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Development of Geothermal Well Completion Systems -- II

Nelson, E. B.; Eilers, L. H.; Moran, L. K.; Spangle, L. B.; Simpson, B. E.

Key words
Cementing; Durability; High Temperature; Annulus; Fluid Migration; Cement Job; Casing; Corrosion; Cement Slurry; Stability; Screening; Cement Properties; Chemistry; Calcium Silicate Hydrate; Dynamic Testing; Dowell Diversion; Dowell Chemical Company; US D
Conference
Geothermal Resources Council Transactions
Year
1979
Session
Cementing; Well casing; Durability testing
Language
English

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Abstract

Cementing of geothermal wells is of special interest due to the associated high temperature corrosive fluids and fragile formations. Systems used for cementing conventional oil and gas wells are not necessarily suitable in harsh geothermal environments and can lead to cement failure and costly blowouts. The research program documents here consists of two phases. (1) definition of problem/determination of requirements and (2) development of a cement system which will function effectively over long periods of time at the specified conditions. This paper reports work performed to date concerning the second phase.

Copyright 1979, Geothermal Resources Council. Readers who download papers from this site should honour the copyright of the original authors, and may not copy or distribute the work further without the permission of the original publisher.

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