Environmental experts agree… Wastewater Evaporators offer a simple and effective long-term approach to wastewater disposal cost reduction. Their design provides consistent operation, minimal clean-out, high efficiency, and low maintenance.
Wastewater is fed to the evaporator tank. A blower draws air stream into tank to remove vapors and combustion air into burner. The heat exchanger causes water to boil. Moisture-saturated air leaves tank through coalescing mist eliminator where oil/water droplets are removed and clean steam passes into the manifold. Flue gas joins water vapor at the blower manifold entrance – not exhausted into tank. Environmentally approved air streams are mixed in blower and exhausted through stack. When boiling is interrupted, the oils – freed from emulsion – float to surface and are decanted either automatically, or manually. Solids settle to tank’s sloping trough floor and are removed with concentrated liquid through the clean-out port.
SERIES |
400 |
500 |
600 |
650 |
700 |
800/850 |
EVAPORATION RATE (gph) |
8 |
15 |
33 |
48 |
63 |
126 |
24 HOUR EVAPORATION (gal.) |
192 |
360 |
792 |
1,320 |
1,512 |
3,024 |
FOOTPRINT |
65” x 23” |
86” x 23” |
85” x 43” |
90” x 43” |
98” x 43” |
128” x 58” |
TANK CAPACITY (gal.) |
118 |
174 |
333 |
312 |
296 |
517 |
HEAT SOURCES | Natural Gas, Liquid Propane, Steam, Electricity | |||||
CONSTRUCTION | 316 Stainless, High Nickel Alloys, Chloride Resistant Alloys |
Met-Chem, Inc.
837 East 79th St.
Cleveland, OH 44103
Phone: (216) 881-7900
Email: info@metchem.com
Copyright © Met-Chem, Inc