Titlebook: Coalbed Methane: Scientific, Environmental and Economic Evaluation; Maria Mastalerz,Miryam Glikson,Suzanne D. Golding Book 1999 Springer S

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Defining Coalbed Methane Exploration Fairways: An Example from the Piceance Basin, Rocky Mountain Forols be synergistically combined. That synergism is absent in the marginally producing, hydrocarbon-overpressured Piceance Basin. As predicted from the coalbed methane producibility model, significant coalbed methane production (greater than 1 MMcf/d [28 Mm./d]) may be precluded in many parts of the

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Improving Coal Gas Recovery with Microbially Enhanced Coalbed Methane subsurface may potentially limit gas generation, indicating that permeability enhancement may be the most significant benefit of MECoM. Additional research, including microbial sampling of deeply buried bituminous coals to identify genetically unique bacterial consortia, is required to fully evalua

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Higher Hydrocarbon Gases in Southern Sydney Basin Coalsin most parts of the basin. Hydrocarbons, at depths shallower than about 600 m and close to the basin margins are essentially dry (depleted C.). At greater depth, however, the quantity of C. in the gas increases regularly with depth up to 12% at about 1200 m. Carbon isotope data for the southern par

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Mineral-Catalyzed Formation of Natural Gas during Coal Maturationse of natural gases, while those from thermal and catalytic cracking are vastly different. From chemical analysis of a pair of gas-producing and non-gas-producing coals it was found that significant, comparable amounts of iron are present. The available data are consistent with a model involving the