Operators across North America are under increasing pressure to deliver more production with fewer resources. The Seismos Acoustic Friction Analysis (SAFA) platform addresses this challenge by offering a surface-based, real-time alternative to traditional downhole diagnostics—bringing operators unprecedented visibility into their fracturing operations without disrupting workflows or budgets.
This white paper dives deep into how SAFA works, what it measures, and—most importantly—the tangible operational and economic benefits it provides. Using high-frequency surface sensors and proprietary algorithms, SAFA analyzes pressure oscillations during rate changes to quantify friction from the wellbore to each perforation cluster. These insights empower completions teams to fine-tune treatments in real time.
What You’ll Learn
Download this white paper to explore the six key metrics SAFA provides—perforation efficiency, uniformity index (UI), entry-hole diameter (EHD), plug performance, treating-pressure prediction, and bottomhole-treating pressure—and how each translates into measurable improvements in well performance.
Real Use Cases, Real Results
- Optimizing Perforation Schemes
In the Permian Basin, SAFA data enabled the redesign of a perforation strategy with a 10% increase in perf efficiency which led to 3 bbl/ft increase in total fluid production at 3 months.
- Tuning Fracturing Fluid Properties
Seismos UI improved from .42 to .74 after introducing increased viscosity to the frac stage treatment.
- Improving Slurry Distribution
In the Delaware Basin, SAFA uncovered a proppant schedule that was choking off distribution. By revising the ramp schedule and max concentration, the operator achieved a 14% improvement in uniformity.
- Verifying Entry-Hole Diameter (EHD)
SAFA revealed that actual EHDs were larger than spec, prompting a reevaluation of perf charge performance.
- Identifying Plug Failures Early
SAFA spotted subtle signs of plug leakage in the Delaware Basin—before it caused serious issues. Timely intervention saved the operator an estimated $150,000 in remedial costs and avoided production delays.
Cost-Effective and Scalable
Compared to fiber optics, downhole gauges, or cameras, SAFA provides from 85 to 98% of the diagnostic accuracy at a fraction of the cost—without requiring permanent infrastructure or job delays. It can be deployed across any well type and geologic condition, making it a versatile tool for modern completions strategies.
Economic Upside
From diesel savings and optimized friction-reducer usage to improved stage completion decisions and extended stage lengths, SAFA’s value adds up fast—delivering up to $1 million per well in NPV improvement and significant reductions in treatment costs.
