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Deep Salt Formation Wells Successfully Drilled with Integrated Techniques in Tahe Oilfield

机译:深盐形成井成功钻探塔河油田的综合技术

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摘要

The most challenging drilling problems encountered in Tahe Oilfield occurred in the deep salt formations. Most holes lost are caused by stuck drilling strings, stuck casing, and collapsed casing because of the special salt formations. Particular research is conducted to solve these problems. At first, the occurrence arose in salt formations are identified in detail. Then the components of typical salt rocks are analyzed, and properties such as plasticity, solubility, stability, and stress sensibility measured, some new techniques evaluated, and integrated techniques developed. As a result of implementation of the integrated drilling techniques, deep salt formations drilling in Tahe Oilfield has been substantially improved. The main researching results presented in this paper are attached to the discussion of the salt formation problems, laboratory measuring and testing of the salt rock and evaluated techniques, and field drilling application. Integrated techniques recommended are particularized, such as borehole structure, salt water based mud system, expanding drilling and drilling string assemblies optimized.
机译:塔河油田遇到的最具挑战性的钻探问题发生在深盐形成中。由于特殊的盐形成,大多数孔损失是由卡住的钻孔串,卡住壳体和折叠壳体引起的。进行了特定的研究以解决这些问题。首先,详细鉴定盐形成中的发生。然后分析典型的盐岩的组分,并且测量的塑性,溶解度,稳定性和应力灵敏度等性质,评估了一些新技术和开发的综合技术。由于综合钻井技术的实施,塔河油田钻井的深盐形成基本上得到了改善。本文提出的主要研究结果附在盐岩和评估技术的盐形成问题,实验室测量和测试中,以及野外钻探应用。建议的综合技术被统治,例如钻孔结构,盐水泥浆系统,膨胀钻孔和钻孔串组件优化。

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