Difference between revisions of "HCPVinj"

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(Brief)
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[[HCPVinj]] is the total volume injected normalized by the hydrocarbon pore volume.
 
[[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.   
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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/>.   
  
 
===Equation===
 
===Equation===
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*[[Bucket]]
 
*[[Bucket]]
 
*[[Mature Water Flood Analysis]]
 
*[[Mature Water Flood Analysis]]
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== References ==
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<references>
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<ref name=DW>
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{{cite book
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|last1= Wolcott |first1=Don
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|title=Applied Waterflood Field Development
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|date=2009
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|publisher=Energy Tribune Publishing Inc
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|place=Houston
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|url=https://www.amazon.com/Applied-Waterflood-Field-Development-Wolcott/dp/0578023946/ref=sr_1_1?ie=UTF8&qid=1481788841&sr=8-1&keywords=Don+wolcott
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|url-access=subscription
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}}</ref>
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</references>
 +
  
 
[[Category:E&P Portal]]
 
[[Category:E&P Portal]]

Revision as of 10:00, 22 March 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

 HCPV_{inj} = \frac{W_i * B_w}{HCPV}

where

 A = Area, m2
 h = Net pay, oil saturated thickness, m
 HCPV = Hydrocarbon pore volume, m3
 \phi = Porosity, fraction
 S_o = Oil saturation, fraction

Related definitions

Pore volume:

 PV = A * h * \phi

Movable pore volume:

 MOPV = A * h * \phi *(1-S_{wc}-S_{orw})

where

 S_{wc} = Connate water saturation, fraction
 S_{orw} = Residual oil saturation, fraction

See Also

References

  1. Wolcott, Don (2009). Applied Waterflood Field DevelopmentPaid subscription required. Houston: Energy Tribune Publishing Inc.