CONTUFILT - MH
Filtration Beyond Conventional Temperature Limits
CONTUFILT-MH is an advanced candle-based hot gas filtration system designed for high-temperature and corrosive environments. It ensures efficient removal of fine particulates from process gases, supporting emission control, catalyst protection, and resource recovery across critical industrial applications.
Hot-Gas Filtration & Pulse-Cleaning Dynamics
The system uses proprietary vacuum-fused metallic open-channel media, ceramics, or specialty alloys depending on process requirements. Gas flows through the filter under controlled pressure differential. Once the limit is reached, an automated back-pulsing mechanism cleans the filter elements, ensuring continuous and stable operation.
High-Temperature Separation & Operational Reliability
Sub-micron filtration efficiency in high temperature and high-pressure conditions
Robust filter media for corrosive and demanding environments
Automated back-pulsing cleaning for uninterrupted operation
Enhanced catalyst protection and process reliability
Long operational life with reduced maintenance needs
Hot-Gas Cleanup, Catalyst Protection & Emission Control
Environmental & Emission Control
- Particulate removal for pollution abatement
- Compliance with emission norms in high-temperature processes
Energy & Gasification
- Coal gasification filtration
- Biomass gasification and conversion processes
Chemical & Process Industries
- Nitric acid production
- Protection of catalyst beds from contaminants
- Nuclear UF6 vents, catalyst vents in FCC in refinery
Cement & Heavy Industries
- Cement kiln gas filtration
- High-temperature dust and solids separation
Engineering Considerations
CONTUFILT-MH is engineered for the most demanding hot gas duties, where sub-micron capture, corrosion resistance, and continuous operation all matter at once.
Documentation
Technical brochure
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- CONTUFILT-MH: Hot Gas FiltrationRequest PDF
Every process stream has a different separation signature.
Share your feed characteristics and operating constraints. Our engineers will evaluate the appropriate treatment pathway and integration strategy.
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