Catalytic Reagent Chemistry for PRO • pHx






















   

CATALYZED REAGENT PROCESS

For Treatment Of Wastes Containing Organics & Metals

This Catalyzed Reagent Technology Offers A Cost Effective Remediation Process For The Treatment And Stabilization Of Metals And Decomposition Of Hydrocarbons In Soil, Sludge, Acid And Wastewater.

The process involves introducing a proprietary combination of reagents into the contaminated material. With intimate mixing optimum conditions are established for allowing the desired reaction to occur.

The ingredients in the Catalyzed Reagents react with polyvalent metal contaminates to form insoluble metal compounds that are resistant over a broad pH range to leachants. The end result is a chemically stable non-toxic material with improved physical characteristics.

A major constituent of the Catalyzed Reagent is a proprietary blend of soluble silicates which allows for the effective immobilization of soluble metals by reacting with them to form insoluble metal silicates. Soluble silicates are a unique class of polymeric compounds in which sodium oxide ( Na,O ) is associated with silicon dioxide ( Si O) generally in ranges varying from 1:1 to 1:3.22, These depolymerize in dilute solutions to form chains of silica and oxygen. With negative charges on some oxygen, reaction occurs with metal ions having positive charges to form stable, insoluble metal silicates:

The ingredients in the Catalytic Reagents will also react with and destroy volatile and non-volatile organic compounds. The carbon dioxide produced reacts with the silicates and does not escape the treated waste. Thus, no off-gassing occurs and the treated waste is non-volatile, non-toxic and non-hazardous, The end result is a chemically stable non-toxic material with improved physical characteristics. The possibility exists for the treated residues to be made into useable aggregates or recycled for other usage.
The use of the Catalytic Reagent Process Technology is straightforward and amenable to mobile modular systems allowing for quick on-site set up time and high volume throughput of contaminated materials.

Advantages of the Catalyzed Reagent Process for contaminate Remediation and Stabilization are well documented and should be considered a 'Best Available Technology’ in most situations for treatment of waste containing volatile and non-volatile organic or metal contaminates.

BREAKTHROUGH TECHNOLOGY

Providing Solutions For Clean Water With Minimal Energy Requirement

Wagner Environmental Technologies offers a significant breakthrough in reagent technology. The process is a unique chemical reaction occurring at ambient temperature and pressure. Sterilized solids, a significant reduction of free heavy metals and sterile water are by-products of the process. Organic material is transformed into inorganic compound.

CLEAN WATER FROM WASTEWATER

A Revolutionary Technology and Environmental Breakthrough

Clean Water Without Harmful Chemicals Economically

Concentrations of the following compounds are significantly decreased.

ORGANICS

Acetone

Cyanide

Oil Base Drilling Mud

Alcohol

Dichchloromethane

Oil/Crude

Antifreeze B13/C

Formaldehyde

PCB’s

Bacteria

Gasoline

Trichloroethylene

(Including Phenol Coliform)

Hydrocarbons

Trichloromethane

Chloroform

Methylene

Trichloroethane

Creosote

 

Viruses

METALS

Aluminum

Chromium

Mercury

Arsenic

Copper

Nickel

Barium

Iron

Selenium

Brass Lead Tin

Cadmium

 

Zinc


ORGANIC MATERIAL IS TRANSFORMED INTO INORGANIC COMPOUND.


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