Textile & Dyeing
Recover heat from dyeing steam systems, drying chambers, natural-gas burners, and boiler exhaust in continuous production environments.
Assess textile heat sourceSolutions
Waste heat recovery solutions by industry and heat source.
A business buyer should quickly see their own plant type here. The page should speak in industry language: kilns, furnaces, dryers, boilers, exhaust, and operating cost.
Cement Plants
Use kiln and clinker cooler exhaust streams to support on-site electricity generation and reduce plant energy cost.
Assess cement plantSteel & Metals
Recover value from electric arc furnaces, rolling mills, heat treatment equipment, and other high-volume exhaust streams.
Assess steel heat sourceGlass Manufacturing
Capture remaining heat from glass furnace exhaust after existing recuperators or heat exchangers.
Assess glass facilityChemical & Pharma
Apply ORC to reactors, distillation, drying, and predictable heat processes where steady operation improves economics.
Assess process heatFood Processing
Use compact ORC systems for baking, drying, sterilization, and thermal production cycles with limited equipment footprints.
Assess food plantBiomass & Geothermal
Use ORC where renewable heat sources are available and distributed generation is valuable.
Assess renewable heatThermal Power Plants
Integrate ORC as a bottoming-cycle option for low-grade heat that main steam systems do not recover.
Assess power plantTypical Solution Path
From heat source to recovered electricity.
Site mapping
Confirm heat source type, temperature, flow, operating hours, and plant constraints.
Recovery estimate
Model recoverable power, expected savings, space requirement, and payback window.
ORC design
Select capacity, working fluid, heat exchanger, condenser, controls, and skid layout.
Plant integration
Install around production with planned tie-ins, safety checks, and minimal disruption.
Performance support
Track generation, reliability, maintenance needs, and continuous improvement.