STUDY OF MINING AND GEOLOGICAL FEATURES OF PROMISING CRUDE OIL-PRODUCING AREAS OF IRAQ

Ameer Mohammed Alajmeen Neamah, Begench Halatovich Muhamedov, Dmytro Fedorovich Donsky, Sergii Viktorovich Nesterenko
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Abstract

Iraq is located on the northeastern parts of the Arabian Plate, which has been particularly exposed to tectonic movements in past geological periods, where there are several giant fields that contain most of the country’s oil reserves. The structural features of the oil fields of southern Iraq (Mishrif and Zubeir) form a number of factors that complicate the construction and operation of wells for oil production in the region.Possible negative consequences of the corrosion processes of oil and gas equipment and the prospective use of new technologies and materials were considered, taking into account the fact that waterflooding is currently the main technology in oil production in Iraq, which in these conditions requires a large amount of water and carries a number of negative factors that complicate operation of oil production equipment.These main factors are the content of acid gases (hydrogen sulfide and carbon dioxide), high mineralization of formation water, mainly due to the presence of chloride ions, elevated temperature, which is due to the depth of drilling and well operation. The negative consequences of corrosion of oil and gas equipment are given. The study was based on an integrated approach, which was carried out by analyzing data on the formation of geological conditions in southern Iraq (tectonics, stratigraphy, lithological-facial and hydrological analysis), generalization of world experience in oil production, use of oil and gas resources.
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伊拉克原油远景区采矿地质特征研究
伊拉克位于阿拉伯板块的东北部,在过去的地质时期特别容易受到构造运动的影响,那里有几个巨大的油田,蕴藏着该国大部分的石油储量。伊拉克南部油田(Mishrif和Zubeir)的结构特征形成了许多因素,使该地区石油生产井的建设和运营复杂化。考虑到水驱目前是伊拉克石油生产的主要技术,在这种情况下,水驱需要大量的水,并且带有许多使石油生产设备操作复杂化的负面因素,研究人员考虑了石油和天然气设备腐蚀过程可能产生的负面后果以及新技术和新材料的前景。这些主要因素是酸性气体(硫化氢和二氧化碳)的含量,地层水的高矿化,主要是由于氯离子的存在,温度升高,这是由于钻井深度和井的操作。给出了油气设备腐蚀的负面后果。这项研究以综合方法为基础,通过分析伊拉克南部地质条件形成的数据(构造、地层学、岩性-面相和水文分析)、总结世界石油生产经验、利用石油和天然气资源进行。
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