Industrial Heat Recovery Systems for Process Heating

Epcon Industrial Systems specializes in custom-engineered heat recovery systems, providing innovative thermal recycling solutions that reduce energy consumption, optimize process efficiency, and minimize operating costs. With 48+ years of expertise and several patented heat recovery technologies, Epcon has helped industrial manufacturers worldwide save millions in energy expenses.

Advanced Heat Recovery Technology for Industrial Applications

Epcon’s integrated heat recovery systems are designed to capture and recycle waste heat, ensuring optimal energy utilization across industrial processes. By leveraging multi-stage heat recovery, Epcon’s systems:

• Reduce operational costs by maximizing fuel efficiency.
• Optimize heat reuse for process heating and facility operations.
• Ensure emission compliance with high Destruction Rate Efficiency (DRE).
• Enhance sustainability by lowering carbon footprint and energy waste.

Custom-Designed Heat Recovery System Configurations

Epcon designs high-efficiency heat recovery solutions tailored to specific process requirements, integrating:

Primary Heat Exchange Systems

Primary heat exchange systems preheat incoming process air before it enters the thermal oxidizer, reducing the need for additional fuel. Epcon’s primary heat recovery solutions include:

• Regenerative Heat Exchangers – Utilizing ceramic media to achieve up to 95% thermal efficiency.
• Recuperative Heat Exchangers – Shell-and-tube or plate exchangers capable of 80% heat recovery efficiency.
• Economizers – Capturing residual heat from exhaust gases to preheat combustion air or process fluids.

Secondary Heat Exchange Systems

Secondary heat recovery repurposes heat from oxidizers, ovens, and furnaces for facility-wide applications, including:

• Thermal Fluid Heaters – Waste heat is used to generate hot water or steam for plant operations.
• Boilers & Process Heating – Recycled heat supports drying, curing, and industrial heating systems.
• HVAC Integration – Excess heat is used for climate control and building heating applications.

Tertiary Heat Exchange Systems

For maximum efficiency, tertiary heat recovery methods utilize low-grade heat to:

• Drive mechanical processes, such as vapor compression, pumps, and turbines.
• Generate on-site electricity through thermal power conversion.
• Support general comfort heating within manufacturing facilities.

Key Benefits of Epcon’s Heat Recovery Systems

• Lower Fuel Consumption – Optimized thermal efficiency reduces reliance on fossil fuels.
• Cost Savings & ROI – Recycled heat minimizes energy expenses and improves system payback.
• Environmental Compliance – Heat recovery lowers carbon emissions and VOC outputs.
• Custom-Engineered Solutions – Designed for seamless integration into existing industrial processes.

Industry Applications & Expertise

Epcon’s heat recovery systems support a broad range of industries, including:

• Automotive & Aerospace – Optimized heat recycling for drying, curing, and emissions control.
• Chemical & Pharmaceutical – VOC destruction and energy reuse for batch and continuous processing.
• Metal Processing & Foundries – Thermal recycling for industrial furnaces, kilns, and heat treatment.
• Food & Beverage Processing – Utilizing waste heat for steam generation and facility heating.

Engineered for Performance & Long-Term Reliability

Epcon’s vertically integrated 250,000 sq. ft. manufacturing facility ensures:

• Comprehensive in-house design, fabrication, and testing for precision-built heat recovery systems.
• Factory acceptance testing (FAT) is conducted before shipment to ensure performance validation.
• On-site installation, commissioning, and long-term system support for optimized operation.

For a custom-engineered heat recovery system designed to reduce energy costs, enhance efficiency, and meet sustainability goals, contact Epcon’s engineering team today.