Research Areas

Oil and gas seepage theory and application, oil and gas field development theory and system engineering.
His research focuses on the seepage theory and application of heavy oil/oil sands thermal recovery (multivariate thermal fluid, SAGD and solvent-assisted), shale gas multi-field coupled seepage theory and FMM-based shale gas reservoir utilization evaluation. Teaching: "Physics of Oil Layer", "Seepage Mechanics", "Advanced Seepage Mechanics"

Research Projects

[1] National Natural Science Foundation of China, Influence of water on methane-carbon dioxide competitive adsorption and interaction mechanism under shale reservoir conditions,

[2] National Natural Science Foundation of China, Mechanism and characterization of composite solvent-superheated steam linkage mining,
project leader
[3] National 973 Science and Technology Research "Basic Research on Efficient Development of Marine Shale Gas in Southern China", Characterization of the Degree of Regional Utilization of Shale Gas Development,

[4] National major project, oil sands SAGD development capacity research, sub-project

[5] National major project, shale gas well production capacity model and well test interpretation method research, sub-project leader

[6] National major project, research on evaluation methods of production capacity and injection capacity of different well types under the development mode of heavy oil and water flooding and agglomeration at sea, sub-project

[7] National major project, low permeability reservoir complex structure well capacity forecasting technology, sub-project leader

[8] Oilfield commissioned project, shale gas reservoir utilization degree characterization method and application,

[9] Oilfield commissioned project, KMK project heavy oil superheated steam throughput after redrive technology research,

[10] Oilfield commissioned project, Bozhong 34-1 oilfield balanced flooding well network adaptability evaluation and reasonable development strategy research service contract,

Publications

[1] Study on partition interlayer parameters under single well conditions in bottom water heavy oil reservoir. Journal of Southwest Petroleum University(Natural Science Edition),2018,40(01):130-140.

[2] A semi-analytical model to evaluate productivity of shale gas wells with complex fracture networks. Journal of Natural Gas Science and Engineering. Volume 50, February 2018, Pages 374-383

[3] Apparent Permeability Model for Shale Gas Reservoirs Considering Multiple Transport Mechanisms, Geofuilds. Article ID 2186194, Volume 2018 (2018)

[4] Experimental Study on Aquathermolysis of Different Viscosity Heavy Oil with Superheated Steam，Energy Fuels, 32（2018） 4850-4858

[5] Experimental study on the mechanism of enhanced oil recovery by multi-thermal fluid in offshore heavy oil，International Journal of Heat and Mass Transfer Volume 122(2018), Pages 1074-1084

[6] Experimental and numerical study of solvent optimization during horizontal-well solvent-enhanced steam flooding in thin heavy-oil reservoirs. Fuel. Volume 228, 15 September 2018, Pages 379-389