HotSpot heat recovery technology recovers high temperature heat from any refrigeration compressor, freezer, air conditioner, or heat pump to make free hot water and can pay for itself in one to two years. |
Recover waste heat energy
and get 100's or even 1,000's of gallons of free
hot water every day. At the same time, improve
the efficiency of your air conditioning or refrigeration
system by up to 18%. A full range of models are
available for any size walk-in cooler, walk-in
freezer, AC, heat pump, or other refrigeration
system from 1 ton to 100 tons. |
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Who already uses the products we sell? |
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HotSpot offers tanks with built-in heat recovery and stand-alone remote units that can connect to any tank. Regardless of which type you select, the principle of operation is the same. HotSpot technology recovers the heat your refrigeration system currently throws away and uses it to heat water for free. |
If your cooler, freezer or ice maker compressors are indoors, you may prefer a tank with built-in heat recovery technology. If your compressors are outdoors, you should consider our remote unit. The remote unit can connect to any tank, converting it into a heat recovery tank.
See specs on our complete line of heat recovery systems up to 100 tons capacity.
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Green Energy Technology That Pays For Itself Quickly |
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Remote Unit Heat Recovery
Connects To
Any
Compressor, Any Tank, Indoor-Outdoor. |
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Built-in Heat Recovery Tanks
For Indoor Compressors |
Most compressors are outdoors and most customers need a remote unit. Below is a basic before-and-after drawing that shows a typical water heating system next to the same system with a HotSpot heat recovery remote unit installed (remote unit not shown). |
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Typical System:
Cold water enters the main tank where it is
heated with purchased energy. |
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Heat Recovery:
Water entering the main tank
is already heated by HotSpot |
Hotel Pool Heater - Large Titanium Heat Recovery Systems For Commercial Pools
Independently
tested and
certified to assure health, safety
and verified performance.
(click
to see UL Listing)
AHRI 470
NSF/ANSI 61
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