Carbon and climate efficient use of biogenic waste for circular chemicals

In Sweden, around 7Mton of waste is yearly incinerated for energy recovery. Currently around 60 % of the carbon available in that waste is biogenic. Meanwhile, the demand for green carbon is expected to increase as industry transitions to mitigate climate change.
This project assesses using the solid waste streams to produce platform chemicals, thereby utilizing the green carbon in the waste. At present, the main alternative to decrease climate impact of waste treatment is (BE)CCS. However, depending on the type of end-product and the background system, using the carbon in waste to produce circular chemicals might be a better option.
To identify the viable scenarios for utilization of waste to chemicals, a holistic perspective is required. Here, the climate-, cost- and policy perspective of producing platform chemicals from solid waste fractions via gasification or incineration coupled with (BE)CCU, will be assessed. The results will be of great value both to industry and authorities.

Sima Ajdari
RISE Research Institutes of Sweden
sima.ajdari@ri.se
Project information
Participants
RISE
Time schedule
January 2024 -February 2025
Total cost of project
1 373 969 SEK
Swedish Energy Agency project number
2023-00840
More projects

BioPower 2023
The need for local, plannable, renewable power has risen dramatically. Reliance on fossil fuels threatens energy security, causes climate change and is…
Manager: Michael Bartlett
Ongoing

From forest to low greenhouse gas jet fuels with a developed catalytic pyrolysis technology
Bio-oils produced from wood by existing conversion technologies (e.g. pyrolysis) are incompatible with current jet engines and fuel infrastructure. Bio-oil instability, corrosivity,…
Manager: Hoda Shafaghat
Ongoing

Trading fossil and biogenic carbon emissions: Assessments of substitution effects for different value chains
The project takes a holistic perspective on the assessment of the important substitution factors that indicate the climate benefits of replacing emission-intensive…
Manager: Robert Lundmark
Ongoing