Publication | Closed Access
Predicting pressure gradients in heavy oil—water pipelines
35
Citations
4
References
2000
Year
Bitumen FrothViscous Oil RecoveryEngineeringFluid PropertiesFluid MechanicsCivil EngineeringPetroleum Production EngineeringFlow PhysicLow Pressure GradientsRheologyHeavy Oil RecoveryFlow MeasurementMultiphase FlowGas-liquid FlowHeavy Oil—water PipelinesEnhanced Oil ProductionPetroleum EngineeringWater‐heavy Oil Mixtures
Abstract Experimental investigations of the flow of water‐heavy oil mixtures at velocities typical of oil‐field gathering systems show that continuous water assisted flow at very low pressure gradients can be achieved. The principal criterion to be satisfied in establishing this desirable flow regime appears to be use of sufficient water, with the velocity also playing a role. It also appears that oil viscosity and water fraction effects on pressure gradient are small provided the beneficial flow regime is established. The flows resemble core‐annular flow, which has been observed previously in Bitumen froth and water‐heavy oil flows, with an oil layer on the pipe wall. However, the correlation for pressure gradient is somewhat different from that reported previously for Bitumen froth flows.
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