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HEG-FL15

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HEG-FL15

Our next-generation friction reducer (FR) represents a major advancement in water treatment flow optimization. This patented FR is developed using a proprietary gel polymerization process, resulting in a significantly higher molecular weight than conventional alternatives on the market. The increased molecular weight dramatically enhances flow performance, enabling effective treatment with reduced polymer dosage.

In addition, our innovative manufacturing approach allows for the integration of complementary chemistries, expanding the product’s versatility across a wide range of water treatment applications. This breakthrough not only delivers superior performance, but also promotes cost efficiency and environmental responsibility by minimizing overall polymer consumption. Our next-generation FR sets a new benchmark in water treatment, offering powerful, adaptable solutions for today’s most demanding system requirements.

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Facts and Information

Additional Information

HEG-FL15 may be used as a standalone friction reducer or blended with frac lended with frac additives to generate effective additives to generate effective traditional friction reducer booster. Contact your local HEG representative representative for a detailed analysis on dosage for for a detailed analysis on dosage for your frac.

  • Appearance & Color: Clear / water white
  • Charge: Anionic
  • Stability: Infinite
  • Regulatory Status: Non Regulated
  • pH: 6.5-7.5 (neutral)
  • Density: 1.010-1.050
  • Packaging: Totes and bulk

Background: At a frac site in Southeast New Mexico, the primary friction reducer (FR) used was a high-viscosity HVFR inverse emulsion.

Solution: HEG-FL15, formulated with a preferred scale inhibitor and surfactant, was introduced to enhance performance and reduce costs.

Results: Using HEG-FL15 reduced the HVFR loading by 50%, while maintaining effective scale inhibition and surfactant performance. This led to a cost savings of over 35% without sacrificing performance.

Conclusion: HEG-FL15 significantly improved operational efficiency and cost-effectiveness, demonstrating its superior capabilities in friction reduction for the oil and gas industry.

Notes on testing:

  • IE is well established Mid brine
  • Water was synthetic Brine @ 35K TDS
  • Brine had a Langolier scaling index of 3.5
  • Temperature was 22C
  • Results will vary depending on loading of HEG-FL15