Convection/radiation recuperator

The TurboMant combines the functionality of a radiation recuperator and a convection recuperator.

900 –

1.300 °C

Exhaust gas temperature

1.000 –

10.000 Nm³

Exhaust gas quantity

up to 500 °C

Air preheating

Corrosion resistance

Dust suitability

Efficiency

Durability

Dual function with a lot of fuss

The turbulence of the exhaust gases results in a high convective heat transfer in the pipe bundle and on the inner wall of the double shell.

Areas of application

Its versatility results from its ability to combine the advantages of a radiation recuperator and a convection recuperator. Therefore, the TurboMant is suitable for various requirements in different environments, provided that waste gas does not contain any aggressive substances.

The TurboMant is a cost-effective and space-saving solution for reducing energy consumption in smaller rolling mill furnaces.

The Turbomant helps to maintain temperature stability in the holding furnace. The even heat transfer prevents excessive temperature fluctuations which is important to maintain the desired properties of the material.

The TurboMant is a cost-effective and space-saving solution for reducing energy consumption in forging furnaces, provided that no aggressive substances are contained in the exhaust gas.

The TurboMant is recommended for smaller aluminium melting furnaces if the exhaust gas does not contain any corrosive components.

Porcelain, earthenware and stoneware are fired at high temperatures of up to 1,480 °C over a long period of time. The TurboMant can significantly reduce energy consumption here.

Smart principle
- Maximum efficiency

Additional tubes are installed inside a double-walled casing pipe. This design eliminates the disadvantages of a pure radiation recuperator, where the heat transfer capacity drops considerably as the temperature of the flue gases decreases. However, it also does not achieve the same durability if corrosive flue gas components attack the material. It can be integrated vertically directly into the chimney.