Consider several potential uses for optimizing waste heat.  In northern climates each 100 brake horsepower air compressor has the potential to heat ten thousand square feet of area or preheat roughly 5,000 cfm of makeup air thereby reducing natural gas or electric space heating consumption.  Other geographic regions may benefit from boiler feed-water heating or similar temperature thermal processes.  Properly designed and executed typical financial returns are approximately 20% or greater for retrofit applications with new installations providing a less than one year payback on investment.

Caution should be exercised when evaluating proposals for compressed air heat waste recovery.  We have observed many installations by others that have not reclaimed promised thermal energy or in many cases have significantly damaged compressors and dryers.  One of the most common examples is improperly connecting air distribution ducting to the equipment.  Air compressors and dryers are not designed to overcome much air resistance while rejecting heat generated during mechanical use.  The higher static pressure of duct work may limit or entirely prevent the equipment from effectively releasing this energy causing increased energy consumption, compressor overheating, and eventual mechanical failure.  If you have any concerns regarding compressed air systems waste heat recovery systems please contact us and we will be glad to assist in implementation.