Why assemble a bag filter system?
The main reason for assembling bag filter systems is to improve air quality based on the removal of potentially harmful airborne particles, gaseous fumes and other pollutants generated during production. Depending on the market and the type of scrap produced, it may be necessary to assemble dust collector systems to meet gas emission rules or office testing standards. For example, factories are required to meet some indoor air pollution norms to avoid physical problems related to dust. Before planning a bag filter system, it is critical to scientifically research what types of safety and air index policy regulations may apply to your device.
Bag filter systems can also be assembled to update, improve or refine the equipment's existing dust control methods. Whatever the actual reason for your installation, it is important to implement a preventive maintenance plan to avoid future problems and keep your system running better and more efficiently. General processes may include ensuring that the system operates at an acceptable level based on the measured differential pressure, periodic operation of the pulse solenoid valve, air pressure, etc. Remove tanks and storage in time to avoid dust deposition; Check gate valves, plastic hoses, seals, filters and other components frequently and if replacement is required.
What type of particles are you filtering?
The type of dust generated during the equipment process may affect the type of bag filter. Common industrial dust types include: wood slag. Carpenters produce fine wood particles that can stay in the air and cause physical problems for workers. Pharmaceutical dust. The production of drugs, vitamins and minerals can also produce ultrafine powder, which can also be toxic when inhaled. Granule of ingredients. In the production of processed spices, wheat flour, sugar, corn flour, cereals and other dry food, will cause a lot of dust. Precision processing of dust. The entire precision machining process also produces influential smoke and fine dust mixtures with different pore sizes from 0.01μm to 1mm. The granularity distribution will help you determine the number of filters required and the type of filter material for your system. While standard filters are usually sufficient to collect large particles, expansion filters may also be required to reasonably capture very small particles and smoke. It is also important to choose a filter with a moderate air/cloth ratio, because it will affect the system's ability to maintain workers and avoid damage from dust pollutants. Inefficient filtration can expose workers to large amounts of particles, increasing the risk of explosions. Under certain conditions, coating the filter with a porous granular layer (called precoating) can enhance the overconsideration and improve the performance of the bag filter chamber system.