According to Science News, Stanford University chemist Matthew Kanan and his colleagues have designed and manufactured an electrochemical cell that can absorb and utilize 84% of carbon monoxide and produce up to 29 % Ethylene gas. Previously, the gas produced by other battery technologies contained only about 12% ethylene. In another version of the battery, Kannan ’s team replaced the liquid electrolyte with a polymer film, which helped the battery produce a less diluted liquid product. The sodium acetate solution pumped by the battery is about 1,000 times higher than the concentration produced by other equipment. With its 1 cm wide cathode, the battery can produce a few milliliters of liquid in 24 hours.
Combining this technology with equipment that separates carbon monoxide from carbon dioxide helps to convert climate-change carbon dioxide into useful chemical raw materials. This can reduce the warming effect of carbon emissions and produce chemical supplies for manufacturing and space travel.
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