An international team of researchers, led by WashU McKelvey Engineering, has developed a method to control catalysts converting waste carbon dioxide into valuable products like acetate, allowing them to operate continuously on intermittent renewable energy sources for up to 750 hours without performance loss. This breakthrough reduces costs by approximately 25% and offers a promising solution for sustainable carbon utilization. Published in Nature Catalysis, this research provides a significant advancement in the quest for efficient climate solutions.
https://www.enn.com/articles/78185-reducing-power-temporarily-improves-carbon-dioxide-conversion