Industrial Dust Collection System Working Explained

Pollution which originates directly from industry is termed industrial pollution, and it is one of the most common sources of pollution worldwide.

Industrial pollution is the significant root of air, soil, and water pollutants, resulting in sickness and death.

It is crucial to think about the safest and most successful waste management methods. The most effective ones will aim to reduce, reuse, and recycle as considerably as possible so that it will not cause much harm to the environment. Industrial dust collector designs are specific to the extraction method required by the industry. The intent of each design application is effectively the same to filter, separate and capture dust and particulate matter and release sanitized air.

Here are some sought-after industrial dust collection systems for waste management.

Cyclone Dust Collector

A cyclone dust collector is a method that separates dust from a gas stream through centrifugal force. Air is purified by creating cyclonic action within the cyclone collection chamber.

Cyclone systems can help remove heavier and oversized particles mixed with fine dust. Also, they are being used pre-cleaners before baghouse. The cyclone dust collector is also efficient in woodwork, pulp and paper, mills, grain and agriculture, recycling plants and many other industries, especially when particle size is over 20 microns.

Shaker Dust Collector

Shaker dust collector is a system that either cleans off-line when the airflow is temporarily halted in tp compartments. These units are common where it is impractical to supply compressed air for bag cleanings, such as in steel mills, mining, power plants, and smelting industries. It can also be used where dry materials are stored in silos and other bulk storage containers.

Cartridge Collector

Cartridge collectors offer an advantage where smaller space requirements are necessary for the same airflow as a large baghouse system. This system packs more fabric into a smaller space and utilizes fewer filters. Also, it changes filters from outside the collector, which minimizes safety hazards. Cartridge collector is successful in commercial industries and reduces welding fumes extract.

Pulse Jet Collector

The pulse-jet collector is also another kind of baghouse system available in various designs to fulfill the application needs of the industry. This bag system operates via a rapid high-pressure air jet cleaning.

The rapid pulse of air allows continuous operation with the fan running, and because of it, the system is not categorized. Pulse-jet is the most common type of dust collector used in industries due to its ability to be easily customized, handle pressures and temperatures, and have high collection efficiency. You can find them almost in manufacturing environments where bulk solids are processed.

PulseJet collectors can be modified with various materials, including carbon steel, stainless steel, aluminum, Hastelloy, and a few other special alloys.

Electrostatic Precipitators

Electrostatic precipitators separate soot, ash and dust particles from exhaust gases using static electricity. Operating on the same principle as an ionic air purifier. Once the particle is charged, the positively charged electrode is captured. Electrostatic precipitators are used in industrial power plant that burns fossil fuels such as oil and coal.

CONCLUSION

The dust collecting equipment is specifically designed to purify and filter hazardous dust and adequate particulate contaminant matter released into the surroundings to maintain and improve air quality. Dust can cause respiratory inflammation to highly toxic airborne metal particles and substances, leading to serious health consequences. These harmful particulates and gases cannot be released into the atmosphere or be left to circulate within the facility. The value of such a system should not be underrated.