WLD-Kabin espre GY ak foto-Kabinè sistèm oksidasyon katalitik

WLD-Kabin espre GY ak foto-Kabinè sistèm oksidasyon katalitik:

Wallboard:Style sandwich EPS (epispastics polystyrène) 50mm epesè. Kolore asye po ankadreman 0.426mm epesè. Galvanize panèl do-kay asye.

Basement: Steel sheet and square steel pipe construction. Full grids with floor filter. 2 pcs of ramps.

Pòt:3 pcs of luxury front doors with 0.8mm thickness colorful steel skin. Size: 3000(w) x 2750(h). 1 pc of emergency door.Watching window with aluminum frame.

Sistèm sikilasyon lè: 2x4kw intake fan, 1x7.5kw exhaust fan. BELIMO 20N electric damper.

Burner: Italy Riello G20 diesel burner, 200000Kcal/h. The heating time 5-7min(20-60.C). Max. temperature
nan 80.C. Konsomasyon gaz se 4-5kg / machin.

Echanjeur chalè:Te fè nan asye pur. Pousantaj echanj chalè a rive nan 85 pousan.

Sistèm ekleraj: Limyè plafon gen 24 pcs 16w dirije lanp. Limyè bò gen 16 pcs 16w dirije lanp. 900 Lux.

Pirifikasyon lè:Dual filtering structure. The primary filter can capture granules larger than 10μm. Ceiling filter capture granules bigger than 5μm. The air cleanliness in the working environment can reaches 98 percent .

Pollution Control System: One set of Photo-Catalytic Oxidation treatment cabinet .

Photo-Catalytic Oxidation Cabinet System Introduction:

Photochemical oxidation technology uses light-induced oxidation to combine O2, H2O2 and other oxidants with light radiation. The light used is mainly ultraviolet light, including uv-H2O2, uv-O2 and other processes, which can be used to treat difficult-to-degrade substances such as VOCs and malodors. In addition, in a system with ultraviolet light, there is a synergistic effect between ultraviolet light and iron ions, which greatly accelerates the rate of decomposition of H2O2 to produce hydroxyl radicals, and promotes the oxidation and removal of organic matter. The so-called photochemical reaction is a chemical reaction that can only proceed under the action of light. In this reaction, molecules absorb light energy and are excited to a high-energy state, and then electronically excited molecules undergo chemical reactions. Photochemical oxidation reduction uses n-type semiconductors as catalysts. TiO2 is very stable due to its chemical and photochemical properties, has the strongest light absorption rate, is non-toxic and cheap, and has sufficient supply. Therefore, photocatalytic redox removal of pollutants usually uses TiO2 as light. catalyst. The redox mechanism of the photocatalyst is mainly that the catalyst is irradiated by light, absorbs light energy, undergoes electronic transitions, generates "electron-hole" pairs, directly redox the pollutants adsorbed on the surface, or oxidize the hydroxyl OH- adsorbed on the surface, Generate strong oxidizing hydroxyl radical OH to oxidize pollutants.

Dyagram chematik foto-catalysis oksijèn 500.jpg

Apèsi sou sit pwojè a

Sous gaz echapman

Automobile coating is the link that produces the most "three wastes" in the automobile manufacturing process, and the exhaust gas from coating is the main part of the "three wastes" of coating. Due to people's inadequate understanding of the hazards of waste gas, insufficient waste gas treatment technology, and high waste gas treatment costs, coating waste gas is often discharged directly without treatment. These waste gases are discharged into the atmosphere without treatment, and under certain conditions will form photochemical pollution, affect the air quality, affect the growth of animals and plants and human health. Certain toxic VOC exhaust gases have disabling, teratogenic, and carcinogenic effects, and cause serious harm to human bodies exposed to them for a long time. To this end, various countries have issued corresponding laws and regulations to limit the emission of such gases. The GB16297 "Comprehensive Emission Standard for Air Pollution" promulgated and implemented by China in 1997 restricted the emission limits of 33 pollutants, including benzene and toluene. , Xylene and other volatile organic solvents (VOC) spraying process includes spraying, leveling and drying, each process has VOC emissions. In an automobile spraying metal workshop base paint, the VOC production in the spray booth, leveling room and drying room were 60 percent , 35 percent , and 5 percent , respectively, and the overcoat in the three processes were 50 percent , 20 percent and 30 percent . The main pollutants in the spray booth or spraying process are VOC and paint mist (particulate matter), and the main pollutants in the leveling and drying process are VOC. Paint mist particles are small (mostly below 10μm), high viscosity, easy to adhere to the surface of the material, before purifying organic waste gas

Yo dwe retire vapè penti abazde la, ak Lè sa a, toluèn ak xylene nan gaz la echapman yo plis retire. Yo nan lòd yo kenbe anviwònman an k ap travay nan flite, dapre dispozisyon ki nan Lwa Sekirite Travay ak Sante, pandan operasyon an flite, sal la flite yo ta dwe kontinyèlman vantile, ak vitès la vantilasyon yo ta dwe kontwole nan (0. 25 -1) Nan ranje m/s. Konpozisyon prensipal gaz echapman ki soti nan izolwa espre penti a se sòlvan òganik volatilize pa penti espre, ak eleman prensipal li yo se idrokarbur aromat, etè alkòl, ak solvang òganik ester. Akòz gwo volim tiyo echapman nan izolwa espre penti abazde a, total gaz fatra òganik fin itilize konsantrasyon an trè ba, anjeneral anba a 100mg / m3. Anplis de sa, tiyo echapman nan kabin espre penti abazde souvan gen yon ti kantite vapè dlo penti abazde ki pa trete, espesyalman nan kabin espre penti sèk. Gen yon anpil nan vapè dlo nan tiyo echapman an, ki ka vin yon obstak nan tretman gaz echapman. Li dwe pre-trete anvan tretman gaz echapman. fè fas ak.

Paramèt gaz echapman konpozisyon gaz echapman: toluèn, sòlvan xylene, elatriye;

Pwosesis inite detaye entwodiksyon

Foto-sistèm katalitik oksijèn

Non ekipman Foto-sistèm tretman gaz fatra katalitik oksijèn

Penti vapè filtre De-kouch tiwa kalite vè fib koton efè prensipal filtre, zòn filtre 2 mèt kare

UV plis Plasma plis

Honeycomb aktive kabòn

20 UV iltravyolèt tib katalitik lanp, chak 150W, 6 VOC tretman gaz echapman plasma oksidasyon gwo - lanp ion enèji, chak 60W, (chak tib plasma pwodui 3-5 fwa ozòn nan tib UV,

Trennen koyefisyan/inite 150

Pouvwa/Voltaj/Inite 7.5KW

Gwosè ekipman 125012502220

Tuyere bride gwosè 740X740

Materyèl ekipman galvanised fèy

Pwa 250kg

Karakteristik teknik

Efikas dezodorizasyon: Li ka efikasman retire konpoze òganik temèt (VOC), alkòl inòganik ak lòt gwo polyan, osi byen ke divès kalite odè. Efikasite dezodorizasyon an ka rive nan 80-95 pousan, ak efè dezodorizasyon an

Li depase estanda emisyon nasyonal pou polyan odè yo te pibliye an 1993 (GB14554-93).

Pa bezwen ajoute nenpòt sibstans: sèlman bezwen mete kanpe tiyo echapman ki koresponn lan ak pouvwa echapman, se konsa ke gaz la move odè ka dezodorize, dekonpoze ak pirifye nan ekipman sa a, san yo pa ajoute nenpòt sibstans yo patisipe nan reyaksyon an chimik.

Pa gen okenn tretman pre-tretman obligatwa: gaz la move odè pa bezwen espesyal pre-tretman, tankou chofaj, imidite, elatriye. Tanperati anviwònman k ap travay nan ekipman an se -30 degre, ak sibstans ak ajan yo patisipe nan tretman an.

Ekipman an okipe yon ti zòn ak pwa limyè: li apwopriye pou kondisyon espesyal tankou Layout kontra enfòmèl ant ak ti sit, epi li ka okipe volim lè 20000m3 / h.

Bonjan adaptabilite: Li ka adapte yo ak tretman dezodorizasyon ak pirifikasyon nan gwo konsantrasyon, gwo volim lè, ak diferan sibstans gaz ki pa gen odè. Li ka travay kontinyèlman pou 24 èdtan nan yon jounen, ak operasyon an se ki estab ak serye.

Pri fonksyònman ki ba: Ekipman sa a pa gen okenn aksyon mekanik, pa gen okenn bri, pa gen okenn jesyon espesyal ak antretyen woutin, sèlman enspeksyon regilye, ba konsomasyon enèji nan ekipman sa a, Rezistans van an nan ekipman an trè ba.<300pa, which="" can="" save="" a="" lot="" of="" exhaust="" power="" and="" energy="">

Baj popilè: wld-gy kabin espre ak foto-katalitik sistèm oksidasyon kabinè, Lachin, manifaktirè, founisè, faktori, wholesale, te fè nan peyi Lachin