Jieming Wang
China National Petroleum Corporation
14 Papers
7 Citations
Jieming Wang is an academic researcher from China National Petroleum Corporation. The author has contributed to research in topics: Chemistry & Geology. The author has an hindex of 4, co-authored 7 publications. Previous affiliations of Jieming Wang include PetroChina.
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Papers
Key evaluation techniques in the process of gas reservoir being converted into underground gas storage
Dewen Zheng,Dewen Zheng,Hongcheng Xu,Hongcheng Xu,Jieming Wang,Jieming Wang,Junchang Sun,Junchang Sun,Kai Zhao,Kai Zhao,Chun Li,Chun Li,Lei Shi,Lei Shi,Ligen Tang,Ligen Tang +15 more
TL;DR: In this article, the first batch commercial underground gas storage (UGS) in China was summarized, the mechanisms of multi-cycle injection and production with large flux in short-term was examined and some concepts were proposed such as the dynamic sealing of traps, the effective pore volume of UGS and the high velocity unstable seepage flow with finite supply.
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Change of phase state during multi-cycle injection and production process of condensate gas reservoir based underground gas storage
Yong Tang,Keji Long,Jieming Wang,Jieming Wang,Hongcheng Xu,Hongcheng Xu,Yong Wang,Youwei He,Lei Shi,Lei Shi,Huayin Zhu,Huayin Zhu +11 more
TL;DR: Based on the differences in production mode and operation process between gas storage and gas reservoir, this paper established a phase balance test procedure and a theoretical simulation model of phase balance during multi-cycles of injection and production of underground gas storage (UGS) rebuilt from condensate gas reservoir.
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Injection–production mechanisms and key evaluation technologies for underground gas storages rebuilt from gas reservoirs
Junchang Sun,Junchang Sun,Hongcheng Xu,Hongcheng Xu,Jieming Wang,Jieming Wang,Lei Shi,Lei Shi,Chun Li,Chun Li,Ligen Tang,Ligen Tang,Rong Zhong,Rong Zhong +13 more
TL;DR: In this paper, the dynamic sealing capacity of traps and the water-gas high-speed interactive flow mechanism of UGSs rebuilt from gas reservoirs with complex geological conditions were investigated by both physical simulation and numerical simulation.
40
Inventory forecast of underground gas storage based on modified material balance equation
TL;DR: In view of the gap between the gas storage inventory forecasted by the traditional material balance equation and the actual inventory, experiments of displacing gas by water and displacing water by gas were carried out, and the modified material balance equations considering pore volume loss due to water invasion and pay heterogeneity was deduced based on the percolation mechanism inferred from the experiments above, moreover the equation was verified by example analysis as mentioned in this paper.
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Downhole inflow-performance forecast for underground gas storage based on gas reservoir development data
Ligen Tang,Ligen Tang,Jieming Wang,Jieming Wang,Ding Guosheng,Ding Guosheng,Shasha Sun,Kai Zhao,Kai Zhao,Junchang Sun,Junchang Sun,Kai Guo,Bai Fengjuan +12 more
TL;DR: In this paper, a modified equation of inflow-performance relationship considering gas permeability change due to water invasion was established, and the experimental results show that the modified equation considers the effect of changing permeability, its results agree with the actual inflow performance, while the result of traditional equation differs greatly from the actual performance.
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