Calciner, Rotary, Stainless Steel, HEAT Austria TNV-7,500, Natural Gas, #5991832

Calciner, Rotary, Stainless Steel, HEAT Austria TNV-7,500, Natural Gas, #5991832
Location:United States
Available quantity:1
Description
Unused HEAT Austria TNV-7,500 Thermal Oxidizer System with integrated Zeolite Rotor VOC Concentration technology designed for the destruction of volatile organic compounds (VOCs) from industrial process exhaust streams. The system utilizes a Zeolite Rotor Concentrator to capture and concentrate low-concentration VOC emissions from large air volumes before directing the concentrated VOC stream to the thermal oxidizer for destruction. This design significantly reduces fuel consumption compared to direct oxidation systems while maintaining high destruction efficiencies. The package includes a recuperative heat exchanger, combustion chamber, induced draft fans, process ducting, exhaust stack, burner management controls, and ABB-based control system housed within an electrical control enclosure. Designed for continuous operation in industrial coating, printing, chemical processing, pharmaceutical, packaging, converting, and manufacturing applications requiring VOC emission control and regulatory compliance. System flow diagram and layout drawings are included.
Specifications
| Stock Number | 5991832 |
| Manufacturer | HEAT Wärmetechnische Anlagen GmbH |
| Model | TNV-7,500 |
| Year | 2019 |
| Serial Number | U300.009012.00 |
| Type | Thermal Oxidizer with Zeolite Rotor Concentrator |
| Exhaust Air Volume | Up to 75,000 Nm³/hr |
| Burner Power | Maximum 800 kW |
| Burner Supply Power | 700 kW |
| Fuel Type | Natural Gas |
General Information
Zeolite Rotor Concentrator systems are widely used to treat large volumes of air containing low concentrations of solvents and VOCs. The rotor adsorbs VOCs from process exhaust air and concentrates them into a smaller air stream, reducing the volume requiring thermal treatment. The concentrated VOC stream is then routed to a thermal oxidizer where contaminants are destroyed at elevated temperatures. This technology provides lower operating costs, reduced fuel consumption, and high VOC destruction efficiencies compared to conventional thermal oxidation systems. The included flowchart illustrates the rotor concentrator, heat recovery system, and oxidizer arrangement used to maximize energy efficiency.



