Compositional reservoir simulator for fissured systems-the single-block model

Society of Petroleum Engineers - Joint AIME-MMIJ Meeting, MMIJ 1972

Volumn , Issue , 1972, Pages

  Yamamoto, Roy H ^a   Padgett, J B ^b   Ford, Wayne T ^c   Boubeguira, Ahmed ^d  

^a Core Laboratories Inc ^*  (United States)

^b Engineering Numerics Corp ^*  (United States)

^c TEXAS TECH UNIVERSITY   (United States)

^d Sinclair Mediterranean Petroleum Co ^*  (Algeria)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 84861609356     PISSN: None     EISSN: None     Source Type: Conference Proceeding    
DOI: None     Document Type: Conference Paper

References (18)

1. Birks, J.: "A Theoretical Investigation into the Recovery of Oil from Fissured Limestone Formations by Water-Drive and Gas-Cap Drive", Paper 2, Proc, Fourth World Pet. Cong. (1955) II/F.
2. Aronofsky, J. S., Masse, L., Natanson, S. G.: "A Model for the Mechanism of Oil Recovery from the Porous Matrix Due to Water Invasion in Fractured Reservoirs", Trans., AIME (1958) Vol. 213, 17-19.
3. Freeman, H. A., Natanson, S. G.: "Recovery Problems in a Fracture-Pore System: Kirkuk Field", Paper 24, Proc, Fifth World Pet. Cong. (1959) II.
4. Andresen, K. H., Baker, R. I., Raoofi, J.: "Development of Methods for Analysis of Iranian Asmari Reservoirs", Paper 14, Proc, Sixth World Pet. Cong. (1963) II.
5. Baker, W. J.: "Flow in Fissured Formations", Paper 7, Proc. Fourth World Pet. Cong. (1955) H/E.
6. Elkins, L. F., Skov, A. M.: "Determination of Fracture Orientation from Pressure Interference", Trans. AIME (I960) Vol. 219, 301-304.
7. Huitt, J. L.: "Fluid Flow in Simulated Fractures", AlChE J. (1956) Vol. 2, 259.
8. Parsons, R. W.: "Permeability of Idealized Fractured Rock", Soc. Pet. Eng. J. (June, 1966) 126-136.
9. Kazemi, H.: "Pressure Transient Analysis of Naturally Fractured Reservoirs", Paper S PE 2156A, prepared for the SPE 43rd Annual Fall Meeting, Houston (Sept. 28-Oct. 2, 1968).
10. Kazemi, H., Seth, M. S.: "The Interpretation of Interference Tests in Naturally Fractured Reservoirs", Paper SPE 2156B, prepared for the SPE 43rd Annual Fall Meeting, Houston (Sept. 28-Oct. 2, 1968).
11. Taylor, J. G. V.: "Distribution of Hydrocarbon Fluids and Their Compositions in Volatile Oil Reservoirs During Depletion", PhD dissertation, Stanford U., Stanford, Calif. (1966).
12. Price, H. S., Donohue, D. A. T.: "Isothermal Displacement Processes with Interphase Mass Transfer", Soc. Pet. Eng. J. (June, 1967) 20S-220.
13. Crowell, D. C, Dean, G. W., Loomis, A. G.: "Efficiency of Gas Displacement from a Water-Drive Reservoir", RI 6735, USBM (1966).
14. Dyes, A. B.: "Production of Water-Driven Reservoirs below Their Bubble Point", Trans., AIME (1954) Vol. 201, 240-244.
15. Holmgren, C. R., Morse, R. A.: "Effect of Free Gas Saturation on Oil Recovery by Water Flooding", Trans., AIME (1951) Vol. 192, 135-140.
16. Kyte, J. R., Stanclift, R. J., Jr., Stephen, S. C, Jr., Rapoport, L. A.: "Mechanism of Waterflooding 10. in the Presence of Free Gas", Trans., AIME (1956) Vol. 207, 215-221.
17. Collins, R. E.: Flow of Fluids Through Porous Materials, Reinhold Publishing Corp., New York (1961).
18. Roebuck, I. F., Jr., Henderson, G. E., Douglas, Jim, Jr., Ford, W. T.: "The Compositional Reservoir Simulator: Case I-The Linear Model", Soc. Pet. Bng. J. (March, 1969) 115-130.