»Research Interests 1. Gas injection EOR methods 2. Improved heavy oil recovery 3. Reservoir simulation 4. Flow in porous media
»Courses Offered Reservoir engineering; Mechanics of flow through porous media »Research Projects 1. ��A new foamy oil-assisted gas mixture huff-n-puff method for enhancing heavy oil recovery��---National Natural Science Foundation of China. 2. ��Hybrid nanofluids alternating CO2 microbubble method for enhancing heavy oil recovery��---Shandong Provincial Natural Science Foundation, China.
»Paper And Publications 1. ��Enhanced heavy oil recovery in thin reservoirs using foamy oil-assisted methane huff-n-puff method����Fuel, (2015), 159: 962�C973�� 2. ��A new mathematical simulation model for gas injection enhanced coalbed methane recovery��, Fuel, (2016), 183: 478�C488. 3. ��Feasibility study of enhanced foamy oil recovery of the Orinoco Belt using natural gas��, Journal of Petroleum Science and Engineering, (2014), 122, 94�C107. 4. ��Diffusion coefficients of natural gas in foamy oil system under high pressures��, Petroleum Science, (2015), 12(2):293�C303. 5. ��Laboratory evaluation of natural gas huff-n-puff method for heavy oil reservoirs in the Orinoco Belt, Venezuela��, Petroleum Science and Technology, (2014), 32(18): 2168�C2174. 6. ��Foamy oil formation by gas injection and the effect on heavy oil recovery��, Petroleum Science and Technology, (2015), 33(7): 846�C854, 7. ��Optimization of thermal recovery strategies for offshore heavy oil reservoirs in Bohai Bay, China��, Petroleum Science and Technology, (2016), 34(2): 139�C144. 8. Natural gas reinjection in a heavy oil field increases foamy oil recovery [C]. SPE 169252, SPE Latin American and Caribbean Petroleum Engineering Conference, 2014. 9. Optimal in-filling scheme of multi-lateral horizontal well for MPE3 foamy oil reservoir [C]. SPE/EAGE Workshop on Geosteering & Well Placement, 2015. 10. Feasibility of thermal oil recovery processes in offshore heavy oil reservoirs: simulations and experiments [C]. SPE-OTC-26378, Offshore Technology Conference Asia, 2016.
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