NATURAL GAS POTENTIAL OF LAND FORMATION IN UKRAINE

Y. S. Vytvitskyi, O. V. Lebega
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Abstract

The analysis of the potential of natural gas resources of gas prospective shale formations in the main oil and gas basins of Ukraine, that is of Eastern, Western, Southern ones. On the basis of economic and mathematical modeling of geological and economic characteristics of shale formations, from which successful shale gas mining is currently being carried out in the world, correlation-regressive dependencies have been established. They allow to carry out a predicted estimation of the gas content, the initial rate of gas extraction wells, the marginal cost limit, at which a break-even production of natural gas from shale formations is possible. Using these dependencies, an analysis of the resource potential of slate formations has been carried out and it has been established that in the Eastern region stratigraphic complexes with promising shale formations are included: Devonian deposits - Upper Devonian (Famensian tier); coal deposits - Lower Carboniferous Complex (Tourney, Viseu, Serpukhov Tiers); middle-complex complex (Bashkir and Moscow tiers); Carboniferous complex (Kasimovsky and Gzhel tiers). Yevgenivsko-Druzhelyubivsk, Mirgorod-Livensk, Borkivsk-Velikzagorivsk and Zachipelsk-Livensk areas are the most investments-attractive in the prospects for shale gas extraction in the Eastern region. In the Western region, prospective stratigraphic complexes include deposits of the Cambrian, Silurian and Oligocene-Miocene age. The most investment attractive for shale gas extraction in the Western region is Davydivsky, Rava-Russkaya, East-Lishinskaya and Oleska districts. In the Southern region, perspective shale gas extraction is the deposits of the Middle Jurassic, the upper part of the Visean tier and the lower part of the Serpukhov tier of the carbon fiber of the Pre-Dobrug Trough. The results obtained can serve as a basis for investors to select priority objects for the development of natural gas resources from shale formations in Ukraine.
乌克兰陆地地层天然气潜力
乌克兰东部、西部、南部主要油气盆地页岩气远景组天然气资源潜力分析。经济和数学建模的基础上页岩地层的地质和经济特点,从成功的页岩气开采是目前世界上开展,correlation-regressive依赖关系已经建立。它们允许对天然气含量、天然气开采井的初始速率、边际成本限制进行预测估计,在边际成本限制下,页岩地层的天然气产量可能达到收支平衡。利用这些依赖关系,对板岩组资源潜力进行了分析,确定了东部地区具有页岩组潜力的地层杂岩包括:泥盆系—上泥盆系(法门系);下石炭世杂岩(Tourney, Viseu, Serpukhov Tiers);中间复杂的复杂(巴什基尔和莫斯科层);石炭系杂岩(Kasimovsky和Gzhel层)。Yevgenivsko-Druzhelyubivsk、Mirgorod-Livensk、borkivsk - velikzagorvsk和Zachipelsk-Livensk地区是东部地区页岩气开采前景最具投资吸引力的地区。在西部地区,有前景的地层复合体包括寒武系、志留系和渐新世—中新世。最对页岩气开采西部地区投资吸引力Davydivsky, Rava-Russkaya, East-Lishinskaya Oleska地区。南部地区页岩气远景为中侏罗统、前道布鲁格海槽碳纤维层Visean层上部和Serpukhov层下部。所得结果可作为投资者选择乌克兰页岩天然气资源优先开发对象的依据。
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来源期刊
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期刊介绍: Chemical Engineering of Oil and Gas is a scientific and technical journal supervised by the Southwest Oil and Gas Field Branch of PetroChina Company Limited and sponsored by the Natural Gas Research Institute of the company. The journal focuses on reporting scientific research results, academic papers, standards and technical innovations in the field of chemical and chemical industry of oil and gas industry, and is a comprehensive scientific and technical journal covering oil and gas treatment, processing and its utilisation technologies. It is a comprehensive scientific and technical journal covering oil and gas treatment, processing and utilisation technologies. The columns of the journal include oil and gas treatment, processing and utilisation, new energy and materials, oil and gas field development, analysis, measurement and standardisation, safety and environmental protection, and so on. The aim of the journal is ‘based on Southwest China, facing the whole country and going towards the world’, aiming to serve the innovation of oil and gas development, production and processing technology, with special focus on sour natural gas development, sulfur-containing crude oil processing technology, as well as natural gas purification and processing, oil and gas field corrosion protection, natural gas exploration and development of chemistry and other areas of research and development results. In terms of influence, Chemical Engineering of Oil and Gas is included in many domestic and international databases, including Chinese Core Journals, CSCD Source Journals, ‘Classified Catalogue of High Quality Scientific and Technical Journals in Oil and Gas Industry’, ‘World Journal Clout Index (WJCI) Report of Scientific and Technical Journals’, RCCSE China Core Academic Journals, National Top 100 Journals in Petroleum and Chemical Industry, China Journal Full Text Database, Tsinghua Tongfang CD-ROM Edition and Wanfang Database, China Academic Journal Comprehensive Evaluation Database. Internationally, the journal is included in the American Chemical Abstracts (CA), JST (Japan Science and Technology Agency) database, Ullrich International Periodicals Guide (USA), and EBSCO (USA) full text database.
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