Burnerless & Indirect Fired Systems | Advanced Heat Recovery & Emissions Control
Epcon Industrial Systems is a pioneer in burnerless and indirect fired heating technology, delivering high-efficiency thermal processing solutions that integrate advanced heat recovery methods with air pollution control systems. Our proprietary Oven/Oxidizer Combination designs, backed by patented thermal recycling technologies, have been successfully deployed across multiple industries worldwide, achieving exceptional energy savings and regulatory compliance.
By utilizing multistage heat recovery system from the oxidation process, Epcon’s burnerless and indirect fired systems significantly reduce fuel consumption and operating costs while ensuring emission compliance and process efficiency. These systems are engineered to support sustainable, low-emission, and net-zero operations, making them an ideal choice for facilities aiming to enhance energy efficiency while meeting strict environmental regulations.
How Burnerless & Indirect Fired Systems Work
Unlike conventional direct-fired heating systems, Epcon’s indirect fired and burnerless technology uses:
- Advanced Thermal Recycling – Capturing and repurposing heat from the oxidation process to sustain precise process heating without additional burners.
- Integrated Air Management Systems – Custom-engineered airflow control systems to ensure optimal heat distribution and process stability.
- Multistage Heat Recovery – Recovering thermal energy at multiple process stages to maximize efficiency and minimize fuel usage.
- Seamless Integration with Oxidizers – Combining industrial ovens and pollution control equipment for fully optimized emissions management.
The result is a highly efficient, low-emission process heating system that eliminates the need for direct burner combustion, reducing both operational costs and environmental impact.
Precision Engineering & In-Field Performance Testing
Before shipment, every burnerless and indirect fired system undergoes extensive controls testing at Epcon’s Texas-based manufacturing facility. Our team conducts:
- Specialized tuning based on process setpoints and operating conditions
- Verification of Destruction Rate Efficiency (DRE) levels to ensure VOC elimination
- Optimization of heat recovery methods to confirm thermal efficiency and compliance
Once installed, Epcon’s commissioning teams work directly with customers to fine-tune system performance in real-world operating conditions, ensuring seamless integration between process heating and emissions control systems. Our custom PLC programming, remote sensors, and air management system create an intelligent, easy-to-manage solution that provides precise temperature control and emissions compliance.
Optimize Your Process with Burnerless & Indirect Fired Technology
Epcon’s custom-engineered burnerless and indirect fired heating systems support a wide range of industrial processes requiring high-efficiency, fuel-saving thermal solutions. By integrating process heating with air pollution control, our Oven/Oxidizer Combination Systems help manufacturers minimize energy consumption, reduce emissions, and lower operating costs.
Contact Epcon’s engineering team today to discuss a custom-designed burnerless or indirect fired system that meets your process heating and air pollution control requirements.
Related Case Studies
OUR PROCESS
OUR COMMITMENT
Customized Solutions
Turnkey Systems
Quality Manufacturing
Performance Guarantee
Explore Services
Dedicated Project Managers & Service Teams
- Process Evaluation & Technology Selection
- Environmental Consulting
- Engineering & Design Services
- Electrical Programming & Controls Systems
- Manufacturing & Testing
- Installation, Commissioning & Training
- Preventative Maintenance & Service
- Upgrades & Retrofits
- Spare Parts
- Rental Equipment
- Getaquote
- PRIVACY POLICY
- Air Pollution Control Questionnaire
- Industrial Oven Quote
- Industrial Finishing System Quote
- Specialty System Quote
- Events
- Epcon Industrial Systems Technical Glossary
- Epcon Industrial Systems – Customer FAQ
- Blog



