Denitrification sonic ash cleaner

oneDenitrification sonic ash cleanerThe main applications

1. Electric dust collector, bag filter

Mainly targeting the cleaning of dust accumulation on the plates, wires, body side walls, and ash hopper side walls of high-voltage electrostatic precipitators

2. SCR denitration reactor

The large amount of flue gas from industrial coal-fired boilers contains nitrogen oxides, which can cause a lot of pollution if directly discharged into the atmosphere, and are the direct cause of acid rain. SCR denitrification is currently a mature and reliable denitrification method in the domestic denitrification field. The catalyst surface can lose its activity due to the dust attached to it in the flue gas. Using acoustic cleaning can keep the catalyst surface clean and help improve denitrification efficiency.

3. SP waste heat boiler in the cement industry

At present, low-temperature waste heat power generation equipment is basically equipped in the process production of the domestic cement industry, which greatly saves energy, improves energy utilization efficiency, and significantly reduces the electricity cost of cement plants. However, in the process of waste heat recovery and utilization, the heat exchange efficiency is inevitably reduced due to the influence of dust, resulting in the loss of heat that should be recovered, causing energy waste. Acoustic cleaning is a very reliable way to replace traditional mechanical vibration for dust removal, with low energy consumption, stable effect, and maintenance free. It is widely used in SP waste heat boiler dust removal equipment.

4. Various types of heat exchangers, economizers, air preheaters, high-temperature superheaters, low-temperature superheaters, flues, etc

SCR reactor for denitrification in the second power plant
Used for removing dust from the inlet and outlet of the SCR reactor in the denitrification system, as well as the surface area of the catalyst and internal steel components, to extend the activity and service life of the catalyst in SCR, reduce pressure resistance in the system, eliminate the impact of excessive fluctuations in fly ash on subsequent dust collectors, and reduce annual labor and material costs for maintenance, shorten production downtime, and extend the operating time between two maintenance visits.