Characteristics of exhaust gas treatment for combustion boiler dust collectors: Exhaust gas generally has the characteristics of flammability, explosiveness, insolubility in water, solubility in solvents, and difficulty in treatment. Various principles such as activated carbon adsorption treatment, catalytic combustion, catalytic oxidation, acid-base neutralization, and plasma treatment are commonly used in exhaust gas treatment. It is generally recommended to use plasma method because low-temperature plasma method has the characteristic of easy removal and use.

When using the combustion boiler dust collector, please note that the machine is strictly prohibited from being used in flammable and explosive places. If the filter bag is not made of materials, it cannot absorb burning sparks and warm waste. The equipment is strictly prohibited from being used without its filter and dust bag, otherwise it will directly cause damage to the fan. When the filter or filter bag in an industrial dust collector is damaged, it needs to be replaced in a timely manner during use.

The combustion boiler dust collector is suitable for the treatment of exhaust gases, sulfuric acid, nitric acid, and other exhaust gases, as well as acidic gases such as sulfur oxides (SOx), nitrogen oxides (NOx), carbon oxides (CO, CO2), and (HCN) emitted during the production process of industrial sectors such as chemical plant waste gas treatment, light industry waste gas treatment, printing and dyeing, waste gas treatment, manufacturing waste gas treatment, steel plant waste gas treatment, mechanical manufacturing waste gas treatment, electronics plant waste gas treatment, electroplating plant waste gas treatment, painting plant waste gas treatment, and paint waste gas treatment. The industrial waste gas treatment scrubber can achieve satisfactory results.

A specially designed and selective mixing system for particle size, which can mix positively charged fine particles in the gas with negatively charged coarse particles flowing out from adjacent negative channels, as well as mix negatively charged fine particles with positively charged coarse particles. Due to the decrease in electrostatic force with increasing distance, it is important for VNet to make fine particles as close as possible to larger particles with opposite properties, in order to maintain sufficient electrostatic force to promote particle aggregation. The on-site full-scale test also showed that BEAP reduced fine particles by more than half.

The reason for the low working efficiency of bag filters mainly depends on the thickness of the dust layer on the filter material and filter bag. Generally speaking, when the filter material is dense and the dust layer is thick, the efficiency is high; But the corresponding handling capacity decreases, that is, the filtering wind speed is low. How to increase the filtration wind speed while maintaining stable rates and pressure losses in the dust collector is a problem that needs further investigation. The increase in filtering wind speed depends on the cleaning method and the performance of the filter material.