"We also found that the distribution of products obtained is also influenced ... "Our work will hopefully guide future efforts to achieve methane oxidation to methanol and open avenues for ...

Artificially speeding up methane oxidation could slow climate change, but such geoengineering projects could carry adverse environmental impacts, which Haskins's lab seeks to characterize.

Using a computer algorithm for automatic generation of reduced chemistry, an augmented reduced mechanism, consisting of 16 species and 12 lumped reaction steps, has been developed for methane ...

To resolve this issue, the research team at University of Tsukuba has developed a "catch-and-release" mechanism to oxidize methane ... oxidized products formed after oxidation are released into ...

Hickey, Conor, and Myles Allen. "Economics of Enhanced Methane Oxidation Relative to Carbon Dioxide Removal." Art. 4043. Environmental Research Letters 19, no. 6 (June 2024).

Methane continues to create environmental risks across the globe. Sadly, this harmful greenhouse gas contributes to ozone loss and is a major cause of lung disease. As such, a lot of effort has been ...

Anaerobic oxidation of methane (AOM) by sulfate has been recognized as a critical process to maintain this greenhouse gas stability by limiting methane flux to the atmosphere. We show geochemical ...

General Electric Co., Press release (April 23, 1963). Physical Chemistry of the Hydrocarbons, edit. by Farkas, A., 1, 389 (Academic Press, Inc., New York, 1950 ...

Until now, we have been producing hydrogen via conventional steam methane reforming/water shift reaction or partial oxidation processes. To produce hydrogen in this way, many hydrocarbons such as ...

Artificially speeding up methane oxidation could slow climate change, but such geoengineering projects could carry adverse environmental impacts, which Haskins's lab seeks to characterize.