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Centaur Carbon (Catalytic for Hydrogen Sulphide Reduction), 25 Kg

Centaur Carbon (Catalytic for Hydrogen Sulphide Reduction), 25 Kg

Ref: 0905000005

Specific applications include chloramines and hydrogen sulfide removal from potable water along with hydrogen peroxide destruction. Additionally, CENTAUR is used in Residential POU/POE water filters to help meet regulations and market demands by:

• Hydrogen Sulfide Removal (liquid phase) where H2S in converted to sulfate to eliminate sour taste and odor in potable water
• Decomposing chloramines in potable water faster than standard activated carbons
• Acting as a dual-purpose media, providing both filtration and adsorption for treating surface water and groundwater sources in the production of drinking water

Features and Benefits:

• Catalytic Activity – Promotes a wide variety of chemical reactions where conventional carbons are not effective
• Non-Impregnated – Eliminates sates concerns with exotherm, ignition temperature and disposal
• On-Site Regeneration Capability – Reduced operating cost, extended service life
• Thermal Reactivation Option – can be recycled and reused
• High Conversion Rates – Efficient use of reactants
• Simple Equipment design – Handles fluctuating inlet concentrations, replaces more costly technologies with a passive system
• Faster Chemical Reaction Rates – Reduced carbon requirements, smaller equipment needed

Price: 260.00 (312.00 Including VAT at 20%)

Specific applications include chloramines and hydrogen sulfide removal from potable water along with hydrogen peroxide destruction. Additionally, CENTAUR is used in Residential POU/POE water filters to help meet regulations and market demands by:

• Hydrogen Sulfide Removal (liquid phase) where H2S in converted to sulfate to eliminate sour taste and odor in potable water
• Decomposing chloramines in potable water faster than standard activated carbons
• Acting as a dual-purpose media, providing both filtration and adsorption for treating surface water and groundwater sources in the production of drinking water

Features and Benefits:

• Catalytic Activity – Promotes a wide variety of chemical reactions where conventional carbons are not effective
• Non-Impregnated – Eliminates sates concerns with exotherm, ignition temperature and disposal
• On-Site Regeneration Capability – Reduced operating cost, extended service life
• Thermal Reactivation Option – can be recycled and reused
• High Conversion Rates – Efficient use of reactants
• Simple Equipment design – Handles fluctuating inlet concentrations, replaces more costly technologies with a passive system
• Faster Chemical Reaction Rates – Reduced carbon requirements, smaller equipment needed

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