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MasterCarb
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VAPOR PHASE
Air Purification
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Solvent Recovery –used to absorb solvent emissions from processes
found in industries such as solvent manufacturing, solvent coating,
printing, paint coating and adhesives manufacturing, the computer
industry, the automotive industry, the furniture and appliance
industries (gac &m pellets)
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HVAC Filters (gac,pac and pellets)
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Municipal Odor Control (gac, pellets, & impregnated pac and pellets)
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Flue-gas treatment (pac)
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Soil vapor extraction (gac & pac)
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Soil/Sludge Treatment (gac &pac)
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Industrial Gas Purification
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Desulfurization of gases (impregnated gac and pellets)
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Mercury removal from gases (impregnated gac and pellets)
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Hydrogen purification (gac & pellets)
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Heavy hydrocarbon removal from gases (gac, pellets, & impregnated
pac & pellets)
Special
Markets
Catalyst Support – only coconut and wood carbons for precious metal
catalysts. Coal based, wood and
Coconut for other types of catalysts
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Gold Recovery (coconut gac)
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Cigarette Filters (coconut gac)
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Automotive – evaporative loss canisters and cabin air filters (wood
based gac& pellets for evaporative loss, coal based & pellets and
impregnated gac & pellets for cabin air
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Industrial Respirator Filters –(coconut & coal gac and impregnated
gac)
Master Carb Spec Summary |
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What is Activated Carbon?
It
is a disperse mixture of a wide variety of graphite plates,
interconnected with nongraphitic carbon bonding, organized in a
random or amorphous fashion, exhibiting only a slight localized
order, and only on a molecular scale.
This structure enables
activated carbon to exhibit the:- strongest physical adsorption
forces or- highest volume of absorbing porosity, of any material
known to mankind.ADSORPTION PORE STRUCTURES – The finest pores in
the carbon structure.Pores which have adsorption capabilities
TRANSPORT PORE STRUCTURES - Larger Pores which never adsorbAct
as diffusion paths to transport adsorbatesMasterCarb
meets NSF Standard 61, 53, for Drinking Water.Carbon
Applications/Markets
LIQUID PHASE
Water
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Drinking Water (municipal & private water
companies) (gac and pac used)
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Home Water, point of use filters (gac & pac)
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Wastewater (municipal and industrial) (gac& pac)
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Groundwater (gac & pac)
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Process Water (industrial, food, bottling, etc.) (gac & pac)
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DI Water (gac)
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Aquarium water (gac & pellets)
Process
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Purification and/or decolorization of sweetners, such as corn
syrups, cane & beet sugars, and Nutrasweet (gac& pac)
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Chemicals purification, such as phosphoric acid, agricultural
chemicals, and all sorts of chemical intermediates and process
streams (gac and pac)
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Pharmaceuticals treatment and purification, such as the extraction
of product from fermentation broths, the removal of impurities from
the pharmaceutical or its intermediate, and purification of liquid
products, such as intravenous solutions (gac and pac)
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Purification of food, beverages, and oils, such as cooking oils, pectins and gelatins, mayonnaise, monosodium glutamate and vinegars.
In the beverage industry, carbon is used to remove colloidal
material that appears as haze in the chilled beer and wine. It is
also used to remove T&O from
vodka and fusel oil from whiskey. (gac &pac)
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Dry cleaning – used to remove dyes and other impurities from perchloroethylene and other dry cleaning solvents (gac,pac and
cartridge filters)
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Electroplating – used to remove organic contaminants from plating
baths, typically nickel plating baths (gac & pac)
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