Exhaust Gas Heat Recovery Finned Tube Heat Exchangers with Flared Outlets

Exhaust Gas Heat Recovery Finned Tube Heat Exchangers with Flared Outlets

The design of finned tube heat exchanger with flare can effectively improve the heat exchange efficiency in the exhaust gas heat recovery system. The shape of the flare helps to direct the flow of exhaust gases, reducing the flow resistance and increasing the contact area between the airflow and the finned tubes, thus improving the heat exchange effect.

This design is usually used for heat recovery of high temperature exhaust gases from industrial boilers, incinerators, etc. It can effectively utilise the heat energy in the exhaust gases, improve the overall energy efficiency of the system and reduce energy consumption.

Exhaust gas heat recovery finned tube heat exchanger for industrial boilers with flare design can significantly improve the heat recovery efficiency. Below are some of the key benefits:

Improved heat exchange efficiency: The flared port design optimises the flow path of the exhaust gases and enhances the contact between the exhaust gases and the finned tubes, thus improving the heat transfer efficiency.

Reduced pressure drop: This design reduces the pressure drop of the exhaust gas as it passes through the heat exchanger, which reduces energy consumption and improves the economics of system operation.

Improvement of flue gas flow: The shape of the flare effectively guides the flue gas flow, reduces dead zones and eddy currents, and ensures uniform distribution of the flue gas in the heat exchanger.

Adaptable to high temperature environment: The finned tube design can withstand high temperatures and is suitable for high temperature exhaust gas recovery in industrial boilers to ensure long-term stable operation.

Flexibility: this heat exchanger can be customised according to specific boiler design and exhaust gas characteristics to adapt to different working conditions.