Petroleum and Natural Gas Engineering(Oil and Gas Field Development Engineering)

Shicheng Zhang

Personal Profile

College of Petroleum Engineering

Ph.D

Professor

Oil and Gas Field Development Engineering

lgf@cup.edu.cn

Research Areas

Oil production engineering theory and technology; Low permeability oil and gas reservoirs, unconventional oil and gas hydraulic fracturing production enhancement technology, oil and gas field development theory and system engineering.

Research Projects

[1] Ministry of Education, Basic Theory Research on Large-scale Asymmetric Volume Transformation of Shale Gas Reservoirs,

[2] National major project, large-scale fracturing construction parameter prediction and optimization research,

[3] National major project, 3000 complete set of fracturing equipment fracturing construction simulation system development under different working conditions,

[4] National major project, key technology research on the effect of transformation measures affecting low-permeability and low-pressure reservoirs,

[5] National major project, large-scale deep penetration composite acid pressure technology research,

[6] National major project, three-gas co-mining multi-thin cross-layer fracturing transformation technology, project leader


[7] National major project, research on efficient development of drilling and completion of Liulin bituminous coal reservoir and production enhancement and transformation technology,

[8] China Oilfield Energy Development Co., Ltd., Iran NISOC acid pressure project research and scheme design, project leader

[9] Research Institute of Petroleum Exploration and Development, Research Institute of Petroleum Exploration and Development, Research on seepage model for ultra-low permeability tight reservoir development,

[10] PetroChina Changqing Oilfield, Longdong area long 7 tight oil layer volume fracturing fracture network simulation study,

Publications

[1] Optimization of Proppant Size for Frac-Pack Completion Based on a New Equipment, Journal of petroleum science and engineering, 2012, 96-97, SCI

[2] Evaluation and Optimization of New Nano-composite Fiber for Fracturing Technology Based on a New Equipment, Transport in porous media, 2012, 94(3), SCI

[3] Effect of normally distributed porosities on dissolution patterns in carbonate acidizing, Journal of petroleum science and engineering, 2012, 94-95, SCI

[4] Wormhole propagation behavior under reservoir condition in carbonate acidizing, Transport in porous media, 2012, 95(2), SCI

[5] Performance and application of new anionic D3F-AS05 viscoelastic fracturing fluid, Journal of petroleum science and engineering, 2011, 78(1), SCI

[6] Optimal method for fracture parameters of fracturing wells in loose sandstone heavy oil reservoir, Science in China, 2012, 42(6), SCI

[7] Effect of fractal and acid type on vermicompost pores, Petroleum Exploration and Development, 2012, 39(5), EI

[8] Hydraulic fracturing optimization study of low permeability reservoir considering non-Darcy flow,
Journal of China University of Petroleum (Natural Science Edition), 2012, 36(3), EI