High Wear Resistance Multi Cyclone Dust Collector For Flue Gas Treatment

Production Description

Tangential cast iron multi cyclone dust collector adopts stepped permutation and combination of tangential cyclone inside according to the volume flow of flue gas. Each single cyclone can treat flue gas about 500 m3/h and remove dust particles in the range of 3um to 10um, as a result, tangential cast iron multi cyclone dust collector is an ideal dust removal device and can be highly efficient cyclone dust collector)

Dust removal efficiency: 90-96%

Resistance: 1100Pa.

Plant

All types are fully stocked to satisfy urgent requirement of client.

Principle of Operation

Dry desulfurization dust collector adopts different cyclones. The main principle of activated carbon desulfurization is catalysis and adsorption. When the H2S-containing gas goes through the activated carbon layer, an exothermic reaction occurs at atmospheric pressure and the oxidized gas becomes sulfur and water on the surface of activated carbon, the generated is adopted by activated carbon so as to achieve desulfurization purpose finally.

Characteristics

1. Wide range of applications, including all kinds of dry dust collection and treatment;2. Large treatment flue gas, strong load adaptability;3. Guarantee year: ≥20 years;4. No operation fee;5. Less one-time investment;6. The ceramic material is high-temperature resistant, corrosion resistant, and wear resistant;7. Small land occupation,can be designed according to site condition;8. Can be designed and manufactured according to the site situation to export, left and right side, the top four azimuth; it is convenient for the connection of flues;9. Equipment consists of upper and lower box, simple installation connection;10. Simple operation and maintenance, easy to manage.

Types

Transportation

1.Treatment flue gas: ≤300000m3/h. Multi-cyclone dust collector will be transported as a whole.

2.Treatment flue gas: ＞300000m3/h. Multi-cyclone dust collector will manufacture separately and assemble at site in order to save production and transportation cost. Meanwhile standard production can control quality of the equipment, which is better than manufacturing the equipment at site.