Hydraulic Fracturing Modeling
We model hydraulic fractures to optimize stimulation treatment and maximize stimulated volume while reducing cost. Work can support initial design or real-time execution - with completion cost reductions of up to 30% reported when diagnostics guide the program.
Hydraulic fracture simulation
Realistic fracturing scenarios for informed decision-making. Analyze multiple design options to understand trade-offs in fluid, proppant, rate, and stage design before capital is committed.
Fracture propagation modeling
Advanced techniques to understand fracture growth patterns, improve well performance, mitigate risk, and optimize completion strategies under evolving stress conditions.
Hydraulic fracturing analysis
In-depth evaluation of fracturing treatments to identify stimulation effectiveness and reservoir response - with recommendations grounded in measured pressure and production behavior.
Fracture network modeling
Detailed mapping of fracture connectivity and complexity to support well spacing, stage design, and reservoir management decisions.
Design optimization
Tailored hydraulic fracture design for your reservoir to maximize reservoir contact and productivity while controlling cost and operational risk.
Real-time capability
Real-time or post-frac treatment pressure interpretation and model calibration - so completions can be optimized as they are pumped, not only in the lookback.
