Quality (philosophy)

Quantum mechanics

Engineering

Heat recovery steam generator

Flooding (psychology)

Materials science

Petroleum engineering

Vapor quality

Heat exchanger

Waste management

Mechanical engineering

Physics

Psychology

Steam injection

Psychotherapist

Thermal power station

Water flooding

Environmental science

Composite material

Enhanced oil recovery

Superheated steam

Oil viscosity

Viscosity

Boiler (water heating)

Refrigerant

Energy Geoscience

The heavy oil reservoirs are currently mainly targeted by thermal enhanced oil recovery technologies, particularly, steam flooding. Steam flooding is carried out by introducing heat into the reservoir to unlock the recovery of heavy oil by reducing oil viscosity. Several investigations were carried out to improve oil recovery by steam flooding. Most recently, high steam flooding is reported as an effective approach to improve recovery in high pressure heavy oil reservoirs. The oil recovery from steam flooding is substantially affected by the steam quality and injection temperature. In this study, an attempt was made to look into the integration of parameters, i.e. steam quality and injection temperature upon steam flooding on oil recovery by using a simulation approach via ECLIPSE. The results obtained indicated that high temperature along with the moderate value of steam quality gives the best result regarding oil recovery for steam flooding in an economical way.

Analyzing the effect of steam quality and injection temperature on the performance of steam flooding