Product Details
Product Overview:
Our company manufactures fume purifiers—devices that use mechanical means to filter harmful gases and particulate matter from indoor air before discharging it outdoors, thereby meeting environmental standards. These purifiers are primarily used in hotels, restaurants, eateries, food-processing facilities, and urban environmental protection initiatives, helping to reduce pollutant emissions, improve air quality, and mitigate noise pollution.
Main pollutant components of cooking fumes:
Depending on the type, flue gas primarily contains aldehydes, hydrocarbons, nitrogen oxides, alcohols, and other hydrocarbon compounds.
Emission standards:
Oil-fume pollutants include organic exhaust gases such as benzene compounds, ethyl acetate, and total non-methane hydrocarbons. Emissions of organic exhaust gases shall comply with:
1. Class II Standard of GB 16279-1996 “Integrated Emission Standard for Air Pollutants”
2. GB 18483-2001 “Emission Standard for Cooking Fume in the Catering Industry”
| Model number | Control Project | Unit | Standard | |
| Emission Standard (Level II) | Emission height | |||
| 1 | Non-methane total hydrocarbons | Kg/h | 12 |
15m |
| 2 | Nitrogen oxides | Kg/h | 0.91 |
15m |
| 3 | Formaldehyde | Kg/h | 0.30 |
15m |
| 4 | Acetaldehyde | Kg/h | 0.060 |
15m |
| 5 | Methanol | Kg/h | 6.1 |
15m |
| 6 | Aniline | Kg/h | 0.61 |
15m |
| 7 | Styrene | Kg/h | 6.5 |
15m |
| 8 | amine | Kg/h | 4.9
|
15m |
| 9 | Benzene | Kg/h | 0.60 |
15m |
| 10 | Toluene | Kg/h | 3.6 |
15m |
| 11 | Phenols | Kg/h | 0.12 |
15m |
| 12 | TVOC | Kg/h | 0.60 |
15m |
| 13 | Ammonia | Kg/h | 4.9
|
15m |
| 15 | Trimethylamine | Kg/h | 0.54
|
15m |
Process Flow and Description of the Fume Treatment System:
Based on the site conditions and in compliance with energy-saving, low-consumption, and environmental protection requirements, and taking into account construction complexity and cost control, our company will integrate its existing exhaust ductwork with our oil-fume treatment system for processing. The treated exhaust gases will then be discharged through the ductwork.
Figure 1: Schematic Diagram of the Flue Gas Treatment Process (Technology)
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Mobile phone:+86-188-6602-0062
Email:sddljnhb@163.com
Website:http://www.sddljnhb.com
Address: No. 5166, Tianqu East Road, Economic Development Zone, Dezhou City, Shandong Province
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