引入纳米技术提高钻井的井壁破裂压力降低作业成本

钻井过程的井壁破裂压力直接影响地层压力窗口幅度。通常较少考虑改进钻井液性能来提高井壁破裂压力、简化井身结构,降低钻井成本。加拿大能源服务公司（Canada Energy Service）在美国西德克萨斯（West Texas）首次使用MMH（第3代混合金属羟化物）的纳米添加剂,加固井壁,提高钻井过程破裂压力,取得理想效果。其原理为在钻井过程中,...

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Published in石油钻采工艺 Vol. 38; no. 2; p. 255
Main Author 郭永峰
Format Journal Article
LanguageChinese
Published 2016
Subjects
Canada
井壁破裂
井身结构
压力降低
地层压力
混合金属
破裂压力
纳米技术
羟化物
能源服务公司
Online AccessGet full text
ISSN1000-7393

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Abstract 钻井过程的井壁破裂压力直接影响地层压力窗口幅度。通常较少考虑改进钻井液性能来提高井壁破裂压力、简化井身结构,降低钻井成本。加拿大能源服务公司（Canada Energy Service）在美国西德克萨斯（West Texas）首次使用MMH（第3代混合金属羟化物）的纳米添加剂,加固井壁,提高钻井过程破裂压力,取得理想效果。其原理为在钻井过程中,
AbstractList 钻井过程的井壁破裂压力直接影响地层压力窗口幅度。通常较少考虑改进钻井液性能来提高井壁破裂压力、简化井身结构,降低钻井成本。加拿大能源服务公司（Canada Energy Service）在美国西德克萨斯（West Texas）首次使用MMH（第3代混合金属羟化物）的纳米添加剂,加固井壁,提高钻井过程破裂压力,取得理想效果。其原理为在钻井过程中,
Author 郭永峰
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Snippet 钻井过程的井壁破裂压力直接影响地层压力窗口幅度。通常较少考虑改进钻井液性能来提高井壁破裂压力、简化井身结构,降低钻井成本。加拿大能源服务公司（Canada Energy...
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StartPage 255
SubjectTerms Canada
井壁破裂
井身结构
压力降低
地层压力
混合金属
破裂压力
纳米技术
羟化物
能源服务公司
Title 引入纳米技术提高钻井的井壁破裂压力降低作业成本
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