Difference between revisions of "Category: OptiFrac"

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(Brief)
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== Brief ==
 
== Brief ==
  
[[optiFrac]] is a single well fracture design optimization tool.  
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[[File:OptiFrac_i.png|thumb|right|200px|link=https://www.pengtools.com/optiFrac|pengtools optiFrac]]
 
 
For the given set of reservoir and proppant properties it calculates maximum achievable well productivity index and required fracture geometry.
 
 
 
[[optiFrac]] is a hydraulic fracture design optimization tool.
 
  
For the given set of reservoir and propane properties it calculates maximum achievable well productivity index and required fracture geometry.
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[[:Category:optiFrac]] is a single well fracture design optimization tool.  
  
[[File:OptiFrac_i.png|thumb|right|200px|link=https://www.pengtools.com/optiFrac|pengtools optiFrac]]
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For the given set of reservoir and proppant properties [[:Category:optiFrac]] calculates maximum achievable well productivity index and required fracture geometry.
  
 
== Typical applications ==
 
== Typical applications ==

Revision as of 14:14, 11 August 2018

Brief

pengtools optiFrac

Category:optiFrac is a single well fracture design optimization tool.

For the given set of reservoir and proppant properties Category:optiFrac calculates maximum achievable well productivity index and required fracture geometry.

Typical applications

  • Single Well Fracture Design
  • Design Sensitivity Studies and Benchmarking
  • Optimum fracture design parameters determination:
    • Dimensionless productivity index, JD .
    • Dimensionless Fracture conductivity, CfD .
    • Fracture half length, Xf .
    • Fracture width, w .
    • Fracture penetration, Ix .

Main features

  • Plot of JD as a function of CfD and Ix as parameter.
  • Plot of JD as a function of CfD and Np as parameter.
  • Design optimization curve which corresponds to the maximum JD values for different Np.
  • Design Optimum Point at which the dimensionless productivity index, JD, is maximized for the given proppant, fracture and reservoir parameters.
  • Physical constraints envelope.
  • Proppant library with predefined proppant properties.
  • Users Data Worksheet for benchmarking vs actual.

Interface features

  • Save and share models with colleagues
  • Last saved model on current computer and browser is automatically opened
  • Metric and US oilfield units
  • Save as image and print plots by means of chart context menu (button at the upper-right corner of chart)
  • Download pdf report with input parameters, calculated values and plots
  • Select and copy results to Excel or other applications

References

Rueda JI, Mach J, Wolcott D (2004) Pushing fracturing limits to maximize producibility in turbidite formations in Russia. Paper SPE 91760.

Pages in category "OptiFrac"

The following 6 pages are in this category, out of 6 total.