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Waste Heat Recovery

Kinergetics prides itself on "out of the box" thinking to find new and innovative ways to heat recovery

Combined Heat and Power (CHP)

We have provided feasibility analysis and design for combined heat and power (CHP) and on-site power generation for over 15 years, and are now providing complete CHP evaluation, design and installation.

Our expertise with numerous complex industrial process operations provides unique perspective with respect to integrating CHP into an existing facility; effective Integration is critical for trouble free and economically viable CHP operation.

For first cost and maintenance cost control, Kinergetics modifies certain existing “prime power” generators so that they are suitable for CHP applications. Power generation efficiency is generally between 30 and 35 percent with overall efficiency greater than 90 percent, pending circumstances. Overall efficiency is impacted by the level of heat recovery and integration.


Overall efficiency can have a greater impact on payback than fuel cost

Waste Heat to Power Systems

Capacities ranging in size from 100 HP to 2 MW provided a suitable heat source is available.  Equipment built to specification for greatest efficiency.

Water Recovery and Waste Water Reduction

Wastewater minimization and water recovery to control related cost.  Waste heat is used to minimize system operating cost when appropriate.

Waste Heat Recovery

Heat transfer solutions for low (<100°F) and high (>300°F) temperature fouling prone exhaust, process liquids and vapors.

Wood Fired Boiler Waste Heat Recovery For Process Heating

Energy recovery of ~15 MMBTU/Hr with a SR of about 3 years. Kinergetics designed complete energy recovery system, the high performance augmented tube exchanger, specified all equipment and commissioned the system.

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Average Waste Energy Lost

Average Wasted Energy Recovered (MMBTU)