Research Projects

[1] National Science and Technology Major Project: Research on Foam-assisted Gas Flooding Enhanced Recovery Technology for Fractured Reservoirs(2016ZX05014-004-004);


[2] National Science and Technology Major Project: New Technology for Enhanced Oil Recovery in the Later Stage of Oilfield Exploitation (2011ZX05009-004);




[3] National Science and Technology Major Project: Optimal Experimental Research on Supplementary Energy Injection System (2011ZX05014-003);




[4] National Science and Technology Major Project: Enhanced Oil Recovery Demonstration Project of Daqing Changqian Special High Water Cut Oilfield-Chemical Composite Flooding Surface Combination Optimization Method(2011ZX05052-006-006);




[5] National Science and Technology Major Project: Enhanced Oil Recovery Demonstration Project of Lhasa Apricot High Water-cut Oilfield in Songliao Basin-Research on Composite Flooding Mechanism (2008ZX05052-03);




[6] Project 973: Research and optimization of enhanced oil recovery methods for fractured cave reservoirs (2011CB20100603);




[7] 973 Project: Diffusion mechanism and law study in the process of CO2 displacement (2006CB70580502);




[8] 973 Topic: Formation mechanism of ultra-low interfacial tension under weak alkali/no alkali conditions and its role in oil displacement process (2005CB22130303);




[9] National Natural Science Foundation of China: Research on oil-water interfacial tension change law and residual oil start-up mechanism of ASP composite flooding reservoir (51174216);




[10] National Science and Technology Support Program: Evaluation of CO2 Sequestration and Enhanced Oil Recovery(2012BAC26B02);

Publications

[1] Three-dimensional physical simulation and optimization of water injection of a multi-well fractured-vuggy unit, Petroleum Science, 2016；




[2] In-situ CO2 generation huff-n-puff for enhanced oil recovery: Laboratory experiments and numerical simulations, Journal of Petroleum Science and Engineering, 2016；




[3] Application of organic alkali for heavy-oil enhanced oil recovery (EOR), in comparison with inorganic alkali, Energy & Fuels, 2016；




[4] Determination and controlling of gas channel in CO2 immiscible flooding, Journal of the Energy Institute, 2016；




[5] Residual oil distribution characteristic of fractured-cavity carbonate reservoir after water flooding and enhanced oil recovery by N2 flooding of fractured-cavity carbonate reservoir, Journal of Petroleum Science and Engineering, 2015；




[6] Macroscopic three-dimensional physical simulation of water flooding in multi-well fracture-cavity unit, Petroleum Exploration and Development, 2014；




[7] Evaluation of oil-tolerant foam for enhanced oil recovery: Laboratory study of a system of oil-tolerant foaming agents, Journal of Petroleum Science and Engineering, 2014；




[8] Organic alkali for heavy oil chemical EOR improves the performance over inorganic alkali, SPE International Heavy Oil Conference and Exhibition, 2014；




[9] The pressure-decay method for nature convection accelerated diffusion of CO2 in oil and water under elevated pressures, Energy Sources, Part A: Recovery, Utilization, and Environmental Effects, 2013；




[10] Preparation and application of cationic surfactant ion-selective electrode, Tenside Surfactants Detergents, 2013；