Releases: USEPA/supply-chain-factors
v1.3
Code to produce v1.3 of the Supply Chain Factors.
The associated dataset and documentation can be found at:
Supply Chain Greenhouse Gas Emission Factors v1.3 by NAICS-6
v1.2.3
v1.2.2
Corrects unit for HFCs and PFCs unspecified in kg GHG output to be kg CO2e per dollar. Was erroneously listed as kg per dollar.
See this related discussion.
Full Changelog: v1.2.1...v1.2.2
Factor dataset not published with these changes. Latest published dataset is still v1.2.
v1.2.1
Fixes URL error in GHG data file
v1.2
Code to produce v1.2 of the Factors.
Published products and documentation are here:
http://www.doi.org/10.23719/1528686
1.1.1
The initial code release with the functionality to use an Rmarkdown file to produce the supply chain GHG factors for a USEEIO model.
These release corresponds to v1.1.1 of the factors. See notes below.
- Requirements and usage are described in the README.
- This release contains the same USEEIO model specifications used in the original report, which are listed in Appendix 2, with a minor change in syntax of the model naming.
- Users can select options for sector type (Commodity or Industry), GHG and output year (2010-2016), and sector level (Detail or Summary), where every unique combination of those selections corresponds with a unique USEEIO model.
- Users can select to output factors in currency units of 2010-2018 USD, all in purchaser price.
- Data quality scores are hard-coded and stored in csv for these models and appended to the factors upon generation.
- The dependent useeior is a dedicated release for the v1.1.1 factors.
v1.1 --> v1.1.1 updates in factors
- Factors (SEFs, MEFs, and combined) for Other gases are corrected from v1.1 for all models. The error was a mapping error in matching names to characterization factors.
- Factors for CO2, CH4, and N2O are unchanged for all Detail models.
- Factors for CO2, CH4, N2O, and Other gases are corrected from v1.1 for all Summary models. The error was due to incorrect IO year specification in Summary models.