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The
ADF Evaporator is designed to economically reduce waste disposal
quantities by evaporating water from parts washer solutions, water
soluble coolants, ink wastes, compressor and mop water.
This is an easy to use stand alone
unit which can be moved to different locations as needed.
It has an 85 gallon holding
capacity which will hold the tank capacity of most ADF high pressure
parts washers. The evaporator can also be plumbed to be continuously
filled with transfer pump, from solution or holding tank.
The holding tank is constructed
of stainless steel, for long life with a 2" thick insulation layer to
provide a safe and efficiently operating unit. The tank bottom is
sloped for easy sludge removal through a large 4" NPT fitting. A
large hinged lid allows easy access to tank interior for cleaning.
more info [click] |
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The
natural gas-heated HBG systems have two models. The all-electric HBE,
featuring eight 2600W coil-type elements, has one model with either
230V 3ph or 460V 3ph configurations.
All of the units are made of
heavy-duty steel, insulated and double lined for energy efficiency
and safety.
The HBG models feature our
unique combustion chamber design, which uses advanced heat reflective
material to reflect the heat directly onto the underside of the
evaporation tank floor for super-efficient energy usage. A variety of
redundant systems insure the safety of the operator. For instance:
• A high-limit thermo-couple turns off the unit before the tank can
be damaged by scorching;
• Two stainless steel floats provide high-low water level protection
by shutting off the unit when the waste-water level rises or lowers
excessively;
• A third float provides redundant or backup protection. |
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The WB series has two patents and is the first
evaporator of its size to use the extra-high efficient submerged
combustion technology. There are two models capable of handling waste
streams at a rate of up to 60 and 120 gallons per hour (GPH).
Featuring top-of-the-line immersion tube jet burner components, with
a solid-state flame control monitor, the WB is capable of creating
temperatures up to 2000°F, releasing hot flue gases directly into the
water.
Most evaporators use Immersion Heating, in which a heat exchanger is
immersed in a tank of wastewater. While this method is effective, it
is not energy efficient. In fact, as much as 30% of the heat escapes
out the vent stack.
With submerged combustion hot gasses are forced through an immersed
tube and released directly into the water for maximum heat exchanger
efficiency. All of the heat goes into the water-not up a vent stack
nor impeded by the "insulation" of residual solids baked onto the
tube or floor
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