Titlebook: Methane and Alkane Conversion Chemistry; Madan M. Bhasin,D. W. Slocum Book 1995 Springer Science+Business Media New York 1995 Chlor.cataly

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Book 1995orage and transportation problems abound for liquified natural gas. Several of the drawbacks of the utilization of natural gas, particularly its high volatility, could be offset by development of an economical and efficient process for coupling and/or further homologation of its principal component,

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The Oxidative Coupling of Methane Over ZrO2 Doped Li/MgO Catalystsylene. However, in several economic evaluations it has been shown that a high selectivity is more important than a high activity(3). Since its discovery by Lunsford and co-workers (4), Li/MgO has been one the most studied catalysts (5,6,7).

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Synthesis of C2+ Hydrocarbons and Syngas by Gas Phase Methane Oxidation Under Pressureh as CHCl.CHCl., H.S, CH.COCH., CO. promoted C. yield and the promoting mechanism seems different among these promoters. The carbon dioxide seemed to promote the reaction by the third body effects, without lowering the selectivity of C. hydrocarbons.

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Two-Step, Oxygen-Free Route to Higher Hydrocarbons from Methane Over Ruthenium Catalystsve carbon on the surface of the catalyst. These results are consistent with the known tendency for Cu to deposit on low coordination Ru sites and with previous suggestions that carbon is predominantly formed on such sites.

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Kinetics of Reaction of Oxygen with Lithium Nickel Oxide, and the Role of Surface Oxygen in Oxidativve some sort of product separation in order to prevent secondary oxidation of the desired products, and a staging or recycle of unreacted methane. A key factor to the success of such approaches is the availability of catalytic materials that have very high intrinsic selectivity, even though it may b

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