Industrial Electrostatic Precipitator For Polishing Machine Design Which Encountered Several Problems

Industrial Electrostatic Precipitator For Polishing Machine design which encountered several problems
 Industrial Electrostatic Precipitator For Polishing Machine dust removal efficiency is high, up to 99.9% or more, can get the EPA on the boiler flue gas, fly ash, sulfur content monitoring qualified, our company with many years of production experience, reliable quality and reasonable Price of the equipment by the customer's praise. Industrial Electrostatic Precipitator For Polishing Machine in the design of the choice of piping systems and auxiliary equipment is the same with other dust removal equipment, but the design and selection of Industrial Electrostatic Precipitator For Polishing Machine or encounter several problems:
1, the pressure loss
If the lack of more appropriate design experience, in the low filtration rate can be 75 × 9.8 Pa as a typical data. However, if you take a higher filtration rate, or there is a sticky or low porosity of the dust layer, should take a slightly higher value.
2, the filter speed
The air cloth ratio. It is filtered gas flow with the Industrial Electrostatic Precipitator For Polishing Machine area ratio, the reason for the m3 / min. M2 = m / min. This is the unit of speed, which represents the average speed of the gas through the electrostatic precipitator of the polishing machine, regardless of the area occupied by the fibers that constitute the fabric. For this reason, it is often referred to as "apparent surface speed".
Filtration speed is a very important factor in determining the performance of the electrostatic precipitator of the polishing machine. Filtration speed is too high will cause the pressure loss is too large, reduce the efficiency of dust, polisher industrial electrostatic precipitator blockage and premature damage. However, increasing the filtration rate can reduce the filtration area required by the electrostatic precipitator of the polishing machine, so that the same volume of gas can be treated with smaller dust removal equipment.
3, filter area
The gas flow (m3 / min) of the electrostatic precipitator into the polishing machine is divided by the selected filtration rate (m / min), which is the actual required area (m2) of the fabric. Due to temperature changes, as well as the additional increase or decrease of air into the Industrial Electrostatic Precipitator For Polishing Machine dust volume of the dust is not necessarily the same as the volume produced by the production process. If the Industrial Electrostatic Precipitator For Polishing Machine applications in the flow of change in the occasion, need to make judgments, whether the peak flow or average flow to calculate the filter area. In addition, should also consider the Industrial Electrostatic Precipitator For Industrial Electrostatic Precipitator For Polishing Machine For Polishing Machine fabric reserves, in order to carry out cleaning, inspection and maintenance.
75 tons of circulating fluidized bed Industrial Electrostatic Precipitator For Polishing Machine is the furnace high-speed air flow and carrying the dense suspended particles in full contact, while a large number of high-temperature particles separated from the flue gas and then sent back to the furnace combustion process.
20 tons of boiler bag desulfurization dust collector with sub-room stop pulse jet cleaning technology to overcome the conventional pulse dust collector and sub-room backflush dust collector shortcomings, cleaning capacity, dust removal efficiency, low emission concentration, air leakage rate is small, Less energy consumption, less steel consumption, small footprint, stable and reliable operation, good economic benefits, for metallurgy, building materials, cement, machinery, chemicals, electricity, light industry dust purification and material recovery.
15 tons of polishing machine electrostatic precipitator industrial operation is not normal, a direct impact on the boiler heating, energy waste.