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Shale gas content evolution in the Ordos Basin
International Journal of Coal Geology, 2019Abstract Gas content is a crucial parameter for shale reservoir evaluation and shale gas accumulation. Taking Shanxi and Taiyuan Formation shale samples from the Ordos Basin of China as an example, this research used thermal simulation, Rock-Eval pyrolysis, total organic carbon content (TOC) measurement, vitrinite reflectance (Ro) measurement, X-ray ...
Feiteng Wang, Shaobin Guo
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Depositional Evolution and Coal Accumulation of Ordos Basin
2020Ordos Basin, a huge intracontinental depression, influenced by Pacific structural domain together with Tethya, is formed during Mesozoic Era. Evolutional process of the depression can be divided into four epoches Early Jurassic to early period of Middle Jurassic, Middle Jurassic, Late Jurassic and Early Cretaceous, of which, Early Jurassic to early ...
Wang Shuangming +2 more
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Groundwater Systems and Resources in the Ordos Basin, China
Acta Geologica Sinica - English Edition, 2008AbstractThe Ordos Basin is a large‐scale sedimentary basin in northwestern China. The hydrostratigraphic units from bottom to top are pre‐Cambrian metamorphic rocks, Lower Paleozoic carbonate rocks, Upper Paleozoic to Mesozoic clastic rocks and Cenozoic deposits. The total thickness is up to 6000 m.
HOU Guangcai +7 more
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Coal Resources and Tectonic Division of Ordos Basin
Advanced Materials Research, 2013The Ordos Basin is the richest area of coal resources in China, which has an important position in China's coal resources prospecting and exploitation. Through the application of coalfield geology and geodynamics, this paper analyzes the distribution of coal resources of the Ordos Basin. It carries out the research in coalfield tectonic zoning, and the
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Distribution and Accumulation of Energy Resources in Ordos Basin
Advanced Materials Research, 2014Ordos basin is prolific in petroleum, natural gas, and coal resources, and is an important energy base in our country. The petroleum distributes in Jurassic to be subjected by the eroding river valley and Triassic to be subjected by depositional system of delta.
Wei Fu Liu, Shuang Long Liu, Li Xin Sun
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Biological mechanism of paleokarst developed in the Ordos Basin
2011 International Symposium on Water Resource and Environmental Protection, 2011This paper demonstrated the biological mechanism of paleokarst developed within the Ordovician formation in the Ordos Basin. An experiment in laboratory was designed for understanding the water-rock interaction with sulfate-reducing bacteria. The study is focused on the geochemical processes in the bacteria-water-rock system by tracing stable sulfur ...
null Feng'e Zhang +4 more
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GEOHISTORY MODELLING OF CRATONIC BASINS: A CASE STUDY OF THE ORDOS BASIN, NW CHINA
Journal of Petroleum Geology, 1997This paper describes geohistory modelling as applied to the intracratonic Ordos Basin in NW China; corrections for compaction, the restoration of unconformities and the effects of tectonic subsidence are discussed.The thickness of a modelled layer of sediments can be determined at any time in the past by taking account of a correction for compaction ...
Ye Jiaren, Lu Mingde
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Pore structure characteristics of non-marine shale in Ordos Basin, China
International Petroleum Technology Conference, 2014Abstract Unlike marine shale, the non-marine (lacustrine) shale deposits are with frequent sand and mud interbed, large gross thickness, interlayers development and etc. In order to study reservoir properties, adsorption, permeability, porosity, gas storage and migration of such shale, experimental study of porosity
C. Fang, M. Amro
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Carbonate reservoir evaluation and gas bearing prediction in Ordos Basin
Arabian Journal of Geosciences, 2020In order to solve the problem that carbonate rocks are difficult to be explored due to their complex heterogeneity, the evaluation of carbonate reservoirs and the prediction of gas bearing are carried out. Firstly, taking the Sugeri gas field area in Ordos as an example, the address characteristics of the research area are introduced.
Zhen Yuan +4 more
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Advanced Materials Research, 2012
It is a direction to study for the porosity evolution characteristics of clastic formation from qualitative analysis to quantitative research. To master the porosity evolution rule of sandstones during geologic processes could help to deepen knowledging about the hydrocarbon accumulation mechanism.
Hui Shi, Zhen Liu, Hui Li
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It is a direction to study for the porosity evolution characteristics of clastic formation from qualitative analysis to quantitative research. To master the porosity evolution rule of sandstones during geologic processes could help to deepen knowledging about the hydrocarbon accumulation mechanism.
Hui Shi, Zhen Liu, Hui Li
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