IFJ_7_2024_nonwovens_Nexus_Argonne Report – Task 2 PTF report –

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GHG Emissions for Pyrolysis Oil Prduction, (A) energy-based allocation, (B) market-based allocation. For pyrolysis oil, conversion emissions are the main contributors to total GHG emissions in all facility groups. The energy requirements in pioneer plants are higher than those of the Nth-plants and the highest-capacity facility. This is particularly important because it highlights the impact that economies of scale have in reducing the GHG emissions for the production of pyrolysis oil, where emission reductions of 19% and 45% are achieved for the Nth-plant (50 KTA) and highest-capacity facilities, respectively. Chart courtesy of Argonne National Laboratory Life-cycle Analysis of Conversion of Post-Use Plastic via Pyrolysis with the GREET Model
GHG Emissions for Pyrolysis Oil Prduction, (A) energy-based allocation, (B) market-based allocation. For pyrolysis oil, conversion emissions are the main contributors to total GHG emissions in all facility groups. The energy requirements in pioneer plants are higher than those of the Nth-plants and the highest-capacity facility. This is particularly important because it highlights the impact that economies of scale have in reducing the GHG emissions for the production of pyrolysis oil, where emission reductions of 19% and 45% are achieved for the Nth-plant (50 KTA) and highest-capacity facilities, respectively. Chart courtesy of Argonne National Laboratory Life-cycle Analysis of Conversion of Post-Use Plastic via Pyrolysis with the GREET Model

GHG Emissions for Pyrolysis Oil Prduction, (A) energy-based
allocation, (B) market-based allocation. For pyrolysis oil, conversion
emissions are the main contributors to total GHG emissions in all facility groups. The energy requirements in pioneer plants are higher than those of the Nth-plants and the highest-capacity facility. This is particularly important because it highlights the impact that economies of scale have in reducing the GHG emissions for the production of pyrolysis oil, where emission reductions of 19% and 45% are achieved for the Nth-plant
(50 KTA) and highest-capacity facilities, respectively. Chart courtesy of Argonne National Laboratory Life-cycle Analysis of Conversion of Post-Use Plastic via Pyrolysis with the GREET Model