Contaminated gas phase enters the filter chamber in front of a distribution plate on which the fixed sleeve, where the distribution of the gas phase and reduce the gas flow rate contributing to the separation of suspended particles from the gas stream. Then there is a filtration of the gas flow through the fabric filter media, the suspended particles settle on the surface and in the bulk material filter bags. To increase the resistance on the sleeve is regeneration, which consists in shaking or blowing of settled dust into the hopper of the filter.
Our filters are highly efficient dust removal is 99.9 %, while the material of the filter bags allows filtering of high temperature gases. Baghouse is equipped with an automatic system for pulse purge sleeves. The design of filters is characterized by having a distribution system implementing uniform distribution of the gas flow and the load on the filter sleeves; improved performance of the filters is achieved by creating a system of "long sleeves" (over 5 m), the filter is able to take highly dust loaded gases through step-by-step separation of dust, which reduces the load on the filter bags and cleaning system hoses.
While on our filters, it is possible to carry out the dry sorption of gaseous compounds, such as fluoride, sulfurous gas and others.
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High filtration efficiency
Compressed air pressure reducing for purging
Filtering of high temperature corrosive gases
Increased performance
Aspiration system for collecting dust with a particle size less than 1 micron
Pre-treatment to reduce the load on the filter elements
Stable operation of the filtering elements when hygroscopic dust (kci capture, etc.)