PR Range - Activated Carbon Filters

Transcription

1 PR Range - Activated Carbon Filters Typical Applications AAC PR - A low cost range of plastic refillable activated carbon filters with re-usable filter trays. Manufactured from high quality virgin injection moulded plastic and assembled at our site in Brownhills, these filters have a removable sealing strip fitted at either end enabling the granular or pelletised media to be easily poured out and then recharged. The PR Range Filters: Type A Nominal Dimensions 562mm x 605mm x 25mm Standard B 562mm x 302mm x 25mm C A 281mm x 302mm x 25mm 562mm x 605mm x 50mm Double B 562mm x 302mm x 50mm C A 281mm x 302mm x 50mm 562mm x 605mm x 75mm Treble B 562mm x 302mm x 75mm C 281mm x 302mm x 75mm Airintakesystems Sewagetreatmentworks Airports Museums Artgalleries Offices Laboratoryintake/systems Manufacturingprocesses Solventfumeremoval Busgarages Tankerfillpoints Restaurants Vehicleproductionlines Foodindustry Corrosioncontrolforelectrical/controlrooms Weldingfumes Plenumchambers Features & Benefits of the PR Range Lowinitialcost Refillable filter system enabling substantial reductions in running costs Multi compartments to prevent media settlement/compactionandanyconsequential air by-pass Durable, especially against certain corrosive contaminants, acid etc. Filtersnormallyavailableex-stock Ability to withstand air temperatures up to 70ºC under normal circumstances (or even 120ºC for special applications) Non standard filter sizes can be manufactured to suit existing installations Filter construction available in wide variety of plastic materials to suit special applications AAC PR Filters - B, A and C sizes respectively

2 Activated Carbon/Adsorption Media Index The following list shows substances where excellent removal is obtained using Activated Carbon and other adsorption media. Acetic acid Acetic anhydrite Acrylic acid Acrylonitrile Adhesives Alcohol Alcoholic Beverages Ally chloride Amyl acetate Amyl alcohol Amyl ether Aniline Antiseptics Asphalt fumes Bathroom smells Benzaldehyde Benzene Body odours Bromine Burned flesh Burned food Butanone Butyl acetate Butyl alcohol Butyl cellosolve Butyl chloride Butyl ether Butylaldehyde Butyric acid Camphor Cancer odour Coproaldehyde Caprylic acid Carbolic acid Carbon disulphide Carbon tetrachloride Cellosolve Cellosolve acetate Charred materials Cheese Chlorobenzene Chlorobutadiene Chloroform Chloronitropropane Chloroapicrin Cigarettesmoke Citrus and other fruit Cleaning compound Cookingodours Creosote Cresol Crotonoldehyde Cyclohexanane Cyclohexanol Cyclohexanone Cyclohexene Dead animals Decane Decaying substances Decomposition odours Decorating odours Deodorants Detergents Dibromoethane Dichlorobenzene Dichlorosflouromethane Dichloroethylene Dichloroethyl ether Dichloronitroethane Dichloropropane Dicyclopentadiem Diethylketone Dimethysulphate Dioxane Dipropylketone Disinfectant Embalming odours Epichlorhydrin Essential oils Ethyl acrylate Ethyl benzene Ethyl bromide Ethyl mercaptan Ethyl silicate Ethylene chlorhydrin Ethylene dichloride Euclyptole Female odours Fertilisers Fish odours Floral scents food aromas Freon 11 Freon 12 Freon 113 Gangrene Garlic Gasolene Heptane Heptylene Hospital odours Household smells Incense Indole Iodine Iodoform Irritants Isophorone Isopropyl acetate Isopropyl chloride Isopropyl ether Kerosene Kitchen odours Krypton delay Lacticacid Leather Lingeringodours Liquidfuels Liquorodours Lubricants Lysol Maskingagents Medicinal odours Melons Menthol Mercaptans Mesityl oxide Methybutylketone Methyl cellosolve acetate Methyl cellosolve Methyl chloroform Methyl methacrylate ester Methylethylketone Methylisobutylketone Methyl mercaptan Methylcyclohexane Methylcyclohexanol Methyl glycol Methylcyclohexanone Methylene chloride Mixed odours Monochlorobenzene Monofluro-trichloremethane Moth balls Naptha (coal tar) Naptha (petroleum) Napthalene Nicotine Nitro benzenes Nitroethane Nitroglycerine Nitromethane Nitropropane Nonane Octalene Octane Octene Odours Odorants Onions Organicchemicals Ozone Packinghouseodours Paint odours Palmitic acid Paper deteriorations Paradichlorbenzene Paste and glue Pentanone Perchloroethylene Perfumes,cosmetics Perspiration Pesticides Pet odours Phenol Pitch Plastics Poultry odours Propionic acid Propyl acetate Propyl alcohol Propyl chloride Propyl ether Propyl mercaptan Putrescine Pyridine Rancid odours Resins Reodorants Ripening fruits Rubber Sauerkraut Sewer odours Skatole Smog Smoke Soaps Sourmilk Spilled beverages Spoiled foodstuffs Stale odours Stoddard solvent Stuffiness Styrene monomer Sulphur compounds Tar Tetrachloroethane Tetrachloroethylene Theatricalmakeupodours Thiophene Tobaccosmoke Toilet odours Toluene Toluene di isocyanate Toluidine Trichloroethylene Trichloroethane Turpentine Urea Uric acid Valericacid Valericaldehyde vinyl acetate Vinylchloridemononer Vapours Varnishfumes Vinigar Wasteproducts Xylene Xenon delay The following substances have good collection results with either standard activated carbon, Impregnated activated carbon or alternative adsorption media. Acentonitrile Acetaldehyde Acetone Acetylene Acids Acrolein Amines Ammonia Animal odours Anaesthetics Bacteria Bleaching solutions Butadiene Butane Butylene Butyraldehyde Carbon dioxide Chlorine Coalsmoke Combustion odours Corrosive gases Dichlorodiflouromethane Dichloromonoflouromethane Dichlorotetraflourethane Diesel fumes Diethyl amine Dimethyl sulphide Ethyl bromide Ethyl chloride Ethyl ether Ethyle formate Ethylene oxide Exhaust fumes Film processing odours Flourotrichloromethane Formaldehyde Formic acid Fumes Hexane Hexene Hexyne Hydrogen sulphide Hydrogen selenide Hydrogen bromide Hydrogen chloride Hydrogen cyanide Hydrogen flouride Hydrogen iodine Incomplete combustion Industrial waste Isoprene Methyl alcohol Methyl acetate Methyl bromide Methyl ether Methyl formate Mildew Mould Nitric acid Nitrogen dioxide Noxious gases Pentane Phosgene Poison gas Pollen Propionaldehyde Putrifying matters Radio active iodine Sulphuric acid Sulphur dioxide Sulphur trioxide Slaughtering odours Sewer odours Vinylchloride Viruses Volatileorganiccompounds wood alcohol AAC Eurovent is continuously improving its products & reserves the right to alter designs without prior notice.

3 BFV - Bulk Filter Vessels Designed for a wide variety of applications the AAC BFV, Bulk FilterVessel is the ideal solution for relatively low volume flow-rates ( 0.5m3-2.5m3 per second) scenarios where there is a high odour or VOCcomponent. Thevesselsaremanufacturedinanumberofdifferent material options including HDGMS, Polypropylene to PVC/GRP or even 316 Stainless Steel. The units are supplied with bespoke connection sizes along with media refill ports and drain connections where required. These units enable a large quantity of activated carbon media to be contained to provide both an efficient and long lasting media bed for most applications. Note: The vessels are normally supplied empty for ease of installation and then filled on site by AAC Euroventpersonnel. Typical Applications Process Industry SewageTreatment VOCRemoval BloodTankOdourControl WasteRecyclingPlants BioFuelProcessingFacilities Features & Benefits LowCost Standardandbespokesizes Choiceofconstructionmaterials Lowvolumeflowrates Filledonsiteforeasyinstallation AACBFV-BulkFilterVessels AACEuroventiscontinuouslyimprovingitsproducts&reservestherighttoalterdesignswithoutpriornotice.

4 Drum Filter Vessel - DFV200 The AAC DFV200 is designed as a single use vessel suitable for vapour applications such as the removal of organics, nuisance odours, formaldehyde, ammonia and hydrogen sulphide from air or gas streams as well as many others. Typical Applications Removal of organics Removal of nuisance odours, formaldehyde, ammonia and hydrogen sulphide from air or gas streams. Features & Benefits Low cost Easy to install Readily available Easy to dispose No maintenance or operator required Variety of specialist carbons available Can be installed in series or parallel for longer contact and higher efficiencies Robust mild steel construction internally lined for chemical resistance. Polypropylene units are available for highly corrosive applications Optional pallet mounting for easy handling. Pressure drops have been calculated for our standard carbon grade, should alternative pressure drops be required. Please ask for further details. AAC DFV200 AAC Eurovent is continuously improving its products & reserves the right to alter designs without prior notice.

5 Swiftpack Range - Side Access Activated Carbon Filter Modules For Ducted Systems The AAC Swiftpack activated carbon filter modules are designed for installation into either new or existing ducted systems. The units are compact, extremely robust and easy to install with flanges fitted at either end. These low cost, high quality modules are suitable for a wide variety of applications, and are available in both 316 stainless steel and galvanised mild steel. Standard Fittings Include: Hinged side access doors complete with toggle fasteners Panel type pre and after filters Flanges at either end Name and data plate A complete set of PR range filters filled with either standard or Impregnated activated carbon or other media as appropriate Features & Benefits AAC Swiftpack unit and filters Incorporates the AAC PR plastic refillable type carbon filter trays Pre and after filtration capability Hinged or removable side access door/panel Air tight, brush pile seals on filter slides to prevent air by pass Modular configurations for larger units CNC production methods provide high quality & uniform product construction CNC punched hole flanges for accurate ductwork connection AAC Swiftpack unit and filters

6 Volume Internal unit height (mm) Internal unit width Length flowrate Dwell time Dwell time Dwell time (mm) (mm) (m 3 / s ) 0.1s 0.2s 0.3s Where site conditions dictate, variations to the above configurations can be easily made in most cases to enable a suitable filter to be sized for a higher volume flowrate. Should this be the case contact our Technical Sales team for further details. SINGLE WIDTH UNIT DOUBLE WIDTH UNIT AAC Eurovent is continuously improving its products & reserves the right to alter designs without prior notice.

7 Colourcell - Media Filter System AAC Eurovent's new AAC Colourcell provides a visual indication as to the condition of the installed media. Most media types have a consistent colour/appearance over their lifetime, however the use of AAC Eurovent s Lynx media has a visible colour change which shows the medias condition when used in the AAC Colourcell. A full quantitive CTC test can also be carried out to provide a comprehensive verification of the visual result on the main best type media, should an in-depth assessment be required. Features & Benefits Provides immediate indication of the media condition Low initial cost Refillable This provides the end user/maintenance personnel with an immediate indication of the medias condition. Multi compartments to prevent media settling/compacting and any consequential air by-pass State of the art patented technology AAC Swiftpack unit containing PR filters and single AAC Colourcell filter.

8 Media in new/good condition A Guide To Replacement The AAC Colourcell is only used as a guide as to when the media requires replacement, consequently to confirm the visual indication, a sample of media should be removed and chemically tested as in the case when activated carbon media is used because it is black in colour and remains so even at the end of its useful life. Media in use with some useful life Media becoming used - breakthrough may occur. Possible chemical test required. Media fully spent. No life remaining. Remove a sample and crush - if the interior is purple this confirms that there is still useful media life. AAC Eurovent is continuously improving its products & reserves the right to alter designs without prior notice.