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| CONDENSING WET ELECTROSTATIC PRECIPITATOR™ |
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| CROLL-REYNOLDS CONDENSING WESP |
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- Principles of Operation
- Sub-micron particulate is ionized and captured on collection surface
- Indirect cooling of the collection surface through the use of cooling water surrounding the tubes results in self-cleaning action
- Cooled collection surfaces enhance performance utilizing the principles of Thermophoresis
- Proprietary voltage/current controllers optimize ionizing power
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- Typical Operating Parameters
- Power Requirements = 1 - 3 kw/1000 cfm
- Gas Side Pressure Drop = 0.5 - 1” w.c.
- Cooling Load = 50,000 - 75,000 BTU/1000 cfm
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- Performance
- Capable of removing particles as small as 0.01 micron with 99.9+% efficiency
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| APPLICATION LIST |
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- Ammonia Recovery using combination of Jet Venturi and Packed Tower
- Semi-Conductor Manufacturing Dopant gases scrubbed with Packed Tower
- Textile tenter frame sub-micron oils emissions captured using CONDENSING WESP™ vertical tubular
- wet electrostatic precipitator
- Combination of HCL and SO2 scrubbing system
- Carbon Adsorber used to remove VOCs from exhaust of computer chip cleaning operations
- Tablet making process off-gases containing acetone and methanol scrubbed with packed tower
- Sludge Incinerator gases scrubbed with High Energy Venturi
- Valuable sub-micron wood oils recovered using CONDENSING WESP™ vertical tubular wet electrostatic precipitator
- Maleic Anhydride scrubbed with specially modified 2-stage Jet Venturi Scrubbers
- Space Shuttle Fuel plant utilizes multi-staged Quench/Packed Tower/Fiber Bed for Calciner off-gas Ammonium Chloride and HCl removal
- Paper Company Lime Mud Filter vented through High Energy Venturi for removal of lime dust
- HCl recovery using two Jet Venturi Scrubbers in series with Packed Tower
- Chlorine, Bromine, Methyl mercaptan , Hydrogen Sulphide, Methanol vapors, Ethylene oxide scrubbing system
- SiO2 from glass melting furnace treated with CONDENSING WESP™ wet electrostatic precipitator
- Silicon Tetrachloride scrubbing problem solved by using Jet Venturi followed by Packed Tower at Northwestern state Zirconium producer
- Pulp & Paper company’s TRS gases removed using oxidizing/alkali solution in Packed Tower
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