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Fractured reservoir evaluation (view source)
Revision as of 15:08, 28 August 2014
, 15:08, 28 August 2014no edit summary
| Reservoir performance is dictated by origin and distribution of natural fractures || Evaluate the relationship between [[fracture]] occurrence and lithology<ref name=pt06r100>Pitman, J. K., Sprunt, E. S., 1986, [http://archives.datapages.com/data/specpubs/resmi1/data/a066/a066/0001/0200/0221.htm Origin and distribution of fractures in Lower Tertiary and Upper Cretaceous rocks, Piceance basin, Colorado, and their relation to the occurrence of hydrocarbons] in Spencer, C. W., Mast, R. F., eds., Geology of Tight Gas Reservoirs: AAPG Studies in Geology Series 24, p. 221–234.</ref>
| Reservoir performance is dictated by origin and distribution of natural fractures || Evaluate the relationship between [[fracture]] occurrence and lithology<ref name=pt06r100>Pitman, J. K., Sprunt, E. S., 1986, [http://archives.datapages.com/data/specpubs/resmi1/data/a066/a066/0001/0200/0221.htm Origin and distribution of fractures in Lower Tertiary and Upper Cretaceous rocks, Piceance basin, Colorado, and their relation to the occurrence of hydrocarbons] in Spencer, C. W., Mast, R. F., eds., Geology of Tight Gas Reservoirs: AAPG Studies in Geology Series 24, p. 221–234.</ref>
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| Fracture mineralization impacts reservoir performance. || Determine the nature, origin, and timing of mineralization through petrographical and stable isotope techniques<ref name=pt06r100 />
| Fracture mineralization impacts reservoir performance. || Determine the nature, origin, and timing of mineralization through petrographical and [[Wikipedia:Isotope geochemistry|stable isotope techniques]]<ref name=pt06r100 />
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| [[Porosity]] and permeability trends are controlled by clay diagenesis or secondary cements || Determine the petrological and mineralogical history of reservoir facies; identify and map “diagenetic facies” relative to sedimentary facies
| [[Porosity]] and permeability trends are controlled by clay diagenesis or secondary cements || Determine the petrological and mineralogical history of reservoir facies; identify and map “diagenetic facies” relative to sedimentary facies