Epcon Industrial Systems

The Challenge A Coil Coating operation utilized an old direct-fired afterburner and a portion of the exhausts gas to heat a 100’ long curing oven, operating at line speeds up to 700ft/min The Solution Evaluating the appropriate oxidation system for a specific process stream is more challenging and requires in depth analysis of the specific process gas and operating parameters, as there are many configurations to choose from. A Direct Fired Afterburner, sometimes called an incinerator, is the most elementary system, as it contains no heat recovery system. Ideal for high VOC levels and fluctuating operating conditions. Thermal oxidizers are more sophisticated systems with a variety of heat recovery systems and configurations, typically used for larger process air flows.  Regenerative system, which uses media to absorb and transfer heat, was selected for this application.  In addition they are not steady-state, Instead they rely on a cycling gas, which flows ...

Aluminum Industry Overview Epcon has a long history of providing process and environmental compliance technology solutions to the Aluminum industry. Up and down the value chain, Epcon has delivered innovative solutions for primary and Secondary metal processing , Scrap metal recycling, Aluminum coil/sheet coating, Cast, Forged and Extruded Aluminum Parts Heat Treatment as well as Aluminum Parts Coating applications. Our experience team handles every aluminum application from anodizing, burn out processing, to normalizing ingot logs and coil bundles. Epcon is a leading provider of proven Thermal Oxidation , Thermal Processing (Thermal Deoiling, Ovens & Furnaces) and Finishing Systems to some of the world’s leading Producers of Aluminum Materials and Products.  Having worked with some of the largest producers in the aluminum Industry, Epcon is a trusted supplier of lasting equipment, custom engineered to be the cost effective, environmentally sound solution on the mark...

  The Challenge A metal processing application for the aerospace industry was need and advanced design and control system for batch ovens equipped with high accuracy operating parameter requirements.  Throughout the metal curing process temperatures and other operating parameters in the oven must be controlled accurately in real-time with minimal delays. The production of adhesives or various polymers materials and their bonding to the metal surface is a highly temperature-sensitive process, temperature affects the reaction kinetics and, more importantly, the atomic structure of the particular substance. The conversions of the atomic structure configurations occur at a specific temperature, and reaching the peak temperature target is essential for manufacturing  durable and high strength materials. Additionally, the curing process is often highly demanding in terms of the need for multiple sessions with different retention times and operating conditions. The issue ...