Efficient catering fume purifier

Efficient catering fume purifier

overview

The catering and food processing industries generate a large amount of oil fumes during food processing, and oil fume pollution has become a hot topic of environmental complaints in various regions. The "Emission Standards for Cooking Fumes in the Catering Industry" (GB18483-2001) formulated by the State Environmental Protection Administration stipulates the maximum allowable emission concentration for catering units and the minimum removal efficiency of cooking fume purification equipment.

The FYJ series composite oil fume purifier produced by our company is designed and manufactured strictly in accordance with the technical requirements and testing technical specifications of "Technical Requirements and Testing Technical Specifications for Oil Fume Purification Equipment in the Catering Industry" (HJ/T62-2001) based on the digestion and absorption of the advantages of similar products at home and abroad.

principle

Firstly, mechanical methods are used to adsorb and intercept large oil droplets, and the separated oil-water droplets are collected and collected. Under the action of a high-voltage electrostatic field, the oil fume exhaust gas is ionized, decomposed, adsorbed, and carbonized. At the same time, the active factor (O3) generated in the electrostatic field oxidizes, decomposes, and deodorizes toxic components and odors in the flue gas.

scope of application

It can be widely used in places where oil fumes are emitted, such as hotels, restaurants, cafeterias, food factories, and fuel boilers.

Product Features

1. The removal efficiency of oil fume is high, reaching over 90%, achieving low altitude emissions.

2. The electric field device adopts a drawer type movable structure, which does not require wiring, can be disassembled freely, and is easy to clean.

3. Combination type box, can freely choose the direction of air inlet and outlet according to needs, easy to install.

4. Equipped with overcurrent, overvoltage, electric shock, and fault protection devices.

5. High degree of automation, no need for dedicated personnel to operate and manage.

6. Compact structure, novelty, small size, and light weight.

7. The electric field voltage is stable and will not decrease with the increase of electric field current.

8. Low resistance, low energy consumption, high reliability, and high removal rate.

9. No secondary pollution is generated.