Enabling fast CO2 capture in Li-CO2 batteries with multilayer gel polymer electrolytes by redox-active catalysts

Start year: 2025

Summary: Lithium-carbon dioxide (Li-CO2) batteries are promising candidates for next-generation energy storage and conversion, owing to high energy densities and the capability to capture CO2 from industry flue gas and potentially air. This proposed research aims to understand the structure evolution of active materials during the operation of Li-CO2 batteries and mechanisms. The expected outcomes will expand the fundamental knowledge of electrocatalysts and electrolytes design for fast CO2 capture and conversion and shed light on the research on Li-CO2 batteries. This will contribute significantly to developing highly efficient Li-CO2 batteries, attracting more researchers and industry and building a sustainable future.