俄罗斯油气盆地巴热诺夫沉积物、多马尼克沉积物和库奥纳姆卡沉积物的出现条件特征

IF 0.4 Q4 CHEMISTRY, MULTIDISCIPLINARY
 G. YASHCHENKO I
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引用次数: 0

摘要

利用俄罗斯科学院石油化学研究所数据库中的信息以及地理信息系统的统计和空间分析方法,我们评估了俄罗斯含石油和天然气地区巴热诺夫、多马尼克和库纳姆卡地层的石油出产条件数据。本报告介绍了伏尔加-乌拉尔、铁曼-伯朝拉和勒拿河-通古斯卡含油气盆地巴热诺夫、多马尼克和库纳姆卡沉积层油气田分布的数字地图。图中显示了这些沉积物中的石油在每个盆地的分布深度。确定了储油层岩石的岩性特征。确定了储层参数的平均值,这些参数表征了这些沉积物中油池的过滤和电容特性。为了分析巴热诺夫石油的成藏条件,使用了一批来自西西伯利亚盆地 127 个油田的 2833 个石油样本,多曼尼克石油--来自伏尔加-乌拉尔和铁曼-伯朝拉盆地 195 个油田的 407 个样本,库纳姆卡石油--来自勒拿河-通古斯卡盆地 28 个油田的 117 个样本。对直接影响开发机制和开采这些难以回收石油的技术有效性的地质和物理特征进行了比较分析:岩石的渗透性和孔隙度、储层温度和压力。研究结果表明,多曼尼克(Domanik)和库纳姆卡(Kuonamka)沉积物的特征与已开发的美国页岩油田储层最为接近,这表明俄罗斯油田有可能有效应用美国的积极经验。研究结果可用于开发新的和改进现有的方法和技术,以便从所研究的沉积物中提取和加工难以回收的石油。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FEATURES OF OCCURRENCE CONDITIONS OF THE BAZHENOV, DOMANIK AND KUONAMKA SEDIMENTS IN OIL AND GAS BASINS OF RUSSIA
Using information from the database of the Institute of Petroleum Chemistry SB RAS and the methods of statistical and spatial analysis of geographical information systems, we evaluated the data on oil occurrence conditions in the Bazhenov, Domanik and Kuonamka Formations of the oil and gas bearing territories of Russia, the development of which will allow discovering the new sources of increased oil production. The digital maps of the arrangement of hydrocarbon fields in the Bazhenov, Domanik and Kuonamka sediments over the territories of the Volga-Ural, Timan-Pechora and Lena-Tunguska oil and gas bearing basins are presented. The distribution of oils from these deposits over the depth of occurrence in each basin is shown. The lithological features of reservoir rocks are established. The average values of reservoir parameters characterising the filtration and capacitance properties of the pools in these sediments are determined. To analyse the conditions of Bazhenov oil occurrence, a batch of 2833 oil samples from 127 fields of the West Siberian basin was used, for Domanik oil - 407 samples from 195 fields of the Volga-Ural and Timan-Pechora basins, and for Kuonamka oil - 117 samples from 28 fields of the Lena-Tunguska basin. A comparative analysis of the geological and physical characteristics producing a direct impact on the development regime and the effectiveness of technologies used to extract these hard-to-recover oils was carried out: permeability and porosity of rocks, reservoir temperature and pressure. It is shown that the Domanik and Kuonamka sediments are the closest in characteristics to the reservoirs of the developed American shale oil fields, which indicates the possibility for effective application of the positive experience of the United States for Russian oilfields. The results of the study can be used in the development of new and improvement of existing methods and technologies for the extraction and processing of hard-to-recover oils from the studied sediments.
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来源期刊
Chemistry for Sustainable Development
Chemistry for Sustainable Development CHEMISTRY, MULTIDISCIPLINARY-
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25.00%
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