MIT chemical engineers have developed a process to efficiently convert carbon dioxide to carbon monoxide, a precursor for creating valuable compounds such as ethanol and fuels. This innovation could reduce greenhouse gas emissions by pulling CO2 from power plants and other sources. The method involves using electricity and a DNA-based catalyst to make the conversion more cost-effective and environmentally friendly. The researchers achieved a 100% Faradaic efficiency, maximizing energy use. This technology, which could be easily scaled for industrial use, presents a significant step towards decarbonization and sustainable chemical production. The team plans to expand the process to create other products like methanol and ethanol.
https://news.mit.edu/2024/engineers-find-new-way-convert-carbon-dioxide-useful-products-0327