非生物成因石油成因理论的概念

IF 0.1 Q4 ENGINEERING, MECHANICAL
D. Y. Vdovin, V. Sokolova, A. Chizhov, N. V. Volkova
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引用次数: 0

摘要

本文对油气勘探工作中必须考虑到的与公认的有机成因假说相矛盾的不同观点进行了探讨。这些结论在非常规储层类型的勘探油气井工程中必须加以应用。在证实了无机成因的基础上,提出了目前油气形成年龄的假设。许多现代油藏的油在储层中经历动态过程,交换物质、信息。碳氢化合物分子的化学性质证明了这一点,这种分子仅具有石油的特征,并且在周围的地质环境中含量增加。简述了我国商业油气储量的勘探策略。建立了该构造可能属于油气圈闭的基本地质条件。本文介绍了西西伯利亚油气省克拉斯诺列宁斯基拱顶油田著名的钻井资料。油藏的勘探和勘探被认为是消除动态和静态两种不确定性。石油勘探涉及到动态不确定性的消除,动态不确定性是石油离散再生和成藏的派生。其结果难以可靠地识别。地球化学特征和地质条件是找矿勘探的重要标志。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CONCEPT ABOUT ABIIOGENIC THEORY OF OIL GENESIS
The article considers alternative arguments, that contradict the accepted the organic hypothesis of oil origin, which must be taken into account at carrying out of oil and gas prospecting works. These conclusions must be used in the exploratory oil and gas well engineering in nonconventional reservoir types. The substantiation of the inorganic genesis of oil and gas, the assumption about the current age of hydrocarbon formation is proposed. The oil of many modern deposits undergoes dynamic processes, exchanges matter, information, while in the reservoir. This is proven by the chemistry of hydrocarbon molecules, characteristic only of oil, and their increased content in the surround-ing geological environment. A brief strategy of prospecting and exploration of commercial hydrocarbon reserves is outlined. The basic geological conditions for the potential belonging of the structure to the oil trap have been established. The well-known drilling data of an oil field dedicated to the Krasnoleninsky arch of the West Siberian oil and gas province are presented. The prospecting and exploration of oil reservoir is considered as the removal of two uncertainties: dynamic and static. The prospecting for oil involves the removal of dynamic uncertainty, which is a derivative of oil discrete reproduction and the formation of an accumulation. Its result is difficult to reliably identify. Geo chemical characteristics and prerequisites are no less important markers for prospecting and exploration.
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来源期刊
CiteScore
0.80
自引率
50.00%
发文量
41
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