Carbon Capture and E-fuel Production: Regenerating Energy

Mobile carbon capture (MCC) for transportation with high load density
(heavy-duty vehicle and maritime operation)

• Finding suitable materials for the absorption and desorption of carbon dioxide from combustion product gas from heavy-duty transportation - reduction in time consumption and designing waste heat recovery configuration.

• Experiments for temperature swing adsorption (TSA) with 0D system modeling to analyze the data comprehensively.

• Min Ho, Hanmin, Min Woo, and Sechul are doing these works in collaboration with Prof. Kim's lab.

On-board E-fuel production and its feasibility analysis based on LCA/TEA

• E-fuel production based on green H2 and captured CO2 for heavy-duty transportation by using plasma and catalysts (collaborated work).

• Analyzing the feasibility of operating on-board e-fuel production with CO2 capture and engine combustion in series connection in terms of LCA and TEA.

• Min Woo and Sechul are doing these works in collaboration with Prof. Helena's lab.