Epcon Industrial Systems LP

  Engineering Epcon Industrial Systems Designs and Manufactures Process Heating Equipment , Air Pollution Control , and Specialty Systems. Manufacturing Custom Engineered with Advanced Heat Recovery Methods and Patented Technology to Optimize Operations. Maintenance Providing Across Industries & Applications. Our team Delivers Quality Systems, Complete with Lifetime Service & Maintenance. Check Epcon full page AD on Page 4 – https://digital.bnpmedia.com/ publication/?m=10591&i=691628& p=4&oly_enc_id=7432I5783801A2B

Epcon has been providing Air Pollution Control Systems for the Chemical Industries for over 40 years. As Flares and emissions regulations strengthen in the US, our team at Epcon is here to help design integrated VOC solutions that help reduce operating cost and increase production efficiencies. Contact us today to assess your Industrial Equipment needs!

  Every customer has specific equipment design requirements, and those requirements significantly affect the process control demands. Therefore, our control systems are highly flexible and adjustable to meet customers' specific needs. Although designs vary from system to system, the following facts are standard for our control systems: highest accuracy, minimal delays, friendly, easy-to-use user interface, and safety as the priority.   The primary function of all Ovens and Furnaces is temperature precision. That is why we use several thermocouples at different places in the Ovens and Furnaces to detect the temperature inside the heating equipment, to ensure uniformity across all sections. The accomplishment of uniform temperature distribution in the Oven or Furnace is indeed an art that combines science and engineering. We successfully design systems for the most stringent operating parameters, where all sections of the unit are within 5 °F range.    ...

    Many manufacturing applications and processes require temperatures and other operating parameters in an industrial oven or furnace to be controlled accurately, in real-time with minimal delays. A metal curing process for example, often requires the curing of adhesives or various polymers materials and their bonding to the metal surface, a highly temperature-sensitive process. The 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 nearest temperature to target one is essential for manufacturing durable and high strength materials.   One of the most troublesome issues in industrial Oven and Furnace applications is maintaining the target temperature uniformly across all oven sections. The excessive production demands and the cost of high quality products are followed by overwhelming operating costs...