The core advantages of our fiber demister include high collection precision, low pressure loss, large air handling capacity, and wide operational flexibility. It is adaptable to a variety of working conditions such as atmospheric/low-pressure, room/medium temperature, corrosive/flammable/explosive environments, thereby compensating for the low efficiency of removing small droplets in wire mesh demisters and baffle plate demisters.
1. Core Daily Operations (Ensuring Efficient and Long-Term Operation)
Regularly monitor differential pressure loss: In case of sudden increase in resistance, promptly initiate the cleaning device for water wash or alkali wash to prevent packing clogging.
Filler Replacement: The service life of fiber filler is 1 to 3 years (depending on the corrosiveness of the medium). Replace it promptly in case of severe corrosion or scaling to avoid efficiency decline.
Drainage System Inspection: Regularly clean the collection sump and drainage pipes to prevent blockages and ensure the proper functioning of the water seal/siphon device.
Seal Inspection: Inspect the shell and flange seals to prevent gas phase leakage and avoid exceeding environmental protection standards.
2. Core Selection Criteria (sorted by priority)
Vapour Phase Parameters: Processed Gas Volume, Operating Gas Velocity, Temperature, and Pressure determine the equipment size and structural form.
Drop characteristics: drop size, liquid content, and viscosity determine the thickness of the packing layer and the operating gas velocity.
Medium characteristics, such as corrosiveness, flammability, and the presence of adhesive impurities, determine the material of the filling, shell, and matching cleaning/breathing protection devices.
Emission Requirements: Exhaust abatement efficiency and liquid content at the outlet determine the choice of packing material and equipment stages (single-layer/multi-layer packing).
Field Conditions: Floor space and installation area determine the equipment's structural form (vertical/ horizontal).