SPE Reservoir Engineering · 1994 · 28 citations · 8 references
EngineeringPetroleum EngineeringReservoir EngineeringReservoir OperationsReservoir SimulationHeavy Oil ReservoirsReservoir Quality AssessmentReservoir Simulation For Heavy OilSteam FloodingSteam InjectionPattern Flood OptimizationReservoir ModelingSteam Injection In Heavy Oil ReservoirsSteam Injection OptimizationSteam Injection Rate OptimizationSteam Injection SimulationSteam Quality EffectsSteam Quality Optimization
Summary A comprehensive numerical simulation study showed that for a typical heavy-oil reservoir, steamflood performance improves monotonically with increases in steam quality and injection rate. Hence, for this reservoir, the optimum quality and injection rate are the highest values that were investigated. In general, however, optimum steam conditions depend on reservoir type and operating mode (e.g., line drive or pattern flood). For most situations, published "rule-of-thumb" steam conditions are not optimum. Therefore, we recommend that optimum steam conditions for a specific reservoir be determined through economic comparison of predicted oil recoveries for ranges of steam conditions, as demonstrated in this study.
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S.M. Farouq Ali, R.F. Meldau · Journal of Petroleum Technology · 1979 · 94 citations
Engineering, Petroleum Engineering, Enhanced Oil Recovery +12