We engineer for cost per lateral, not cost per stage.
Anyone can quote a low price per stage. We design the whole completion to lower your total cost to produce the well.
In-house design and modeling, built around your rock and your economics, not a template.
Real-time treatment data on every stage, visible as it happens.
What we learn on this pad feeds directly into the design of your next one.
Design, execute, evaluate. Then do it better.
Model the completion
Fluid and proppant design, stage spacing, and rate schedules modeled for your formation and economics before a pump fires.
Run it with data
Every stage instrumented and visible in real time, with senior engineers accountable for how the job runs on location.
Feed the next pad
Post-job evaluation turns this program's data into a better design for the next one. The advantage compounds.
A low price per stage can still be an expensive well.
Fracturing is 50 to 60 percent of what it costs to bring a well online, so a cheap stage that underperforms is the most expensive kind. We design the whole completion around your rock and economics, so the number that drops is your total cost to produce the well.
Designed for the formation
Fluid systems, proppant loading, and chemistry modeled for your rock, not a template carried over from the last basin.
Spacing and rate schedules
Stage spacing, cluster design, and pump schedules built for today's 10,000-foot laterals and high-intensity proppant loads.
Measured, then improved
Real-time treatment data and post-job diagnostics tell us what the rock actually did, so the next pad is designed better.
Major-grade engineering, and the people who design your completion are the ones accountable for how it runs.
