Restoring Production in Challenging Wells: The Role of FLOACTIV® Chemistry
FLOACTIV®— Engineered to Unblock. Built to Flow.
Whatever it is, the way you tell your story online can make all the difference.
Hydrocarbon flow restrictions don’t start at the surface — they start at the formation face. In high-TDS, high-temperature, and flow-impaired environments, production can stall due to water blocks, paraffin buildup, emulsions, and fines migration. These downhole barriers demand chemistry designed for the reservoir, not just the pipe.
That’s where FLOACTIV® comes in.
Engineered for Flow Under Extreme Conditions
The FLOACTIV® product line includes ultra-brine-tolerant surfactants and microemulsions engineered to maintain performance in the most difficult completions and legacy wells. Every blend is designed to:
Stabilize in ultra-high TDS brines — up to 200,000 ppm
Perform under elevated bottomhole temperatures, exceeding 300°F
Maintain efficacy across variable water chemistries and loading rates
Frac-Ready. Field-Tested. Reservoir-Tuned.
FLOACTIV® systems are evaluated in both lab and field settings to confirm real-world results in:
Unconventional frac environments with tight pore networks
Gas well liquid loading, reducing drawdown and aiding lift
Remediation of legacy wells where paraffin, emulsions, or connate water impede flow
Water-sensitive formations, minimizing clay swelling and fines release
Low Dosage. High Impact.
Precision-matched surfactants and microemulsions based on your brine and crude profile
Reduced treatment volumes without sacrificing effectiveness
Fewer field hours due to fast-acting chemistry and long-lasting performance
Consistent flow assurance under changing well conditions and load rates
Flow Starts at the Molecular Level
True production enhancement begins with the right chemistry. Whether cleaning up post-frac damage, removing flowback restrictions, or extending the life of mature wells, FLOACTIV® keeps hydrocarbons moving.