Economic oil fume purifier

Working principle of economical oil fume purifier
Due to the complex composition of kitchen fumes, in addition to producing carbon monoxide, carbon dioxide, and particulate matter during combustion, various harmful gases are also emitted. Moreover, the particle size distribution of particulate matter in the fumes is wide and the composition changes greatly, making purification difficult. Conventional techniques are difficult to completely eliminate pollution.
This product adopts a dual function of mechanical purification and electrostatic purification. After the smoke containing exhaust gas is sucked into the pipeline by the fan, it first enters the primary device - the purification rectifier room. The gravity inertia purification technology is used, and the special structure inside the room gradually separates and balances the large particle pollutants. The separated large oil droplets flow into the oil tank and are discharged under their own gravity. The remaining small particle pollutants enter the secondary device - the high-voltage electrostatic field, which consists of two stages. The first stage is the ionizer, where the strong electric field charges the particles and turns them into charged particles. These charged particles are immediately adsorbed by the collection electrode and partially carbonized when they reach the second stage dust collector. At the same time, high-voltage electrostatic fields effectively degrade harmful components, playing a role in disinfection and deodorization. Finally, clean air is discharged outdoors through a filter grille.
There is a potential difference of 10-15 kilovolts between the discharge electric fields of the oil fume purifier, which causes non-conductive gas molecules to decompose or electron attach into free ions. When the airflow passes through the dust collection electric field area, particles are charged by ion impact and move towards the collection electrode with opposite electrical properties. In other words, the first step of the collection mechanism ionizes the gas, and the second step charges the particles in the airflow. The third step is to make the particles collide with the collection electrode plate and be collected.
In theory, the electric force required to separate charged particles is proportional to the product of the particle's charge and the collected electric field strength. The size of this power is 3000 times that of gravity for a 1-micron particle with a specific gravity of 1, and 300 times that of gravity for a 10 micron particle with a specific gravity of 1. This is the reason for the high efficiency and effectiveness of the oil fume purifier.

Technical characteristics of economic oil fume purifier HD-B
Efficient: Efficiently capturing smoke particles of different sizes, with high purification efficiency, fundamentally solving the problem of pollution transfer.
Flexibility: Modular purification units can be flexibly combined, and the number of units can be adaptively adjusted according to different purification processing capacities and purification rate requirements.
Advanced: The electrostatic power control system can automatically adjust the electric field strength, ensuring that the purification equipment maintains a high purification rate even after long-term operation.
Safety: The safety system is carefully designed, and when the access door is opened, the high-voltage power supply is automatically cut off; The high-voltage power supply is carefully designed as a tightly sealed unit made of epoxy resin, ensuring safe and reliable use; It adopts the flashover tracking technology used in large-scale machines and can be equipped with a remote control system, greatly improving the safety factor of operation.
Stability: The electrostatic power control system has an automatic protection device for overcurrent and overvoltage to ensure stable operation of the equipment.
Economy: Long service life, energy-saving and efficient, small footprint.
Technical parameters HD-B