高温下钡和硫酸锶固溶结垢的形成

A. Todd, M. Yuan
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引用次数: 68

摘要

硫酸钡结垢是北海油田生产中的一个严重问题。硫酸钡常与硫酸锶伴生形成一种完全混合的水垢,称为(Ba,Sr)SO{sub 4}固溶体。本文描述了在70{°C}下进行的一项实验室研究,以检查多孔介质中(Ba,Sr)SO{sub 4}固溶结垢的形成以及两种不相容水混合造成的地层损害。这篇论文是先前报道的室温工作的延续。在高温下进行的实验结果再次表明,由于两种不相容的水同时流动,岩心中可能发生大规模的水垢沉积,并可能导致岩石渗透率的显著下降。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Barium and Strontium Sulfate Solid-Solution Scale Formation at Elevated Temperatures
Barium sulfate scale occurrence is a severe production problem in North Sea oil operations. Barium sulfate is often accompanied by strontium sulfate to form a completely mixed scale called (Ba,Sr)SO{sub 4} solid solution. This paper describes a laboratory study carried out at 70{degrees} C to examine (Ba,Sr)SO{sub 4} solid-solution scale formation in porous media and the formation damage resulting from the mixing of two incompatible waters. The paper is a continuation of the previously reported room-temperature work. Results of experiments carried out at the elevated temperatures again demonstrate that substantial scale deposition can occur in a rock core and can cause considerable decline of rock permeability as a result of concurrent flowing of two incompatible waters.
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