Mineral Scale Deposition Caused by Kill Fluid Application

A. Brikov
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Abstract

Paper describes problems observed during clean-up & bean-up operations of one of the Western Siberia field wells. The problem consisted of an intensive mineral scale deposition in electrical submersible pump (ESP) impellers. This led to rapid ESP failure with “no flow” code. Main causes and mechanism of mineral scale deposition was determined, scale inhibitor and scale dissolver were selected based on laboratory tests, production chemicals application procedure was developed. It was shown that Zn2+ ions included in specific kill fluids compositioncould have significant impact on scale deposition rate. This shall be taken into account during scale management implementation in case of zinc-containing kill fluid use.
使用压井液引起的矿物水垢沉积
本文描述了在西西伯利亚油田一口井的清理和清理作业中观察到的问题。该问题是由电潜泵(ESP)叶轮中密集的矿物垢沉积引起的。这导致ESP快速失效,出现“无流”代码。确定了矿物结垢的主要原因和机理,通过室内试验选择了阻垢剂和溶垢剂,制定了生产化学品的使用规程。结果表明,特定压井液组成中的Zn2+离子对结垢速率有显著影响。在使用含锌压井液的情况下,在实施水垢管理时应考虑到这一点。
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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