Increase well productivity with Production Enhancement (PROE) technology
Maximizing oil production and increasing reserves is a primary goal for both conventional and unconventional reservoirs. ChampionX’s Production Enhancement (PROE) technologies help achieve this by either altering formation wettability or reducing interfacial tension (IFT) through a unique blend of proprietary ingredients. The PROE technology is versatile and can be applied at any stage of the well lifecycle in both conventional and unconventional reservoirs.
Our PROE program advantage
From single well enhancement/stimulation scenarios to frac completions packages and tight oil reservoir water floods, we’ve successfully applied this technology in more than 300 projects around the world.
Short return on investment
Increased oil production rates / improved oil recovery
Effective at low concentrations
Designed to prevent emulsions issues during flowback
Surfactant-based technology is customized to reservoir condition and formation
Applicable in ultra-tight formations; permeability of one nano-Darcy and higher
The PROE technology platform
Our PROE technology can be used across assets, basins, and markets to enhance production and extend the economical life of the well.
Full-service PROE solutions
First, we study your unique scenario and develop a plan for improving production. Then we test and evaluate our recommendation before and during application. Finally, we monitor and analyze the results to ensure the program is optimized and remains successful.
- Data analysis
- Reservoir study
- Problem diagnosis
- Technology selection
- Compatibility testing
- Performance evaluation
- Recommendation
- Safety
- Operational Training
- Monitoring
- Performance review
- Economics
- Optimization
- SPE-189523-MS: Treating Liquid Banking Problem to Increase Shale Gas Wells Productivity
- SPE-190172-MS: Boosting Oil Recovery in Unconventional Resources Utilizing Wettability Altering Agents: Successful Translation from Laboratory to Field
- SPE-190201-MS: Understanding the Oil Recovery Mechanism in Mixed-Wet Unconventional Reservoirs: Uniqueness and Challenges of Developing Chemical Formulations
- SPE-200774-MS: Application of LC-MS and Methyl Orange Methods for Improved Residual Surfactant Detection in Liquids-Rich Shale Plays
- SPE-209946-MS: Developments in Hydrocarbon Production Enhancement Aids Under High Temperature and High Salinity Conditions for Hydraulic Fracturing
- SPE-213871-MS: Novel High Salinity and High Temperature Tolerant Surfactant-based Fluids for Mitigation of Water Entrapment in Dry Gas Formations
- SPE-218190-MS: Low Dosage Novel Surfactant Technology for Improving Polymer Injectivity in Atlee Buffalo Oil Pools
- URTeC 419: A Novel Enhanced Oil Recovery Approach to Water Flooding in Saskatchewan's Tight Oil Plays
- URTeC 881: A Set of Successful Chemical EOR Trials in Permian Basin: Promising Field and Laboratory Results
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