Waste Heat Recovery
Unlocking hidden thermal value in your waste stream. Transforming exhaust gases into sustainable energy assets.
Technical Definition: Waste Heat Recovery
Waste heat recovery is an engineering process that captures thermal energy from incinerator exhaust gases that would otherwise be lost to the atmosphere. This energy is transferred through a heat exchanger or steam generator to produce usable hot water, steam, or air, effectively turning a waste disposal process into a source of free energy for the facility.
Industrial Efficiency Integrated
Our expertly engineered heat recovery systems integrate seamlessly with our FS and FSM incinerator ranges. By capturing exhaust heat, we help facilities reduce their reliance on external fuel sources and lower their overall carbon footprint.
These systems also serve a critical technical purpose: cooling flue gases before they enter the air pollution control stage. This dual-purpose design enhances the performance and longevity of your environmental infrastructure.
Bespoke Thermal Recovery Loop.
Bespoke Recovery Solutions
Capture exhaust energy to produce hot water for on-site sanitation, space heating, or process requirements, significantly reducing boiler fuel costs.
Redirect high-temperature air for industrial drying applications or warehouse heating through precision-engineered heat exchangers.
Generate low to high-pressure steam suitable for sterilization, manufacturing processes, or power generation through integrated HRSG units.
Calculating Your Energy ROI
Our team provides comprehensive Net Calorific Value (NCV) assessments to determine the exact energy displacement potential of your waste stream. Contact us today to begin your journey toward thermal asset management.
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