Biography

Luo Wei is a post doctorate of Postdoctoral Research Station for Petroleum Engineering of Yangtze University. He is mainly active in the study on in terms of multiphase flow, oil production technology for horizontal well and gas lift oil production technology etc. He has been working on gas lift for more than 10 years and has rich experience in gas lift. He’s an expert in multiphase flow and gas lift. During the master, he has participated in the project of Development of Domestic Software for Optimization Design of Gas Lift, including drawing up research thinking, construction of basic model, wellbore modeling, nodal analysis for natural flow, prediction of termination of natural flow, analysis of sensitivity of continuous gas lift and optimization design, behavior diagnosis, optimization gas distribution as well as preparation of reports. He has worked as an engineering in Gas lift technology center in PetroChina Tuha Oilfield Company in 2009-12. He has participated in the project of Study on Rational Artificial Lift Approach for South Azadegan Oilfield and has involved in feasibility analysis for gas lift recovery as well as prediction of various parameters for Block 4-3 of Jidong, Block ADK of Kazakhstan, Halfaya Oilfield of Iraq and Block 438B of Algeria. He has also attended gas lift service in Jidong Oilfield in China and pertinent R&D such as preparation of gas lift plan, design of gas lift wells, diagnosis and debugging of malfunctioned gas lift wells, optimization of gas lift well, management of gas lift production and gas lift commissioning etc. He got a doctor`s degree of oil and gas field development engineering in Yangtze University in 2015. During the doctoral period (2012.9-2015.7), he has participated in the project of Research on Variable Mass Flow Law and Productivity Prediction for Horizontal and Multi-Branch Wells. Yangtze University has built the world`s advanced multiphase flow laboratory in 2013 which provides a good experimental condition for multiphase flow. During the research period (2006.9-), he has published more than and 10 articles, including gas lift design method, multiphase flow, oil well inflow performance, and so on.

Area of Interest:

Engineering

100%

Mechanical Materials

62%

Heat Technology

90%

Gas Lift Design

75%

Multiphase Flow

55%

Research Publications in Numbers

Books
0

Chapters
0

Articles
12

Abstracts
0

Selected Publications

Yong, D., L. Ruiquan, L. Mengxia and L. Wei, 2016. Modified model of pressure gradient prediction of vertical multiphase flow based on the residual model. Int. J. Control Autom., 9: 375-384.
CrossRef | Direct Link |
Wei, L., L. Ruiquan, X. Dongjin, Z. Zuguo, K. Wenqi and X. Xiangwei, 2016. A new method for assessing the adaptability of gas lift design: Nodal analysis for gas lift operation diagnosis. China Offshore Oil Gas, 28: 114-119.
Mengxia, L., L. Ruiquan, L. Wei and D. Yong, 2016. Improved aziz prediction model of pressure gradient for multiphase flow in wells. Int. J. Heat Technol., 34: 423-428.
Direct Link |
Luo, W., Y. Li, W. Qinghua, J. Li, R. Liao and Z. Liu, 2016. Experimental study of gas-liquid two-phase flow for high velocity in inclined medium size tube and verification of pressure calculation methods. Int. J. Heat Technol., 34: 455-464.
Direct Link |
Li, M., W. Ke, R. Liao, J. Li and W. Luo, 2015. The research of dynamic simulation of gas-lift well unloading process based on OLGA. Chem. Eng. Trans., 46: 955-960.
CrossRef | Direct Link |
Li, M., R. Liao, J. Li, W. Luo and W. Ke, 2015. Parameter sensitivity analysis of gas-lift well unloading processes. Int. J. Heat Technol., 33: 237-245.
CrossRef |
Wei, L., R.Q. Liao, Y. Li and R.D. Feng, 2014. An improved continuous gas lift design method with variable pressure drop. Applied Mech. Mater., 496: 497-502.
Direct Link |
Wei, L., R.Q. Liao, Y. Li and J. Wu, 2014. Research on temperature distribution for tubing liquid with hot natural gas injected annulus using gas lift. Applied Mech. Mater., 496: 1084-1087.
Direct Link |
Wei, L., L. Ruiquan, X. Xiangwei, W. Xiuwu and Q. Yi, 2014. A new continuous gas lift design method with pressure drop for enhancing oil production. Int. J. Earth Sci. Eng., 7: 764-770.
Luo, W., R. Li, Y. Wu and J. Wu, 2014. Optimal design algorithm for single-stage gas lift jet pump. Int. J. Applied Math. Stat., 52: 200-206.
Luo, W., Q. Yuan, H. Hu, Y. Li and R. Yang, 2014. New prediction model for temperature distribution in gas lift annulus hot gas injection wellbore. Oil Gas Field Dev., 32: 41-43.
Wei, L., L. Ruiquan and W. Jing, 2008. Analysis of heating procedure in dual tubing production of thick oil. Fault-Block Oil Gas Field, 15: 87-89.