dry_biomass = 0.070309
 - input.co2 = 1.0

graphs/molecules/nodes/energy/energy_production_fischer_tropsch_non_biogenic_waste_ccs_co2.ad

@@ -4,5 +4,5 @@
 
 - from_energy.source = energy_production_fischer_tropsch_non_biogenic_waste_ccs
 - from_energy.direction = input
-- from_energy.conversion.non_biogenic_waste = 0.047
+- from_energy.conversion.non_biogenic_waste = 0.076192
 - input.co2 = 1.0

graphs/molecules/nodes/energy/energy_production_methanol_synthesis_biogenic_waste_ccs_co2.ad

@@ -4,5 +4,5 @@
 
 - from_energy.source = energy_production_methanol_synthesis_biogenic_waste_ccs
 - from_energy.direction = input
-- from_energy.conversion.biogenic_waste = 0.04052
+- from_energy.conversion.biogenic_waste = 0.058032
 - input.co2 = 1.0

graphs/molecules/nodes/energy/energy_production_methanol_synthesis_dry_biomass_ccs_co2.ad

@@ -4,5 +4,5 @@
 
 - from_energy.source = energy_production_methanol_synthesis_dry_biomass_ccs
 - from_energy.direction = input
-- from_energy.conversion.dry_biomass = 0.04052
+- from_energy.conversion.dry_biomass = 0.058032
 - input.co2 = 1.0

graphs/molecules/nodes/energy/energy_production_methanol_synthesis_non_biogenic_waste_ccs_co2.ad

@@ -4,5 +4,5 @@
 
 - from_energy.source = energy_production_methanol_synthesis_non_biogenic_waste_ccs
 - from_energy.direction = input
-- from_energy.conversion.non_biogenic_waste = 0.047
+- from_energy.conversion.non_biogenic_waste = 0.063049
 - input.co2 = 1.0