Methods of combating biogenic hydrogen sulfur at the Uzen and Karamandibas oilfield

B. Imanbayev, N. S. Zhaparov, D. M. Maksut, M. Utepov
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Abstract

In order to study and control microbiological contamination with sulfate-reducing bacteria of oilfield fluids we have monitored the performance of bactericidal reagents at the Uzen field. Water samples were taken at the equipped control points for the content of SRB cells before and after the injection of the bactericide. Due to the increase in the content of hydrogen sulfide in November December 2020 at the fields of Ozenmunaygas JSC, a technical inspection of the NSM-4 facility and the reagent injection unit was carried out by KazNIPImunaygas together with specialists from the structural divisions of the Department for Oil Treatment and Production Services of OMG and the Office on chemistry and OMG. Further, KazNIPI performed laboratory tests to determine the miscibility of the bactericide with seawater at different temperatures. Based on the results of the studies performed, following recommendations were developed: seawater tank biocide treatment recommendation, biocide injection system and injection point improvement in order to ensure proper mixing of the biocide with seawater. We also recommended to perform field trial of new biocides in order to avoid the development of bactericide resistance in the bacteria.
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Uzen和Karamandibas油田生物氢硫防治方法
为了研究和控制油田流体中硫酸盐还原菌的微生物污染,对Uzen油田的杀菌试剂进行了性能监测。在注射杀菌剂前后,在配备的控制点采集SRB细胞含量的水样。由于2020年11月至12月Ozenmunaygas JSC油田硫化氢含量增加,KazNIPImunaygas与OMG石油处理和生产服务部以及化学和OMG办公室的结构部门的专家一起对NSM-4设施和试剂注射装置进行了技术检查。此外,KazNIPI还进行了实验室测试,以确定杀菌剂在不同温度下与海水的混溶性。根据所进行的研究结果,提出了以下建议:海水池杀菌剂处理建议、杀菌剂注射系统和注射点改进,以确保杀菌剂与海水的适当混合。为避免病原菌产生抗药性,建议对新型杀菌剂进行田间试验。
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