首页|纳米材料提高水基钻井液页岩稳定性研究进展

纳米材料提高水基钻井液页岩稳定性研究进展

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维持井壁稳定一直是油气钻探过程中的技术难题.由于页岩微纳米孔缝与层理发育、水敏性高,井壁失稳问题在页岩层尤为突出.提高钻井液的性能是减少井壁失稳的重要途径.纳米材料因其独特的尺度和性质,可作为水基钻井液添加剂以提高页岩的稳定性.通过对国内外技术的跟踪与分析,阐述纳米材料提高页岩稳定性的评价方法、纳米材料类型及其作用机制.开展纳米材料在非均质地层的基础理论研究,开发在高温高压及高盐环境下稳定有效的新型纳米材料,建立纳米材料提高页岩稳定性的微观评价方法,是纳米材料的重要发展方向.
Research progress on improving shale stability of water-based drilling fluid by nano-materials
Maintaining wellbore stability has always been a technical challenge in oil and gas well drilling,which is particu-larly prominent in shale formations due to their micro and nano pores and laminae and high-water sensitivity.Improving the performance of drilling fluids is an important way to reduce wellbore instability.Nano-materials can be used as additives in water-based drilling fluids to enhance the stability of shale due to their unique particle size and properties.In this paper,the technical development of using nano-materials to enhance wellbore stability was reviewed,including the evaluation methods for shale stabilization,the types of nano-materials that can be used and their action mechanisms.It is important to conduct basic and theoretical research for nano-materials to be used in heterogeneous shale formation,develop new type of nano-mate-rials that is stable and effective under high temperature,high pressure and high salt conditions,and establish microscopic methods for shale stabilization evaluation.

nano-materialsshalewellbore stabilitywater-based drilling fluids

孙金声、李贺、吕开河、黄贤斌、杨峥

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中国石油大学(华东)石油工程学院,山东青岛 266580

中国石油集团工程技术研究院有限公司,北京 102200

纳米材料 页岩 井壁稳定 水基钻井液

国家自然科学基金基础科学中心项目山东省重点研发计划院士团队支持项目

522881012020ZLYS07

2024

中国石油大学学报(自然科学版)
中国石油大学

中国石油大学学报(自然科学版)

CSTPCD北大核心
影响因子:1.169
ISSN:1673-5005
年,卷(期):2024.48(2)
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