Exhaust Heat Transfer

Exhaust Heat Transfer

Greater energy savings with guaranteed exhaust heat transfer performance.

A heat exchanger is specialized equipment that transfers heat from one source to another. Exhaust heat transfer uses the exhaust heat from an engine, boiler or other fuel burning process as its energy source. The combustion exhaust is channeled through the heat exchanger. The inside of the exchanger is lined with finned tubing, which is called a core. Tube finning provides a greater surface area for increased heat transfer efficiency. A liquid "heat sink" flows through the fin tube that absorbs heat and transports the BTUs to a desired application. The fast moving molecules of the hot exhaust collide with the slower cold fin tube molecules and transfer energy by means of conduction. The gas molecules cool as the tube molecules gain in heat. The same transfer of heat occurs between the fin tube and heat sink. The heat sink is completely isolated from the exhaust gases and remains pure.

Cain Industries dedicated years of research and development to create exhaust heat transfer equipment that performs consistently in the most brutal of exhaust heat environments. Designed, engineered and hand built in the U.S.A. to operate reliably for decades. Exhaust heat transfer significantly reduces the fuel required to maintain combustion output. 30% to 50% of the valuable waste heat previously released into the atmosphere is now recovered and transferred back into the process… Saving energy and eliminating the related pollution!

Contact Cain Industries today for the best in exhaust heat transfer. We'll calculate the exact performance of installed equipment with minimal input: combustion conditions, operating hours and fuel cost.

We guarantee the performance of every exhaust heat transfer system we build!

L. Winter