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02056 ADVANCED DRILL STRING METALLURGY PROVIDES ENABLING TECHNOLOGY FOR CRITICAL SOUR DRILLING

Picture for 02056 ADVANCED DRILL STRING METALLURGY PROVIDES...
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Product Number: 51300-02056-SG
ISBN: 02056 2002 CP
Author: R. Brett Chandler, Michael J. Jellison, James W. Skogsberg, and Tom Moore
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The persistent problem of sulfide stress cracking (SSC) within drill strings used to drill sour wells has been met with evolutionary metallurgical and manufacturing technology advancements. Field performance of first and second-generation sour service products is admirable. Still, the desire to exploit reservoirs of traditionally high hydrogen sulfide (H2S) concentrations is increasing. Likewise, underbalanced drilling is becoming increasingly desirable within sour fields. The inability to successfully control the environment which the drill stem operates in is trending the industry to set new targets and manufacturers are charged to develop new technology that will provide products for tomorrow’s sour service drilling needs. This paper provides background information on the evolution of sour service drill pipe, introduces advancements in sour service drill pipe metallurgy and manufacturing technology, discusses recently developed specifications for sour service drill pipe and presents case histories where various generations of sour service drill pipe have been successfully used. Keywords: sour service, sour gas wells, sour drilling, hydrogen sulfide, H2S, sulfide stress cracking, SSC, drill string, drillstring, drill pipe, drillpipe
The persistent problem of sulfide stress cracking (SSC) within drill strings used to drill sour wells has been met with evolutionary metallurgical and manufacturing technology advancements. Field performance of first and second-generation sour service products is admirable. Still, the desire to exploit reservoirs of traditionally high hydrogen sulfide (H2S) concentrations is increasing. Likewise, underbalanced drilling is becoming increasingly desirable within sour fields. The inability to successfully control the environment which the drill stem operates in is trending the industry to set new targets and manufacturers are charged to develop new technology that will provide products for tomorrow’s sour service drilling needs. This paper provides background information on the evolution of sour service drill pipe, introduces advancements in sour service drill pipe metallurgy and manufacturing technology, discusses recently developed specifications for sour service drill pipe and presents case histories where various generations of sour service drill pipe have been successfully used. Keywords: sour service, sour gas wells, sour drilling, hydrogen sulfide, H2S, sulfide stress cracking, SSC, drill string, drillstring, drill pipe, drillpipe
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