Description
Activated carbon for organic gas pellets
Carvapur gas activated carbon is suitable for dealing with organic molecules in the gas phase fluid, this carbon is pulverized and palletized to form 4 mm cylinders. This size is the most suitable to avoid pressure drops in the treatment bed.
4 mm and 2 mm diameter pellets
Packaging: 25 kg sacks, 100 kg bags, 100 kg bags
Coal applications for organic gases:
- Acrylic painting locations.
- Ores organics from kitchens, enclosed areas, cold rooms and cellars
- Solvent recovery
- Industrial pollutant control (carbon dioxide, hydrogen, helium and acetylene)
- Air conditioning
Carvapur Pelet type activated carbon for gases is an activated carbon, which has the property of adsorbing organic molecules whose molecular weight is between 55 and 250. Such molecules tend to be volatile, so they are typically present in air and other gases.
This product is manufactured from coal that is pulverized and then pelletized to obtain a cylindrical shape that minimizes the pressure drop of the gas to be treated. Typically, it retains between 0.2 and 0.8 kg of contaminants per kg of activated carbon.
It is recommended that the surface velocity of the air or gas being purified with this carbon be between 10 and 30 m/min, and that the contact time in an empty bed be greater than 0.1 seconds.
Compounds retained:
Of the contaminants listed, some are specific chemical compounds. Others represent a class of compounds and others are mixtures of varying composition. The capacity of activated carbon for odors varies with the concentration of odors, as well as with the humidity and temperature of the air.
A = High capacity (coal retains 20% to 50% of its own weight).
B = Satisfactory capacity (retains 10% to 25% of its weight).
C = Sufficient capacity to provide good service under operating conditions.
This must be analyzed.
D = Low capacity. Activated carbon does not give adequate service under operating conditions
ordinary.
*= A carbon impregnated with a certain substance significantly increases the adsorption capacity of this compound.
Essential oils A
Rancid oils A
Amyl acetate A
Butyl acetate A
Cellosolve A acetate
Ethyl acetate A
Isopropyl acetate A
Methyl cellosolve A acetate
Methyl acetate B
Propyl acetate A
Acetone B
Acetic acid A
Acrylic acid A
Butyric acid A
Caprylic acid A
Carbolic acid A
Lactic acid A
Palmitic acid A
Propionic acid A
Uric acid A
Valeric acid A
Methyl acylate A
Ethyl acrylate A
Acrylonitrile A
Adhesives, A solvents
Masking agents A
Garlic A
Camphor A
Amyl alcohol A
Butyl alcohol A
Valeric Aldehyde A
Tar A
Anesthetics B
Acetic anhydride A
Aniline A
Antiseptics A
Flower scent A
Food flavors A
Aromatizers A
Alcoholic beverages A
Bleaching B
Borano B
Pitch and tar A
Bromine A
Ethyl bromide A
Methyl bromide B
Butadiene B
Butane C
Butyl cellosolve A
Butanone A
Cellosolve A
Cyclohexane A
Cyclohexanone A
Cyclohexene A
Chlorine B
Chlorobutadiene A
Chloroform A
Chlorobenzene A
Chloronitropropane A
Chloropicrin A
Butyl chloride A
Ethyl chloride B
Methylene chloride B
Methyl chloride B
Cyclohexanol A
Chlorobenzene A
Propyl chloride A
Vinyl chloride B
Liquid fuels A
Cleaning compounds A
Cresol A
Crotonaldehyde A
Dean A
Deodorizers A
Trace waste A
Industrial waste B
Disinfectants A
Detergents B
Dibromoethane A
Dichlorodifluoromethane A
Dichloroethane A
Dichloroethylene A
Dichloromonofluoromethane B
Dichloronitroethane A
Dichloropropane A
Dichlorotetrafluoroethane A
Ethylene dichloride A
Diethylketone A
Dimethylaniline A
Dioxane A
Dipropylketone A
Carbon disulfide A
Ethane D
Ether B
Amyl ether A
Butyl ether A
Dichloro ethyl ether A
Ethyl ether B
Isopropyl ether A
Methyl ether B
Propyl ether A
Ethyl mercaptan D*
Ethylbenzene A
Ethylene chlorohydrin A
Eucalyptol A
Phenol A
Fluorotrichloromethane B
Ethyl formate B
Methyl formate B
Phosgene B
Ripening fruit A
Gangrene A
Gasoline A
Burnt fat A
Lubricating greases and oils A
Heptane A
Hexane A
Heptylene A
Hydrogen D
Incense A
Indole A
Isoforone A
Soaps A
Sour milk A
Calcined materials A
Menthol A
Mercaptans A
Methane D
Methyl butyl ketone A
Methyl ethyl ketone A
Methyl isobutyl ketone A
Methyl mercaptan A
Methyl cellosolve A
Methylcyclohexane A
Methylcyclohexanol A
Methylcyclohexanone A
Methylchloroform B
Mold B
Monochlorobenzene A
Monofluorotrichloromethane A
Styrene monomer A
Carbon monoxide D
Coal tar naphtha A
Petroleum naphtha A
Naphthalene A
Naphthalene A
Nicotine A
Nitro benzenes A
Nitroethane C
Nitroglycerin A
Nitromethane C
Nitropropane A
Nonano A
Octalene A
Octane A
Odorizers A
Garlic odor A
Animal odor B
Smell of dead animals A
Roasted meat odor A
Onion odor A
Sour cabbage odor A
Smell of spoiled food. A
Smell of burnt food A
Candy smell A
Rubber odor A
Smoke odor A
Cigarette smoke odor A
Popcorn odor A
Plastic odor A
Cheese odor A
Sweat odor A
Animal odor B
Body odors A
Bird odors A
Bathroom odors A
Butcher’s shop odors B
Citrus and other odors
fruits A
Cooking odors A
Cooking odors A
Combustion odors B
Drainage odors A
Embanking odors A
Hospital odors A
Laboratory odors B
Liquor odors A
Makeup odors A
Pet odors A
Odor of deteriorated paper A
Fish odors A
Paint odors A
Odors from cleaning products A
Medicinal odors A
Persistent odors A
Musty odors A
Ethylene oxide B
Mesityl oxide A
Ozone A
Paradichlorobenzene A
Adhesives A
Pentane B
Perchloroethylene A
Perfumes and cosmetics A
Pyridine A
Pollen B
Waste products B
Prod. in decomposition A
Prod. for embalming A
C-radiation products
Propane C
Propyl mercaptan A
Putrescine A
Kerosin A
Organic chemicals A
Resins A
Burnt blood A
Ethyl silicate A
Smog A
B* bleaching solutions
Solvents B
Dimethyl sulfate A
Putrefying substances B
Tetrachloroethane A
Tetrachloroethylene A
Carbon tetrachloride A
Toluene A
Tolidine A
Trichloroethane A
Trichloroethylene A
Sulfur trioxide B*
Turpetin A
Urea A
Asphalt vapors A
Varnish vapors A
Fuel vapors C
Diesel vapors A
Vinegar B
Xylene A
Iodine A
Iodoform A
Hydrogen iodide B
Compounds retained 
More information on pellet activated carbon
Structure-modified activated carbon
The adsorption capacity of an activated carbon
