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MicroSeismic, Inc. is the leader in completions evaluation, having helped customers optimize production in every major basin in North America and 18 countries worldwide.
MicroSeismic’s new Completions Evaluation Services help our customers go beyond the dots in a box. Our descriptive and predictive services provide advanced interpretation integrated with well and treatment information that provide valuable insights and recommendations into treatment plans, helping to evaluate the success of every well, stage, and pad. This allows for continually improved fracture design, treatment, and ultimate recovery.
Descriptive Completions Evaluation
MicroSeismic’s Descriptive Completions Evaluation Services offer the most complete and detailed description of the results of stimulation programs to help understand productivity, reduce lifting costs, and minimize exploration risk. Integrated with well and treatment information, our services allow you to better understand ideal well spacing, improve your treatment plan, and increase ultimate recovery.
Productive-SRV®
FracRx®
PermIndex®
Predictive Completions Evaluation
MicroSeismic, Inc.’s Predictive Completions Evaluation Services predict future production from the stimulated reservoir through a numerical production simulator using PermIndex and Productive-SRV as inputs, all within a few days after hydraulic fracturing.
Now operators can assess the success of operations early and in a more meaningful way by accurately estimating productivity for each well in units of hydrocarbon volume. This gives E&P companies the control to balance completion and stimulation parameters with production goals and economic hurdles, saving time and reducing exploration risk.
PIndex®
DIndex®
Geomechanics Completions Evaluation
The magnitude and direction of maximum horizontal stress have a significant effect on the final stimulation pattern in unconventional reservoirs. Fracture propagation and interaction with natural fractures are largely controlled by maximum horizontal stress direction and the difference between its magnitude and that of the vertical and minimum horizontal stresses.
MicroSeismic’s stress analysis service uses the moment tensor for each microseismic event and a mathematical inversion technique to calculate the field’s undisturbed maximum horizontal stress. This technique is able to detect and exclude the inconsistent event focal mechanisms caused by stimulation, which are typically the main problem preventing accurate determination of undisturbed field stresses.
Knowing the undisturbed maximum horizontal stress of the reservoir enables operators to optimize a wide range of completion parameters, including stage length, pumping pressure and flow rate, because of the influence the maximum horizontal stress has on fracture propagation.
To learn more about Completions Evaluation, please contact MicroSeismic.