Industrial Processes and Product Use (IPPU)

Industrial Processes and Product Use (IPPU) includes only one subsector (* indicates non-emission subsector):

Industrial Processes and Product Use (IPPU)

Emission accounting for IPPU is based primarily on Volume 3 of the IPCC guidance for national greenhouse gas inventories. The IPPU sector includes estimates of emissions of a range of gasses released during industrial production, including a by-gas accounting of a number of fluorinated compounds (including HFCs, PFCs, and other FCs) derived from other bottom-up estimates in the literature. Industrial production is driven primarily by domestic demands and trade and is responsive to changes in GDP, GDP/capita, and recycling (for applicable industries). Production is generally written in terms of mass produced.

Note

The IPPU model contains the python method for industrial production, which is accessed in both AFOLU and CircularEconomy.

Industrial Processes and Product Use

Industrial processes and product use is used exclusively to account for emissions from the industrial sector excluding industrial energy. Examples of emissions in IPPU include HFCs and PFCs emitted from refrigeration, HFCs/PFCs/FCs emitted in electronics manufacturing, $\text{CO}_2$ from cement clinker etc.

All industrial categorization is derived from the 2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories, Volume 3, Industrial Processes (see Chapter 1, page 1.7 for a chart describing these categorizations). The entire guidance is available from the Task Force on National Greenhouse Gas Inventories

Categories

Categories associated with Industrial Processes and Product Use are identified by the $CAT-INDUSTRY$ variable schema element and shown in the category attribute table shown below.

Industrial categories ( $CAT-INDUSTRY$ attribute table)
Category Name	$CAT-INDUSTRY$	Definition	Target $CAT-INDUSTRY$ to Adjust with Recycling	Agricultural Category	Virgin Paper Category	Virgin Wood Category	Notes
Agriculture and Livestock	`agriculture_and_livestock`	Used only in Industrial Energy to account for emissions from agricultural on-farm activities, including the operation of off-road equipment. In general, these activites are assumed to scale with agricultural and livestock production.	none	1	0	0
Cement	`cement`	Cement production	none	0	0	0	Default $\text{CO}_2$ cement clinker emission factor from V3, C2, EQ 2.4 2006 IPCC GNGHGI)
Chemical	`chemicals`	Includes production of Adipic acid production Ammonia production Caprolactam, Glyoxal, and Glyoxylic Acid production Carbide production Fluorochemical production, including HFC-22 production HFCs production PFCs production SF6 production NF3 production Fluoropolymer production Other Fluorochemical production Hydrogen production Nitric Acid production Soda Ash production Titanium Dioxide Others	none	0	0	0
Construction and Demolition	`construction_and_demolition`	Primarily generates wastewater and waste. Driven by growth in population and gdp.	none	0	0	0
Electronics - Displays	`electronics`	Includes emissions (especially FCs) from processes and product use involved with the production of: Displays Microelectromechanical Systems Photovoltaics Semiconductors and Integrated Circuits. See V3, C6 of IPCC GNGHGIs for more information.	none	0	0	0
Glass	`glass`	Virgin production of glass and ceramics. Affected by recycling.	none	0	0	0	Some figures for energy intensity of glass production is available form the U.S. Department of Energy (see Table 3.2)
Lime and Carbonites	`lime_and_carbonite`	Includes Lime production Other Process Uses of Carbonites, including * Non-Metallurgical Magnesia Production * Other uses of Soda Ash * Others	none	0	0	0	Default $\text{CO}_2$ lime production emission factor from V3, C2, EQ 2.8 2006 IPCC GNGHGI); range from Table 2.4.
mining	`mining`	Industrial mining for raw materials. EXCLUDES COAL (see ENFU) Inlcudes mining for ores and materials critical to global supply chains, including Lithium Tellerium Nickel Cobalt	none	0	0	0
Lubricant Use	`product_use_lubricants`	Emissions from use of lubricants. Grows proportionally to GDP.	none	0	0	0
Metals	`metals`	Virgin production of metals (excludes mining activities). Includes emissions from Aluminium production Copper production Ferro alloys production Iron production Lead production Magnesium production Rare Earths production Steel production Zinc production Other Metals production	none	0	0	0
Other	`other_industries`	This category includes emissions from industrial processes and product use in other industrial categories not covered above, including Food and Beverages Industry Pulp and Paper Industry Other Produces extensive wastewater and COD.	none	0	0	0
Other Product and Manufacture Use	`other_product_manufacturing`	This category is used to account for emissions from other industrial production processes and product uses, including Electrical Equipment * Manufacture of Electrical Equipment (not covered under the `electronics` category) * Use of Electrical Equipment * Disposal of Electrical Equipment (not landfilled or recycled) N2O from Product Uses Medical Applications Propellant for pressure and aerosol products Other SF6 and PFCs from Other Product Uses Military Applications Accelerators Waterproofing of Electronic Circuits Other Other	none	0	0	0
Other Product Use	`product_use_other`	Includes NMVOC emissions	none	0	0	0
Ozone-Depleting Substance Substitutes - Other	`product_use_ods_other`	Includes the use of products common in industrial processes, such as HFCs, PFCs, SF6, and other ODS products that are intended to replace ozone-depleting CFCs. These products include Aerosols Fire Protection Foam Blowing Agents Refrigeration and Air Conditioning (both Stationary and Mobile) Solvents Other Applications	none	0	0	0
Ozone-Depleting Substance Substitutes - Refrigeration	`product_use_ods_refrigeration`	Use of refrigerants in industrial processes. Per GDP factor can be affected by an elasticity to GDP per capita.	none	0	0	0
Paper	`paper`	Virgin production of paper. Affected by recycling.	none	0	1	0
Paraffin Wax Use	`product_use_paraffin_wax`	Emissions from use of paraffin wav. Grows proportionally to GDP.	none	0	0	0
Plastic	`plastic`	Virgin production of plastic. Affected by recycling. Includes production of Petrochemical and Carbon Black products, including Acrylonitrile Carbon Black Ethylene Ethylene Dichloride and Vinyl Chloride Monomer Ethylene Oxide Methanol	none	0	0	0	Default $\text{CO}_2$ plastic (petrochemical) production emission factor from V3, C3, section 3.9 2006 IPCC GNGHGI); default value and range taken from Tables 3.12 and 3.14 (average over all available values).
Recycled Glass	`recycled_glass`	Recycling of glass and ceramics. Affects virgin production.	`glass`	0	0	0
Recycled Metals	`recycled_metals`	Recycling of metals. Affects virgin production.	`metals`	0	0	0
Recycled Paper	`recycled_paper`	Recycling of paper. Affects virgin production.	`paper`	0	0	0
Recycled Plastic	`recycled_plastic`	Recycling of plastic. Affects virgin production.	`plastic`	0	0	0
Recycled Rubber and Leather	`recycled_rubber_and_leather`	Recycling of rubber and leather. Affects virgin production.	`rubber_and_leather`	0	0	0
Recycled Textiles	`recycled_textiles`	Recycling of textiles. Affects virgin production.	`textiles`	0	0	0
Recycled Wood	`recycled_wood`	Wood that is recycled.	`wood`	0	0	0
Rubber and Leather	`rubber_and_leather`	Virgin production of rubber and leather. Affected by recycling.	none	0	0	0
Textiles	`textiles`	Virgin production of textiles. Affected by recycling.	none	0	0	0
Wood	`wood`	Virgin production of lumber and other wood products. Emissions are captured in AFOLU.	none	0	0	1

Note

The Electronics Industry is broken into four key subcategories given the high degree of variation in emission factors and emission-relevant gasses governing each of these subcategories and the relative magnitude of the GWP of fluorinated compounds used in the electronics manufacturing process. Other categories–like metals–are not broken into subcategories (e.g., such as steel, aluminum, magnesium, zinc, etc… ) given the relatively similar magnitude of emission factors across gasses and the low prevalence of gasses associated with very-high GWPs. See `V3, C6 IPCC GNGHGI (2019R)<https://www.ipcc-nggip.iges.or.jp/public/2019rf/pdf/3_Volume3/19R_V3_Ch06_Electronics.pdf>`_ Table 6.6 for default emission factors associated with electronics manufacturing.

Variables

Variables associated with the Industrial Processes and Product Use subsector are shown below.

Trajectories of the following variables are needed for the Industrial Processes and Product Use subsector. The categories that variables apply to are described in the `category` column.
Variable Type	Variable	Information	Variable Schema	Categories	Reference	Default Value	Default LHS Scalar Minimum at Final Time Period	Default LHS Scalar Maximum at Final Time Period	Emission Factor	Emissions Total by Gas Component	Notes
Input	$\text{CH}_4$ Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{CH}_4$ emitted per tonne of production	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch4`)	chemicals``\|``metals``\|``plastic		0	1	1	1	0
Input	$\text{CO}_2$ Clinker Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{CO}_2$ emitted per tonne of production	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$_clinker` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = co2`)	`cement`		0	1	1	1	0
Input	$\text{CO}_2$ Product Use Emission Factor	Unitless carbon dioxide emission factor (tonne/tonne) representing how tonnes of $\text{C}$ are emitted per tonne of product use.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_product_use_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = co2`)	product_use_lubricants``\|``product_use_paraffin_wax		0	1	1	1	0
Input	$\text{CO}_2$ Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{CO}_2$ emitted per tonne of production	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = co2`)	chemicals``\|``glass``\|``lime_and_carbonite``\|``metals``\|``plastic		0	1	1	1	0
Input	$\text{NF}_3$ Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{NF}_3$ emitted per tonne of production	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = nf3`)	chemicals``\|``electronics		0	1	1	1	0
Input	$\text{N}_2\text{O}$ GDP Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{N}_2\text{O}$ emitted per billion $USD GDP.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = n2o`)	`other_product_manufacturing`		0	1	1	1	0
Input	$\text{N}_2\text{O}$ Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{N}_2\text{O}$ emitted per tonne of production	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = n2o`)	chemicals``\|``electronics		0	1	1	1	0
Input	$\text{SF}_6$ GDP Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{SF}_6$ emitted per billion $USD GDP.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = sf6`)	`other_product_manufacturing`		0	1	1	1	0
Input	$\text{SF}_6$ Production Process Emission Factor	Unitless emission factor (tonne/tonne) representing how tonnes of $\text{SF}_6$ emitted per tonne of production	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = sf6`)	chemicals``\|``electronics``\|``metals		0	1	1	1	0
Input	Average Lifespan of Housing Construction	Average lifespan, in years, of housing construction. Used to estimate replacement of old stock housing.	`timespan_ippu_average_lifetime_of_housing`	none		0	1	1	0	0
Input	Average per Household Demand for Construction Materials		`dem_ippu_average_materials_$UNIT-MASS$_per_household_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`)	cement``\|``wood		0	1	1	0	0
Input	COD Wastewater Factor	Mass of chemical oxygen demand (COD) generated per tonne of production.	`qty_ippu_$CAT-INDUSTRY$_$UNIT-MASS$_cod_per_$UNIT-VOLUME$_ww` (`$UNIT-MASS$ = tonne`, `$UNIT-VOLUME$ = m3`)	cement``\|``chemicals``\|``electronics``\|``glass``\|``lime_and_carbonite``\|``metals``\|``paper``\|``plastic``\|``recycled_metals``\|``recycled_paper``\|``recycled_plastic``\|``recycled_rubber_and_leather``\|``recycled_textiles``\|``rubber_and_leather``\|``textiles``\|``wood		0	1	1	0	0
Input	Clinker Fraction of Cement		`frac_ippu_$CAT-INDUSTRY$_clinker`	`cement`		0	1	1	0	0	See Equation 2.2 in V3
Input	Dodecafluoropentane Production Process Emission Factor	Unitless emission factor for Dodecafluoropentane ($\text{C}_5\text{F}_12$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c5f12`)	`chemicals`		0	1	1	1	0
Input	Elasticity of Industrial Production to GDP		`elasticity_ippu_$CAT-INDUSTRY$_production_to_gdp`	cement``\|``chemicals``\|``electronics``\|``glass``\|``lime_and_carbonite``\|``metals``\|``mining``\|``paper``\|``plastic``\|``rubber_and_leather``\|``textiles``\|``wood		0	1	1	0	0
Input	Elasticity of Product Use Rate to GDP per Capita		`elasticity_ippu_$CAT-INDUSTRY$_product_use_rate_to_gdppc`	product_use_lubricants``\|``product_use_paraffin_wax``\|``product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	0
Input	HCFC-141b GDP Product Use Emission Factor	Emission factor for 1,1-Dichloro-1-fluoroethane (HCFC-141b) per (tonne/mmm GDP)	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch3cci2f`)	`product_use_ods_refrigeration`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HCFC-142b GDP Product Use Emission Factor	Emission factor for 1-Chloro-1,1-difluoroethane (HCFC-142b) per (tonne/mmm GDP)	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch3ccif2`)	`product_use_ods_refrigeration`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-125 GDP Product Use Emission Factor	Emission factor for Pentafluoroethane (HFC-125) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c2hf5`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-125 Production Process Emission Factor	Unitless emission factor for Pentafluoroethane (HFC-125, or $\text{C}_2\text{HF}_5$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c2hf5`)	`chemicals`		0	1	1	1	0
Input	HFC-134 GDP Product Use Emission Factor	Emission factor for 1,1,2,2-Tetrafluoroethane (HFC-134, or $\text{CHF}_2\text{CHF}_2$) per (tonne/mmm GDP)	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = chf2chf2`)	`product_use_ods_refrigeration`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-134a GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-134a) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = chf2cf3`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-134a Production Process Emission Factor	Unitless emission factor for 1,1,1,2-Tetrafluoroethane (HFC-134a, or $\text{CHF}_2\text{CF}_3$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = chf2cf3`)	`chemicals`		0	1	1	1	0
Input	HFC-143 GDP Product Use Emission Factor	Emission factor for 1,1,2-Trifluoroethane (HFC-143, or $\text{CH}_2\text{FCHF}_2$) per (tonne/mmm GDP)	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch2fchf2`)	`product_use_ods_refrigeration`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-143a GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-143a) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c2h3f3`)	`product_use_ods_refrigeration`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-143a Production Process Emission Factor	Unitless emission factor for 1,1,1-Trifluoroethane (HFC-143a, or $\text{C}_2\text{H}_3\text{F}_3$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c2h3f3`)	`chemicals`		0	1	1	1	0
Input	HFC-152a GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-152a) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch3chf2`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-152a Production Process Emission Factor	Unitless emission factor for 1,1-Difluoroethane (HFC-152a, or $\text{CH}_3\text{CHF}_2$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch3chf2`)	`chemicals`		0	1	1	1	0
Input	HFC-227ea GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-227ea) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c3hf7`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-227ea Production Process Emission Factor	Unitless emission factor for 1,1,1,2,3,3,3-Heptafluoropropane (HFC-227ea, or $\text{C}_3\text{HF}_7$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c3hf7`)	`chemicals`		0	1	1	1	0
Input	HFC-23 GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-23) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = chf3`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	1	0
Input	HFC-23 Production Process Emission Factor	Unitless emission factor for Trifluoromethane (HFC-23, or $\text{CHF}_3$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = chf3`)	chemicals``\|``electronics		0	1	1	1	0
Input	HFC-236fa GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-236fa) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c3h2f6`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-245fa GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-245fa) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c3h3f5`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-32 GDP Product Use Emission Factor	Emission factor for Difluoromethane (HFC-32) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch2f2`)	`product_use_ods_refrigeration`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-32 Production Process Emission Factor	Unitless emission factor for Difluoromethane (HFC-32, or $\text{CH}_2\text{F}_2$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch2f2`)	chemicals``\|``electronics		0	1	1	1	0
Input	HFC-365mfc GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-365mfc) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c4h5f5`)	`product_use_ods_other`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	HFC-365mfc Production Process Emission Factor	Unitless emission factor for 1,1,1,3,3-Pentafluorobutane (HFC-365mfc, or $\text{C}_4\text{H}_5\text{F}_5$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c4h5f5`)	`chemicals`		0	1	1	1	0
Input	HFC-41 Production Process Emission Factor	Unitless emission factor for Fluoromethane (HFC-41, or $\text{CH}_3\text{F}$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = ch3f`)	`electronics`		0	1	1	1	0
Input	HFC-43-10mee GDP Product Use Emission Factor	Emission factor for Trifluoromethane (HFC-43-10mee) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c5h2f10`)	`product_use_ods_other`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	Industrial $\text{CO}_2$ Capture Efficacy	Fraction of $\text{CO}_2$ emitted that is captured when CCS is implemented. NOTE: this variable is used in Industrial Energy (INEN) as well to determine the share of $\text{CO}_2$ emissions that are captured. NOTE: this variable applies only to process emissions and does not affect product use emissions.	`gasrf_ippu_$EMISSION-GAS$_capture_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = co2`)	chemicals``\|``cement``\|``glass``\|``lime_and_carbonite``\|``metals``\|``plastic		0	1	1	0	0
Input	Industrial $\text{CO}_2$ Capture Prevalence	Fraction of industrial production subject to CCS, which reduces $\text{CO}_2$ emissions. NOTE: this variable is used in Industrial Energy (INEN) as well to determine the share of $\text{CO}_2$ emissions that are captured. NOTE: this variable applies only to process emissions and does not affect product use emissions.	`frac_ippu_production_with_$EMISSION-GAS$_capture_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = co2`)	chemicals``\|``cement``\|``glass``\|``lime_and_carbonite``\|``metals``\|``plastic		0	1	1	0	0
Input	Industrial Production Scalar	Exogenous scalar that can be used to represent exogenous shocks todemand (assuming production and demand are in equilibrium). NOTE: Excludes categories that are derviced from model integration, including agricultural and livestock production (AFOLU) and recycling (Circular Economy)	`demscalar_ippu_$CAT-INDUSTRY$`	cement``\|``chemicals``\|``construction_and_demolition``\|``electronics``\|``glass``\|``lime_and_carbonite``\|``metals``\|``mining``\|``product_use_lubricants``\|``other_industries``\|``other_product_manufacturing``\|``product_use_other``\|``product_use_ods_other``\|``product_use_ods_refrigeration``\|``paper``\|``product_use_paraffin_wax``\|``plastic``\|``rubber_and_leather``\|``textiles``\|``wood		0	1	1	0	0
Input	Initial Industrial Production	Production at $t = 0$ of an industrial category, in tonnes. Future production is elastic to GDP and is modified by an exogenous scalar (representing changes to industry).	`prodinit_ippu_$CAT-INDUSTRY$_$UNIT-MASS$` (`$UNIT-MASS$ = tonne`)	cement``\|``chemicals``\|``electronics``\|``glass``\|``lime_and_carbonite``\|``metals``\|``mining``\|``paper``\|``plastic``\|``recycled_glass``\|``recycled_metals``\|``recycled_paper``\|``recycled_plastic``\|``recycled_rubber_and_leather``\|``recycled_textiles``\|``rubber_and_leather``\|``textiles``\|``wood		0	1	1	0	0
Input	Initial Non-Energy Fuel Use	Includes paraffin wax and lubricant use	`useinit_ippu_$CAT-INDUSTRY$_$UNIT-MASS$` (`$UNIT-MASS$ = kt`)	product_use_lubricants``\|``product_use_paraffin_wax		0	1	1	0	0	Paraffix wax use by country is available from UN Data Lubricant use by country is available from UN Data
Input	Initial Other Non-Energy $\text{CO}_2$ Emissions		`emitinit_ippu_$CAT-INDUSTRY$_$UNIT-MASS$_$EMISSION-GAS$` (`$UNIT-MASS$ = kt`, `$EMISSION-GAS$ = co2`)	`product_use_other`		0	1	1	0	0
Input	Maximum Recycled Material Ratio in Virgin Process	Recycled material can sometimes be mixed in with virgin materials Cullet Ratio in Glass: Cullet is scrap glass that is used to reduce the requirements for raw materials in glass production. In SISEPUEDE, recycled glass is used until the maximum cullet fraction (on average) is satisfied. Recycled glass above this threshold is exported. See Nature 599 (2021) and the V3, C2, Equation 2.10 in the IPCC GNGHGI (2006) for more information.	`maxfrac_ippu_maximum_recylced_material_ratio_$CAT-INDUSTRY$`	glass``\|``paper``\|``plastic``\|``wood		1	1	1	0	0
Input	Net Imports of Cement Clinker		`net_imports_$CAT-INDUSTRY$_clinker_$UNIT-MASS$` (`$UNIT-MASS$ = tonne`)	`cement`	See the World Bank World Integrated Trade Solution ` WITS Imports <https://wits.worldbank.org/trade/comtrade/en/country/ALL/year/2019/tradeflow/Imports/partner/WLD/product/252310>`_ for clinker imports by country and WITS Exports for clinker exports by country.	0	1	1	0	0	Exogenous specification of net imports of cement clinker. Net imports of cement clinker are used to adjust cement productions emissions from clinker–i.e., if net imports are negative, then clinker beyond what is used for cement is exported, meaning that production emissions exceeded what was used for endogenous cement production.
Input	Octafluorooxolane Production Process Emission Factor	Unitless emission factor for Octafluorooxolane ($\text{C}_4\text{F}_8\text{O}$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c4f8o`)	`electronics`		0	1	1	1	0
Input	PFC-1114 Production Process Emission Factor	Unitless emission factor for Hexafluorobutadiene (PFC-1114, or $\text{C}_4\text{F}_6$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c4f6`)	`electronics`		0	1	1	1	0
Input	PFC-116 GDP Product Use Emission Factor	Emission factor for Trifluoromethane (PFC-116, or $\text{C}_2\text{F}_6$) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c2f6`)	`product_use_ods_other`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	PFC-116 Production Process Emission Factor	Unitless emission factor for Perfluoroethane (PFC-116, or $\text{C}_2\text{F}_6$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c2f6`)	chemicals``\|``electronics``\|``metals		0	1	1	1	0
Input	PFC-14 GDP Product Use Emission Factor	Emission factor for Perfluoromethane (PFC-14, or $\text{C}\text{F}_4$) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = cf4`)	`product_use_ods_other`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	PFC-14 Production Process Emission Factor	Unitless emission factor for Perfluoromethane (PFC-14, or $\text{C}\text{F}_4$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = cf4`)	chemicals``\|``electronics``\|``metals		0	1	1	1	0
Input	PFC-218 Production Process Emission Factor	Unitless emission factor for Perfluoropropane (PFC-218, or $\text{C}_3\text{F}_8$) per (tonne/tonne of production See Minx et al. (2021) for emissions by gas of HFCs and PFCs.) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c3f8`)	chemicals``\|``electronics		0	1	1	1	0
Input	PFC-31-10 GDP Product Use Emission Factor	Emission factor for Perflubutane/Decafluorobutane (PFC-31-10, or $\text{C}_4\text{F}_{10}$) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c4f10`)	`product_use_ods_other`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	PFC-31-10 Production Process Emission Factor	Unitless emission factor for Perflubutane/Decafluorobutane (PFC-31-10, or $\text{C}_4\text{F}_10$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c4f10`)	`chemicals`		0	1	1	1	0
Input	PFC-51-14 GDP Product Use Emission Factor	Emission factor for Perfluorohexane/Tetradecafluorohexane (PFC-51-14, or $\text{C}_6\text{F}_{14}$) per (tonne/mmm GDP) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_mmm_gdp_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c6f14`)	`product_use_ods_other`		0	1	1	1	0	See V3, C7, Table 7.1 of IPCC GNGHGI (2019R) for gas specification
Input	PFC-51-14 Production Process Emission Factor	Unitless emission factor for Perfluorohexane/Tetradecafluorohexane (PFC-51-14, or $\text{C}_6\text{F}_14$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c6f14`)	`chemicals`		0	1	1	1	0
Input	PFC-C-1418 Production Process Emission Factor	Unitless emission factor for Octafluorocyclopentene (PFC-1418, or $\text{C}_5\text{F}_8$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = c5f8`)	`electronics`		0	1	1	1	0
Input	PFC-C-318 Production Process Emission Factor	Unitless emission factor for Perfluorocyclobutane (PFC-C-318, or $\text{c-C}_4\text{F}_8$) per (tonne/tonne of production) See Minx et al. (2021) for emissions by gas of HFCs and PFCs.	`ef_ippu_$UNIT-MASS$_$EMISSION-GAS$_per_$UNIT-MASS$_production_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`, `$EMISSION-GAS$ = cc4f8`)	chemicals``\|``electronics		0	1	1	1	0
Input	Ratio of Production to Harvested Wood Demand		`ratio_ippu_production_to_harvested_wood_demand_$CAT-INDUSTRY$`	paper``\|``wood		0	1	1	0	0
Input	Wastewater Production Factor	Volume of wastewater generated per tonne of production.	`vol_ippu_$CAT-INDUSTRY$_$UNIT-VOLUME$_ww_per_$UNIT-MASS$_production` (`$UNIT-VOLUME$ = m3`, `$UNIT-MASS$ = tonne`)	cement``\|``chemicals``\|``electronics``\|``glass``\|``lime_and_carbonite``\|``metals``\|``paper``\|``plastic``\|``recycled_glass``\|``recycled_metals``\|``recycled_paper``\|``recycled_plastic``\|``recycled_rubber_and_leather``\|``recycled_textiles``\|``rubber_and_leather``\|``textiles``\|``wood		0	1	1	0	0
Output	$\text{CH}_4$ Emissions from Industrial Production Processes		`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch4`)	chemicals``\|``metals``\|``paper``\|``plastic		0	1	1	0	1
Output	$\text{CO}_2$ Captured in Industrial Processes and Product Use	Fraction of $\text{CO}_2$ emitted that is captured at the point of emission.	`gasrecovered_ippu_$UNIT-MASS$_$EMISSION-GAS$_capture_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = co2`, `$UNIT-MASS$ = mt`)	chemicals``\|``cement``\|``glass``\|``lime_and_carbonite``\|``metals``\|``plastic		0	1	1	0	0
Output	$\text{CO}_2$ Emissions from Industrial Product Use		`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = co2`)	product_use_lubricants``\|``product_use_other``\|``product_use_paraffin_wax		0	1	1	0	1
Output	$\text{CO}_2$ Emissions from Industrial Production Processes		`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = co2`)	cement``\|``chemicals``\|``glass``\|``lime_and_carbonite``\|``metals``\|``paper``\|``plastic``\|``product_use_lubricants``\|``product_use_paraffin_wax		0	1	1	0	1
Output	$\text{NF}_3$ Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021) Note: Also accounted for in Other Fluorinated Compounds aggregate output emissions.	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = nf3`)	chemicals``\|``electronics		0	1	1	0	1
Output	$\text{N}_2\text{O}$ Emissions from Industrial Production Processes		`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = n2o`)	chemicals``\|``other_product_manufacturing``\|``paper``\|``plastic		0	1	1	0	1
Output	$\text{SF}_6$ Emissions from Industrial Production Processes		`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = sf6`)	chemicals``\|``electronics``\|``metals``\|``other_product_manufacturing		0	1	1	0	1
Output	Change to Net Imports of Products	Recycling volumes may exceed domestic demand, and some changes to indsutrial production can affect projections. Decreases (negative values) to this variable represent exports of materials produced in each country.	`net_imports_change_ippu_$CAT-INDUSTRY$_$UNIT-MASS$` (`$UNIT-MASS$ = tonne`)	cement``\|``recycled_glass``\|``recycled_metals``\|``recycled_paper``\|``recycled_plastic``\|``recycled_rubber_and_leather``\|``recycled_textiles``\|``recycled_wood``\|``wood		0	1	1	0	0
Output	Demand for Harvested Wood		`dem_ippu_harvested_wood_$UNIT-MASS$_$CAT-INDUSTRY$` (`$UNIT-MASS$ = tonne`)	paper``\|``wood		0	1	1	0	0
Output	Dodecafluoropentane Emissions from Industrial Production Processes	“ \| Used in calibration to key industrial subsectors using data from Minx et al. (2021) Note: Also accounted for in Other Fluorinated Compounds aggregate output emissions.”	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c5f12`)	`chemicals`		0	1	1	0	1
Output	HCFC-141b Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch3cci2f`)	`product_use_ods_other`		0	1	1	0	1
Output	HCFC-142b Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch3ccif2`)	`product_use_ods_other`		0	1	1	0	1
Output	HFC Emissions from Industrial Product Use	Aggregate emissions, across all specified HFCs, resulting from product use in industry.	`emission_co2e_hfcs_ippu_product_use_$CAT-INDUSTRY$`	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	0
Output	HFC Emissions from Industrial Production Processes	Aggregate emissions, across all specified HFCs, resulting from industrial production processes.	`emission_co2e_hfcs_ippu_production_$CAT-INDUSTRY$`	chemicals``\|``electronics``\|``metals		0	1	1	0	0
Output	HFC-125 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c2hf5`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	1
Output	HFC-125 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c2hf5`)	`chemicals`		0	1	1	0	1
Output	HFC-134 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = chf2chf2`)	`product_use_ods_other`		0	1	1	0	1
Output	HFC-134a Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = chf2cf3`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	1
Output	HFC-134a Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = chf2cf3`)	`chemicals`		0	1	1	0	1
Output	HFC-143 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch2fchf2`)	`product_use_ods_other`		0	1	1	0	1
Output	HFC-143a Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c2h3f3`)	`product_use_ods_refrigeration`		0	1	1	0	1
Output	HFC-143a Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c2h3f3`)	`chemicals`		0	1	1	0	1
Output	HFC-152a Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch3chf2`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	1
Output	HFC-152a Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch3chf2`)	`chemicals`		0	1	1	0	1
Output	HFC-227ea Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c3hf7`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	1
Output	HFC-227ea Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c3hf7`)	`chemicals`		0	1	1	0	1
Output	HFC-23 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = chf3`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	1
Output	HFC-23 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = chf3`)	chemicals``\|``electronics		0	1	1	0	1
Output	HFC-236fa Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c3h2f6`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	1
Output	HFC-245fa Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c3h3f5`)	product_use_ods_refrigeration``\|``product_use_ods_other		0	1	1	0	1
Output	HFC-32 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch2f2`)	`product_use_ods_refrigeration`		0	1	1	0	1
Output	HFC-32 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch2f2`)	chemicals``\|``electronics		0	1	1	0	1
Output	HFC-365mfc Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c4h5f5`)	`product_use_ods_other`		0	1	1	0	1
Output	HFC-365mfc Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c4h5f5`)	`chemicals`		0	1	1	0	1
Output	HFC-41 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = ch3f`)	`electronics`		0	1	1	0	1
Output	HFC-43-10mee Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c5h2f10`)	`product_use_ods_other`		0	1	1	0	1
Output	Industrial Production	Production at $t = 0$ of an industrial category, in tonnes. Future production is elastic to GDP and is modified by an exogenous scalar (representing changes to industry). Note that production of recycled categories (`recycled_XXX`) differ from total waste recycled. In the Industrial model, recycled materials are used until the maximum recycling fraction is obtained.	`prod_ippu_$CAT-INDUSTRY$_$UNIT-MASS$` (`$UNIT-MASS$ = tonne`)	cement``\|``chemicals``\|``electronics``\|``glass``\|``lime_and_carbonite``\|``metals``\|``mining``\|``paper``\|``plastic``\|``rubber_and_leather``\|``textiles``\|``wood		0	1	1	0	0
Output	Other Fluorinated Compound Emissions from Industrial Product Use	Aggregate emissions, across all specified non-PFC/HFC flourinated compounds (including HCFCs, halogenated alcohols, ethers, furans, aldehydes, and ketones, where applicable), resulting from industrial production processes. Includes HCFC-141b and HCFC-142b	`emission_co2e_other_fcs_ippu_product_use_$CAT-INDUSTRY$`	`product_use_ods_other`		0	1	1	0	0
Output	Other Fluorinated Compound Emissions from Industrial Production Processes	Aggregate emissions, across all specified non-PFC/HFC flourinated compounds (including halogenated alcohols, ethers, furans, aldehydes, and ketones, where applicable), resulting from industrial production processes. Includes Dodecafluoropentane,:math:text{NF}_3, and Octafluorooxolane.	`emission_co2e_other_fcs_ippu_production_$CAT-INDUSTRY$`	chemicals``\|``electronics		0	1	1	0	0
Output	PFC Emissions from Industrial Product Use	Aggregate emissions, across all specified PFCs, resulting from product use in industry.	`emission_co2e_pfcs_ippu_product_use_$CAT-INDUSTRY$`	`product_use_ods_other`		0	1	1	0	0
Output	PFC Emissions from Industrial Production Processes	Aggregate emissions, across all specified PFCs, resulting from industrial production processes.	`emission_co2e_pfcs_ippu_production_$CAT-INDUSTRY$`	chemicals``\|``electronics``\|``other_product_manufacturing		0	1	1	0	0
Output	PFC-1114 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c4f6`)	`electronics`		0	1	1	0	1
Output	PFC-116 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c2f6`)	`product_use_ods_other`		0	1	1	0	1
Output	PFC-116 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c2f6`)	chemicals``\|``electronics``\|``metals		0	1	1	0	1
Output	PFC-14 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = cf4`)	`product_use_ods_other`		0	1	1	0	1
Output	PFC-14 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = cf4`)	chemicals``\|``electronics``\|``metals		0	1	1	0	1
Output	PFC-1418 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c5f8`)	`electronics`		0	1	1	0	1
Output	PFC-218 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c3f8`)	chemicals``\|``electronics		0	1	1	0	1
Output	PFC-31-10 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c4f10`)	`product_use_ods_other`		0	1	1	0	1
Output	PFC-31-10 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c4f10`)	`chemicals`		0	1	1	0	1
Output	PFC-318 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = cc4f8`)	chemicals``\|``electronics		0	1	1	0	1
Output	PFC-51-14 Emissions from Industrial Product Use	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_product_use_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c6f14`)	`product_use_ods_other`		0	1	1	0	1
Output	PFC-51-14 Emissions from Industrial Production Processes	Used in calibration to key industrial subsectors using data from Minx et al. (2021)	`emission_co2e_$EMISSION-GAS$_ippu_production_$CAT-INDUSTRY$` (`$EMISSION-GAS$ = c6f14`)	`chemicals`		0	1	1	0	1
Output	Recycled Material Used in Industrial Production	Production of recycled categories (`recycled_XXX`) differ from total waste recycled. In the Industrial model, recycled materials are used until the maximum recycling fraction is obtained. This variable gives the total mass of recycled waste used in industrial production.	`qty_ippu_$CAT-INDUSTRY$_used_in_production_$UNIT-MASS$` (`$UNIT-MASS$ = tonne`)	recycled_glass``\|``recycled_metals``\|``recycled_paper``\|``recycled_plastic``\|``recycled_rubber_and_leather``\|``recycled_textiles``\|``recycled_wood		0	1	1	0	0

Known Issues and Future Improvements

IPPU models most production in terms of tonnage. SISEPUEDE 2.0 will include higher refinement of industrial emissions modeling using more common units (e.g., $m^2$ of substrate in electronics manufacturing).