Hot Gas Filter System
Hot Gas Filter System
The EFP hot gas precipitator is based on an internally mounted metal filter element and offers the unique advantages of sintered porous metal fiber media to provide a variety of gas filtration systems. Our filtration systems are used in high temperature and/or corrosive chemical and petrochemical processes for gas-solid filtration of processes and exhaust gases. With an operating temperature above 250 °C, the filter element can replace existing filtration systems, for example in ceramic-based systems where lower pressure drop, ease of cleaning, high mechanical stability, and chemical and heat resistance are required.
The hot gas high-temperature dust remover with these characteristics can reduce the process of gas cooling and washing in the reduction process. Thereby making better waste heat reuse. It is the ideal solution for recycling.
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Hot Gas Filter System
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The Hot gas filter usually filters at an operating temperature higher than 260℃（500°F), and the traditional filter medium is not used anymore in such high temperature gas. The industrial pulse hot gas filter developed by Saifilter Company is mainly used to provide solutions in the fields of the utilization of waste heat utilization, from industrial high temperature flue gas and the purification and recovery of high-temperature gas. Because filter medium adopts composite metal fiber to directly purify the high temperature gas, remove the collected dust particles from the surface of the filter elements effectively, this process is usually carried out when the hot gas industrial dust collector is running online, it does not interrupt or interfere with the technological process except for very small pressure peaks (or “overpressures”).
For hot gas filters, there are usually two cleaning methods for backflushing: pressurized backflushing and online venturi pulsed backflushing. For pressurized backflushing, the filter must be isolated from the filtration process. With Venturi pulse blowback, the filter can maintain a smooth flow without interrupting service.
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- Recycle the waste gas heat energy, improve the overall efficiency.
- Separate the gaseous components through the combination of adsorption and catalytic processes.
- Separation of ignitable dust
- Waste incineration-hospitals chemical industry
- Coal gasification
- Pyrolysis
- Calciners and kilns
- Product recovery in process technologies
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