A study explores effects of Saharan dust clouds on atmospheric methane. Its findings have potentially far-reaching implications for understanding the global methane budget and reasons behind the ...
A look inside the MEPS reactor (Methane Eradication Photochemical System), where chlorine atoms are formed by UV light and react with methane gas. Photo: Morten Krogsbøll. In a spectacular new study, ...
A look inside the Methane Eradication Photochemical System reactor, where chlorine atoms are formed by ultraviolet light and react with methane gas. (Photo by Morten Krogsbøll via Courthouse News).
A long metal box hooked to a jumble of hoses, gauges, and measuring instruments sits in a laboratory at the University of Copenhagen’s Chemistry Department. Inside, at one end, ultraviolet ...
ON correlating the data in two recent papers 1, 2 on the thermal chlorination of methane and methyl chloride, it appears that there is a possibility that the four hydrogen atoms of methane are not ...
The study by Maarten van Herpen et al., entitled “Photocatalytic Chlorine Atom Production on Mineral Dust-Sea Spray Aerosols over North Atlantic,” was funded in part by the NGO Spark Climate Solutions ...
In a spectacular new study, researchers have used light and chlorine to eradicate low-concentration methane from air. The result gets us closer to being able to remove greenhouse gases from livestock ...
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