activated carbon air filters

CARBACTIvATED CArbOn AIr fIlTErS

CARBActivated carbon air filters

USE• Deodorization in the waste sector and in the food sector

• Deodorization in sewer lifting stations

• Reduction of odors (mercaptans, solvents, etc.)

• Filtration of organic solvents, sulfur compounds, etc.

• SOV abatement in painting booths, washing tanks with VOC, fiberglass processing, typography and screen printing, gluing lines

FEATURES• External regeneration of activated carbon

• Sturdy construction in carbon steel sheet

• Special constructions with non-standard sizes and special materials (AISI 304 and 316, polypropylene)

• Carbon containment cartridge with built-in discharge hopper that remains inside the filter body

• Robust shutters in the lower part for the discharge of exhausted coal

• Possibility of installing charcoal lifting systems to facilitate filter loading

STANDARD SUPPLY• Staircase and gallery for access to the upper part

• Lower exhaust dampers

• Acrylic prefilter on the outside of the cartridge

RESTRICTIONS• If the aspirated substances contain ketones (acetone),

adequate fire safety systems must be used. It should be remembered that ketones can cause self-combustion for activated carbons, in particular in the case of saturated carbons and prolonged machine downtime

CARBOSORB 54 ACTIVATED CARBON

Feature Method REV Standard values

Granule diameter / / 4

Length of granules / / 5-12

Apparent density Astm 2854 87 550 ± 50

Packaging humidity Astm 2867 88 5 max

Ashes Astm 2866 88 10 ± 2

Hardness Astm 3802 90 95 min

B.E.T. specific surface Astm 3663 92 900 ± 50

CCL 4 adsorption Astm 3467 88 55

pH Astm 3838 88 8-10

GGE srl | Rio Saliceto (Reggio Emilia) Italy | www.gge.eu | [email protected] | tel. +39 0522 738411 (Texts, technical data and pictures are purely for guidance and do not represent contractual commitment for GGE srl)


TECHNICAL DATA

Model Cartridges CarbonFiltering surface

Air flow rate (Vatt = 0,3 m/s,

Tcont = 0,75 sec)

Air flow rate (Vatt = 0,25 m/s,

Tcont = 1 sec)

Air flow rate (Vatt = 0,15 m/s, Tcont = 1,5 sec) Dimensions

n m3 - Kg m2 m3/h m3/h m3/h (A x B x C) mm

CARB C [Cartridge: Ø est. = 950 mm | Ø int. = 500 mm | Ht. = 2000 mm | Ø D = 500 mm | Thickness = 225 mm]

CARB1/C 1 1 - 615 4,5 5000 3700 2500 1200 x 1200 x 5000

CARB2/C 2 2 - 1230 9,0 10000 7400 5000 2400 x 1200 x 5000

CARB3/C 3 3 - 1845 13,5 15000 11100 7500 3600 x 1200 x 5000

CARB4/C 4 4 - 2460 18,0 20000 14800 10000 4800 x 1200 x 5000

CARB5/C 5 5 - 3075 22,5 25000 18500 12500 6000 x 1200 x 5000

CARB6/C 6 6 - 3690 27,0 30000 22200 15000 7200 x 1200 x 5000

CARB CX [Cartridge: Ø est. = 1600 mm | Ø int. = 700 mm | Ht. = 1800 mm | Ø D = 600 mm | Thickness = 450 mm]

CARB1/CX 1 2,9 - 1750 6,5 10000 7000 5000 2000 x 2000 x 5000

CARB2/CX 2 5,8 - 3500 13 20000 14000 10000 4000 x 2000 x 5000

CARB3/CX 3 8,7 - 5250 19,5 30000 21000 15000 6000 x 2000 x 5000

CARB4/CX 4 11,6 - 7000 26 40000 28000 20000 8000 x 2000 x 5000

CARB5/CX 5 14,5 - 8750 32,5 50000 35000 25000 10000 x 2000 x 5000

CARB6/CX 6 17,4 - 10500 39 60000 42000 30000 12000 x 2000 x 5000

The suitability of the type of filter, the air flow rate and the type of cleaning must be checked according to any regulatory restrictions in force in the place of installation. The standard supply does not include activated carbon. Carbosorb 54 is supplied upon request.

DIMENSIONSCOMPONENTS

C

1000

1000

A

Ø D

B

6

5

4

3

2

1

78

1. Gallery

2. Air outlet

3. Activated carbon

4. Acrylic prefilter

5. Carbon containment cartridge

6. Carbon discharge damper

7. Air inlet

8. Ladder



ABSORPTION INDEX FOR VARIOUS SUBSTANCES1: High hold-up - 2: Medium hold-up - 3: Low hold-up - 4: Very low hold-up

Acetaldehyde 3Acetic acid 1Acetic anhydride 1Acetone 2Acetonitrile 3Acetylene 4Acrolein 2Acrylic acid 1Acrylonitrile 1Alcohol (odors) 1Aldehyde butirica 2Aldehyde valerica 1Allyl chloride 1Amines 3Ammonia 3Amyl acetate 1Amyl alcohol 1Amyl ether 1Aniline 1Antiseptics 1Asphalt (vapors) 1Benzene 1Blood (odors) 2Body odor 1Bromine 1Butadiene 2Butane 3Butanone 1Butene 1Butilcellosive 1Butyl acetate 1Butyl alcohol 1Butyl chloride 1Butylene 3Butyl ether 1Butyric acid 1Camphor 1Caprylic acid 1Carbolic acid 1Carbolic acid 1Carbon dioxide 3Carbon dioxide 3Carbon disulphide 2Carbonic acid 4Carbon monoxide 1Carbon tetrachloride 1Carprilic acid 1Cellosolve 1Cellosolve acetate 1Chlorine 2Chlorobenzene 1Chloroethanol 1Chloroform 1Chloropicrin 1Cigarettes (fumes) 1

Citrus fruits 1Clorobutadiene 1Cloronitropropano 1Clororintropropano 1Combustion (odors) 1Corrosive gases 3Creosol 1Creosote 1Cresol 1Cyclohexane 1Cyclohexanol 1Cyclohexanone 1Cyclohexene 1Dean 1Detergents 1Dibromoethane 1Dichlorethyl ether 1Dichlorobenzene 1Dichlorodifluoromethane 2Dichloroethane 1Dichloroethylene 1Dichloro ethyl ether 1Dichlorofluoromethane 1Dichloropropane 1Dichlorotetrafluoroethane 2Dicloromonofluorimetro 2Dicloronitroetano 1Dicyclopentadiene 1Diesel (fumes) 1Diesel (vapors) 1Diethylamine 2Diethyl ketone 1Dimethylaniline 1Dimethyl sulfate 1Dimethyl sulfide 2Dimethyl sulphate 1Dioxane 1Dipropilchetone 1Epichlorohydrin 1Eptilene 1Esine 2Ethane 4Ethanol 1Ethanol 2Ether 2Ethyl acetate 1Ethyl acetate 1Ethyl acrylate 1Ethyl acrylate 1Ethylbenzene 1Ethyl bromide 1Ethyl bromide 2Ethyl chloride 1Ethyl chloride 2Ethylene 4

Ethylene oxide 3Ethyl formate 2Ethyl mercaptan 1Ethyl silicate 1Ethyl silicates 1Fertilizer 1Fertilizers 1Fish (odors) 1Fluorotrichloromethane 2Food (flavors) 1Formaldehyde 3Formic acid 2Freon 11 2Freon 113 2Freon 12 2Fruit 1Fuels 1Fumes 1Heptane 1Hexane 2Hexene 2Hospitals (odors) 1Hydrochloric acid 3Hydrofluoric acid 3Hydrogen 4Hydrogen bromide 3Hydrogen chloride 2Hydrogen cyanide 2Hydrogen cyanide 2Hydrogen fluoride 3Hydrogen iodide 2Hydrogen selenate 3Hydrogen selenide 3Hydrogen sulfide 2Hydrogen sulphide 2Hydroiodic acid 2Indole 1Iodine 1Iodoform 1Isopropanol 1Isopropyl acetate 1Isopropyl acetate 1Isopropyl alcohol 1Isopropyl chloride 1Isopropyl ether 1Kerosene 1Kitchen (odors) 1Krypton (delay) 1Lactic acid 1Liquid fuels 1Liquors (odors) 1Lubricants, greases and oils 1Lubricating oils 1Lysol 1Menthol 1

Mercaptans 1Mercury (vapors) 4Mesityl oxide 1Methane 2Methanol 1Methyl acetate 2Methyl acrylate 1Methyl alcohol 2Methyl bromide 2Methylcellosolve 1Methylcellosolve acetate 1Methyl chloride 2Methyl chloroform 1Methylcyclohexane 1Methylcyclohexanol 1Methylcyclohexanone 1Methylene chloride 1Methyl ether 2Methyl ethyl ketone 1Methyl formate 2Methyl isobutyl ketone 3Methyl mercaptan 1Methyl methacrylate ester 1Metilbutilchetone 1Metilglicole 1Monochlorobenzene 2Monofluoritri chloromethane 3Naphtha 1Naphthalene 1Neftalene 1Nicotine 1Nitric acid 2Nitrobenzene 1Nitroethane 1Nitrogen dioxide 3Nitrogen dioxide 3Nitroglycerin 1Nitromethane 1Nitropropane 1Nitrotoluene 1Nonane 1Octane 1Octene 1Ozone 1Paints (fumes) 1Palmitic acid 1Paper deteriorated 1Para-dichlorobenzene 1Pentane 2Pentanone 1Pentene 2Pentyl 2Perchloroethylene 1Pesticides 1

Petrol 1Phenol 1Phosgene 2Propanal 2Propane 3Propanol 1Propionaldehyde 2Propionic acid 1Propyl acetate 1Propyl acetate 1Propyl alcohol 1Propyl chloride 1Propylene 3Propyl ether 1Propylmercaptan 1Putrefaction (odors) 1Pyridine 1Resins 1Rubber 2Sewer (odors) 1Sitrene monomer 1Slaughterhouses (odors) 2Squaring 1Stain removers (products) 1Stickers 1Styrene monomer 1Sulfur compounds 1Sulfuric acid 1Sulfur trioxide 2Sulphur dioxide 3Sulphurous gases 3Tar 1Tetrachlorethylene 1Tetrachloroethane 1Tetrahydrofuane 1Thiophene 1Toluene 1Toluene diisocyanate 1Toxic gases 2Trichloroethane 1Trichloroethylene 1Turpentine 1Urea 1Uric acid 1Valeraldehyde 1Valeric acid 1Vapors 2Various solvents 2Vinegar 1Vinyl acetate 1Vinyl chloride mono 1Xeno (delay) 1Xylene 1



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