Keiichi Tomishige, Yuichi Matsuo, Yasushi Sekine and Kaoru Fujimoto
Department of Applied Chemistry, School of Engineering, The University of Tokyo, Japan
Abstract
"Circulation of NiMgO catalyst particles in the fluidized bed reactor gave much higher CH4 conversion in methane reforming with CO2 and O2 under pressurized condition than the case of the catalyst without moving in the fixed bed reactor. In addition, circulation of the catalyst particles in the fluidized bed reactor inhibited carbon deposition which is the serious problem in methane reforming."
Interestingly, they don't specify what products arise from this technique. But, a safe bet is that, as in Penn State's "Tri-reforming", they are higher hydrocarbons that can serve quite useful purposes.
The real point is: Carbon Dioxide and Methane aren't worthless pollutants we have to waste time and money on trying to get rid of. They are, instead, like Coal, quite valuable, even precious, raw material resources we should invest time and money into figuring out how to use more wisely, more profitably.
These Japanese researchers herein, through report of their efforts, confirm their knowledge of that fact.
Others, too, recognize the value of Methane and, as we continue to document, have been, and are continuing, to refine methods for producing it directly from both Coal and Carbon Dioxide.