Flue gas heat recovery heat exchanger with flared mouth

Flue gas heat recovery heat exchanger with flared mouth

In industrial production processes, flue gas heat recovery technology is mainly used in energy-intensive industries such as steel, power, petrochemical, pulp and paper and cement. These industries usually require large amounts of thermal energy to support the production process and also generate large amounts of waste gas and waste heat, so the application of flue gas heat recovery technology can improve energy efficiency, reduce pollution emissions and lower production costs.

In the steel industry, flue gas heat recovery technology is widely used for heat recovery of waste gases such as converter gas, blast furnace gas, coke oven gas and sintering waste gas to improve energy efficiency and reduce production costs.

In the power industry, flue gas heat recovery technology is used to recover waste gases and waste heat from combustion in the power generation process and convert them into useful energy to improve power generation efficiency and reduce pollution emissions.

In the petrochemical industry, flue gas heat recovery technology is widely used to recover waste gas heat in production processes such as crackers, heavy oil hydrogenation units, catalytic cracking units and pyrolysis units to improve energy use efficiency and reduce production costs.

In the pulp and paper industry, flue gas heat recovery technology is used to recover waste gas and waste heat generated during the production process and convert them into useful energy to improve energy efficiency and reduce production costs.

In the cement industry, flue gas heat recovery technology is widely used to recover waste gas and waste heat from the production process to improve energy efficiency and reduce production costs.

Flue gas heat recovery heat exchanger with flare, this heat exchanger is usually designed with a flare to increase the heat exchange area and the flare facilitates the flow of air, thus increasing the heat exchange efficiency. It is also widely used in flue gas heat recovery in a number of industries, for example in flue gas heat recovery systems in power plants, steel plants, petrochemicals etc.