The overal1 effort benefited from major studies that have been completed on the Devonian Large volumes of natural gas may be gas shales throughout the basin. Included are technically recoverable from the Devonian shales geological and geochemical assessments of the -< W--*..-I...f-ll-:-N131LULKY, unlu,~ild kkS~'#ti~~ilt~. Tk~e vofi~an >,,a ,== eh.lac-k,,~~~Mn,,m,'i Eseil+t,, rldffc~c hnically ,., "",," , Utiu m t L.J , ", s u B a recoverable gas from the Huron, Minerals and var~ous state geological surveys Rhinestreet, Cleveland, and Marcellus intervals that provided valuable information on the is estimated to range from 26 Tcf to 82 Tcf, fracture system, stratigraphic sequence, and gas depending on the success of new gas extraction content of the shales. Additionally, the technologies and practices. The total estimated resource study drew heavily from the results of in-place Devonian shale gas of this tri-state field research, such as the Offset Well Test area is 394 Tcf. While much of the resource is f@@~~~,AJOWTp) in Meigs County, Ohio, that L!--,,-----iii~ne nuron Siidle~ii~~~v~l, S~!g~~f~Ci3~~pUr-LIU115
The Piceance Basin in northwestern Colorado contains the largest concentration of coalbed methane in the U.S.A detailed geologic analysis of the basin shows that the basin contains 84 Tcf of coalbed methane in-place. The east-central area of the basin contains the greatest volume of resource and is a potentially promising area for gas recovery due to its proximity to structural deformation and consequent permeability enhancement.The geologic analysis compiled extensive well data to correlate and map the subsurface extent of the Cretaceous age coals thereby determining coal volumes.Newly derived correlations of coal rank/depth with gas content were used along with coal volume to estimate in-place gas.
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