Pharmaceutical
Mixing, grinding, metering, bagging and packaging It can handle a variety of raw materials or materials. The choice of dust collector depends on the value, toxicity, and hygiene requirements of the residue.
Mixing, grinding, metering, bagging and packaging It can handle a variety of raw materials or materials. The choice of dust collector depends on the value, toxicity, and hygiene requirements of the residue.
Cathode material dust collection process points: Raw material weighing: particle size is generally less than 5 microns; iron phosphate rotary furnace sintering; spray drying; ultra-fine grinding; sieving and packaging; Transportation of raw materials, semi-finished products and finished products. Anode material dust collection process points: The particle size of the negative electrode material is larger than that
Mill production line is widely used in calcite, marble, limestone, barite, talc, kaolin, dolomite, wollastonite for dust collection, and the inlet dust loading is high. High pressure difference will directly affect normal production and have a great impact on output and energy consumption. It is very important to control pressure difference within a reasonable range.
Dust characteristics of the foundry workshop: many dust points, scattered, and widely distributed; high dust concentration; strong dust pecking; heavy dust ratio. The process layout of the dust removal system should be used to remove dust on site (combining dust collector, fan and dust-raising equipment to collect and recover dust on site. This method is
In the production process of rubber tires, the production of flue gas is mainly concentrated in the rubber mixing and vulcanization process, and the calendering process will also produce a small amount of flue gas. Rubber mixing workshop mainly includes upper auxiliary machine, internal mixer, lower auxiliary machine, etc. The rubber tyre factory has a
Cement manufacturing offers particularly difficult challenges to dust collection. Based on data from installations, it's been estimated that as much as 1% of mining throughput can be lost to the surrounding environment. For a 700 TPH quarry, that's about seven tons per hour lost from conveyors, crushers and screens, and that does not include losses
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