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MProd is a single phase analytical production simulator developed
primarily for hydraulic fracturing applications. The program is used to
assess the production benefit for a variety of treatment scenarios with
comparison of unfractured wells. As part of a treatment optimization
methodology, MProd is integrated and fully compatible with MFrac. Output
produced by MFrac can be used by this program as input. Once calculations
are performed using MProd, the results are available for use by MNpv.
Capabilities
- Production analysis of fractured (and non-fractured) reservoirs
- Numerical simulation for single phase oil/gas
- Fracture optimization based on production forecasting
- Productivity comparison of various fracture lengths and
conductivities
- Reservoir parametric scenarios
- Calculate production data for Net Present Value
- History Match on various parameters (permeability, fracture length,
reservoir aspect ratio, etc.)
- Fracture design optimization, maximize production for a given proppant
mass
- Determine what effects non-Darcy flow may have on productivity
Features
- Reservoir production model
- Liquid or gas reservoirs
- Internal or user defined PVT table
- Finite or infinite reservoir boundary conditions
- Examine well placement effects
- Automatic or user defined propped fracture characteristics
- Productivity vs. time, fracture length
and conductivity
- Folds of increase
- Automated fracture designs from MFrac
- Non-Darcy Database
- Simultaneous Case Comparison (compare Darcy, non-Darcy, base, and
stimulated cases)
- Proppant Calculator
Integration
MProd is a single-phase production simulator that is fully integrated
with MFrac to provide full feature optimization. With data imported from
MFrac, MProd numerical results can be used by MNpv to perform economic
analysis.
- Simultaneously simulate reservoirs with different fracture lengths as
provided by MFrac.
- Use MProd with MNpv to determine optimum fracture lengths
More information on the MProd software:
Click here to download the Meyer 2009
User’s Guide, including the chapter on MProd
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