Special Issues

Simulation of Flow and Transport Problems in Petroleum Engineering

Submission Deadline: 31 August 2022 (closed) View: 49

Guest Editors

Dr. Xiang Rao, Yangtze University, China. Email: raoxiang0103@163.com, raoxiang@yangtzeu.edu.cn;
Dr. Pin Jia, China University of Petroleum, China. Email: jiapin1990@163.com;
Dr. Hao Xiong, Yale University, USA. Email: hao.xiong@yale.edu;
Dr. Hao Liu, Hohai University, China. Email:lhao@hhu.edu.cn.


Petroleum engineering involves the simulation of various complex flow and transport problems in underground reservoirs, including exploring the flow mechanism of oil, gas and water in the formation through physical simulation, and using computational methods to realize efficient and high-precision calculation of multiphase flow, non-isothermal flow, compositional model and fluid-solid coupling problem in conventional or unconventional oil and gas reservoirs. In addition to the flow problems in the underground reservoir, the well drilling process involves the simulation of mass and heat transfer of drilling fluid in the wellbore annulus, and the complex flow simulation of lifted multiphase fluid in the wellbore during production or injection, and the coupling simulation of the above various flow and transport problems. Therefore, this special issue covers a wide range of topics, including but not limited to:

(1)    Numerical simulation of heat and mass transfer in reservoir;
(2)    Numerical simulation of shale gas flow in tight shale reservoir;
(3)    Experimental study about the flow mechanisms of underground fluid;
(4)    New numerical simulation technology in reservoir simulation;
(5)    Coupling simulation of heat and mass transfer in wellbore annulus during well drilling;
(6)    Simulation of flow and transport in fractured reservoirs;
(7)    Coupling study of flow and geomechanics;
(8)    Simulation of Multiphase flow in wellbore.


Flow and Transport; Petroleum Engineering; Numerical Simulation; Experimental Study; Geomechanics.

Published Papers

  • Open Access


    Experimental Study on the Influence of Fracturing Fluid Retention on Shale Gas Diffusion Law

    Zhiyuan Yao, Jing Sun, Dehua Liu
    Energy Engineering, Vol.120, No.8, pp. 1853-1866, 2023, DOI:10.32604/ee.2023.025846
    (This article belongs to the Special Issue: Simulation of Flow and Transport Problems in Petroleum Engineering)
    Abstract Shale gas reservoirs have poor physical properties and a large number of micro-nano pores have been developed. Shale gas wells have no natural productivity and need fracturing reconstruction measures to put into production. However, the fracturing fluid will enter the reservoir space of shale matrix after fracturing and affect the production of shale gas. At present, there is no consensus on the influence of fracturing fluid retention on gas well production. Based on this, the paper adopts gas molecular transport analyzer to carry out experimental research on the influence of fracturing fluid on shale gas… More >

  • Open Access


    Pilot Test for Nitrogen Foam Flooding in Low Permeability Reservoir

    Xinyu Zhou, Jia Huang, Yuchen Qian, Wenli Luo, Lisha Qi, Jie Wang, Zhibin Jiang, Hao Kang
    Energy Engineering, Vol.120, No.3, pp. 763-774, 2023, DOI:10.32604/ee.2023.025893
    (This article belongs to the Special Issue: Simulation of Flow and Transport Problems in Petroleum Engineering)

    Due to the characteristics of reservoir formation, the producing level of low permeability reservoir is relatively very low. It is hard to obtain high recovery through conventional development schemes. Considering the tight matrix, complex fracture system, low production level of producers, and low recovery factor of M block in Xinjiang oilfield, it is selected for on-site pilot test of nitrogen foam flooding. Detailed flooding scheme is made and the test results are evaluated respectively both for producers and injectors. The pressure index, filling degree, and fluid injection profile are found to be all improved in injectors

    More >

  • Open Access


    Analysis of Multiple Annular Pressure in Gas Storage Well and High-Pressure Gas Well

    Lihu Cao, Jinsheng Sun, Bo Zhang, Nu Lu, Yuqiang Xu
    Energy Engineering, Vol.120, No.1, pp. 35-48, 2023, DOI:10.32604/ee.2022.022867
    (This article belongs to the Special Issue: Simulation of Flow and Transport Problems in Petroleum Engineering)
    Abstract In gas storage or high-pressure gas wells, annular pressure is an unavoidable threat to safe, long-term resource production. The more complex situation, however, is multiple annular pressure, which means annular pressure happens in not only one annulus but two or more. Such a situation brings serious challenges to the identification of well integrity. However, few researches analyze the phenomenon of multiple annular pressure. Therefore, this paper studies the mechanism of multi-annular pressure to provide a foundation for its prevention and diagnosis. Firstly, the multi-annular pressure is classified according to the mechanism and field data. Then… More >

  • Open Access


    Two Phase Flow Simulation of Fractal Oil Reservoir Based on Meshless Method

    Xian Zhou, Fei Wang, Ziyu Wang, Yunfeng Xu
    Energy Engineering, Vol.119, No.2, pp. 653-664, 2022, DOI:10.32604/ee.2022.019072
    (This article belongs to the Special Issue: Simulation of Flow and Transport Problems in Petroleum Engineering)
    Abstract The reservoir is the networked rock skeleton of an oil and gas trap, as well as the generic term for the fluid contained within pore fractures and karst caves. Heterogeneity and a complex internal pore structure characterize the reservoir rock. By introducing the fractal permeability formula, this paper establishes a fractal mathematical model of oil-water two-phase flow in an oil reservoir with heterogeneity characteristics and numerically solves the mathematical model using the weighted least squares meshless method. Additionally, the method’s correctness is verified by comparison to the exact solution. The numerical results demonstrate that the… More >

Share Link