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            Department of Field Development Engineering

            Dr. Zhao Xiaoliang  

            Education
            PhD from The China University of Petroleum (Beijing)
            Masters from The China University of Petroleum (Beijing)


            Research Areas of Research Focus
            Gas flooding, Enhanced oil recovery, well testing, reservoir simulation:

            Teaching
            Petroleum engineering; Petroleum English
             
            Contact
            Email: zxl@cup.edu.cn   TEL:13910274825
            Address of Office: 18 Fuxue Road, Changping, Beijing China 102249
             
            Publications

            [1]     Pressure Transient Modeling of fractured Horizontal Wells in the closed tight gas reservoir, Advanced Materials Research,2013, Vols. 616-618, 749-752
            Xiaoliang Zhao(趙曉亮), Xinwei Liao, Evaluation Method of CO2 Sequestration and Enhanced Oil Recovery in an Oil Reservoir, as Applied to the Changqing Oilfields, China, Energy Fuels,2012,26:5350-5354. (SCI, IF:2.83)

            [2]     Xiaoliang Zhao(趙曉亮), Xinwei Liao, CO2 storage capacity evaluation: Methodology and Determination of Key Factors, Journal of the Energy Institute, Accept. (SCI)
            [3]     Xiaoliang Zhao(趙曉亮), Xinwei Liao,Estimation of CO2 storage capacity in oil reservoir after waterflooding, Advanced Materials Research, Vols. 734-737 (2013) pp 1183-1188 (EI).
            [4]     Xu Mengya,Liao Xinwei,Zhao xiaoliang(趙曉亮). Model for Gas Deliverability from Fractured Horizontal Wells in a Tight Gas Reservoir. Energy Sources, Part A: Recovery, Utilization, and Environmental Effects,Accept. (SCI).
            [5]     Xu Mengya, Liao Xinwei, Zhao Xiaoliang(趙曉亮),Pressure Transient Modeling of fractured Horizontal Wells in the closed tight gas reservoir, Advanced Materials Research, 2013:18:49-52. (SCI).
            [6]     Xu Mengya,Liao Xinwei,Zhao xiaoliang(趙曉亮). A New Model of Fractured Horizontal Well Coupling with the Tight Gas Reservoir at Unsteady State. Petroleum Science and Technology,2012. 30:2604-2612. (SCI)
             
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