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Sandstone permeability estimation from cuttings (view source)
Revision as of 20:36, 5 February 2014
, 20:36, 5 February 2014no edit summary
| isbn = 0-89181-602-X
| isbn = 0-89181-602-X
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Sneider and King<ref name=ch09r57>Sneider, R., M., King, H., R., 1984, Integrated rock-log calibration in the Elmworth field—Alberta, Canada: part I: reservoir rock detection and characterization, in Masters, J., A., ed., Elmworth—Case Study of a Deep Basin Gas Field: AAPG Memoir 38, p. 205–214.</ref> developed a cuttings-based method of [[permeability]] estimation. Where cuttings are available, permeability estimates can be made by examining the surfaces of cuttings for petrophysical permeability indicators. Estimates of the permeability for a particular formation can be extended into areas without data in order to predict permeability.
Sneider and King<ref name=ch09r57>Sneider, R., M., King, H., R., 1984, [http://archives.datapages.com/data/specpubs/fieldst4/data/a013/a013/0001/0200/0205.htm Integrated rock-log calibration in the Elmworth field—Alberta, Canada: part I: reservoir rock detection and characterization], in Masters, J., A., ed., Elmworth—Case Study of a Deep Basin Gas Field: AAPG Memoir 38, p. 205–214.</ref> developed a cuttings-based method of [[permeability]] estimation. Where cuttings are available, permeability estimates can be made by examining the surfaces of cuttings for petrophysical permeability indicators. Estimates of the permeability for a particular formation can be extended into areas without data in order to predict permeability.
==Basis==
==Basis==