通过优化聚合物-氯化物钻井泥浆及其再利用,降低水平井施工成本

M. Fattahov, E. Babushkin, M. Buyanova, V. G. Vaulin, T. Sadykov, A. Shalyapina
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引用次数: 0

摘要

当今油气井开发的关键任务之一是优化各种技术流程的成本,包括钻井泥浆的制备。文章探讨了降低水平井钻井泥浆成分中氯化钾浓度的技术补救措施,氯化钾是粘土岩水化的主要抑制剂。此外,研究还证明,在对高产地层进行初步钻探后留下的钻井泥浆可以重复使用。由于水平井段的地层主要是砂岩,因此必须改进钻井泥浆的成分,以减少抑制剂试剂的使用。在水平井施工中重复使用废弃的钻井泥浆可以减少多吨成分的消耗,同时又不影响所使用冲洗液的可加工性。采用这种方法可以减少配制钻井泥浆的费用和产生的钻井废物量,从而实现经济效益。
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Cost reduction in the construction of horizontal wells by optimizing the polymer-chloride drilling mud and its reuse
One of the key tasks in oil and gas well development today is to optimize the cost of various technical processes, including the preparation of drilling muds. The article explores technological remedies to decrease the concentration of potassium chloride, which is the main inhibitor of the hydration of clay rocks, in the composition of drilling mud used for horizontal well drilling. Additionally, it was demonstrated that the drilling mud left after the initial drilling of the productive formation could be reused. Due to the fact that the interval of the horizontal section of wells is represented mainly by sandstone, the composition of the drilling mud must be refined so that the use of inhibitor reagents can be reduced. Reuse of spent drilling muds in the construction of horizontal wells reduces the consumption of multi-tonnage components without impairing the processability of the flushing fluid used. The implementation of this approach will enable the achievement of economic benefits through a reduction in expenses for the preparation of drilling mud and in the amount of drilling waste generated.
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