Our environmental remediation devices can clean liquid and gas phase organic contaminants simultaneously, faster, and more thoroughly than many existing methods.

Redhill Scientific’s environmental remediation product line can potentially take years off of your remediation project, reducing the time-cost of money and overall expenses to you to increase profitability.

Our environmental remediation technology can be used to degrade numerous toxic organic compounds. Our thin-film reactor product simultaneously and rapidly treats both gas and liquid phase organic pollutants by degrading specific “non-bioavailable” organic wastes into “bio-available” compounds that can be reduced to safe levels for disposal or reduced further in a bioreactor.

Our liquid film reactors create hydroxyl (•OH) radicals formed by the dissociation of water by plasma generated within the chambers. These •OH radicals, can dissociate oxidizable materials and compounds in both liquid and gas phases. Our technology is scalable, and can potentially assist clean up efforts of any size from table-top to large industrial spills.

Redhill Scientific Commercial Agricultural Unit


The organic wastes we can treat include:

  • Biologicals (bacteria, viruses, proteins, amino acids, nucleic acids)
  • Endocrine disrupting compounds (ECD), hormones, phytoestrogens
  • Chlorine compounds (chlorocarbons and organochlorides)
  • Phenols (epoxies and resins)
  • Pharmaceuticals and personal care products (PPCP)s
  • Herbicides and pesticides
  • Trichloroethylene (TCE)s and Trichloroethane (TCA)s
  • Benzene, kerosene, gasoline, Diesel, crude, and petroleum contact waters (PCW)s
  • Perflorinated compounds (PFC)s
  • Dry cleaning solvents including tetrachloroethylene (perchloroethylene)
  • Our machines degrade a variety of common pollutants into biodegradable compounds
  • Our technology is highly scalable and can potentially service cleanup efforts of many sizes
  • Our reactors create •OH from water
  • The high production rate and high efficiency of •OH simultaneously treats both liquid and gas phase contaminants within our plasma reactors
  • Our treatment technique can potentially trim years off a site cleanup project
  • The time-cost of money can be drastically reduced on many projects
  • This means lower operating cost and higher effectiveness than many other existing remediation techniques
  • Our simple, robust, industrial design is designed for years of continual operation with minimal servicing
  • Our modular design allows for easy field-servicing of our products and “hot swappable” replacement of most parts without removing the entire machine from operation
  • Contaminated gases and liquids are pumped into our machine where they are degraded
  • Our machine operates in line, or as a side stream to most existing remediation treatment operations
  • We can size a machine to meet any desired flow rate
  • Contaminated liquids are treated in our machine which can also be used in combination with a secondary bioreactor to further reduce contaminants to a point where normal sewage treatment is possible
  • Treated liquids may be high in nitrates (in the case of air flow), which may be pumped back down into contaminated soil to promote bacterial reduction of contaminants left in the soil. Alternatively, argon gas can be used in place of air to eliminate formation of nitrates and nitrites
  • Contaminated tailing solids from dredging or industrial processes such as recycling can be treated by first liberating contaminants, such as dioxin, with a detergent solution, and then treating the liquid

Redhill Scientific Environmental Remediation Schematic

Clean The World

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