CoCaCO2La Final report

The CoCaCO2la project focused on developing innovative technologies to convert captured CO2 into valuable products, primarily ethylene.

A flow-through electrochemical system successfully converted captured CO2 to CO and ethylene with high efficiencies. Life Cycle Assessment (LCA) and Life Cycle Costing (LCC) frameworks were defined to evaluate environmental impacts, showing a significant reduction in climate change impact compared to conventional processes. A techno-economic assessment tool was created to estimate production costs. A bespoke testing system was developed to evaluate material performance in carbon capture and storage environments.

The project has resulted in significant progress in CO2 conversion technologies, addressing key gaps, optimizing processes, and evaluating environmental and economic impacts. The collaborative efforts and innovative solutions have the potential to advance carbon capture and utilization, contributing to more sustainable and efficient industrial processes

Read more in the CoCaCO2La final report.