QUANTUMPRO, INC.
QuantumPro, Inc. is an oilfield technology company that offers revolutionary ultrahigh-resolution nanoparticle tracers for multistage hydraulic fracturing stimulation and injection operations in the exploration and production (E&P) and geothermal industry.
Houston, Texas (TX), United States
Oil · Gas · Energy
(832) 341-3452
Connect with us at
ADIPEC 2024
About
QuantumPro, Inc. is an oilfield technology company that offers revolutionary ultrahigh-resolution nanoparticle tracers for multistage hydraulic fracturing stimulation and injection operations in the exploration and production (E&P) and geothermal industry.
The company is successfully deploying the next generation of FloTrac, OmniTrac, and PerfTrac tracers coupled with advanced sub-atomic measurements that significantly reduce the completion cost and increase the efficiency of the hydraulic fracturing operations.
An automated process with stringent quality control assures precise tracer addition and provides accurate and actionable completion diagnostics results at a fraction of the cost for high-cost measurements (e.g., PLT, DTS & DAS).
Our proprietary FloTrac, OmniTrac, and PerfTrac tracer technology enables our clients to increase recovery factors by validating reservoir development strategies, geological and geomechanical models, and improve completion and multistage hydraulic fracture stimulation design.
The company is successfully deploying the next generation of FloTrac, OmniTrac, and PerfTrac tracers coupled with advanced sub-atomic measurements that significantly reduce the completion cost and increase the efficiency of the hydraulic fracturing operations.
An automated process with stringent quality control assures precise tracer addition and provides accurate and actionable completion diagnostics results at a fraction of the cost for high-cost measurements (e.g., PLT, DTS & DAS).
Our proprietary FloTrac, OmniTrac, and PerfTrac tracer technology enables our clients to increase recovery factors by validating reservoir development strategies, geological and geomechanical models, and improve completion and multistage hydraulic fracture stimulation design.
