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In Association with
An approach to removing large quantities of atmospheric greenhouse gases
5th International Conference on Earth Science & Climate Change
Paul A Comet, John B Cook, Tamara V Tulaykova, Edwin A Roehl Jr and Svetlana R Amirova
Comet Environmental Consulting, USA Brody School of Medicine- East Carolina University, USA Advanced Data Mining International, USA A.M.Prokhorovâ??s General Physics Institute- RAS, Russia
ScientificTracks Abstracts: J Earth Sci Clim Change
Abstract
A method for removing atmospheric carbon dioxide (СÐ?2) and water vapor is proposed. The method sprays clouds with alkaline compounds to significantly increase the solubility of СÐ?2 in the cloud water, providing for much higher than normal levels of СÐ?2 to be absorbed by rain droplets. The CO2 is transported to the ground for sequestration in surface and/or ground water, and available for carbon fixation by plants and organisms. Presented calculations estimate that 38 gi-gatonnes of atmospheric CO2 could be removed per year by applying the process over 0.08% to 2.4% of the Earthâ??s surface. Laboratory experiments that grew multiple edible plant species irrigated with the modified rainwater indicated yield benefits. A concept for removing atmospheric methane (CH4) is also presented. Powerful lasers would ionize the CH4 to form CO2 that could then be removed by the alkaline-enhanced rainfall method.Biography
Paul A Comet has degrees in Geology and Micropaleontology from London University (QMC) & a PhD in Organic Geochemistry from the School of Chemistry, Bristol University, UK. His Post-doctoral work at the University of Newcastle was concerned with hydrous pyrolysis of kerogen analysis using Ocean Drilling Project samples, specifically oriented to terpenoid stereochemical pressure/temperature transformations. He has worked in the oil service industry as a Petroleum Geochemist at Core Labs., in Singapore and Indonesia, and also as an Inorganic Geochemist at Halliburton, recently, working on the mineralogy of unconventional reservoirs. He also worked at Texas A & M (GERG) as an Associate Research Scientist mapping the oils of the Gulf of Mexico. He has more than 40 publications & has been working for more than 10 years on solutions for ameliorating climate change.
Email: pcomet@prodigy.net
