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Validate Your Completion Design on Every Well with
Minimum Operational Risk, and Cost

IMAGE Frac™ 2.0 pressure-based fracture maps enable you to optimize a stimulation treatment by applying fracture intelligence on every well. You can approach work in a new way with this simple, accurate, affordable technology that determines whether you need to change the treatment to match a development’s varying geology. All you need is a bridge plug and a pressure gauge that monitors a few frac stages. Hydraulic fracturing proceeds without downhole tools, downtime, or additional crew.

Powered by IMAGE Frac™ technology

Improve total fracture geometry

FracSCANSM technology accurately quantifies 3D fracture maps of half-length, height, and asymmetry. The maps allow operators to improve treatment design and well lateral-spacing decisions, in addition to evaluating formation interactions or frac barriers and understanding stress-shadowing effects.

Optimize effective reservoir contact

ProppantSCANSM technology offers unprecedented insight into the fluid system and pump schedule for transporting proppant so operators can optimize effective reservoir contact. The identified propped fracture dimensions answer the question: “Where did the proppant go?”

Improve cluster spacing decisions

PerfSCANSM technology improves cluster spacing decisions by highlighting the fluid distribution within a stage. The technology offers a clear understanding of pumping rate effects on fluid distribution.

Enhance fluid distribution

DiverterSCANSM technology lets operators know if the diverter is slowing down or stopping primary fracture growth and enhancing fluid distribution within a stage. Multiple diverter drops can be evaluated in time for improved field decisions.

Reduce nonproductive fluid loss

DepletionSCANSM technology identifies the depletion boundary surrounding a parent well so operators can reduce nonproductive fluid loss to improve treatment effectiveness. The resulting depletion map offers information about the extent of repressuring the reservoir following a protection refrac.