Iridium's hidden surface chemistry may change how hydrogen and chlorine are made
Why it matters: Better understanding iridium's chemistry could lead to more efficient and sustainable industrial chemical production.
- Iridium is a vital component in electrochemical technologies for producing hydrogen fuel, manufacturing chlorine, and extracting metals.
- Scientists have surprisingly limited knowledge about the fundamental surface chemistry of iridium, despite its widespread use.
- New findings on iridium's hidden surface chemistry could significantly alter current methods for hydrogen and chlorine production.
New research reveals previously unknown surface chemistry of Iridium, a critical element in electrochemical processes, which could revolutionize the production of hydrogen fuel and chlorine. This deeper understanding challenges existing assumptions about how these vital chemicals are made, potentially leading to more efficient and sustainable methods.
