Difference between revisions of "HCPVinj"
From wiki.pengtools.com
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The waterflood is driven by pore volumes of injected fluid. Everything that is of practical interest occurs between zero to three pore volumes injected <ref name=DW/>. | The waterflood is driven by pore volumes of injected fluid. Everything that is of practical interest occurs between zero to three pore volumes injected <ref name=DW/>. | ||
| − | + | ==Equation== | |
:<math> HCPV_{inj} = \frac{W_i * B_{wi}}{HCPV}=\frac{W_i * B_{wi}}{A * h * \phi * S_o}</math> | :<math> HCPV_{inj} = \frac{W_i * B_{wi}}{HCPV}=\frac{W_i * B_{wi}}{A * h * \phi * S_o}</math> | ||
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:<math> S_o </math> = Oil saturation, fraction | :<math> S_o </math> = Oil saturation, fraction | ||
| − | + | ==Related definitions== | |
Dimensionless injected pore volume: | Dimensionless injected pore volume: | ||
:<math> W_{iD} = \frac{W_i * B_{wi}}{PV} = \frac{W_i * B_{wi}}{A * h * \phi}</math> | :<math> W_{iD} = \frac{W_i * B_{wi}}{PV} = \frac{W_i * B_{wi}}{A * h * \phi}</math> | ||
Latest revision as of 17:34, 2 April 2022
Brief
HCPVinj is the total volume injected normalized by the hydrocarbon pore volume. The waterflood is driven by pore volumes of injected fluid. Everything that is of practical interest occurs between zero to three pore volumes injected [1].
Equation
where
= Area, m2
= Injected water formation oil factor, m3/m3
= Net pay, oil saturated thickness, m
= Hydrocarbon pore volume, m3
= Injected hydrocarbon pore volumes, fraction
= Cumulative water injection volume, m3
= Porosity, fraction
= Oil saturation, fraction
Related definitions
Dimensionless injected pore volume:
Injected movable pore volume:
where
= Connate water saturation, fraction
= Residual oil saturation to water, fraction
See Also
References
- ↑
Wolcott, Don (2009). Applied Waterflood Field Development
. Houston: Energy Tribune Publishing Inc.
