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aProcess Systems Engineering, Tennessee Eastman Co., Eastman Chemicals Division, Eastman Kodak Co., PO Box 511, Kingsport, TN 37662, USA
Abstract
The following is a discussion of the potential for chemicals from coal, based on existing technology (proven or under development), and a likely scenario for the transition from oil and natural gas to coal as the primary feedstock. Oil shale and tar sands are also alternative feedstocks, but will not be discussed in this article. On a world scale, coal is the most important alternative fuel and chemical feedstock in terms of reserves, availability, commercial acceptance, and technology development. Furthermore, similar arguments and reasoning apply to the future emergence of other fossil fuels as significant alternative fuel and chemical feedstocks."
By "other fossil fuels", we presume him to mean oil shale and, perhaps, the sometimes highly-carbonaceous shale, siltstone, and high-ash coal often found in mine waste accumulations.
Tennessee, Mike. Why not WV?
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"GE Energy Introduces its Largest Capacity Quench Gasifier, Configured for Large Gasification Projects
Friday, Apr 10, 2009
GE Energy is a world leader in the development and commercialization of gasification technology, which has been used for six decades in the production of chemicals including ammonia, hydrogen and methanol.
Gasification converts coal into a fuel called synthesis gas, or syngas. The syngas has a variety of uses including the production of chemicals, fertilizers and power generation. Gasification allows the use of China's abundant domestic coal reserves for energy and industrial applications...".
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"“Yes!”" assures Bisk." (Tsvi Bisk is a futurist, and Director of the Center for Strategic Futurist Thinking -JtM)
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"In December 2007 Medicine Bow Fuel and Power contracted Exxon Mobil Corporation to use their proprietary Methanol to Gasoline (MTG) process technology to work in conjunction with the methanol plant to produce high grade gasoline from the crude methanol produced. The new 15,000bpd unit will be based on the proven MTG process technology which has been used for the last 20 years.
The MTG process will convert the methanol produced directly into low sulphur and low benzene gasoline. This can then be marketed directly or blended with refinery produced gasoline. The gasoline will inherently have low emissions of SOx and NOx because of its synthetic process origins. The technology is being adapted for the Medicine Bow project by EMRE the research and engineering arm of Exxon Mobil Corporation."
We had earlier reported on Exxon-Mobil's MTG technology, and cited some overseas projects where plans were proceeding to employ it.
And:
"The coal feedstock is being provided by Arch Coal who is a shareholder of DKRW Advanced Fuels and an advocate for coal to liquid fuel technologies."
Wyoming, Mike, and lignite. Distant from major markets and reliant on coal that's low in organic content and BTU's, and distant from major markets, relative to West Virginia run-of-mine bituminous; but, perhaps, comparable in quality to some of WV's coal mine waste accumulations - many of which do have potentially-recoverable organic content.
