Energy Saving Electric Electrostatic Tar Precipitator For Purifying Gases

Product Introduction
Tar catchers are mainly used for purifying gases with high tar content, such as carbon roasting kiln fillers, gas generators, and other flue gas purifiers. This device has significant application effects in saving, utilizing and developing energy, protecting the environment, preventing pollution, and improving working conditions, ensuring long-term stable operation.
Electric tar precipitators can purify general industrial emissions, purify gases containing tar, eliminate pollution, protect the environment, and recycle useful materials. They are widely used in industries such as petroleum, chemical, gas, metallurgy, building materials, textiles, and power. They are important  devices for dust removal, defogging, tar removal, and impurity separation. It has the advantages of wide applicability, simple structure, high tar and dust removal efficiency, and convenient use and maintenance.

Dust removal characteristics
(1) The purification effect is good, and the L-C power supply can fully corona the electric field without easily converting it into penetrating spark breakdown.
(2) Even if a breakdown channel is generated, the electric field recovery is very fast due to the inability to increase the output current of the power supply.
(3) Has good voltage automatic tracking performance.
(4) Can effectively overcome the phenomenon of corona current "sealing".
(5) High operational reliability, low failure rate, as the main components of the control part are reactors, capacitors, and contactors, without complex electronic circuits, long service life, and corrosion resistance.
(6) The circuit structure is simple and easy to debug and maintain.
(7) Multiple units can be used in parallel.
(8) Equipped with overvoltage protection circuit, capable of automatic alarm and tripping.
(9) Equipped with a peroxide protection interface, when used in conjunction with a peroxide monitoring instrument, it can automatically alarm and trip if the oxygen content in the gas is too high, effectively avoiding explosion accidents caused by high oxygen content in the gas.