Economically recover heat at each source or
combine multiple sources into one larger system.
  • Heat recovery (return to same process or another process)
  • Furnace exhaust to feed air (Recuperator)
  • Steam or water boiler exhaust to feed water (Economizer)
  • Kiln or oven exhaust to feed air
  • Thermal oxidizer exhaust to process hot water of air
  • Incinerator exhaust to hot water or heat for buildings
  • Gas engine exhaust to thermal oil to drive ORC turbines
  • Isothermal ovens for semi-conductor industry
  • Heavy oil pre-heating
  • Waste heat to electricity
APPLICATIONS
Most industrial exhaust processes do not have waste heat recovery because
the payback on traditional systems is upwards of 5-years.

Our technology, with our patented manufacturing process, brings the payback down
easily to 2-year and in most cases approaches a 1-year payback.
Advanced Heat Recovery, Inc.
an AQUA Innovations Company
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Applications
©2009 AQUA Innovations, Inc., All Rights Reserved.
Foundries
Incinerators
Medical Waste
Food Processing
Pulp & Paper
Petro-Chemical
Textile
Power Plants
Waste to Energy
Asphalt
Brick & Tile
Recycling
Powder Coating
Cement & Lime
Refractories
Gypsum - Wallboard
Sludge Drying
Pharmaceuticals
Industries Served
  • Furnaces
  • Ovens
  • Boilers
  • Dryers
  • Kilns
  • Turbines & Generators
  • Thermal Oxidizers
  • Steam Systems
  • Wastewater
  • Incinerators
RECOVER WASTE HEAT FROM...
If you applied 40,000 btu’s to a 30 inch
long superconducting heat exchanger,
the temperature loss across it would be
so small it would be difficult to measure.

It would take a
9 foot diameter copper
cylinder weighing 40 tons to produce
the same result!
About 45% of US energy consumption is released to the atmosphere as waste heat.
HERE ARE A FEW EXAMPLES
Foundry
Refinery
Food
Pulp & Paper