Research Line 4: Hydrocarbon production by integrated capture and conversion of CO2
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Direct electrochemical conversion of CO2 to products holds a clear advantage over indirect routes, where CO2 reacts with green hydrogen to form products using conventional thermal chemistry. RL4 addresses key challenges in the electrochemical conversion of CO2 to two energy-dense chemicals: ethylene and ethanol. The approach is twofold:
- 2030 scenario: direct electrochemical conversion of CO2 from flue gasses into ethylene and ethanol
- 2050 scenario: integration of CO2 capture and conversion to ethylene and ethanol in a single system.
Ethylene and ethanol are specifically chosen as target molecules as these products can i) act as high energy density fuels for energy storage, and ii) are important feedstock materials for the chemical industry.
R. (Ruud) Kortlever, dr.
Delft University of Technology, Assistant professor
E. (Emiel) Hensen, prof.dr.ir.
Eindhoven University of Technology, Professor
M. (Marta) Costa Figueiredo, dr.
Eindhoven University of Technology, Assistant professor
W. (Wim) Brilman, dr.ir.
University of Twente, Associate professor
E. (Earl) Goetheer, prof.dr.ir.
TNO / Delft University of Technology, Principal scientist
M. (Martijn) Oversteegen, dr.ir.
Saxion Hogeschool, Researcher
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