Direct Fired Thermal Oxidizer with Enhanced Safety Measures for Chemical Gas Processing Application Home Project No 2957 Executive Summary Epcon engineered and delivered a custom DFTO system for a chemical gas-processing plant handling high-concentration VOC streams — including hazardous solvents such as xylene and toluene. Recognizing the explosion risk due to low LEL (Lower Explosive […]
Direct Fired Thermal Oxidizer and Waste Heat Boiler for Petrochemical Manufacturer Home Project No 3550 Executive Summary Epcon delivered a turnkey system combining a 15,000 SCFM direct-fired thermal oxidizer (DFTO) with a waste-heat boiler (WHB) for a large petrochemical manufacturer. The solution destroys volatile organic compound (VOC)-laden emissions, meets stringent regulatory destruction efficiency, and recovers […]
Metal Coil Coating Line with Oven and Oxidizer System, Heat Recovery and Advanced Air Handling Controls Home Project No 3921 Executive Summary Epcon delivered a fully integrated coil-coating thermal system: combining prime- and finish-coat ovens with a built-in thermal oxidizer and heat-recovery architecture. The system cures primer and top coatings on metal coils while capturing […]
55 Gallon Drum Line Equipped with Washlines, Ovens, Recuperative Thermal Oxidizer and Heat Recovery Methods Home Project No 901 Executive Summary Epcon engineered a fully integrated 55-gallon drum production line that includes washlines, curing ovens, a recuperative thermal oxidizer, and a high-efficiency heat-recovery system. The oxidizer not only destroys VOCs generated during washing and curing, […]
Multiple Prime and Finishing Ovens with Air Handling System for Metal Coating Application Home Project No 1380 Executive Summary Epcon delivered a bespoke recuperative thermal-oxidizer (RTO) system with multistage heat-recovery to a global tier-1 aluminum parts producer — enabling efficient oxidation of exhaust gases from chip drying, while waste heat recovering system to supply process […]
Thermal Oxidizer with Comprehensive Heat Recovery for Continuous Web Processing Application Home Project No 770 Executive Summary Epcon delivered a custom-engineered Regenerative Thermal Oxidizer (RTO) with full heat-recovery to a continuous-web processing facility — enabling efficient destruction of solvent-laden exhaust, maximized energy reuse, and improved production throughput. The system achieves 98–99.5% destruction (DRE) on a […]
Coil Coating System for Metal Processing Featuring Oxidizer, Ovens and Multistage Heat Recovery Home Project No 3196 Executive Summary Epcon delivered a complete coil-coating solution for a metal-processing plant by replacing the existing ovens and standalone oxidizer with a custom integrated system: a 3-zone prime oven, 4-zone finish oven, a standalone thermal oxidizer, and […]
Trailer Mounted DTFO Unit for Soil Remediation by US Military Home Project No 773 Executive Summary Epcon delivered a self-contained, trailer-mounted direct-fired thermal/oxidation (DTFO) system to a U.S. military environmental-remediation project — designed to remediate contaminated soil by thermally desorbing hazardous volatile and semi-volatile substances and thermally oxidizing off-gas. This mobile unit allows safe, on-site […]
Direct Fired Thermal Oxidizer for Midstream Petrochemical Operation Home Project No 2949 Direct-Fired Thermal Oxidizer (DFTO) for Mid-stream Petrochemical Operation Executive Summary Epcon engineered and supplied a skid-mounted DFTO for a mid-stream petrochemical facility facing variable hydrocarbon vapor loads and intermittent venting streams. The system reliably destroys volatile organic compounds (VOCs) and hazardous air pollutants […]
Direct Fired Thermal Oxidizer for Oil & Gas Application with Variable Process Loads Home Project No 3710 Executive Summary Epcon engineered and supplied a tailored direct-fired thermal oxidizer (DFTO) for an oil & gas facility facing variable process loads and intermittent vapor/exhaust streams. The system reliably destroys volatile organic compounds (VOCs), hydrocarbon vapors, and other […]