Regenesis

18 products found

Regenesis Products

  • In Situ Sorption and Biodegradation

  • Enhanced Aerobic Biodegradation

    Enhanced aerobic biodegredation is the practice of adding oxygen (an electron acceptor) to groundwater and/or soil to increase the number and vitality of indigenous microorganisms performing biodegradation.

  • Advanced Oxygen Release Compound (ORC)

    Advanced Oxygen Release Compound (ORC)

    ORC Advanced is an engineered, oxygen release compound designed specifically for enhanced, in situ aerobic bioremediation of petroleum hydrocarbons in groundwater and saturated soils. Upon contact with groundwater, this calcium oxy-hydroxide based material becomes hydrated producing a controlled-release of molecular oxygen (17% by weight) for periods of up to 12 months on a single application. Oxygen is required by microorganisms to transform...

  • Pelletized Advanced Oxygen Release Compound (ORC)

    Pelletized Advanced Oxygen Release Compound (ORC)

    ORC Advanced Pellets are a dust-minimizing, dry application pelletized form of the widely used ORC Advanced controlled-release oxygen compound. They are designed specifically for the treatment of dissolved-phase petroleum hydrocarbons through direct application into excavations, petroleum storage tank pits, trenches and backfill. ORC Advanced Pellets significantly minimize airborne dust associated with the handling and application of dry powders...

  • Oxygen Release Compound (ORC) for Enhanced Aerobic Biodegradation

    Oxygen Release Compound (ORC) for Enhanced Aerobic Biodegradation

    The Original Oxygen Release Compound (ORC) is an engineered, oxygen release compound designed specifically for enhanced, in situ aerobic bioremediation of petroleum hydrocarbons in groundwater or saturated soils. Upon contact with groundwater, this phosphate-intercalated magnesium based material becomes hydrated producing a controlled-release of molecular oxygen (10% by weight) for periods of up to 12 months on a single application....

  • Filter Socks and Canisters Oxygen Release Compound

    Filter Socks and Canisters Oxygen Release Compound

    When Oxygen Release Compound (ORC) was first commercialized in 1994, it was emplaced into groundwater wells using ORC Filter Socks. Filter socks are permeable, fabric sleeves filled with pure ORC or ORC Advanced® controlled-release oxygen material. Each filter sock is inserted into a colored, Naltex™ Flex-Guard for ease-of-application and maximum durability. When placed into groundwater or hydrated, filter socks produce controlled-release,...

  • Enhanced Anaerobic Bioremediation

    Enhanced anaerobic bioremediation is the practice of adding hydrogen (an electron donor) to groundwater and/or soil to increase the number and vitality of indigenous microorganisms performing bioremediation (reductive dechlorination).

  • 3-D Microemulsion Factory Emulsified

    3-D Microemulsion Factory Emulsified

    3-D Microemulsion factory emulsified is an engineered electron donor material that offers a novel 3-stage electron donor release profile, pH neutral chemistry and is delivered on-site as a factory –emulsified product (Figure 1). The patented molecular structure of 3-D Microemulsion factory emulsified provides a novel hydrophile-lipophile balance (HLB) which enables maximum subsurface distribution well beyond that of emulsified vegetable oils.

  • 3-D Microemulsion

    3-D Microemulsion

    3-D Microemulsion is an injectable electron donor emulsion that is comprised of a completely new molecular structure incorporating proven Hydrogen Release Compound (HRC technology with a new and unique molecule (patent pending). 3-D Microemulsion is specifically designed to provide the controlled-release of a three highly efficient electron donors including lactic acid to drive the enhanced reductive dechlorination process.

  • Hydrogen Release Compound (HRC)

    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.

  • HRC PRIMER - Hydrogen Release Compound

    HRC PRIMER - Hydrogen Release Compound

    HRC PRIMER is a less viscous version of the standard Hydrogen Release Compound (HRC) product. It is a thinner, water-like compound that is typically injected into an aquifer where it releases lactic acid at a rate faster than standard HRC (several weeks), but at a slower, more controlled rate than dispersing aqueous simple sugar solutions or straight lactic acid (several days).

  • HRC-X - Hydrogen Release Compound [eXtended]

    HRC-X - Hydrogen Release Compound [eXtended]

    HRC-X is a controlled release, electron donor material, that when hydrated is specifically designed to produce an extended, 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. HRC-X contains more lactic acid than HRC and is a more viscous material.

  • In-Situ Chemical Oxidation (ISCO)

    Chemical oxidation is a process that involves the injection of reactive chemical oxidants into groundwater and/or soil for the primary purpose of rapid contaminant destruction. Also known as In-Situ Chemical Oxidation (ISCO), this process is most often deployed at sites with high contaminant concentrations in the source area and in the downgradient plume(s). Chemical oxidation of high concentration areas is often part of a multi-step remediation approach that paves the way for more biologically

  • PersulfOx - In Situ Chemical Oxidation (ISCO)

    PersulfOx - In Situ Chemical Oxidation (ISCO)

    PersulfOx is an in-situ chemical oxidation reagent that destroys organic contaminants found in groundwater and soil through powerful yet controlled chemical reactions. PersulfOx is a sodium persulfate - based technology which employs a patented catalyst to enhance the oxidative destruction of both hydrocarbons and chlorinated contaminants in the subsurface.

  • RegenOx - In-Situ Chemical Oxidation (ISCO)

    RegenOx - In-Situ Chemical Oxidation (ISCO)

    RegenOx is an advanced chemical oxidation technology that destroys contaminants through powerful, yet controlled chemical reactions and not through biological means. This product maximizes in situ performance while using a solid alkaline oxidant that employs a sodium percarbonate complex with a multi-part catalytic formula. RegenOx directly oxidizes contaminants while its unique catalytic component generates a range of highly oxidizing free radicals...

  • Bioaugmentation

    Bioaugmentation is the term used to describe the addition of cultured microorganism to the subsurface that are capable of biodegrading or transforming specific groundwater/soil contaminants. In some cases certain microorganisms are more specialized at degrading specific target contaminants, i.e some microbes can degrade DCE and VC but not TCE or vice-versa. As a result, remediation industry practices and recommendations are now shifting toward a more prescriptive approach to bioaugmentation to

  • Bio-Dechlor INOCULUM - Model Plus - Complete Dechlorination Process Acceleration

    Bio-Dechlor INOCULUM - Model Plus - Complete Dechlorination Process Acceleration

    Bio-Dechlor INOCULUM Plus is an enriched natural microbial consortium containing species of Dehalococcoides sp. (DHC). This microbial consortium has since been enriched to increase its ability to rapidly dechlorinate contaminants during in situ bioremediation processes. Bio-Dechlor INOCULUM Plus has been shown to stimulate the rapid and complete dechlorination of compounds such as tetrachloroethene (PCE), trichloroethene (TCE), dichloroethene (DCE),...

  • CRS - Biogeochemical In Situ Chemical Reduction (ISCR)

    CRS - Biogeochemical In Situ Chemical Reduction (ISCR)

    CRS® (Chemical Reducing Solution) is an iron-based amendment for in situ chemical reduction (ISCR) of halogenated hydrocarbon contaminants such as chlorinated ethenes and ethanes. CRS is a pH neutral, liquid iron solution that is easily mixed with 3-D Microemulsion Factory Emulsified before injection into contaminated groundwater. CRS is a soluble, food-grade source of ferrous iron (Fe2+), designed to precipitate reduced iron sulfides, oxides,...

  • Metal Immobilization

  • Metals Remediation Compound (MRC)

    Metals Remediation Compound (MRC)

    Metals Remediation Compound (MRC) removes metals such as dissolved Cr(VI) from groundwater via in situ immobilization (precipitation and/or sorption to soil particles). MRC consists of an organosulfur compound esterified to a carbon backbone. This organosulfur ester is embedded in a polylactate matrix, making MRC a thick, viscous liquid. Upon injection into an aquifer, the organosulfur compound (the active metals immobilization agent) is released in a...

  • Groundwater Remediation and Vapor Intrusion Mitigation

  • Retro-Coat - Vapor Intrusion Technology

    Retro-Coat - Vapor Intrusion Technology

    Secondly, Retro-Coat is a recently introduced vapor intrusion technology from REGENESIS’ Land Science Technologies Division, whose widely used Geo-Seal composite vapor barrier system received the Environmental Business Journal (EBJ) Remediation Technology Award in 2008. Retro-Coat is a new chemical-resistant coating specifically engineered for application directly onto concrete slabs of existing structures. Once applied, Retro-Coat effectively...

  • Enhanced Desorption

  • RegenOx PetroCleanze - In Situ Chemical Oxidation Technology

    RegenOx PetroCleanze - In Situ Chemical Oxidation Technology

    RegenOx PetroCleanze is a customized formulation of the widely used RegenOx in situ chemical oxidation technology. The primary function of RegenOx PetroCleanze is to increase the desorption rates of hydrocarbons bound in saturated soil and make them available for more efficient and rapid treatment using a range of enhanced recovery technologies.