Case Studies . Case Studies . Case Studies .Case Studies . Case Studies . Case Studies .

Case Studies . Case Studies . Case Studies .Case Studies . Case Studies . Case Studies .

Real data from active deployments. Review post-frac diagnostic reports, lateral breakdown efficiencies, and structured ROI metrics compiled directly from over 100,000 operational stages.
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CASE STUDY
Jun 2026
Operations Performance and Efficiency Gains with 6-Inch Vertical Casing
A field comparison demonstrating how upgrading to a 6-inch vertical casing significantly improves fracturing operations, enhances flow dynamics, and reduces overall well costs.
Better Rates & Lower Pressure
Reduced Chemical Usage
Time & Cost Savings
CASE STUDY
Apr 2026
Frac Plugs: Composite vs. Dissolvable Performance
A comparative analysis recommending Kureha degradable and SLB composite plugs over SLB Reaxion dissolvables due to superior isolation and higher perforation friction.
Isolation Issues: Lower perf friction
Superior Friction
Clear Recommendation
CASE STUDY
Apr 2026
STAGE Architecture Design: 12 vs 15 Clusters
A comparative analysis demonstrating how a 15-cluster stage architecture outperforms a 12-cluster design in perforation efficiency, chemical usage, and overall costs.
Better Rates & Pressure
Higher Efficiency
Significant Cost Savings
Case Study
Apr 2026
Multi-Well Pad Optimization: Uniformity Index Improvement
Across a 20-well Permian program, SAFA-guided completions improved average Uniformity Index from 0.42 to 0.74 — a 76% relative improvement in cluster flow distribution. Wells with UI above 0.7 showed 2.5% higher 12-month cumulative production per 0.1 UI increment.
Permian Basin
UI: 0.42 → 0.74
~$300K NPV Uplift/Well
CASE STUDY
Jun 2025
The Impact of Near-Wellbore Metrics on Early-Time Production
A comprehensive statistical study of 85 wells in the Midland Basin demonstrating that perforation efficiency is a statistically significant predictor of early-time oil production.
Statistically Significant
Impact Grows with Time
Quantifiable Production Gains
CASE STUDY
Sep 2024
Addressing Pump Rate Limitations in High-Friction Environments
An investigation into a frac pad in Upton County that failed to reach target pump rates due to excessively high pipe friction, resulting in significant operational overspend.
Significant Operational Deficit
High Regional Friction & Iron
Substantial Financial Impact
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