TIDEVANETM type mist eliminator types are widely used in industry to separate liquid droplets from gas streams.
In all the applications where a contact between liquid and flowing gas is involved, tiny mist droplets are carried away with the gas.
TIDEVANETM type mist eliminators of AWS are specifically made to remove mainly liquid droplets together with solid particles from an air or gas stream.
Unlike filters, which hold particles indefinitely, TIDEVANETM mist eliminators of AWS separate fine droplets and drain the liquid away from the gas stream.
TIDEVANETM mist eliminators of AWS are made of zig-zag baffles that cause the mist laden gas to change direction quickly as it flows through the oriented baffles or blades.
The liquid droplets, due to their momentum, impact on the baffles and are separated from the gas flow as they are unable to follow the gas streamlines.
TIDEVANETM are inertial separators because liquid droplets are removed due to their inertial momentum.
TIDEVANETM mist eliminators collect essentially 100% of all particles greater than 8 to 40 microns in diameter, depending on design parameters and operating conditions.
Materials of construction:
- Standard stain steel
- Alloys
- Titanium
- Polypropylene
- FRP
- PVDF
- Many other materials available on request
WFGD WET FLUE GAS DESULPHURIZATION
FLUEVANE™
SEAVANE™
AIR INTAKE (MARINE & GAS TURBINE)
AWS SEAVANETM intake moisture separator systems are designed to handle visible moisture entrainment and heavy sprays from air streams entering into turbines, ships’ engine rooms, ventilation air intakes and similar marine and off- shore applications.
Materials:
- 316L SS
- Aluminium
SEAVANE™
SEAVANE – MARINE SCRUBBER
Our Seavanes for Marine Scrubber are suitable for both horizontal and vertical gas flows.
The smooth surface and the large open area of Seavanes minimize the fouling potential, increase gas and liquid capacity, enhance the resistance to corrosion and erosion.
Horizontal flow - Seavane pack arrangements:
- Higher liquid droplet removal with a larger filtration area
- More compact designs
- Vessel diameter reduction
Main benefits:
- More compact scrubber design possible
- Higher droplet removal efficiency specially on the smaller droplet diameters
- Overall potential reduction of mist eliminator pressure drop
- Lower risk of liquid carry over due to higher gas handling capacity of horizontal vane profiles
