关于在普列夫霍扬斯卡亚(Predverkhoyanskaya)油气区进行深层钻探的主要成果

R. Atlasov, M. V. Nikolaeva, A. G. Ivanov, S. S. Berdyev
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引用次数: 0

摘要

本文介绍了在普列德弗霍扬斯卡亚油气区的钻井结果。1954年,该地区开始在地震勘测结合构造岩心钻探预先准备好的基查、桑加尔和乌斯特-维柳构造上进行油气深层勘探钻井。对石油和天然气潜力的前景进行了评估:盐下-Nizhnevendsky、Vendian-下寒武纪地层和碳酸盐岩复合体的岩石具有储层特性,这些岩石与附近油田的工业石油和天然气潜力有关:二叠系(P)、下三叠统(T1)、三叠统-下侏罗统(T2-3-J1)、中上侏罗统(J2-3)、下白垩统(K1)。下三叠统含水层复合体沉积在二叠系地层上。由于下三叠统沉积物的结构特征,该复合含水层的容量是可变的,在普列德弗霍扬斯基海槽(Predverkhoyanskiy trough)内尚未确定。试验期间没有获得热压数据。地下水位压力接近静水压力。中上三叠统-下侏罗统含水层复合体的沉积物更为广泛。在对石油和天然气勘探井进行取样和测试期间,从该复合含水层(包括乌斯特-维柳伊斯卡亚、索博-海恩斯卡亚广场上的工业含水层)中获得了水和天然气流入量。水流量达到 300 立方米/天(桑加尔斯卡亚 2 号),天然气流量达到 1800000 立方米/天(乌斯季-维柳伊斯卡亚地区)。Preverkhoyanskaya 油气区的油气勘探前景与北部地区(Setas 构造)和南部地区有关,北部地区正在打设计深度为 4000 米的 Setas 1 号参数井,南部地区则计划打两口深度为 3000 米的参数井。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ABOUT THE MAIN RESULTS OF DEEP DRILLING IN THE TERRITORY OF THE PREDVERKHOYANSKAYA OIL AND GAS AREA
This article presents the results of drilling wells in the Predverkhoyanskaya oil and gas area, where deep exploratory drilling for oil and gas was started in 1954 at the Kitchan, Sangar and Ust-Vilyu structures pre-pared by the seismic survey in combination with structural core drilling.According to the results of deep drilling in the Predverkhoyanskaya oil and gas area, the section of the sedimentary cover was studied, and ideas about the material composition of the foundation upper part were obtained. The pro-spects of oil and gas potential are evaluated: the reservoir properties are possessed by rocks of the subsalt Nizhnevendsky, Vendian-Lower Cambrian terrigenous and carbonate complex-es, which are associated with industrial oil and gas potential in nearby fields.The following fluid-bearing complexes are distinguished in the sedimentary section of the Preverkhoyanskiy trough: Permian (P), Lower Triassic (T1), Triassic-Lower Jurassic (T2–3–J1), Middle Upper Jurassic (J2-3), Lower Cretaceous (K1).Deposits of the Lower Triassic aquifer complex are deposited on Permian formations. The capacity of the complex is variable, due to the structural features of the Lower Triassicsediments, and it has not been established with-in the Predverkhoyanskiy trough. Thermobaric data were not obtained during the test. Reser-voir pressures are close to hydrostatic. Reser-voir temperatures, as in the Permian complex, increase from west to south-east to the Predverkhoyanskiy trough from 50 °C to 95 °C.The deposits of the Middle-Upper Triassic – Lower Jurassic aquifer complex are more widely developed. During the sampling and test-ing of oil and gas exploration wells, water and gas inflows were obtained from the deposits of the complex, including industrial ones on Ust-Vilyuiskaya, Sobo-Khainskaya Square. The flow rates of water inflows reached 300 m3/day (Sangarskaya 2), gas inflows up to 1800000 m3/day (Ust-Vilyuiskaya area). In the Sobo-Khainskaya 1 well, an industrial gas in-flow was obtained from the interval of 1328–1349 m.The prospects for oil and gas exploration at the Preverkhoyanskaya oil and gas area are associated with its northern part (Setas struc-ture), on which the Setas parametric well No. 1 with a design depth of 4000 m is being laid, and its southern part, where it is advisable to drill 2 parametric wells with a planned depth of 3000 m.
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