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Remediation (Chemical Oxidation) of Contaminated Soil

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SOA and AFA – in-situ, chemical oxidation processes based on the synthetic generation of highly concentrated superoxide radical and hydroperoxyl radicals. Alpha Cleantec has developed a rapid and new solution (technology and machinery) able to decontaminate a wide range of organic pollutants (such as BTEX, TPH, PAH, CHC, PCB, herbicides, crude oil and drug leftovers) with contaminations of up to 100,000 ppm providing high conversion rates of > 90%. The technology can be applied as an on-site batch treatment process or with existing equipment for in-situ treatment. The methodology can be applied as a standalone process or as part of a soil treatment facility. Decrease carbon footprint of soil treatment market. Elimination of contaminants in minutes to hours. Treatment of a wide range of contaminants (BTEX, PAH, CHC, PCB, Herbicides) with high conversion (>90%). Decontamination without toxic by-products. Insignificant CO2 footprint. Soil, wastewater, sludge, groundwater, surfaces.
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Soil contamination by organic chemicals is a worldwide problem.

SOA and AFA – in-situ, chemical oxidation processes based on the synthetic generation of highly concentrated superoxide radical and hydroperoxyl radicals.

SUPER-OXIDATION TECHNOLOGY

Based on synthetic generation of highly concentrated superoxide radical.


SUPER-OXIDATION TECHNOLOGY

Based on catalysis by upgrading the known Fenton and Haber-Weiss reactions.

  • Alpha Cleantec has developed a rapid and new solution (technology and machinery) able to decontaminate a wide range of organic pollutants (such as BTEX, TPH, PAH, CHC, PCB, herbicides, crude oil and drug leftovers) with contaminations of up to 100,000 ppm providing high conversion rates of > 90 %.
  • The technology can be applied as an on-site batch treatment process or with existing equipment for in-situ treatment.
  • The methodology can be applied as a standalone process or as part of a soil treatment facility.
  • Decrease carbon footprint of soil treatment market.
  • Granted Patents
  • Elimination of contaminants in minutes to hours
  • Treatment of a wide range of contaminants (BTEX, PAH, CHC, PCB, Herbicides) with high conversion (> 90%)
  • Decontamination without toxic by-products
  • Insignificant CO2 footprint
  • Cost-effective
  • Very low electricity requirement
  • Treatment procedures does not avoid continued use and safe work on site
  • Safe for users and environment
  • Adaptable to existing equipment and process