On the operation of cement stone in well and modern strategy of selection of backfill materials

E. Suleymanov, R. Ibrahimov, Sh.O. Bakhshaliyeva, Z. Ibrahimov
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Abstract

A long way of development of cementing technology providing the advancement of backfill materials, the methods of preparation, chemical treatment and transportation of plugging material into the borehole annulus of the well did not solve all the problems of the quality isolation of formations. There are neither justified physical criteria nor accurate methods of estimation of supporting quality, as it is quite troublesome to set well conditions while conducting experimental works towards specifying the large number of the factors simultaneously affecting the longevity of well support. In this regard, there is no generally accepted method of testing backfill materials and the issue of necessary sustainability of stone from various bakfill materials designed for cementing of columns and setting cement bridges is not solved as well. Leading drilling service companies (Schlumberger, Halliburton etc.) of the world do not use special cement types and instead, prepare their own mixture for each cementing process on the basis of cement of selected for these oil-gas fields. As a result of mixing various types of weighting agents and other additives with base cement, a backfill system necessary for specified well is obtained. These systems are produced on specially equipped facilities in the world. The researches carried out justify that it is possible to obtain high quality simplified and weighted cement slurries on the basis of domestic raw materials with state-of-the-art technologies and equipment.
井内水泥石作业及充填材料选择的现代策略
充填材料的进步、充填材料的制备方法、化学处理方法以及将充填材料输送到井眼环空的方法,使得固井技术的长期发展并没有解决地层质量隔离的所有问题。目前既没有合理的物理标准,也没有准确的评价支护质量的方法,因为在进行实验工作以确定同时影响油井支护寿命的大量因素时,设置井条件是非常麻烦的。在这方面,目前还没有一个普遍接受的测试回填材料的方法,也没有解决为柱的胶结和水泥桥的设置而设计的各种回填材料的石材的必要可持续性问题。世界领先的钻井服务公司(斯伦贝谢、哈里伯顿等)不使用特殊类型的水泥,而是在为这些油气田选择水泥的基础上,为每种固井工艺准备自己的混合物。将不同类型的加重剂和其他添加剂与基础水泥混合,得到了特定井所需的回填体系。这些系统是在世界上专门装备的设备上生产的。研究表明,采用国内最先进的技术和设备,以国内原料为基础,可以获得高质量的简化和加重水泥浆。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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