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Stimulation Optimization

Maximize stimulation and completion efficiency with integrated modeling and monitoring

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Understand your reservoir to improve stimulation decisions 

Use the Schlumberger digital oilfield platform to optimize well performance by integrating diverse data sources to better understand how reservoir rock properties, completion designs, fluid properties, proppant loadings, and pumping scheduled can affect production results.

After your modeling work closes in on an ideal design, start pumping—and use our new stimulation monitoring technologies for unprecedented views of downhole events, enabling immediate changes to optimize performance from a stage or well segment. Then use your digital oilfield platform to enable continuous improvement over the course of a well or a field—and unlock your reservoir's potential.

Illustration showing stimulation optimization using WellWatcher Stim stimulation monitoring service.

Stimulation Optimization Offerings

WellWatcher Stim
Stimulation monitoring service
Improve fracturing and acidizing effectiveness by confirming downhole events in near-real time.
Fulcrum
Cement-conveyed frac performance technology
Improve multistage fracturing efficiency by limiting stage-to-stage communication behind the casing.
MS Recon
High-fidelity low-noise microseismic system
Improve single-to-noise ratio and event detection during hydraulic fracturing operations.
Moment Tensor Inversion
Improve fracture understanding and completion designs
Enhance microseismic interpretation of fracture geometry by including the source mechanism for each microseismic event.
Kinetix Matrix
Matrix stimulation design software
Integrate reservoir and fluid data to optimize matrix treatments using acid or nonreactive fluids. 
Kinetix RT
Real-time stimulation optimization software
Use surface and downhole data to facilitate immediate decisions during fracturing and acidizing operations.
Kinetix
Reservoir-centric stimulation-to-production software
Integrate complex reservoir and engineering data to simulate and optimize completion and fracture stimulation designs.
FracCAT
Fracturing computer-aided treatment system
Monitor, record, and control fracture stimulation operations in real time.
Microseismic Interpretation
Record and interpret microseismic activity during hydraulic fracturing
Analyze hydraulic fracturing performance to improve stimulation effectiveness and well economics.
StimMAP
Hydraulic fracture mapping service
Monitor real-time microseismic events during hydraulic fracturing operations for enhanced decision making.
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Product Sheet StimCommander Pumps Automated and Intelligent Rate and Pressure Control

StimCommander Pumps control increases pump efficiency, minimize equipment failures, and reduce downtime on location.

Product Sheet StimCommander Manifold Automated High-Pressure Iron

The StimCommander Manifold iron minimizes overpressure risks in surface systems and eliminates the need for personnel to enter the high-pressure area.

Industry Article To Solve Frac Hits, Unconventional Engineering Must Revolve Around Them

Significant advancements have been made in industry understanding, execution, and optimization of multifractured completions, but more complexity and uncertainty results from interactions between infill and existing wells due to depletion and connectivity.

Article The Efficient Way to Minimize Detrimental Frac Hits

Unconventional oil and gas development in North America has settled into a comfortable routine: plug, perforate, frac, repeat. But that simplicity has led to crowding, and the density of drilling is the highest in history.

Article Digital Equipment Monitoring

Predictive maintenance improves reliability and service quality.

Case Study Fulcrum Technology Improves Cement Bond Index by 55% in Horizontal Wells, Permian Basin

Cement-conveyed frac performance technology efficiently mitigates hole-cleaning challenges by altering mud mobility—without special equipment or cement designs.

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