Feasibility Study of ISC for KEM Naturally Fractured Carbonated Heavy Oil Reservoir in Laboratory Scale: Part I - 1D Simulation

سال انتشار: 1386
نوع سند: مقاله کنفرانسی
زبان: انگلیسی
مشاهده: 1,546

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شناسه ملی سند علمی:

IPEC02_105

تاریخ نمایه سازی: 22 خرداد 1391

چکیده مقاله:

The objective of this paper was evaluating the viability of the in-situ combustion (ISC) process for Kuh-E-Mond fractured heavy oil reservoir. Since KEM is a fractured reservoir, to consider the effect of fractures and their specific parameters on failure or success of ISC for KEM fluid and rock, the effect of fracture was included in the previous simulation study which has done former in the literature18.The simulation model presented here was a pre-requisite to justify laboratory experimental investigation of the in-situ combustion process in a fractured experimental model like literature14 for KEM carbonated naturally fractured reservoir.The performance of ISC is compared with a conventional, non-fractured system18 under similar rock and fluid properties, bulk volume, pore volume, hydrocarbon volume and air injection rate.Further, effect of different parameters like air injection rate, fracture spacing, fracture density, fracture opening size, fracture permeability, API of crude oil and rock type on ISC process results such as average temperature, ultimate oil recovery and front propagation shape has been considered.A wet combustion process also has been simulated for a fractured model. Simulation study showed that ISC is feasible for KEM in the case of appropriate fracture parameters, and even it may cause a slight increase in final oil recovery. The Computer Modeling Group’s thermal reservoir simulator ″STARS″ was used in this study

نویسندگان

S. Mobeen Fatemi

Sharif University of Technology, Petroleum University of Technology, University of Calgary

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  • Seraji Soheil, "Feasibility Study of In-Situ Combustion Process for Carbonated ...
  • Seraji Soheil, R. Kharrat, S.Razzaghi, V. Taghikhani, "Kinetic Study of ...
  • _ in the Presence _ _ SPE Paper, _ _ ...
  • M. Bahonar, A. Ataei, R. Masoudi and S.M Mousavi Mirkalaei, ...
  • , _ in _ SPE _ Oil & Gas Show ...
  • T. Ahmed, "Hydrocarbon Phase Behavior", Gulf Publication Company, 1989 ...
  • A. Danesh, "PVT and Phase Behavior of Petroleum Reservoir Fluids", ...
  • Computer Modeling Group Ltd., "Version 2004 User' s Guide for ...
  • M. Kumar, "Simulation of Laboratory In Situ Combustion Data and ...
  • M. Prats, _ Thermal Recovery", SPE Monograph, USA, 1982 ...
  • A.S Bagci, M.V Kok, E. Okandan, "Combustion Reaction Kinetics in ...
  • A.S Bagci and M.V Kok, " In situ Combustion Laboratory ...
  • Thomas. C Boberg, "Thermal Methods of Oil Recovery", Wiley, 1988 ...
  • A.K Ambastha and M. Kumar, " New Insight into In ...
  • W.M Schulte and A.S Vries, "In Situ Combustion In Naturally ...
  • I.Y Akkutlu and Y.C Yortsus, "The Effect of Heterogeneity on ...
  • Van Golf-Rakht, "Fundamentl of Fractured Reservoir Engineering ", Elsevier Scientific ...
  • F. Tabasinejad, R. Kharrat and S. Vossoughi, " Feasibility Study ...
  • S.M Fatemi, _ Simulation of KEM Laboratory In-Situ Combustion Data ...
  • نمایش کامل مراجع