Water&Waste.TLB.10.30.19

Regenesis

Rating: 0 - Write A Review
1011 Calle Sombra
San Clemente, CA 92673-4204

About Regenesis

  • Regenesis offers a range of injectable products designed to facilitate the rapid, low-cost and efficient cleanup of contaminated soil and groundwater. By taking advantage of naturally occurring microorganisms, Regenesis products such as 3-D Microemulsion(TM), ORC Advanced(R) and HRC(R) lead the way in stimulating aerobic and anaerobic biodegradation processes. More recently, Regenesis has developed and released RegenOx(TM), a chemical oxidation technology for treatment of high concentration source areas in the saturated and vadose zones.
Competitors of Regenesis
  • Gas Analyzers:Total Sulfur, CO2, H2S Liquid Analyzers:VOC in Water, Oil in Water, H2S in Liquids (Crude, Water, & more)
  • BlueInGreen (BIG) is a water cleantech company and gas dissolution expert that provides the most efficient method of dissolving gases in water. BIG solutions empower water treatment professionals to make a difference by making water treatment processes more efficient, more effective, safer and...

Products by Regenesis

  • Oxygen Release Compound (ORC®)

    Oxygen Release Compound (ORC®) is a proprietary formulation of phosphate-intercalated magnesium peroxide that, when hydrated, produces a controlled release of oxygen for periods of up to 12 months on a single application. Read more
  • Oxygen Release Compound Advanced (ORC Advanced®)

    Advanced Formula Oxygen Release Compound (ORC Advanced®) is a proprietary formulation of food-grade, calcium oxy-hydroxide that produces a controlled-release of molecular oxygen for periods of up to 12 months upon hydration. Read more
  • Hydrogen Release Compound (HRC®)

    HRC® is a controlled release, electron donor material, that when hydrated is specifically designed to produce a controlled release of lactic acid. The newly available lactic acid is critical for the production of hydrogen to fuel anaerobic biodegradation processes in soil and groundwater. Read more