Experimental study on low temperature performance of polymer drilling mud agents

ZHAN Jiajia, XU Huiwen and CAI Hongliang

Global Geology ›› 2009, Vol. 12 ›› Issue (1) : 32-35.

PDF(190 KB)
PDF(190 KB)
Global Geology ›› 2009, Vol. 12 ›› Issue (1) : 32-35.
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Experimental study on low temperature performance of polymer drilling mud agents

  • ZHAN Jiajia1 , XU Huiwen1 and CAI Hongliang2
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Abstract

Drilling fluid additives has a major impact on rheology behavior and other performances of the drilling fluid. The key to low temperature drilling fluids is choosing antifreeze and polymer agent which have a strong ability in resisting low temperature. On the basis of determining glycol as antifreeze agent, the low-temperature-performance and capacities of anti-collapse of regular validitymud agents have been studied, the mechanism of anti-caving of the partially hydrolyzed polyacrylamide ( PHPA) , polyp ropylene potassium (KPA) and PAC-141 polymer additives have been also analyzed. A pilot study of compatibility between ethylene glycol and the poly- mers has educed that the polymers, ethylene glycol and inorganic salt are compatible, and they can significantly reduce the freezing point of drilling fluid. Anti-collapse ability of the drilling mud is the results of synergistic action among the agents.

Key words

polymer / low temperature performance / antifreeze agent / mechanism of anti-caving / synergistic action

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ZHAN Jiajia, XU Huiwen and CAI Hongliang. Experimental study on low temperature performance of polymer drilling mud agents[J]. Global Geology. 2009, 12(1): 32-35
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