Designed to capture and convert excess heat from industrial exhaust systems into usable steam, helping plants improve energy efficiency and lower fuel dependency in continuous operations.
| About
Waste heat recovery captures thermal energy that would otherwise be lost from industrial exhaust gases generated by furnaces, turbines, kilns, engines, and other high-temperature processes.
Instead of allowing this heat to dissipate into the atmosphere, the system recovers it through heat exchange surfaces and converts it into steam or usable thermal energy. These systems improve plant efficiency, reduce fuel consumption, and optimize the energy balance across industrial operations.
| Process
High-temperature exhaust gases are directed into the recovery system
Heat is absorbed through engineered heat exchange surfaces
Water absorbs heat and converts into steam
Generated steam is used for industrial applications or power generation
Cooled exhaust gases are safely discharged after heat extraction
| Industries
Ideal for industries with high-temperature exhaust systems
Recovery of heat from furnaces and rolling mills
Utilization of kiln exhaust gases
Heat recovery from gas turbines and engines
Process heat optimization and recovery
Energy recovery from manufacturing exhaust systems
| Advantages
| Specifications
Engineered for maximum industrial heat recovery
Optimized surfaces for maximum heat recovery
Handles high-temperature exhaust gases
Based on exhaust conditions and plant requirements
Works with existing industrial processes
Minimal moving parts for reliable operation
Performance optimization and monitoring systems
Built for industrial load conditions
Supports various industrial exhaust sources
| Comparison
| Sector Focus
Recovery of heat from furnaces and rolling mills
Utilization of kiln exhaust gases for steam generation
Heat recovery from turbines and engines
Process heat recovery and optimization
| Gallery
Industrial energy optimization and steam recovery solutions
Engineering articles from the Enercon team on this topic.
Waste heat recovery boilers can recoup ₹2–6 crore of lost energy annually in cement and steel plants. Discover how Indian and GCC industries can optimize costs, boost compliance, and drive sustainable ROI through effective waste heat recovery.
Read articleUnlock hidden savings with waste heat recovery boilers. Discover how cement, steel, and food plants in India and GCC can boost efficiency by 6–15%, ensure CPCB compliance, and realize paybacks in under three years.
Read articleExplore how waste heat recovery boilers deliver up to 18% fuel savings and faster payback for cement, steel, and chemical plants in India, while ensuring CPCB compliance and competitive ROI.
Read article