InterPore2018 New Orleans

Session

Parallel 1-G

Parallel 1-G

14 May 2018, 09:45

New Orleans

47. Seepage properties of pore-fractured porous media by fractal analysis

Prof. Boming Yu (Huazhong University of Science and Technology)

14/05/2018, 09:47

MS 1.02: Fractal Theory and its Applications to Flow and Transport Properties of Porous Media

Oral 20 Minutes

Seepage properties of porous media such as flow resistance, permeability, starting pressure gradient, gas flow and diffusion, and imbibitions have been received steady attention for decades in the area of pore-fractured porous media (PFPM) such as oil/water/gas reservoirs, hot dry rocks etc. The pore-fractured porous media, which consist of irregular pores in matrix with embedded fracture...

807. Pore-scale modelling of multiphase flow in porous media: considering wettability and disordered microstructure

Dr Yixiang Gan (The University of Sydney)

14/05/2018, 10:05

MS 1.02: Fractal Theory and its Applications to Flow and Transport Properties of Porous Media

Oral 20 Minutes

Multiphase flows in disordered porous media have a significant influence on many industrial applications, such as unsaturated soil mechanics, carbon geo-sequestration, and oil recovery. In this paper, we discuss two aspects of the problem, namely, (1) wettability at dynamic conditions and (2) disordered microstructures.

First, to simulate surface tension, wetting effects as well as dynamic...

708. Comparative Study on Nano-scale Pore Heterogeneities of Marine and Lacustrine Shales by Multifractal analysis

Mr Xiaofei Hu (1, College of Energy, Chengdu University of Technology. 2, School of Mining and Petroleum Engineering, Faculty of Engineering, University of Alberta.)

14/05/2018, 10:23

MS 1.02: Fractal Theory and its Applications to Flow and Transport Properties of Porous Media

Oral 20 Minutes

The heterogeneous nano-scale pore structures have a significant effect on hydrocarbon properties and matrix mechanics in shale. Marine and lacustrine shales may have varying pore structures due to different depositional settings. Understanding the nano-scale pore structures in marine and lacustrine shales can provide important insights into fractal geometry theory. Therefore, we use the...

501. Study on Percolation Model of Fractured Horizontal Wells in Fractal Tight Oil Reservoirs

Mr Junqiang Wang (State key Laboratory of Petroleum Resources and Engineering, China University of Petroleum, Beijing, China), Prof. Yuetian Liu (State key Laboratory of Petroleum Resources and Engineering, China University of Petroleum, Beijing, China), Mr Rukuan Chai (State key Laboratory of Petroleum Resources and Engineering, China University of Petroleum, Beijing, China)

14/05/2018, 11:00

MS 1.02: Fractal Theory and its Applications to Flow and Transport Properties of Porous Media

Oral 20 Minutes

Recent years, tight oil and gas has become a very important and reliable replacement for conventional energy. The porosity in tight reservoir is very small and there is a threshold pressure gradient (TPG) phenomenon and stress sensitivity in it, which make the fluid in tight reservoir hard to move and has a different employment law from the conventional reservoir, so we need a further...