Prediction of salt deposition in the wells of “28 May” OGPD in “Azneft” PU

A.M. Samadov, M. E. Alsafarova, Kh.I. Hasanov, K. I. Matiyev
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Abstract

The operation of the most of wells justified that the production of flooded well output is followed with an intensive salt deposition. The formation of salt sediments occurs in various systems of production and collection of output. The paper provides the physical-chemical parameters of produced water from the oil wells in “28 May” OGPD of “Azneft” PU. Therefore, the application of an inhibitor for the injection into the bottomhole zone of producing well with a pump unit is considered reasonable. KD-1 salt inhibitor is injected both into the annular space and bottomhole zone of the reservoir. The implementation of an agent against salt sediments developed in “Oil-Gas Scientific Research Design” Institute is carried out by means of KD-1 salt inhibitor with specific weight of 100 g/t. It is a multi-component synergetic composition meeting all modern requirements to the physical-chemical properties of agents. The increase of oil recovery for each well after the introduction of KD-1 salt inhibitor in “28 May” OGPD approximately comprised 0.5 t/day.
阿兹涅夫特油田“5·28”OGPD井盐沉积预测
大多数井的运行证明,淹水井产出后会出现严重的盐沉积。盐沉积物的形成发生在不同的生产和产出收集系统中。给出了“阿兹涅夫”油田“5·28”采油井采出水的理化参数。因此,在生产井的井底区域使用泵组注入抑制剂是合理的。KD-1盐抑制剂可同时注入到油藏环空和井底区域。以“油气科研设计院”研制的一种防盐剂为研究对象,采用比重为100 g/t的KD-1型缓蚀剂进行防盐。它是一种多组分协同组合物,满足现代对药剂理化性能的所有要求。在“5月28日”引入KD-1盐抑制剂后,每口井的产油量增加了约0.5 t/天。
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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