哈萨克斯坦西部油田油藏水与国外油田分离微生物的分类多样性比较

Nurkhanym Yerbolkyzy Tolegen, Damira Galymkyzy Ongdassynova, Kanat Bakhytuly, Anara Askarovna Ibatova
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摘要

本文介绍了从不同油田的油藏水中分离出来的各种微生物,这些微生物是研究微生态系统(МЕОR)方法的主要对象。微生物可以产生许多潜在有用的代谢物(生物质、生物表面活性剂、生物酸、生物溶剂、生物聚合物、沼气),用于采油。这些代谢物有助于降低油的粘度和油与水之间的界面摩擦,作为表面活性剂,增加其孔隙度和渗透率。本文对近年来“浙特白”、“库萨里”、“阿金根”油田三口活井和世界不同油田的油层水体微生物的分类生物多样性进行了研究。本文对石油微生物的意义及其研究、MEOR工艺的重要性、国际和哈萨克斯坦西部石油储量的石油微生物比较以及这些微生物的未来进行了广泛的研究。这篇文章提供了一些微生物的信息,如芽孢杆菌、假单胞菌等,它们对环境变化的不利变化更有免疫力。这些属产生表面活性剂、气体、醇、酸和生物聚合物。分析了哈萨克斯坦西部油田石油微生物分类多样性的相似性及其发展前景,以及遥远国家油田微生物在MEOR过程中的应用。
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Comparison of taxonomic diversity of microorganisms isolated from oil reservoir waters ofWestern Kazakhstan deposits with foreign oil fields
The article describes a variety of microorganisms, isolated from oil reservoir waters of different oilfields that are main objects in studying the micrоbiаl еnhаnсеd оil rесоvеrу (МЕОR) methods. Microorganisms can generate a number of potentially useful metabolites (biomass, biosurfactants, bioacid, biosolvents, biopolymer, biogas) for oil recovery. These metabolites help to reduce the oil’s viscosity and the interfacial friction between oil and water as a surfactant, increase its porosity and permeability. The article discusses the taxonomic biodiversity of microorganisms of oil-formation waters of three active wells of the “Zhetybai”, “Kulsary”, and “Akingen” fields and from different oil deposits across the world for several years. The significance of oil microorganisms, their research, the importance of MEOR processes, comparison of oil microbes between international and Western Kazakhstan oil reserves and future of these microorganisms are widely studied. The article provides information on microorganisms, such as Bacillus sp., Pseudomonas sp., that are more immune to adverse shifts in environmental changes. These genera produce surfactants, gases, alcohols, acids, and biopolymers. The similarity of the taxonomic biodiversity of oil microorganisms of oilfields in Western Kazakhstan and their prospects, as well as the use of microorganisms from the distant countries’ oilfields in the MEOR processes are analyzed.
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