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Fuels to drive our future
The next section addresses R&D for cost reduction of hydrogen and synthesis gas. The following sections address the individual conversion technologies. PRODUCTION OF HYDROGEN AND SYNTHESIS GAS Production of hydrogen and synthesis gas ...
by National Research Council (U.S.). Committee on Production Technologies for Liquid Transportation Fuels
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Synthesis gas and olefins from the catalytic autothermal reforming of volatile and non-volatile liquids
The research presented in this thesis develops an understanding of a clean energy process technology, catalytic partial oxidation (CPO).
by Bradon Justin Dreyer, University of Minnesota. Chemical Engineering
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Rating: 4.00
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Chemistry of petrochemical processes
The world capacity of carbon black was approximately 17 billion pounds in 1998. 13 US projected consumption for the year 2003 is approximately 3.9 billion pounds. SYNTHESIS GAS Synthesis gas generally refers to a mixture of carbon ...
by Sami Matar, Lewis Frederic Hatch
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Methanation of synthesis gas, a symposium sponsored by the Division of Fuel Chemistry at the 168th meeting of the American Chemical Society, Atlantic City, N.J., Sept. 9, 1974
'"phe Middle East oil crisis increased natural gas needs, and dwindling gas reserves have intensified the need to use our huge coal reserves for the synthesis of gas, especially methane. Energy requirements will double in the next 10 ...
by Len Seglin, American Chemical Society. Division of Fuel Chemistry
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Putting biotechnology to work, bioprocess engineering
2.4.3 Coupled Synthesis Gas One strategy for using biomass in fuel and chemical production is to reform it thermally to synthesis gas and then to use the synthesis gas in existing petrochemical facilities. The development of appropriate ...
by National Research Council (U.S.). Committee on Bioprocess Engineering
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Nitrogen oxide reduction in rich catalytic quick lean combustion of synthesis gas and in ethanol selective catalytic reduction
By injecting ethanol in the exhaust and quickly mixing the two, researchers have found that more than 90% of NO x can be converted back to nitrogen by passing the mixture through a silver alumina catalyst.
by Yuk Fai Tham, University of California, Berkeley
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Rating: 4.75
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Lee's loss prevention in the process industries, hazard identification, assessment, and control
The differences between these are partly in the source of hydrogen and partly in the operating conditions and synthesis converter design. As already described, hydrogen is generally produced by steam reforming of natural gas or naphtha ...
by Sam Mannan, Frank P. Lees
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Advances in Applied Microbiology
CHAPTER 2 Production of Biofuels from Synthesis Gas Using Microbial Catalysts Oscar Tirado-Acevedo,* Mari S. Chinn,†and Amy M. Grunden*,1 Contents I. Introduction 58 II. Biomass Gasification 67 A. Gasifiers 67 III.
by Allen I. Laskin
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Gas phase reactions in organic synthesis
Gas Phase Reactions in Organic Synthesis is a complete review of the applications of flash vacuum thermolysis in organic chemistry; it features new developments in FVT, flow thermolysis and vacuum gas-solid reactions which have appeared in ...
by Yannick Vallée
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Ammonia and synthesis gas
Today, the Birkeland-Hyde process is of no more than historical importance, having long since been replaced by the Haber Bosch process for the synthesis of ammonia . 2. The second method developed for the fixation of atmospheric ...
by Robert Noyes
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