VENFILTER CATALOG 2020

Adsortion and desodorization 0 INFORMA- TION Nitropropane A Persistent odors A Trichlorethylene A Nonane A Stale odors A Sulphur trioxide * 1B Octalene A Ethylene oxide B Turpentine Octane A Mesityl oxide A Urea A Odorizes A A Tarmac fumes A Garlic smell A Ozone A Animal odor B B Paradichlorobenzene A Varnish fumes A PRE- Smell of dead animals A Adhesives A Fuel fumes C FILTERS Smell of roast meat A Onion smell A Pentane B Diesel fumes A Sour cabbage smell A Pentanone A Exhaust fumes 2B Smell of decomposed food A Pen ethylene * B Vinegar Smell of burnt food A Pentene * B B Xylene A Odor of rubber A A Smell of cigarette smoke A Perchlorethylene A Iodine A Perfumes and cosmetics A Iodoform A PAINTINGS Pyridine A Hydrogen Iodide * B BOOTHS Pollen B 3 PRODUCTS CONFOR 4 EPA/HEPA /ULPA 5 HIGH TEMPERA- TURE 6 EQUIP- MENTS 7 MOTORS AND TURBINES 8 Venfilter ADSOR- Tel +34 937 862 607 TION AND Fax +34 937 862 493 DESODO- RIZATION 9 [email protected] 199 INTER- www.venfilter.com NATONAL NORMATI- VE

0 Adsortion and desodorization INFORMA- Pellet Carbon TION Active Carbon Filters 1 Active carbon pellet, supplied in bags. Highly efficient filtration PRE- for the elimination of gaseous pollutants substances. With a FILTERS wide variety of options. Central air filtration of systems for the elimination of gaseous pollutants. Air treatment units, Hospital 2 centers, pharmaceutical laboratories, comfort and industrial facilities, chemical and food industry. Incineration / Niches / PAINTINGS Water treatment plants, dead animal deposits, hotels, restau- BOOTHS rants, discotheques, thermal and nuclear power plants, mu- seums, theaters, computer rooms, critical areas. 3 Features techniques PRODUCTS CONFOR Type: Active Carbon Filters Filtering element: Active pellet carbon or with impregnations for the filtration of very specific gases, (acid 4 vapors, isotopes radio, chlorine, formaldehyde, mercury, etc.) Supplied in bags of 25 kg. EPA/HEPA Advantages /ULPA Filtration of central ventilation systems, for the elimination of gaseous pollutants. 5 High efficiency filters can not cope with the problems of contamination by volatile or gaseous substances. Active carbon filters improve air quality, alleviating the discomfort of people produced by the “Sick Building” HIGH Syndrome by eliminating polluting gases and odors in urban environments that enter the offices through the TEMPERA- ventilation system through a chemical-physical process. TURE References 6 Reference Model Presentation Granulometry Density gr./l Humidity Hardness Sup. Ind. Adsorption mm. % % Esp. Iodine CCL4 % EQUIP- 0,48+-0,03 m2/gr. Mg / gr. MENTS CARB-4/25 CARB Pellet 4 0,50 5 97 55 CARB-ORGANICO CARB Pellet 8 x 30 4 98 900 950 50 7 CARB-FORMALDEHIDO CARB Pellet 4 x 10 0,52-0,58 4 98 700 min. 700 50 CARB Pellet 4 x 10 0,52-0,58 10 98 1000 50 MOTORS CARB-ACIDO CARB Pellet 4 x 10 0,52-0,58 4 98 1000 50 AND CARB-AMONIACO CARB Granulated 0,45+-0,02 10 97 1000 65 CARB-ISOTOPOS 14 1000 1000 TURBINES 1000 1000 1000 8 UxP (*) Stock ADSOR- Units per box F: Manufacturer, S: Stock, SL: Limited Stock TION AND DESODO- Venfilter RIZATION 200 Tel +34 937 862 607 [email protected] 9 Fax +34 937 862 493 www.venfilter.com INTER- NATONAL NORMATI- VE

Adsortion and desodorization NEW 0 Quebraven Galvanized Dimensions INFORMA- Impregnated carbon TION Active Carbon Filters 1 Panel filter with metal frame with filter media impregna- PRE- ted with active carbon. For the prefiltration of central air FILTERS treatment, conditioning and ventilation systems for the elimination of gaseous pollutants. 2 Features techniques PAINTINGS BOOTHS Type: Panel filter with metal frame with filter media impreg- nated with active carbon. 3 Frame: Galvanized steel. Grid: Metallic galvanized on both sides. PRODUCTS Filter element: Synthetic media impregnated with activated CONFOR carbon. Relative Humidity: 70%. 4 Temperature limit: 55ºC. EPA/HEPA Advantages /ULPA - Combined particles / molecules filtration. 5 - Low losses. - All dimensions. References HIGH TEMPERA- TURE Reference Model Dimensions Filtering Rated flow Unit Vol. UxP* Stock* 6 HxLxP Area (m2) (m3/h / Pa) (m3) QM122402CA Quebraven Metálico Carbón 1F EQUIP- QM122404CA Quebraven Metálico Carbón 287x592x48 0.7 1500/125 0.008 1F MENTS QM242402CA Quebraven Metálico Carbón 287x592x98 1.1 1700/195 0.016 1F QM242404CA Quebraven Metálico Carbón 592x592x48 1.3 3000/125 0.016 1F 7 592x592x98 2.2 3400/95 0.034 UxP (*) Stock (*) other sizes: pleased consult. MOTORS Units per box F: Manufacturer, S: Stock, SL: Limited Stock AND TURBINES 8 Venfilter ADSOR- Tel +34 937 862 607 TION AND Fax +34 937 862 493 DESODO- RIZATION 9 [email protected] 201 INTER- www.venfilter.com NATONAL NORMATI- VE

0 Adsortion and desodorization Dimensions INFORMA- Frame for carbon TION replaceable cartridge 1 Active Carbon Filters PRE- Frame for fitting the active carbon cylinders. FILTERS Features techniques 2 Type: Mounting for the cartridges. PAINTINGS Frame: Galvanized Steel, Stainless Steel or Plastic. BOOTHS Cartridge Fitting system: Fitting of cartridges on the quick bayonet mounting. 3 Advantages PRODUCTS CONFOR - Modular System. 4 References EPA/HEPA Reference Model Dimensions No. of Unit Vol. Weight (Kg) UxP Stock /ULPA LxHxP Cartridges (m3) * * BTCGV1224 BTC-GV 3 5 BTCGV2424 BTC-GV 305x610x75 8 0.02 5 1 F 610x610x75 16 0.03 1 F HIGH TEMPERA- UxP (*) Stock Units per box F: Manufacturer, S: Stock, SL: Limited Stock TURE Venfilter 6 202 Tel +34 937 862 607 [email protected] EQUIP- Fax +34 937 862 493 www.venfilter.com MENTS 7 MOTORS AND TURBINES 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

Adsortion and desodorization 0 Replaceable carbon INFORMA- cartridges TION Active Carbon Filters 1 Replaceable carbon cartridges for air entry and exit in Dimensions PRE- ventilation systems that require imporved odor absorption, FILTERS VOCs and the elimination of gases with low toxicity levels. 2 Features techniques PAINTINGS Type: Active carbon cylindrical cartridge. BOOTHS Carbon: Impregnated Active Carbon. Joint: Neoprene. 3 Temperature: Should not exceed 45ºC Relative Humidity: Maximum 70% PRODUCTS Contact time: According to the application it can vary from CONFOR 0.1 to 0.2 seconds. CALCULATION OF CONTACT TIME: Ct (sec.) = volume of 4 active carbon (m3) / flow to be treated m3/h seconds. Example EPA/HEPA Frame BTCGV2424 is fitted with 16 cartridges. /ULPA Cartridge CACGV145/450 contains 4.3 kg. Volume of carbon = 16 x 4.3 = 68.8 liters or 0.0688 m3/h 5 Flow to be treated in the installation 1,200 m3h CALCULATION HIGH Ct(sec.) = 0.0688 / 1200 x 3600 = 0.2 seconds TEMPERA- The contact time is 0.2 seconds, the flows would be as TURE follows: CACGV145/250 - 50 m3/h per cartridge 6 CACGV145/450 - 75 m3/h per cartridge CACGV145/600 - 100 m3/h per cartridge EQUIP- MENTS Advantages 7 - Reloadable cartridges with granulated active carbon. - Moludar system for adaptation to any installation. MOTORS AND References UxP (*) Stock Units per box F: Manufacturer, S: Stock, SL: Limited Stock TURBINES Reference Model Diameters Carbon Carbon (Kg) Minimum Rated flow(m3/h UxP Stock 8 (mm) Thickness contact 2,9 time (s) / Pa) ** ADSOR- 26 mm. 4,3 TION AND CACGV145/250 CAC-GV 145x85x250 26 mm. 5,7 0,1 100/80 1F DESODO- CACGV145/450 CAC-GV 145x85x450 26 mm. 0,1 150/80 1F RIZATION CACGV145/600 CAC-GV 145x85x600 0,1 200/80 1F 9 Venfilter [email protected] 203 Tel +34 937 862 607 www.venfilter.com INTER- Fax +34 937 862 493 NATONAL NORMATI- VE

0 Adsortion and desodorization INFORMA- Multicarb TION Active Carbon Filters 1 Multi-dihedral carbon filter with half fold and active PRE- carbon. FILTERS 2 Features techniques Dimensions PAINTINGS Type: Compact Polyhedral Rigid Bag Filter for deodorisation BOOTHS associated with a High Efficiency filter. Frame: Polypropylene. 3 Filtering Element: Combines active carbon pellet with syn- thetic fibers and microfibers with an efficiency of 95%, accor- PRODUCTS ding to EN 779, F7 and 85%, according EN779, M5. CONFOR Sealant: Polyurethane. Average Efficiency % (Em): 85% 4 EN 779 Class: F7. Recommended Fine Pressure Drop: 250 Pa. EPA/HEPA Temperature: Should not exceed 45ºC /ULPA Retention capacity: Organic substance toluene 952 g. 5 Organic substance n-Butane 117 g. Inorganic substance SO2 350 g. HIGH Inorganic substance HO2 5000 mg. TEMPERA- The retention capacity of the filter is determined for intake TURE concentrations, according to standard E DIN 71460/part 2 6 Accumulation Capacity: (AC Fine/450 Pa) 650 g. EQUIP- Advantages MENTS - Double action: A filtration F-7 class (EN 779: 2002) and adsorption of gases and odors in 7 a single filtering stage. MOTORS - Contaminants of low concentrations. AND - They don't rust and are incinerable 100%. - Interchangeable filters with pre-existing filter bags or compact filters. TURBINES OZONO PURIFICATION EFFICIENCY: 8 CAFP: 90% CAF: 70% ADSOR- TION AND References UxP (*) Stock DESODO- Units per box F: Manufacturer, S: Stock, SL: Limited Stock RIZATION Reference Model Dimensions Average EN 779 Filtering Carbon Rated flow Unit Weight UxP Stock 9 HxLxP Efficiency Class Area (kg) (m3/h / Pa) Vol. (m2) (m3) (Kg) * * INTER- 287x592x292 % (Em) F7 2,1 (m3/h / Pa) NATONAL CAFP122412F7 CAF 490x592x292 F7 4,3 3,6 2800/120 0,05 5,3 1 S NORMATI- CAFP202412F7 CAF 592x592x292 85% F7 7,5 4,4 3400/120 0,09 8,3 1 S CAFP242412F7 CAF 287x592x292 85% 9 2,1 1600/100 0,11 9,2 1 S VE CAF 490x592x292 85% 4,3 3,6 2400/100 0,05 5,3 1 F CAFP122412 CAF 592x592x292 7,5 4,4 3200/100 0,09 8,3 1 F CAFP202412 CAF 9 0,11 9,2 1 F CAFP242412 Venfilter 204 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com

Adsortion and desodorization Dimensions 0 Multicarb G INFORMA- TION Active Carbon Filters 1 Activated carbon filter multi-dihedral. PRE- Features techniques FILTERS Type: Compact activated carbon filter 2 Frame: Polypropylene. Filtering Element: Panels activated carbon grains. PAINTINGS Sealant: Polyurethane. BOOTHS Temperature: Should not exceed 45ºC. 3 Advantages PRODUCTS - Odor Absorption. CONFOR 4 References EPA/HEPA /ULPA Reference Model Dimensions Carbon Rated flow (m3/h Unit Vol. Weight UxP* Stock* HxLxP (Kg) / Pa) (m3) (Kg) 5 1 F CAFG122412GO CAFG 287x592x292 8 1700/70 0,05 13 1 F HIGH CAFG202412GO CAFG 490x592x292 12 2800/70 0,09 16 1 F TEMPERA- CAFG242412GO CAFG 592x592x292 16 3400/70 0,11 21 TURE UxP (*) Stock 6 Units per box F: Manufacturer, S: Stock, SL: Limited Stock EQUIP- MENTS 7 MOTORS AND TURBINES 8 Venfilter ADSOR- Tel +34 937 862 607 TION AND Fax +34 937 862 493 DESODO- RIZATION 9 [email protected] 205 INTER- www.venfilter.com NATONAL NORMATI- VE

0 Adsortion and desodorization INFORMA- Policarb TION Active Carbon Filters 1 Poly-dihedral active carbon filter with a Galvanized flat PRE- box with panels of granulated active carbon. FILTERS 2 Features techniques Dimensions PAINTINGS Type: Compact activated carbon filter. BOOTHS Frame: Galvanized Steel. Filtering Element: Active carbon dihedral panels. 3 Sealant: Polyurethane. Temperature: Should not exceed 45ºC. PRODUCTS CONFOR Advantages 4 - Odor absorption. - Special application: radioactive ions. EPA/HEPA /ULPA References 5 Reference Model Dimensions Carbon (Kg) Rated flow Unit Vol. Weight UxP* Stock* HxLxP (m3/h / Pa) (m3) (Kg) HIGH CAF112312GO CAF 10 1F TEMPERA- CAF232312GO CAF 290x595x292 20 1700/60 0,05 18 1F CAFISO232312 CAF-ISO 595x595x292 20 2800/60 0,11 24 1F TURE CAFISO112312 CAF-ISO 595x595x292 10 3400/80 0,11 30 1F 290x595x292 1700/80 0,05 18 6 UxP (*) Stock (*) other sizes: pleased consult. EQUIP- Units per box F: Manufacturer, S: Stock, SL: Limited Stock MENTS 7 MOTORS AND TURBINES 8 206 Venfilter [email protected] Tel +34 937 862 607 www.venfilter.com ADSOR- Fax +34 937 862 493 TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

International normative 0 International INFORMA- normative TION 1 PRE- FILTERS Historical Standards 2 PAINTINGS BOOTHS YEAR REFERENCE TYPE OF TEST CLASSIFICATION 3 1968 ASHRAE GRAVI-OPA 1980 GRAVI-OPA EU1 - EU4 / EU5 - EU9 PRODUCTS 1982 EUROVENT 4/5 GRAVI-OPA CONFOR 1993 AFNOR NF X 44.012 GRAVI-OPA G1 - G4 / F5 - F9 2003 G1 - G4 / F5 - F9 + Media descargada 4 CE EN 779 Gravimetric particles G1 - G4 / M5 - F9 Minimum efficiency 2012 CEN EN779:2002 EPA/HEPA 2016 Gravimetric particles ePM1, ePM2.5, ePM10 /ULPA 2017 CEN EN779:2012 Gravimetric particles ePM1, ePM2.5, ePM10 ISO 16890-1:2016 Gravimetric particles 5 ISO 16890-3:2017 HIGH Recommended minimum filter classes, by filter selection, depending on the type TEMPERA- of supply air and the outside air quality according to EN16798-3: 2017 TURE Exterior air Air supply class quality 6 SuP1 SuP2 SuP3 SuP4 SuP5 EQUIP- (más elevado) (más bajo) MENTS ODA 1 M5 + F7 F7 F7 F7 - 7 ODA 2 F7 + F7 M5 + F7 F7 F7 G3, M5 ODA 3 F7 + F9 F7 + F7 M6 + F7 F7 MOTORS F7 AND The new standard EN 16798-3: 2017 refers to the standard EN 779, does not provide any recommendation for TURBINES the selection of filters classified according to EN ISO 16890-1. 8 Venfilter [email protected] 207 Tel +34 937 862 607 www.venfilter.com ADSOR- Fax +34 937 862 493 TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

0 International normative INFORMA- EN 13053 If bag filters are used then the filtration zone must be TION Normative at least 10 m² per 1 m² of the equipment transversal section. The joints used must be of a closed cell type, 1 Air treatment ventilation. Filters installed in air treat- they must not absorb humidity and they must not form ment units. a nutritive substrate for micro-organisms. Permanent PRE- The first filtration stage must be placed on the air inlet fixing for the sealing must be guaranteed (for example, FILTERS side, as near as possible to the opening for the outdoor operation from the dirty air side). Filtration sections air inlet, so as to keep the air treatment elements as from an inside height of 1,6 m must be set up with an 2 clean as possible. Additional pre-filters G1 to G4 are inspection window (with a minimum interior diameter authorized. The second filtration stage is placed on the of 150 mm) and light inside. PAINTINGS outlet side at the start of the air supply duct to keep it In the fan section, for the purposes of setting the pres- BOOTHS clean. sure drop value in the filter on designing the air flow, When just one filtration stage is used for the supply this must be the average of the initial and final drops 3 system, the minimum that must be installed is a class for clean and dust filled filters respectively. F7 filter. Note 1: The volumetric flow variation of air due to dust PRODUCTS In the case of using a two filtration stages, the air su- accumulation must be indicated in the technical spe- CONFOR pply fan must be placed between the first and second cifications. If the specific tolerances for an application filtration stages. With the aim of preventing the deve- are not mentioned, <>10% is acceptable based on the 4 lopment of microbes in the second stage air filters or average pressure drop. in a superior stage, the relative humidity in the filter The pressure drops in a filter section that is filled with EPA/HEPA zone must be limited to 90%; temperatures below the solid particles must not exceed the values given in /ULPA dew point temperature must always be avoided. The air table 9. Lower pressure drops can also be specified filters must not be placed immediately after refrige- when appropriate. 5 ration batteries with dehumidification or after humidi- The filters installed in air treatment units used for hu- fiers (exception –steam humidifiers). man occupation must be tested and classified in accor- HIGH dance with the EN 779 Standard. TEMPERA- Maximum final pressure drop for filters TURE Class of filter Final pressure drop 6 G1 - G4 150 Pa EQUIP- M5 - F7 200 Pa MENTS F8 - F9 300Pa 7 Note 2: the final pressure drops indicated in the table for energy saving reasons are typical maximum values for working air treatment units and lower than those used in the EN 779 Standard for classification purposes, and the MOTORS performances obtained in the trials in accordance with the EN 779 Standard are not necessarily fulfilled with these AND lower pressure drops. The following data must be shown in a clearly visible way (with a label) in the filter section: class of filter, type of TURBINES filtering media, final pressure drop. On changing the filter the user must verify and update this information. 8 Venfilter ADSOR- Tel +34 937 862 607 [email protected] TION AND Fax +34 937 862 493 www.venfilter.com DESODO- 208 RIZATION 9 INTER- NATONAL NORMATI- VE

International normative 0 Equivalence of Standards for Controlled INFORMA- Rooms TION Equivalence of international classification standards 1 PRE- FILTERS No. of particles US Fed. Std 209E 1992 EN ISO 14644-1 France AFNOR NF European Union No. of particles 2 >0,5 µm/m³ 1996 X 44.101 1981 Pharmaceutical > 0,1 µm/m³ (aprox.) Industry Guide (approx.) PAINTINGS ISO 1 BOOTHS 1 ISO 2 BPF 1989 10 4 ISO 3 35 3 10 M1 1 ISO 4 4 000 A and B 100 35 M 1.5 10 ISO 5 350 PRODUCTS 100 M2 100 ISO 6 1 000 CONFOR 353 M 2.5 1 000 3 500 1 000 M3 10 000 10 000 4 3 530 M 3.5 100 000 35 000 10 000 M4 100 000 EPA/HEPA 35 300 M 4.5 350 000 /ULPA 100 000 M5 1 000 000 353 000 M 5.5 5 1 000 000 M6 ISO 7 400 000 C 3 530 000 M 6.5 HIGH 10 000 000 M7 ISO 8 4 000 000 D TEMPERA- 35 000 000 ISO 9 TURE BPF 1989 - Pharmaceutical Industry 6 Guide EQUIP- CLEAN ROOMS MENTS Classification of the different air qualities required to manufacture sterile products: 7 Maximum Nº of particles per m3 of air, with a dimension equal or superior to Max. Nº of microor- MOTORS ganisms per m3 of air AND 0.5 µm 5 µm 0.5 µm 5 µm (in activity) TURBINES In non-activity (b) In activity 8 A 3500 0 3500 0 <1 ADSOR- B 3500 0 350000 2000 10 TION AND DESODO- C 350000 2000 3500000 20000 100 RIZATION D 3500000 20000 not defined (c) not defined (c) 200 9 Venfilter [email protected] 209 INTER- Tel +34 937 862 607 www.venfilter.com NATONAL Fax +34 937 862 493 NORMATI- VE

0 International normative INFORMA- TION Clean rooms and controlled annexed 1 premises (US.FED.STD.209E) PRE- FILTERS 2 Class name Class limits PAINTINGS 0,1 μm 0,2 μm 0,3 μm 0,5 μm 0,5 μm BOOTHS S1 English mᵌ ftᵌ mᵌ ftᵌ mᵌ ftᵌ mᵌ ftᵌ mᵌ ftᵌ 3 M1 1 350 9,91 75,5 21,4 30,9 0,875 10 0,288 M 1,5 10 1240 335 265 7,5 106 3 35,3 1 247 7 PRODUCTS M2 100 3500 99,1 757 21,4 309 8,75 100 2,83 618 17,5 CONFOR M 2,5 12499 360 2650 75 1060 30 353 10 2470 70 M3 35000 991 7570 214 3090 87,5 1000 28,3 6180 175 4 M 3,5 26500 750 10600 300 3530 100 24700 700 M4 75700 2140 30900 875 10000 283 61800 1750 EPA/HEPA M 4,5 35300 1000 /ULPA M5 1000 100000 2830 M 5,5 353000 100000 5 M6 10000 1000000 28300 M 6,5 3530000 100000 HIGH M7 100000 10000000 283000 TEMPERA- EN ISO 14644 Standard TURE Classes by type of air particle cleaning for clean rooms and protected zones. 6 Classification Maximum admissible concentration (particles per m3 of air) for particle dimensions equal or superior to: EQUIP- Number MENTS 0,1 0,2 0,3 0,5 1 5 ISO CD 14644.1 10 2 7 (1996) 100 24 10 4 8 29 1000 237 102 35 83 293 MOTORS ISO 1 10000 2370 1020 352 832 2930 AND ISO 2 100000 23700 10200 3520 8320 29300 ISO 3 1000000 237000 102000 35200 83200 293000 TURBINES ISO 4 352000 832000 ISO 5 3520000 8320000 8 ISO 6 35200000 ISO 7 ADSOR- ISO 8 TION AND ISO 9 DESODO- RIZATION Venfilter 9 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com INTER- 210 NATONAL NORMATI- VE

Edition: DECEMBER 2018

0 Equipments INFORMA- References TION Pre-filter 1 Reference Measurements Classification Classification Filtering Nominal Initial (BxH) as per as per Surface Flow Pa PRE- QME61030598G4 EN779 (m3/h) FILTERS QME61061098G4 610x305x98 G4 ISO16890 (m2) 2340 45 VPLPL122404F7 610x610x98 G4 ePM10 50% 0,51 5130 45 2 VPLPL242404F7 305x610x98 F7 ePM10 50% 1,05 1600 90 PVGV122412.4F9 610x610x98 F7 ePM1 55% 5,8 3200 90 PAINTINGS PVGV242412.8F9 305x610x292 F9 ePM1 55% 11,6 2250 160 BOOTHS 610x610x292 F9 ePM1 80% 14 4500 160 ePM1 80% 28 3 Reference Measurements Classification as Filtering Nominal Initial COMFORT (BxH) per EN1822 Surface Flow Pa PRODUCTS AVGVPP122411H14 (m3/h) AVGVPP242411H14 305x610x292 H14 (m2) 1330 280 4 610x610x292 H14 12,48 2680 280 PV122412.4H14 305x610x292 H14 25,17 1600 280 EPA/HEPA PV242412.10H14 610x610x292 H14 4000 280 /ULPA PV242412.10H14 610x610x292 H14 20 4000 280 40 5 40 HIGH Reference Measurements Carbon ºC MAX % Weight TEMPERA- (BxH) Volume Recommended (Kg) CAF122412 45 relative humidity TURE CAF242412 305x610x292 10 45 18 610x610x292 20 30-70 30 6 30-70 EQUIP- 212 Venfilter [email protected] MENTS Tel +34 937 862 607 www.venfilter.com Fax +34 937 862 493 7 MOTORS AND TURBINES 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

Motors and turbines Dimensions 0 Multiven G4 INFORMA- TION Filters for turbines 1 Filtration of air inlet, outlet and recirculation in ventilation systems where a high degree of durability is required, such PRE- as: Gas turbines and turbochargers. FILTERS Technical features 2 Type: Compact Multi-dihedral Rigid Bags Filter. PAINTINGS Frame: Plastic (Polystyrene). BOOTHS Filter Element: Synthetic. Separators: Thermoplastic glue beads. 3 Sealant: Polyurethane. EN 779 Class: G4. COMFORT ISO 16890: Coarse 60%. PRODUCTS Recommended Final Pressure Drop: 450 Pa. Temperature: 80ºC, continuous service. 4 Advantages EPA/HEPA /ULPA - Rigid construction facilitating installation, all components are Anticorrosive and incinerable. 5 - High Nominal Flow for a low Pressure Drop, this is obtained with a larger filter area in m2 with respect to bag filters. - Excellent performance in difficult operating conditions. HIGH TEMPERA- TURE 6 EQUIP- MENTS References Dimensions EN 779 ISO 16890 Filter Nominal Initial Unit UxP Stock 7 BxHxP Class Surface Flow Pa Volume ** Reference (m3/h) MOTORS (m2) (m3) AND TURBINES MVS122412G4 592x292x292 G4 Grueso 60% 3,00 1750 60 0,05 1F 8 MVS202412G4 592x492x292 G4 Grueso 60% 5,00 2800 60 0,09 1F MVS242412G4 592x592x292 G4 Grueso 60% 6,00 3400 60 0,11 1F ADSOR- MVS122417G4 592x292x440 G4 Grueso 60% 4,50 1750 80 0,08 1F TION AND MVS202417G4 592x492x440 G4 Grueso 60% 7,50 2800 80 0,13 1F DESODO- MVS242417G4 592x592x440 G4 Grueso 60% 9,00 3400 80 0,16 1F RIZATION *UxP *Stock 9 Units per box F: Manufacturer, S: Stock, SL: Limited Stock Venfilter [email protected] 213 INTER- Tel +34 937 862 607 www.venfilter.com NATONAL Fax +34 937 862 493 NORMATI- VE

0 Motors and turbines Dimensions Certification INFORMA- V60 TION Filters for turbines 1 Filtration of incoming, outgoing and recirculation air in PRE- ventilation systems where a high degree of durability is FILTERS required, such as: Gas turbines and turbo-compressors. 2 Technical features PAINTINGS Type: Rigid bag filter. BOOTHS Frame: Polyurethane. Media: Progressive synthetic fiber structure. 3 Bags: Conical and heat-sealed, with spacers built into the polyurethane frame, forming a rigid and aerodynamic unit. COMFORT Average Efficiency % (Em): 63% PRODUCTS EN 779 Class: M6. ISO 16890: ePM10 55%. 4 Recommended Final Pressure Pressure Drop: 450 Pa Retention capacity (AC Fine/1000 Pa): 3000 g/unit EPA/HEPA Breaking strength: 3000 Pa. /ULPA Temperature: 90ºC. 5 References HIGH Reference Dimensions Number EN 779 ISO 16890 Nominal Initial Filter Energy Energy Energy Energy UxP Stock TEMPERA- BxHxP of Class flow Pa Surface Class Class (m3/h) 779 16890 Cons. Cons. * * TURE bags M6 (m2) **** M6 *** kWh/ kWh/year 6 year 16890 EQUIP- MENTS 779 ** 7 * MOTORS V60-1/1 595x595x600 8 ePM10 50% 5.56 3400 62 BB 790 645 2 S AND V60-1/2 287x595x600 4 ePM10 50% 2.8 1700 4F TURBINES * Energy consumption kWh / year: Calculated according to Eurovent guidelines 4 / 21-2014. 8 *UxP *Stock ** Energy consumption kWh / year: Calculated according to Eurovent guidelines. ADSOR- Units per box TION AND F: Manufacturer, S: Stock, SL: Limited Stock *** Energy Class according to Eurovent RS 4 / C / 001-2017. DESODO- RIZATION **** Energy Class according to Eurovent. 9 Venfilter INTER- 214 Tel +34 937 862 607 [email protected] NATONAL Fax +34 937 862 493 www.venfilter.com NORMATI- VE

Motors and turbines Dimensions 0 Certification Multiven Turbine 292 INFORMA- TION Filters for turbines 1 Gas turbine air inlet. PRE- Technical features FILTERS Type: Compact Polyhedral Rigid Bag Filter. 2 Frame: Polystyrene. Filtering Element: Fiberglass paper. PAINTINGS Separators: Thermoplastic glue beads BOOTHS Sealant: Bases, side and front sealed with Polyurethane. Joint: Bicomponent polyurethane liquid system. (Semicircular 3 expanded polyurethane) Grill: Reinforcement grid as the air outlet in the model MVTG, the COMFORT model MVTGSR does not include safety grid. PRODUCTS Average Efficiency % (Em): 80% < Em < 90% et 95% < Em. EN779 Class: F7 and F9. 4 ISO 16890: ePM1 50% and ePM1 80%. Recommended Final Pressure Drop:600 Pa. EPA/HEPA Temperature: 80ºC continuous service. /ULPA Humidity: 100% RH. 5 References HIGH Reference Dimensions EN 779 *ME ISO 16890 Filter Nominal Initial Unit Weight UxP Stock TEMPERA- BxHxP Class % Surface MVTG242412F9 flow Pa volume (Kg) * * TURE MVTG202412F9 (m2) MVTG122412F9 19 (m3/h) (m3) 6 MVTG242412F7 15 MVTG202412F7 592x592x292 F9 78 ePM1 80% 8.5 4250 155 0.11 5 1 F EQUIP- MVTG122412F7 19 MENTS 592x492x292 ePM1 80% 15 3500 0.09 4 1 F 8.5 7 592x292x292 ePM1 80% 2125 0.06 3 1 F MOTORS 592x592x292 F7 54 ePM1 50% 4250 78 0.11 5 1 F AND 592x492x292 ePM1 50% 3500 0.09 4 1 F TURBINES 592x292x292 ePM1 50% 2125 0.06 3 1 F 8 MVTGSR242412F9 592x592x292 F9 78 ePM1 80% 19 4250 155 0.11 5 1 F ADSOR- 15 TION AND MVTGSR202412F9 592x492x292 ePM1 80% 8.5 3500 0.09 4 1 F DESODO- 19 RIZATION MVTGSR122412F9 592x292x292 ePM1 80% 15 2125 0.06 3 1 F 8.5 9 MVTGSR242412F7 592x592x292 F7 54 ePM1 50% 4250 115 0.11 5 1 F INTER- MVTGSR202412F7 592x492x292 ePM1 50% 3500 0.09 4 1 F NATONAL NORMATI- MVTGSR122412F7 592x292x292 ePM1 50% 2125 0.06 3 1 F VE *UxP *Stock *ME%: Minium Efficiency to EN779:2012 Units per box F: Manufacturer, S: Stock, SL: Limited Stock Venfilter [email protected] 215 Tel +34 937 862 607 www.venfilter.com Fax +34 937 862 493

0 Motors and turbines Dimensions Certification INFORMA- Multiven Turbine 440 TION Filters for turbines 1 Gas turbine air inlet. PRE- FILTERS Technical features 2 Type: Compact Polyhedral Rigid Bag Filter. Frame: Polystyrene. PAINTINGS Filtering Element: Fiberglass paper. BOOTHS Separators: Thermoplastic glue beads. Sealant: Bases, side and front sealed with Polyurethane. 3 Joint: Bicomponent polyurethane liquid system. (Semicircu- lar expanded polyurethane) COMFORT Grill: Reinforcement grid as the air outlet. PRODUCTS Average Efficiency % (Em): 95% < Em. EN779 Class: F7, F8 and F9. 4 ISO 16890: ePM1 60%, ePM1 65% and ePM1 85%. Recommended Final Pressure Drop:600 Pa. EPA/HEPA Temperature: 80ºC continuous service. /ULPA Humidity: 100% RH. 5 References HIGH Reference Dimensions EN *ME ISO 16890 Filter Nominal Initial Energy Energy Energy Energy Unit weigth UxP S TEMPERA- BxHxP 779 % Surface flow Pa Class Class Cons. Cons. Volume (Kg) * * Class ePM1 90% (m3/h) 779 16890 kWh/ kWh/ TURE ePM1 90% (m2) **** year year (m3) ePM1 90% *** 779 16890 6 ePM1 65% 32 ePM1 65% 27 * ** EQUIP- ePM1 65% 16 MENTS MVTG242417F9 592x592x440 F9 78 ePM1 60% 32 3400 93 A+ A+ 1200 1189 0.16 12 1 F MVTG202417F9 592x492x440 F8 65 ePM1 60% 27 7 MVTG122417F9 592x292x440 F7 54 ePM1 60% 16 2800 A+ A+ 0.13 9 1 F MVTG242417F8 592x592x440 32 MOTORS MVTG202417F8 592x492x440 27 1700 A+ A+ 0.08 6 1 F AND MVTG122417F8 592x292x440 16 MVTG242417F7 592x592x440 3400 79 A+ A 950 860 0.16 12 1 F TURBINES MVTG202417F7 592x492x440 MVTG122417F7 592x292x440 2800 A+ A 0.13 9 1 F 8 1700 A+ A 0.08 6 1 F ADSOR- TION AND 3400 70 A+ A+ 790 792 0.16 12 1 F DESODO- RIZATION 2800 A+ A+ 0.13 9 1 F 9 1700 A+ A+ 0.08 6 1 F INTER- *ME%: Minium Efficiency to EN779:2012 NATONAL NORMATI- *UxP *Stock * Energy consumption kWh / year: Calculated according to Eurovent guidelines 4 / 21-2014. Units per box VE F: Manufacturer, S: Stock, SL: Limited Stock ** Energy consumption kWh / year: Calculated according to Eurovent guidelines. *** Energy Class according to Eurovent RS 4 / C / 001-2017. **** Energy Class according to Eurovent. Venfilter 216 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com

Motors and turbines 0 Multiven Turbine Epa INFORMA- TION Filters for turbines 1 Gas turbine air inlet. PRE- FILTERS Technical features Dimensions 2 Certification Type: Compact Polyhedral Rigid Bag Filter. PAINTINGS Frame: Polystyrene. BOOTHS Filtering Element: Fiberglass paper. Separators: Thermoplastic glue beads 3 Sealant: Bases, side and front sealed with Polyurethane. Joint: Bicomponent polyurethane liquid system. (Semicir- COMFORT cular expanded polyurethane) PRODUCTS Grill: Reinforcement grid as the air outlet in the model MVTG, the model MVTGSR does not include safety grid. 4 MPPS Efficiency: 85%. EN1822 Class: E10. EPA/HEPA Recommended Final Pressure Drop: 450 Pa. /ULPA Temperature: 80ºC continuous service. Humidity: 100% RH. 5 References HIGH TEMPERA- Reference Model Dimensions Class Filter Nominal Initial Unit Weigth MPPS UxP S BxHxP EN 1822 Surface flow Pa Volume TURE MVTG242412H10 (m3/h) 185 (Kg) Efficiency % * * MVTG202412H10 (m2) 4250 (m3) 6 MVTG122412H10 MV-TG 592x592x292 E10 19 3500 185 0.11 5 85 1 F MVTGSR242412H10 MV-TG 592x492x292 E10 15 2125 0.09 4 1F EQUIP- MVTGSR202412H10 MV-TG 592x292x292 E10 8.5 4250 200 0.06 3 1F MENTS MVTGSR122412H10 MV-TG 592x592x292 19 3500 0.11 5 85 1 F MVTG24241217H10 MV-TG 592x492x292 15 2125 0.09 4 1F 7 MVTG202417H10 MV-TG 592x292x292 8.5 5400 0.06 3 1F MVTG122417H10 MV-TG 592x592x440 32 4500 0.16 12 85 1 F MOTORS MV-TG 592x492x440 27 2700 0.13 9 1F AND MV-TG 592x292x440 16 0.08 6 1F TURBINES *UxP *Stock Units per box F: Manufacturer, S: Stock, SL: Limited Stock 8 Venfilter [email protected] 217 ADSOR- Tel +34 937 862 607 www.venfilter.com TION AND Fax +34 937 862 493 DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

0 Motors and turbines Dimensions INFORMA- Duraven TION Filters for turbines 1 Designed for air suction in gas turbines, compressors, PRE- centrifuges, machinery and places where there is consi- FILTERS derable vibration. 2 Technical features PAINTINGS Type: Compact Filter with High Efficiency aluminum separators. BOOTHS Frame: Galvanized Steel with two bridles or flanges. Filtering Element: Glass microfiber paper. 3 Separators: Corrugated (Fluted) aluminum separator. Sealant: Polyurethane. COMFORT Clamp or flange: Galvanized Steel. PRODUCTS Grille: Grille on both sides. Gravimetric Efficiency: 98% and 99.95% 4 Average Efficiency % (Em): 60% ≤ Em < 80% and 90% ≤ Em < 95%. EN 779 Class: M6 and F8. EPA/HEPA ISO 16890: ePM10 70% and ePM1 70%. /ULPA Recommended Final Pressure Pressure Drop: 600 Pa. Temperature: 80ºC continuous service. 5 References HIGH TEMPERA- Reference Dimensions EN 779 *ME ISO 16890 Filter Nominal Nominal Unit Weight UxP S BxHxP Class % Surface Flow Flow volume (Kg) * * TURE (m2) (m3/h)/Pa (m3/h)/Pa (m3) 6 DU242412F8 595x595x292 F8 71 ePM1 70% 12 3400/170 4250/150 0.11 8,2 1 F EQUIP- MENTS DU242412F6 595x595x292 M6 ePM10 70% 12 3400/130 4250/110 0.11 8,2 1 F 7 *UxP *Stock *ME%: Minium Efficiency to EN779:2012 Units per box F: Manufacturer, S: Stock, SL: Limited Stock MOTORS AND Venfilter TURBINES 218 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

Motors and turbines 0 Cartridges turbines INFORMA- TION Filters for turbines 1 Air inlet of gas turbines, compressors and engines. PRE- FILTERS Technical features Dimensions 2 Type: High Efficiency self-cleaning cartridge. PAINTINGS Frame: Upper and lower cover. BOOTHS Construction: Interior and upper collectors in expanded gal- vanized steel. 3 Filtering Element: Mixture of resin-impregnated cellulose and synthetic fibers. COMFORT Sealant: Resin resistant to high temperatures and stable un- PRODUCTS der the action of chemical agents. Joint: Circular neoprene seal with a triangular section glued 4 on the top cover. Separators: Thermoplastic glue (hotmel) spacers. EPA/HEPA Average Efficiency % (Em): 95% Em /ULPA EN 779 Class: F9. Recommended Final Pressure Pressure Drop: 1500 Pa. 5 Temperature: 80ºC continuous service. References Reference Model Diameters (mm) Average Efficiency EN 779 EN Filter Nominal Initial Unit Weight UxP S HIGH efficiency % (MPPS E Class 1822 Surface flow Pa Volume (Kg) * * TEMPERA- CTG324560-SGF9 CF-TG 324x215x560 Class CTG324700-SGF9 CF-TG 324x215x700 (Em) %) F9 (m2) (m3/h) 190 (m3) F TURE CTG324660-K1+ CF-TG (445/324x660) + 96% F9 17 950 190 F CTG445324660-K1 CF-TG 96% F9 22 1175 163 0,07 7 1 F 6 CTG324660-SGF9+ CF-TG (324x660) 97% 48 2600 CTG445324660-SGF9 CF-TG (445/324X660) + 0,09 8,3 1 EQUIP- CTG324660-F9+ 96% MENTS CTG445324660-F9 (324x660) 0.22 16 1 CTG324660-E10+ (445/324x660) + 98% 7 CTG445324660-E10 F9 45 2600 146 0.22 16 1F (324x660) MOTORS (445/324x660) + F9 45 2600 137 0.22 16 1F AND (324x660) 85% E10 45 2600 143 0.22 16 1F TURBINES *UxP *Stock 8 Units per box F: Manufacturer, S: Stock, SL: Limited Stock Venfilter ADSOR- Tel +34 937 862 607 TION AND Fax +34 937 862 493 DESODO- RIZATION 9 [email protected] 219 INTER- www.venfilter.com NATONAL NORMATI- VE

0 Motors and turbinesFilter surface INFORMA- General Information TION TG Cartridge Filters have been designed to work in extreme working condi- 1 tions in the aspiration of gas turbines, generators and other rotary-operation equipment, for high performance work cycles in urban, industrial, interior, PRE- marine and coastal environments. FILTERS TG cartridges are available in a wide range of sizes in order to meet the needs of our clients. 2 They are available in a wide variety of filter media in order to ensure effective performance in specific operational conditions, with 99.8% efficacy in all ca- PAINTINGS ses, and capable of retaining particles of up to 0.5 microns. BOOTHS Construction 3 The filter media used for TG Cartridge production may be: COMFORT S: Synthetic filter media PRODUCTS K1: Synthetic and cellulose mixture F: Water-repellent micro fiberglass media 4 SG-F9: Synthetic and fiberglass media H: Hepa filter media EPA/HEPA The uniform separations between filter media folds are maintained with the use of perimeter bands of melted adhe- /ULPA sive that is applied heated to interior and exterior fold surfaces. This ensures constant form and distances between the folds, maintaining the original characteristics of the fold for long periods of time, while optimising the effective 5 use of the filter surface. The cartridges include inner and outer expanded galvanized metal covers or protections in order to guarantee the safety of the media, while maximizing both the filter surface and dust accumulation capacity. HIGH A thermoplastic seal is also made in order to prevent leakages between the galvanized covers at the ends of the TEMPERA- filter packet, resulting in a unified product. These filters are assembled securely using a circular polyurethane gasket. TURE Venfilter 6 220 Tel +34 937 862 607 [email protected] EQUIP- Fax +34 937 862 493 www.venfilter.com MENTS 7 MOTORS AND TURBINES 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

Motors and turbines 0 Filter Media with respect to Turbines K1 SG-F9 F INFORMA- TION Filter media recommended for turbine operational a a a conditions a a 1 a a a URBAN AND INDUSTRIAL AREAS: PRE- Heavy airborne hydrocarbons, various particle sizes aa FILTERS (large and small). INDUSTRIAL 2 Major concentrations of large and small particles. PAINTINGS MARINE BOOTHS Coastal, humid atmospheres, moisture-laden air 3 DESERT Arid, high dust concentrations, sandy, very fine parti- COMFORT cles. PRODUCTS ARCTIC Very cold, dry air, all humidity is transformed into 4 frost and builds up on the filter. EPA/HEPA Cleaning Impulsion System K1 SG-F9 F /ULPA Filter media recommended filter cleaning. a a 5 (Self-cleaning system) HIGH Applications TEMPERA- Suitable for filter intake, outlet and recirculation in ventilation systems that require high safety levels with res- TURE pect to clean air, such as: • Cogeneration and power generation plants for gas turbines (air combustion, turbine ventilation, alter 6 nator ventilation and room ventilation in some cases) • Cogeneration plants for motors (air combustion, and room ventilation in some cases) EQUIP- • Compressors used for air fractionation in the production of gases (oxygen, etc.), the production of MENTS compressed air and gas pumping stations (air supply or room ventilation). 7 Venfilter [email protected] 221 Tel +34 937 862 607 www.venfilter.com MOTORS Fax +34 937 862 493 AND TURBINES 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

0 Motors and turbines INFORMA- EFFICACY – PARTICLE SIZE IN MICRONS TION Filter CTG324660-k1 + CTG445324660-K1 Efficacy in % terms 1 (Cylindrical + Conical) Aerosol Test: DEHS PRE- Filtration Surface: Synthetic and cellulose mixture. FILTERS Air Flow: 0.722 m3/s. 2 Initial Efficacy: 163 Pa Efficacy after the1st dust load: 250 Pa PAINTINGS Efficacy after the 2nd dust load: 350 Pa BOOTHS Efficacy after the 3rd dust load: 450 Pa Particle size (microns) 3 Filter CTG324660-SGF9 + CTG445324660-SGF9 Efficacy in % terms Aerosol Test: (Cylindrical + Conical) COMFORT Filtration Surface: DEHS Particle size (microns) PRODUCTS Air Flow: Mixture of synthetic fibers impregnated with resin and fiberglass Efficacy in % terms 4 Filter 0.722 m3/s. Aerosol Test: Particle size (microns) EPA/HEPA Filtration Surface: Initial Efficacy: 146 Pa /ULPA Air Flow: Efficacy after the1st dust load: 250 Pa Efficacy in % terms Efficacy after the 2nd dust load: 350 Pa 5 Filter Efficacy after the 3rd dust load: 450 Pa Aerosol Test: HIGH Filtration Surface: CTG324660-F9 + CTG445324660-F9 (Cylin- TEMPERA- Air Flow: drical + Conical) TURE 222 DEHS 6 Fiberglass 0.722 m3/s. EQUIP- MENTS Initial Efficacy: 137 Pa Efficacy after the1st dust load: 250 Pa 7 Efficacy after the 2nd dust load: 350 Pa Efficacy after the 3rd dust load: 450 Pa MOTORS AND CTG324660-H10 + CTG445324660-H10 (Cylindrical + Conical) TURBINES DEHS Hepa fiberglass. 8 0.722 m3/s. ADSOR- Initial Efficacy: 143 Pa TION AND Efficacy after the1st dust load: 250 Pa DESODO- Efficacy after the 2nd dust load: 350 Pa RIZATION Efficacy after the 3rd dust load: 450 Pa 9 Particle size (microns) INTER- Venfilter [email protected] NATONAL Tel +34 937 862 607 www.venfilter.com NORMATI- Fax +34 937 862 493 VE

Motors and turbines 0 TECHNICAL CHARACTERISTICS INFORMA- TION TG Filters are available in a wide range of sizes in order to meet the requirements of our clients, and may be supplied in the two most commonly-used formats: CYLINDRICAL AND CONICAL. 1 The most commonly-used cartridge heights are: PRE- • Cylindrical: 560, 600, 660 and 700 mm FILTERS • Conical: 660 mm. 2 Venfilter Reference: CTG324560-SGF9 PAINTINGS External Diameter 324 mm BOOTHS Interior Diameter Height: 215 mm 3 Filtration media: 560 mm Mixture of synthetic fibers impregnated with resin COMFORT Filtration surface and fiberglass PRODUCTS 17 m2 4 Nominal flow: 950 m3/h. EPA/HEPA Efficacy 96% Ashrae Dust Spot /ULPA Class according to EN 779: F9 5 Venfilter Reference: CTG324660-F9 HIGH TEMPERA- External Diameter 324 mm Interior Diameter 215 mm TURE Height: 660 mm Filtration media: fiberglass 6 Filtration surface 20 m2 1100 m3/h. EQUIP- Nominal flow: MENTS 98% Ashrae Dust Spot Efficacy 7 F9 Class according to EN 779: MOTORS AND Venfilter Reference: CTG324660-K1 TURBINES External Diameter 324 mm Interior Diameter 215 mm 8 Height: 660 mm Filtration media: Mixture of cellulosic and synthetic fibers impregna- ADSOR- ted with resin. TION AND Filtration surface 20 m2 DESODO- Nominal flow: RIZATION 1100 m3/h. 9 Efficacy 95% Ashrae Dust Spot INTER- Class according to EN 779: F8 NATONAL NORMATI- Venfilter [email protected] 223 Tel +34 937 862 607 www.venfilter.com VE Fax +34 937 862 493

0 Motors and turbines INFORMA- TION 1 TECHNICAL CHARACTERISTICS PRE- Venfilter Reference: CTG324700-SGF9 FILTERS External Diameter 324 mm 2 Interior Diameter 215 mm Height: 700 mm PAINTINGS Filtration media: Mixture of synthetic fibers impregnated with resin BOOTHS and fiberglass Filtration surface 22 m2 Nominal flow: 1100 m3/h. Efficacy 96% Ashrae Dust Spot 3 Class according to EN 779: F9 COMFORT PRODUCTS 4 Venfilter Reference: CTG324862-K1 EPA/HEPA Installation Bayoneta /ULPA Exterior Diameter 324 mm Interior Diameter 215 mm 5 Height: 862 mm Filtration media: Mixture of cellulosic and synthetic fibers HIGH impregnated with resin. TEMPERA- Filtration surface 25 m2 Nominal flow: TURE 1360 m3/h. 6 Efficacy 95% Ashrae Dust Spot Class according to EN 779: F8 EQUIP- Venfilter Reference: CTG404/360660-K1 MENTS Superior Platform 404 / 324 7 Exterior Diameter 324 mm Interior Diameter 215 mm MOTORS Height: 660 mm AND Filtration media: Mixture of cellulosic and synthetic fibers impregnated with resin. TURBINES Filtration surface 20 m2 Nominal flow: 8 1100 m3/h. ADSOR- Efficacy 95% Ashrae Dust Spot TION AND DESODO- Class according to EN 779: F8 RIZATION Venfilter 9 Tel +34 937 862 607 Fax +34 937 862 493 INTER- 224 [email protected] NATONAL www.venfilter.com NORMATI- VE

Motors and turbines 0 Filter References: INFORMA- CTG324660-K1 + CTG445324660-K1 (Cylindrical + Conical) Filtration TION Surface: Mixture of cellulose and synthetic fibers. 1 Exterior Diameter 1 445 mm PRE- Interior Diameter 1 332 mm FILTERS Exterior Diameter 2 324 mm 2 Interior Diameter 2 215 mm PAINTINGS BOOTHS Total Height: 1345 mm 3 Filtration media: Mixture of cellulose and synthetic fibers impregnated with resin. COMFORT PRODUCTS Filtration surface 48 m2 4 Nominal flow: 2600 m3/h. EPA/HEPA Initial Pressure Difference in Pa 163 /ULPA Efficacy 97% Ashrae Dust Spot 5 Class according to EN 779: F9 HIGH TEMPERA- Filter References: CTG324660-SGF9 + CTG445324660-SGF9 (Cylindrical + Conical) Filtra- TURE tion Surface: Mixture of synthetic fibers impregnated with resin and fiberglass 6 Exterior Diameter 1 445 mm EQUIP- MENTS Interior Diameter 1 332 mm 7 Exterior Diameter 2 324 mm MOTORS Interior Diameter 2 215 mm AND Total Height: 1345 mm TURBINES Filtration media: Mixture of synthetic fibers impreg- 8 Filtration surface nated with resin and fiberglass 45 m2 ADSOR- TION AND Nominal flow: 2600 m3/h. DESODO- RIZATION Initial Pressure Difference in Pa 146 9 Efficacy 96% Ashrae Dust Spot INTER- Class according to EN 779: F9 NATONAL NORMATI- Filter References: Filter References: CTG324660-F9 + CTG445324660-F9 (Cylindrical + Conical) Filter CTG324660-H10 + CTG445324660-H10 (Cylindrical + Conical) Filter Surfa- VE Surface: Fiberglass. ce: Hepa fiberglass. Exterior Diameter 1 445 mm Exterior Diameter 1 445 mm Interior Diameter 1 332 mm Interior Diameter 1 332 mm Exterior Diameter 2 324 mm Exterior Diameter 2 324 mm Interior Diameter 2 215 mm Interior Diameter 2 215 mm Total Height: 1345 mm Total Height: 1345 mm Filtration media: Fiberglass. Filtration media: Hepa fiberglass. Filtration surface 45 m2 Filtration surface 45 m2 Nominal flow: Nominal flow: Initial Pressure Difference in Pa 2600 m3/h. Initial Pressure Difference in Pa 2600 m3/h. Efficacy 137 Efficacy 143 Class according to EN 779: 98% Ashrae Dust Spot Class according to EN 779: 100% Ashrae Dust Spot F9 E10 Operational limit: - Pressure Drop of recommended final load: 1500 Pa Venfilter [email protected] 225 Tel +34 937 862 607 www.venfilter.com Fax +34 937 862 493

0 Adsortion and desodorization INFORMA- ¿Por qué la filtración molecular? TION En el mundo de la industria representa una importante amenaza la polución molecular ya que el aire que res- 1 piramos está inevitablemente contaminado por la contaminación química invisible. La industria, los vehículos and los lugares dónde se genera energía emiten sustancias químicas que continua- PRE- mente desafían nuestro medio ambiente. Dentro de edificios o en lugares de trabajo and ocio, las personas FILTERS están expuestas a los contaminantes químicos, éstos pueden estar dispersos and provocar dyears ambientales en áreas amplias, además de dañar a las personas and al medio ambiente en general, la contaminación at- 2 mosférica puede causar dyears irreversibles a objetos aparentemente inertes, como artefactos and pinturas de museos. PAINTINGS BOOTHS Aplicaciones Típicas 3 CONFORT PROCESO LIMPIO SEGURIDAD and PROTECCIÓN COMFORT APLICACIÓN CONTAMINANTE APLICACIÓN CONTAMINANTE APLICACIÓN CONTAMINANTE PRODUCTS Ventilación de Productos químicos Microelectrónica Ácidos Fabricación Isocianatos. 4 edificios de fuentes externas: Bases, amoníaco de espuma de - Humos por tráfico Condensables, VOC poliuretano. EPA/HEPA vehicular Dopantes /ULPA - Generación de energía - Incineración de 5 residuos - Industria HIGH TEMPERA- Ventilación de Productos químicos de Museos Dióxido de azufre, Generación de Yodo-131 edificios fuentes internas: Pasta and papel óxidos de energía nuclear TURE - Decoración de nitrógeno, ozono Huele a basura materiales Estaciones de 6 - Productos de limpieza Dióxido de azufre transferencia de Diversos agentes - Fotocopiadoras sulfuro de residuos. tóxicos EQUIP- - Retardantes de llama hidrógeno Fabricación de MENTS cloro plaguicidas 7 Mecanismos de control MOTORS Existen diferentes procesos involucrados en el mecanismo de eliminación general de las moléculas de gas o AND vapor del aire. Es importante comprender cómo están involucrados en cada aplicación and cómo pueden verse influenciados positiva o negativamente por otros factores. En todas las aplicaciones es esencial para una solu- TURBINES ción efectiva, que tengan un material con un área de superficie interna alta, una estructura de poro adecuada and una química de superficie apropiada. 8 Factores que afectan en el rendimiento ADSOR- TION AND - Materia prima DESODO- - Temperatura RIZATION - Humedad Relativa - Concentración 9 - Medios impregnados INTER- Venfilter NATONAL NORMATI- 226 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com VE

Adsortion and desodorization 0 General Information INFORMA- TION Activated charcoal, which is practically pure charcoal with an enormous porosity, is able to trap certain types of molecules in its walls due to a physiochemical phenomenon known as ‘adsorption’. In this process, the activated 1 charcoal is the ‘adsorbent’ and the molecule retained is the ‘adsorbate’. In order to be effectively adsorbed into an activated charcoal material, an adsorbate must have the following characteristics: PRE- (a) It must be able to fit inside the charcoal pores. FILTERS (b) The diameter of the molecule must not be less than 20% of the diameter of the majority of the activated charcoal pores. 2 (c) It must have a molecular weight greater than 55. (d) Be non-polar or only slightly polar. PAINTINGS Most organic compounds fulfil these requirements, which is why activated charcoal is used in gas and liquid purifi- BOOTHS cation processes, where the contaminants are organic molecules. 3 In the case of gas purification, the possibility exists of subjecting the charcoal to a treatment that allows it to re- tain molecules that do not fulfil these characteristics (a), (b) and (c), as in the case of mineral acids (hydrochloric, COMFORT sulphuric, nitric, phosphoric, etc.), ammonia, low-molecular weight amines, formaldehyde, isopropyl alcohol, mer- PRODUCTS cury, etc. The treatment consists of binding a reagent to the surface of the charcoal, which then reacts with the molecule to be retained. This means that the activated charcoal provides the surface area and the retention is made 4 by chemical adsorption or ‘chemisorption’. EPA/HEPA Applications /ULPA Air conditioning 5 Solvent recovery Industrial pollution control HIGH Vehicle canisters TEMPERA- Masks Kitchen hoods TURE Compressed air purification Refrigerator deodorisation 6 Hydrogen purification (retaining hydrocarbons and organic chlorides) Helium purification EQUIP- Acetylene purification (retaining arsine, phosphine, stibine or benzene) MENTS Carbon monoxide purification (retaining toluene) Carbon dioxide purification (retaining benzene toluene from compressor oil) 7 Charcoal Particle Size MOTORS AND Activated charcoal may be manufactured in three different manners, in accordance with its form: Granular TURBINES Pelletized Powdered 8 In air and gas purification the first and second forms are used, in the following sizes: 4x10 for beds with over 5 cm. thickness ADSOR- 12x20, 14x30 for beds with thicknesses between 2 and 5 cm (e.g. masks) TION AND In the case of pellet charcoal: DESODO- 3 or 4 mm in diameter, for beds with thicknesses over 5 cm. RIZATION Less than 3 mm for with thicknesses between 2 and 5 cm. 9 Venfilter [email protected] 227 Tel +34 937 862 607 www.venfilter.com INTER- Fax +34 937 862 493 NATONAL NORMATI- VE

0 Adsortion and desodorization INFORMA- Conditions that reduce adsorption capacity TION High Temperature 1 High humidity levels (relative to air) Moisture in the charcoal PRE- FILTERS Adsorber Design Parameters 2 Surface speed of air or gas: must be between 10 and 30 m per min. Contact time: divide the volume of the charcoal bed (litres) by the volumetric air or gas flow (litres per min.). PAINTINGS Recommended rates: BOOTHS 0.1 second. Low concentrations 2 to 7 seconds. Other cases 3 Hourly renewals: 6 to 30 air changes in order to maintain a well-ventilated location. COMFORT Index adsorption capacity of activated charcoal in gas phase PRODUCTS Of the pollutants listed, some are specific chemical compounds. Others represent a class of compounds and others 4 are mixtures of a variable composition. The capacity of the activated charcoal for odors varies with respect to their concentration, in addition to air humidity and temperature. EPA/HEPA /ULPA A= High capacity (the charcoal retains 20% to 50% of its weight). B= Satisfactory capacity (retains 10% to 25% of its weight). 5 C= Sufficient capacity to provide proper service under specific operational conditions, which must be analysed. D= Low capacity. The activated charcoal does not provide a proper service under ordinary operational conditions. HIGH TEMPERA- Essential oils A Borane B Diethylamine * B Rancid oils A Brea tar and tar A Diethyl ketone A TURE Acetaldehyde * C Bromine A Dimethylaniline A Amide Acetate A Ethyl bromide A Dioxane A 6 Butyl Acetate A Hydrogen bromide * C Sulphur dioxide * C Cellosolve acetate A Methyl bromide B Charcoal dioxide * D EQUIP- Ethyl acetate A Butadiene B Nitrogen dioxide * C MENTS Isopropyl acetate A Butane C Dipropyl ketone A Methyl cellosolve acetate A Butanone A Charcoal disulphide A 7 Methyl acetate B Butyl cellosolve A Ethane D Propyl acetate A Butylene * C Ether B MOTORS Acetylene * D Butyne * C Amyl ether A AND Acetone B Butyraldehyde * B Butyl ether A Acetic acid A Cellosolve A Dichloroethene A TURBINES Acrylic acid A Hydrogen cyanide * C Ethyl ether B Butyric acid A Cyclohexane A Isopropyl ether A 8 Caprylic acid A Cyclohexanol A Methyl ether B Carbolic acid A Cyclohexanone A Propyl ether A ADSOR- Formic acid * B Cyclohexene A Ethyl mercaptan A TION AND Lactic acid A Chorine B Ethylamine * B DESODO- Nitric acid B Chlorobenzene A Ethylbenzene A RIZATION Palmitic Acid A Chlorobutadiene A Ethylene chlorhydrin A Propionic Acid A Chloroform A Ethylene * D 9 Sulphuric acid A Chloro-pro-propane A Eucalyptol A Uric acid A Chloropicrin A Phenol A INTER- Valeric acid A Butyl chloride A Fertilisers A NATONAL Methyl acrylate A Ethyl Chloride B Fluorotrichloromethane B NORMATI- Venfilter VE 228 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com

Adsortion and desodorization 0 Ethyl acrylate A Hydrogen chloride * C Hydrogen fluoride * C INFORMA- Acrylonitrile A Methylene Chloride A Formaldehyde C TION Acrolein * B Methyl Chloride B Ethyl format B Adhesives A Propyl Chloride A Methyl Form B 1 Masking agents A Vinyl chloride B Phosgene B Camphor A Liquid fuels A Ripening fruit A PRE- Amyl alcohol A Cleaning Compounds A Gangrene A FILTERS Butyl alcohol A Cresol A Car exhaust gas B Wood Alcohol B Crotonaldehyde A Corrosive gases B 2 Ethyl alcohol A Dean A Toxic gases B Isopropyl alcohol A Deodorants A Gasoline A PAINTINGS Methyl alcohol B Scrap Wastes A Burned fat A BOOTHS Propyl alcohol A Industrial waste B Lubricating greases and oils A Valeric aldehyde A Disinfectants A Heptane A 3 Tar A Detergents A Heptylene A Amines * C Dibromoethane A Hexane B COMFORT Ammonia * C Dichlorobenzene A Hexylene * B PRODUCTS Anaesthetics B Dichlorodifluoromethane A Hexane * B Acetic anhydride A Dichloroethane A Hydrogen D 4 Aniline A Dichloroethylene A Smoke A Anticópricos A Dichloromonofluoromethane B Incense A EPA/HEPA Aroma of flowers A Dichloronitroethane A Indole A /ULPA Food scents A Dichloropropane A Irritants A Aromatisers A Dichlorotetrafluroethane A Isophorone A 5 Alcoholic drinks A Ethyl dichloride A Isoprene * B Soaps A Smell of melon A Waste products B HIGH Sour milk A Smell of plastic A Decomposing products A TEMPERA- Calcined materials A Smell of cheese A Products used for embalming A Menthol A Animal odor B Products for radiation protection C TURE Mercaptans (thiols) A Smell of tobacco smoke A Propane C Mercury * A Popcorn / sweets Propyl mercaptan A 6 Methane D smell A Propylene * C Methyl butyl ketone A Body odor A Tip C EQUIP- Methyl ethyl ketone A Bird odors A Propionaldehyde * B MENTS Methyl isobutyl ketone A Bath odors A Putrescine A Methyl mercaptan A Butcher’s shop smells B Kerosene A 7 Methyl cellosolve A Citrus and other Organic chemicals A Methylcyclohexane A fruit A Resins A MOTORS Methylcyclohexanol A Cooking odors A Burned blood A AND Methylcyclohexanone A Cooking odors A Hydrogen Selenide * C Methyl Chloroform B Combustion smells B Ethyl silicate A TURBINES Mould B Drain odors A Smog A Monochlorobenzene A Embalming odors A Bleaching solutions * B 8 Monofluorotrichloromethane A Hospital odors A Solvents B Styrene monomer A Photo development lab smell B Sweat A ADSOR- Charcoal monoxide D Liquor smell A Dimethyl sulphate A TION AND Coal tar naphtha A Makeup smell A Hydrogen sulphide * B DESODO- Petroleum naphtha A Pet odors A Substances in putrefactionDe- B RIZATION Naphthalene A Decayed paper odors A composing substances A Naphthalene A Smell of fish A Tetrachloroethane A 9 Nicotine A Smells of paint A Tetrachlorethylene A Nitro benzene A Cleaning product Carbon tetrachloride A INTER- Nitro ethane A smells A Toluene A NATONAL Nitro-glycerine A Medicinal odors A Tolidine A NORMATI- Nitromethane A Mixed smells A Trichloro ethane A VE Venfilter [email protected] 229 Tel +34 937 862 607 www.venfilter.com Fax +34 937 862 493

0 Adsortion and desodorization INFORMA- Nitropropane A Persistent odors A Trichlorethylene A TION Nonane A Stale odors A Sulphur trioxide * B Octalene A Ethylene oxide B Turpentine A 1 Octane A Mesityl oxide A Urea A Odorizes A Ozone A Tarmac fumes A PRE- Garlic smell A Paradichlorobenzene A Varnish fumes A FILTERS Animal odor B B Adhesives A Fuel fumes C Smell of dead animals A Pentane B Diesel fumes A 2 Smell of roast meat A Pentanone A Exhaust fumes B Onion smell A Pen ethylene * B Vinegar A PAINTINGS Sour cabbage smell A Pentene * B B Xylene A BOOTHS Smell of decomposed food A Perchlorethylene A Iodine A Smell of burnt food A Perfumes and cosmetics A Iodoform A 3 Odor of rubber A Pyridine A Hydrogen Iodide * B Smell of cigarette smoke A Pollen B COMFORT PRODUCTS 4 230 Venfilter [email protected] Tel +34 937 862 607 www.venfilter.com EPA/HEPA Fax +34 937 862 493 /ULPA 5 HIGH TEMPERA- TURE 6 EQUIP- MENTS 7 MOTORS AND TURBINES 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

Adsortion and desodorization 0 Pellet Carbon INFORMA- TION Active Carbon Filters 1 Active carbon pellet, supplied in bags. Highly efficient filtration for the elimination of gaseous pollutants substances. With a PRE- wide variety of options. Central air filtration of systems for the FILTERS elimination of gaseous pollutants. Air treatment units, Hospital centers, pharmaceutical laboratories, comfort and industrial 2 facilities, chemical and food industry. Incineration / Niches / Water treatment plants, dead animal deposits, hotels, restau- PAINTINGS rants, discotheques, thermal and nuclear power plants, mu- BOOTHS seums, theaters, computer rooms, critical areas. 3 Technical features COMFORT Type: Active Carbon Filters PRODUCTS Filtering element: Active pellet carbon or with impregnations for the filtration of very specific gases, (acid vapors, isotopes radio, chlorine, formaldehyde, mercury, etc.) Supplied in bags of 25 kg. 4 Advantages EPA/HEPA /ULPA Filtration of central ventilation systems, for the elimination of gaseous pollutants. High efficiency filters can not cope with the problems of contamination by volatile or gaseous substances. 5 Active carbon filters improve air quality, alleviating the discomfort of people produced by the “Sick Building” Syndrome by eliminating polluting gases and odors in urban environments that enter the offices through the HIGH ventilation system through a chemical-physical process. TEMPERA- References TURE Reference Model Presentation Granulometry Density gr./l Humidity % Hardness % Sup. Esp. Ind. Iodine Adsorption 6 mm. m2/gr. Mg / gr. CCL4 % 4 0,48+-0,03 55 EQUIP- CARB-4/25 CARB Pellet 8 x 30 0,50 5 97 900 950 50 MENTS CARB-ORGANICO CARB Pellet 4 x 10 50 CARB-FORMALDEHIDO CARB Pellet 4 x 10 0,52-0,58 4 98 700 min. 700 50 7 CARB Pellet 4 x 10 0,52-0,58 50 CARB-ACIDO CARB Pellet 14 0,52-0,58 4 98 1000 1000 65 MOTORS CARB-AMONIACO CARB Granulado 0,45+-0,02 AND CARB-ISOTOPOS 10 98 1000 1000 TURBINES 4 98 1000 1000 8 10 97 1000 1000 ADSOR- Venfilter [email protected] 231 TION AND Tel +34 937 862 607 www.venfilter.com DESODO- Fax +34 937 862 493 RIZATION 9 INTER- NATONAL NORMATI- VE

0 Adsortion and desodorization INFORMA- Quebraven Galvanized TION Impregnated carbon 1 Active Carbon Filters PRE- FILTERS 2 Panel filter with metal frame with filter media impregna- Dimensions ted with active carbon. For the prefiltration of central air PAINTINGS treatment, conditioning and ventilation systems for the BOOTHS elimination of gaseous pollutants. 3 Technical features COMFORT Type: Panel filter with metal frame with filter media impreg- PRODUCTS nated with active carbon. Frame: Galvanized steel. 4 Grid: Metallic galvanized on both sides. Filter element: Synthetic media impregnated with activated EPA/HEPA carbon. /ULPA Relative Humidity: 70%. Temperature limit: 55ºC. 5 Advantages HIGH TEMPERA- - Combined particles / molecules filtration. - Low Pressure Dropes. TURE - All dimensions. 6 References EQUIP- Reference Model Dimensions Filter Nominal Initial Unit UxP* Stock* MENTS BxHxP Surface flow (m3/h) Pa Volume QM122402CA Quebraven Metálico Carbón 1F 7 QM122404CA Quebraven Metálico Carbón 592x287x48 (m2) 1500 125 (m3) 1F QM242402CA Quebraven Metálico Carbón 592x287x98 0.7 1700 195 0.008 1F MOTORS QM242404CA Quebraven Metálico Carbón 592x592x48 1.1 3000 125 0.016 1F AND 592x592x98 1.3 3400 195 0.016 2.2 0.034 TURBINES *UxP *Stock 8 Units per box F: Manufacturer, S: Stock, SL: Limited Stock ADSOR- Venfilter TION AND DESODO- 232 Tel +34 937 862 607 [email protected] RIZATION Fax +34 937 862 493 www.venfilter.com 9 INTER- NATONAL NORMATI- VE

Adsortion and desodorization Dimensions 0 Frame for carbon INFORMA- replaceable cartridge TION Active Carbon Filters 1 Frame for fitting the active carbon cylinders. PRE- FILTERS Technical features 2 Type: Mounting for the cartridges. Frame: Galvanized Steel, Stainless Steel or Plastic. PAINTINGS Cartridge Fitting system: Fitting of cartridges on the BOOTHS quick bayonet mounting. 3 Advantages COMFORT - Modular System. PRODUCTS 4 References EPA/HEPA /ULPA Reference Model Dimensions No. of Unit Volume Weight (Kg) UxP Stock BxHxP Cartridges (m3) * * 5 BTCGV1224 BTC-GV 0.02 3 1 F BTCGV2424 BTC-GV 305x610x75 8 0.03 5 1 F HIGH 610x610x75 16 TEMPERA- TURE *UxP *Stock 6 Units per box F: Manufacturer, S: Stock, SL: Limited Stock EQUIP- MENTS 7 MOTORS AND TURBINES 8 Venfilter ADSOR- Tel +34 937 862 607 TION AND Fax +34 937 862 493 DESODO- RIZATION 9 [email protected] 233 INTER- www.venfilter.com NATONAL NORMATI- VE

0 Adsortion and desodorization INFORMA- Replaceable carbon TION cartridges 1 Active Carbon Filters PRE- Replaceable carbon cartridges for air entry and exit in FILTERS ventilation systems that require imporved odor absorption, VOCs and the elimination of gases with low toxicity levels. 2 Technical features Dimensions PAINTINGS BOOTHS Type: Active carbon cylindrical cartridge. Carbon: Impregnated Active Carbon. 3 Joint: Neoprene. Temperature: Should not exceed 45ºC COMFORT Relative Humidity: Maximum 70% PRODUCTS Contact time: According to the application it can vary from 0.1 to 0.2 seconds. 4 CALCULATION OF CONTACT TIME: Ct (sec.) = volume of EPA/HEPA active carbon (m3) / flow to be treated m3/h seconds. /ULPA Example 5 Frame BTCGV2424 is fitted with 16 cartridges. Cartridge CACGV145/450 contains 4.3 kg. HIGH Volume of carbon = 16 x 4.3 = 68.8 liters or 0.0688 m3/h TEMPERA- Flow to be treated in the installation 1,200 m3h TURE CALCULATION Ct(sec.) = 0.0688 / 1200 x 3600 = 0.2 seconds 6 The contact time is 0.2 seconds, the flows would be as EQUIP- follows: MENTS CACGV145/250 - 50 m3/h per cartridge CACGV145/450 - 75 m3/h per cartridge 7 CACGV145/600 - 100 m3/h per cartridge MOTORS Advantages AND - Reloadable cartridges with granulated active carbon. TURBINES - Moludar system for adaptation to any installation. 8 References ADSOR- Reference Model Diameters (mm) Carbon Thickness Carbon Minimum Nominal Initial UxP Stock TION AND (Kg) contact flow Pa ** DESODO- time (s) RIZATION CACGV145/250 CAC-GV 145x85x250 26 mm. 2,9 (m3/h) 80 1F CACGV145/450 CAC-GV 145x85x450 26 mm. 4,3 0,1 100 80 1F 9 CACGV145/600 CAC-GV 145x85x600 26 mm. 5,7 0,1 150 80 1F 0,1 200 INTER- NATONAL *UxP *Stock NORMATI- Units per box F: Manufacturer, S: Stock, SL: Limited Stock VE Venfilter 234 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com

Adsortion and desodorization 0 Multicarb INFORMA- TION Active Carbon Filters 1 Multi-dihedral carbon filter with half fold and active carbon. PRE- FILTERS Technical features 2 Type: Compact Polyhedral Rigid Bag Filter for deodorisation associated with a High Efficiency filter. PAINTINGS Frame: Polypropylene. BOOTHS Filtering Element: Combines active carbon pellet with syn- thetic fibers and microfibers with an efficiency of 95%, accor- 3 ding to EN 779, F7 and 85%, according EN779, M5. Sealant: Polyurethane. Dimensions COMFORT Average Efficiency % (Em): 85% PRODUCTS EN 779 Class: F7. 4 Recommended Fine Initial EPA/HEPA Pa: 250 Pa. /ULPA Temperature: Should not exceed 45ºC Retention capacity: 5 Organic substance toluene 952 g. Organic substance n-Butane 117 g. HIGH Inorganic substance SO2 350 g. TEMPERA- Inorganic substance HO2 5000 mg. TURE The retention capacity of the filter is determined for intake concentrations, according to standard E DIN 71460/part 2 6 Accumulation Capacity: (AC Fine/450 Pa) 650 g. EQUIP- MENTS Advantages 7 - Double action: A filtration F-7 class (EN 779: 2002) and adsorption of gases and odors in a single filtering stage. MOTORS - Contaminants of low concentrations. AND - They don't rust and are incinerable 100%. - Interchangeable filters with pre-existing filter bags or compact filters. TURBINES OZONO PURIFICATION EFFICIENCY: 8 CAFP: 90% CAF: 70% ADSOR- TION AND References DESODO- RIZATION Reference Model Dimensions Average EN 779 Filter Carbon Nominal flow Initial Unit Weight UxP Stock BxHxP Efficiency % Class Surface (kg) (m3/h) Pa Volume (Kg) * * 9 CAFP122412F7 CAF CAFP202412F7 CAF 592x287x292 (Em) F7 (m2) 2,1 1700 120 (m3) 5,3 1 S INTER- CAFP242412F7 CAF 592x490x292 85% F7 4,3 3,6 2800 120 0,05 8,3 1 S NATONAL CAF 592x592x292 85% F7 7,5 4,4 3400 120 0,09 9,2 1 S NORMATI- CAFP122412 CAF 592x287x292 85% 9 2,1 1600 100 0,11 5,3 1 F CAFP202412 CAF 592x490x292 4,3 3,6 2400 100 0,05 8,3 1 F VE CAFP242412 592x592x292 7,5 4,4 3200 100 0,09 9,2 1 F 9 0,11 *UxP *Stock Units per box F: Manufacturer, S: Stock, SL: Limited Stock Venfilter [email protected] 235 Tel +34 937 862 607 www.venfilter.com Fax +34 937 862 493

0 Adsortion and desodorization INFORMA- Multicarb G TION Active Carbon Filters 1 Activated carbon filter multi-dihedral. PRE- FILTERS 2 Technical features Dimensions PAINTINGS Type: Compact activated carbon filter BOOTHS Frame: Polypropylene. Filtering Element: Panels activated carbon grains. 3 Sealant: Polyurethane. Temperature: Should not exceed 45ºC. COMFORT PRODUCTS Advantages 4 - Odor Absorption. EPA/HEPA References /ULPA Reference Model Dimensions Carbon (Kg) Nominal Initial Pa Unit Volume Weight UxP* Stock* 5 BxHxP flow (m3) (Kg) CAFG122412GO CAFG 8 1F HIGH CAFG202412GO CAFG 592x287x292 12 (m3/h) 70 0,05 13 1F TEMPERA- CAFG242412GO CAFG 592x490x292 16 1700 70 0,09 16 1F 592x592x292 2800 70 0,11 21 TURE 3400 6 *UxP *Stock Units per box F: Manufacturer, S: Stock, SL: Limited Stock EQUIP- MENTS Venfilter 7 236 Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com MOTORS AND TURBINES 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

Adsortion and desodorization 0 Policarb INFORMA- TION Active Carbon Filters 1 Poly-dihedral active carbon filter with a Galvanized flat box with panels of granulated active carbon. PRE- FILTERS Technical features Dimensions 2 Type: Compact activated carbon filter. Frame: Galvanized Steel. PAINTINGS Filtering Element: Active carbon dihedral panels. BOOTHS Construction: The frame is made of galvanized steel. Granula- ted activated carbon panels mounted on the galvanized V-sha- 3 ped frame, forming a highly robust multi-dihedral structure. To prevent leaks between the galvanized frame and the car- COMFORT bon, a sealing is carried out using polyurethane resin. PRODUCTS Sealant: Polyurethane. Temperature: Should not exceed 45ºC. Advantages 4 - Odor absorption. EPA/HEPA - Special application: radioactive ions. /ULPA References 5 Reference Model Dimensions Carbon Nominal flow Initial Unit Weight UxP* Stock* HIGH BxHxP (Kg) (m3/h) Pa Volume (Kg) TEMPERA- CAF112312GO CAF 1F CAF232312GO CAF 60 (m3) 18 1F TURE CAFISO232312 CAF-ISO 60 0.05 30 1F CAFISO112312 CAF-ISO 290x595x292 10 1700 80 0.11 30 1F 6 595x595x292 20 3400 80 0,11 18 595x595x292 20 3400 0,05 EQUIP- 290x595x292 10 1700 MENTS *UxP *Stock - other sizes: pleased consult. 7 Units per box F: Manufacturer, S: Stock, SL: Limited Stock MOTORS AND TURBINES 8 Venfilter ADSOR- Tel +34 937 862 607 TION AND Fax +34 937 862 493 DESODO- RIZATION 9 [email protected] 237 INTER- www.venfilter.com NATONAL NORMATI- VE

0 International normative INFORMA- International TION normative 1 Historical Standards PRE- YEAR REFERENCE TYPE OF TEST CLASSIFICATION FILTERS 1968 ASHRAE GRAVI-OPA 1980 GRAVI-OPA EU1 - EU4 / EU5 - EU9 2 1982 EUROVENT 4/5 GRAVI-OPA 1993 AFNOR NF X 44.012 GRAVI-OPA G1 - G4 / F5 - F9 PAINTINGS 2003 G1 - G4 / F5 - F9 + Media descargada BOOTHS CE EN 779 Gravimetric particles G1 - G4 / M5 - F9 Minimum efficiency 2012 CEN EN779:2002 3 2016 Gravimetric particles ePM1, ePM2.5, ePM10 2017 CEN EN779:2012 Gravimetric particles ePM1, ePM2.5, ePM10 COMFORT ISO 16890-1:2016 Gravimetric particles PRODUCTS ISO 16890-3:2017 4 Recommended minimum filter classes, by filter selection, depending on the type of supply air and the outside air quality according to EN16798-3: 2017 EPA/HEPA /ULPA Exterior air Air supply class quality 5 SuP1 SuP2 SuP3 SuP4 SuP5 HIGH (más elevado) (más bajo) TEMPERA- ODA 1 M5 + F7 F7 F7 F7 - TURE ODA 2 F7 + F7 M5 + F7 F7 F7 G3, M5 ODA 3 F7 + F9 F7 + F7 M6 + F7 F7 6 F7 EQUIP- The new standard EN 16798-3: 2017 refers to the standard EN 779, does not provide any recommendation for MENTS the selection of filters classified according to EN ISO 16890-1. 7 Venfilter MOTORS Tel +34 937 862 607 [email protected] AND Fax +34 937 862 493 www.venfilter.com 238 TURBINES 8 ADSOR- TION AND DESODO- RIZATION 9 INTER- NATONAL NORMATI- VE

International normative 0 EN 13053 If bag filters are used then the filtration zone must be INFORMA- Normative at least 10 m² per 1 m² of the equipment transversal TION section. The joints used must be of a closed cell type, Air treatment ventilation. Filters installed in air treat- they must not absorb humidity and they must not form 1 ment units. a nutritive substrate for micro-organisms. Permanent The first filtration stage must be placed on the air inlet fixing for the sealing must be guaranteed (for example, PRE- side, as near as possible to the opening for the outdoor operation from the dirty air side). Filtration sections FILTERS air inlet, so as to keep the air treatment elements as from an inside height of 1,6 m must be set up with an clean as possible. Additional pre-filters G1 to G4 are inspection window (with a minimum interior diameter 2 authorized. The second filtration stage is placed on the of 150 mm) and light inside. outlet side at the start of the air supply duct to keep it In the fan section, for the purposes of setting the Initial PAINTINGS clean. Pa value in the filter on designing the air flow, this BOOTHS When just one filtration stage is used for the supply must be the average of the initial and final drops for system, the minimum that must be installed is a class clean and dust filled filters respectively. 3 F7 filter. Note 1: The volumetric flow variation of air due In the case of using a two filtration stages, the air su- to dust accumulation must be indicated in the COMFORT pply fan must be placed between the first and second technical specifications. If the specific tole- PRODUCTS filtration stages. With the aim of preventing the deve- rances for an application are not mentioned, lopment of microbes in the second stage air filters or <>10% is acceptable based on the average Initial 4 in a superior stage, the relative humidity in the filter Pa. zone must be limited to 90%; temperatures below the The Initial EPA/HEPA dew point temperature must always be avoided. The air Pas in a filter section that is filled with solid particles /ULPA filters must not be placed immediately after refrige- must not exceed the values given in table 9. Lower Initial ration batteries with dehumidification or after humidi- Pas can also be specified when appropriate. 5 fiers (exception –steam humidifiers). The filters installed in air treatment units used for hu- man occupation must be tested and classified in accor- HIGH dance with the EN 779 Standard. TEMPERA- Maximum final Initial Pressure Drop for filters. TURE Class of filter Final Initial 6 Pa G1 - G4 EQUIP- M5 - F7 150 Pa MENTS F8 - F9 200 Pa 7 300Pa MOTORS AND Note 2: the final Initial Pas indicated in the table for energy saving reasons are typical maximum values for working air treatment TURBINES units and lower than those used in the EN 779 Standard for classification purposes, and the performances ob- tained in the trials in accordance with the EN 779 Standard are not necessarily fulfilled with these lower Initial 8 Pas. The following data must be shown in a clearly visible way (with a label) in the filter section: class of filter, type of ADSOR- filtering media, final Initial TION AND Pressure Drop. On changing the filter the user must verify and update this information. DESODO- RIZATION Venfilter [email protected] 239 Tel +34 937 862 607 www.venfilter.com 9 Fax +34 937 862 493 INTER- NATONAL NORMATI- VE

0 International normative INFORMA- Equivalence of Standards for Controlled TION Rooms 1 Equivalence of international classification standards PRE- FILTERS 2 No. of particles US Fed. Std 209E 1992 EN ISO 14644-1 France AFNOR NF European Union No. of particles >0,5 µm/m³ 1996 X 44.101 1981 Pharmaceutical > 0,1 µm/m³ PAINTINGS (aprox.) Industry Guide (approx.) BOOTHS ISO 1 1 ISO 2 BPF 1989 10 3 4 ISO 3 35 10 M1 1 ISO 4 4 000 A and B 100 COMFORT 35 M 1.5 10 ISO 5 350 PRODUCTS 100 M2 100 ISO 6 1 000 353 M 2.5 1 000 3 500 4 1 000 M3 10 000 10 000 3 530 M 3.5 100 000 35 000 EPA/HEPA 10 000 M4 100 000 /ULPA 35 300 M 4.5 350 000 100 000 M5 1 000 000 5 353 000 M 5.5 1 000 000 M6 ISO 7 400 000 C HIGH 3 530 000 M 6.5 TEMPERA- 10 000 000 M7 ISO 8 4 000 000 D 35 000 000 TURE ISO 9 6 BPF 1989 - Pharmaceutical Industry Guide EQUIP- MENTS CLEAN ROOMS 7 Classification of the different air qualities required to manufacture sterile products: MOTORS Maximum Nº of particles per m3 of air, with a dimension equal or superior to Max. Nº of microor- AND ganisms per m3 of air 0.5 µm 5 µm 0.5 µm 5 µm TURBINES (in activity) In non-activity (b) In activity 8 A 3500 0 3500 0 <1 ADSOR- TION AND B 3500 0 350000 2000 10 DESODO- RIZATION C 350000 2000 3500000 20000 100 9 D 3500000 20000 not defined (c) not defined (c) 200 INTER- Venfilter NATONAL NORMATI- Tel +34 937 862 607 [email protected] Fax +34 937 862 493 www.venfilter.com VE 240

International normative 0 Clean rooms and controlled annexed INFORMA- premises (US.FED.STD.209E) TION 1 PRE- FILTERS Class name Class limits 2 0,1 μm 0,2 μm 0,3 μm 0,5 μm 0,5 μm PAINTINGS BOOTHS S1 English mᵌ ftᵌ mᵌ ftᵌ mᵌ ftᵌ mᵌ ftᵌ mᵌ ftᵌ M1 1 350 9,91 75,5 21,4 30,9 0,875 10 0,288 3 M 1,5 10 1240 335 265 7,5 106 3 35,3 1 247 7 M2 100 3500 99,1 757 21,4 309 8,75 100 2,83 618 17,5 COMFORT M 2,5 12499 360 2650 75 1060 30 353 10 2470 70 PRODUCTS M3 35000 991 7570 214 3090 87,5 1000 28,3 6180 175 M 3,5 26500 750 10600 300 3530 100 24700 700 4 M4 75700 2140 30900 875 10000 283 61800 1750 M 4,5 35300 1000 EPA/HEPA M5 1000 100000 2830 /ULPA M 5,5 353000 100000 M6 10000 1000000 28300 5 M 6,5 3530000 100000 M7 100000 10000000 283000 HIGH TEMPERA- EN ISO 14644 Standard TURE Classes by type of air particle cleaning for clean rooms and protected zones. 6 Classification Maximum admissible concentration (particles per m3 of air) for particle dimensions equal or superior to: Number EQUIP- 0,1 0,2 0,3 0,5 1 5 MENTS ISO CD 14644.1 10 2 (1996) 100 24 10 4 8 29 7 1000 237 102 35 83 293 ISO 1 10000 2370 1020 352 832 2930 MOTORS ISO 2 100000 23700 10200 3520 8320 29300 AND ISO 3 1000000 237000 102000 35200 83200 293000 ISO 4 352000 832000 TURBINES ISO 5 3520000 8320000 ISO 6 35200000 8 ISO 7 ISO 8 ADSOR- ISO 9 TION AND DESODO- Venfilter [email protected] 241 RIZATION Tel +34 937 862 607 www.venfilter.com Fax +34 937 862 493 9 INTER- NATONAL NORMATI- VE

Edition: January 2020