OxyTek-ADT Metal Stabilization...

stabilization1OxyTek-ADT proprietary stabilization systems render high levels of lead, chrome, cadmium, arsenic and other heavy metals into non-leachable, safe forms, suitable for on site disposition or off-site disposal in Subtitle D landfills or construction debris monofills. OxyTek-ADT treatment technologies are effective in stabilizing metals in soils, sludge, debris, and in contaminated water.

Advantages

Standard stabilization techniques “encapsulate” or bind heavy metals to contaminated media by adding cement with pozzolonic materials. This approach adds to both volume and mass of the treated material, is difficult to apply, costs more, and has uncertain longevity. The approach involves converting the physical state of the leachable metallic and oxide forms to environmentally stable mineral and other chemical forms without adding to volume or mass, and avoiding or minimizing offsite disposal costs. The technique typically results in a cost-savings of 30 to 60% over conventional techniques and treatment results are permanent.

Heavy Metal Solutions

OxyTek-ADT heavy metal treatment technology centers on a unique array of chemical reagents together with a body of remedial knowledge and experience that significantly reduces the toxicity (TCLP) of heavy metals in soil, sludge, sediment or groundwater.

Federal regulation requires the removal and proper disposal of heavy metal wastes exceeding EPA/Environment Canada’s minimum clean up standards. Proprietary treatment methods render regulated levels of lead, chrome, cadmium, arsenic and other heavy metals permanently into a non-leachable, safer form, suitable for leaving on site or taken off site as non-hazardous (RCRA) waste.stabiliation2

OxyTek-ADT technology utilizes a range of different chemical reagents specific to the type of contaminants combined with years of heavy metal remedial experience to produce a highly effective and permanent solution for even the most complex environmental problems.

Our technology has a number of distinct advantages in terms of versatility of use, means of application, and economic benefit. These include effective TCLP reduction of one or more heavy metals, little or no increase in treated waste volumes, and flexibility in application. It provides a viable alternative to hazardous waste disposal.

Ultimately, all heavy metal wastes exceeding strict EPA / Environment Canada environmental standards require adequate toxicity reduction and proper disposal.

Custom Designed Treatment

Over 4.3 millions tons of reportable metal contaminated process wastes are generated in the States and Canada each year. Waste generated at each site is unique having different physical and toxic characteristics. and there is no single treatment process or method to address every waste or site situation. OxyTek-ADT customizes treatment methods for each unique situation, and our versatile process allows multiple TCLP metals (i.e. lead, chrome and arsenic) to be reduced simultaneously.

OxyTek-ADT custom designed heavy metal treatment also provides the highest level of assurance in terms of heavy metal reduction consistency and longevity. OxyTek-ADT technology does not promote any one specific reagent or treatment method but produces the right combination of reagent.

Waste Treatment Streams

Heavy Metal

Media

Lead

- All soil types (tills, clays, fine and coarse sands, loam, silts)
- wastewater Sludge - plumbing fixture mfg., TV tube mfg.
- Sediments - river & lake bottoms, settling basins
- Mineral processing waste - tailings, media separator bottoms
- Battery recycling debris
- Primary and secondary  smelter slag
- Steel electromelt furnace dust (K06 1)
- Petroleum refinery sludge (K048, K051, K052, tetraethyl lead)
- Mirror manufacturing  waste
- Target range backstop soils
- Automobile recycling “shredder fluff’ / wire chop “fluff’
- Foundry sands|
- Paint sandblasting debris
- Scrap yard soils and storm water runoff basin sediments
- Municipal waste incinerator ash
- Abrasive manufacturing debris

Cadmium

- Wastewater sludge - battery manufacturing
- Wastewater sludge - printed circuit board manufacturing
-
Lead and zinc ore processing waste
- Automobile “shredder” fluff

Arsenic   

- Soils & sediments at CCA wood treating plants
- Veterinary medicine formulation waste
- Ash from thermal destruction of chemical weapons
- K084 sludge

Zinc        

- Zinc ore processing waste
- Galvanizing process rinseate sediments

Chromium

- Soil at chromium ore staging site
- Soil around chrome plating line
- Wastewater treatment sediment at bearing manufacturing
-
Cooling tower basin sediments

Selenium

- Agricultural runoff sediment
- Ceramic flit residue

Antimony

- Weapons mfg wastewater sediment

Barium    

- Wastewater treatment lagoon sediments