Flue Gas Waste Heat Recovery Heat Exchanger Application Areas

Flue Gas Waste Heat Recovery Heat Exchanger Application Areas

Flue gas heat recovery heat exchangers are used in a wide range of industrial applications. The following are some of the common applications:

Power plants: in coal-fired, gas-fired, oil-fired power plants, flue gas waste heat recovery heat exchanger is commonly used to recover the heat energy in the combustion flue gas, used to preheat feed water, heating boiler feed water or steam generation, thereby improving the energy efficiency of the power plant.

Iron and steel industry: The high-temperature waste heat generated by flue gases in the steel production process can be recovered and utilised through recovery heat exchangers. This heat can be used to preheat air, heat water or steam for other processes such as heating furnace charge, steam generators or drying equipment.

Petrochemical industry: In petrochemical industries such as petroleum refining and chemical production, flue gas waste heat recovery heat exchangers can recover the heat energy in the flue gas for heating raw materials, providing process heat or generating steam. This helps to reduce energy consumption and production costs.

Pulp and Paper Industry: In the pulp and paper industry, flue gas waste heat recovery heat exchangers recover the thermal energy in the flue gas for heating water, steam or other process media, for preheating pulp, drying paper or generating electricity.

Fertiliser industry: In the fertiliser industry, such as ammonia manufacturing, flue gas waste heat recovery heat exchangers recover thermal energy from the flue gases and use it to provide process heat, heat circulating gases or generate steam. This helps to improve the energy efficiency and economy of fertiliser production.

Food and beverage industry: In food and beverage processing, flue gas waste heat recovery heat exchangers recover the thermal energy in the flue gas and use it to heat water, steam or other process media for heating, steaming, evaporating or drying food and beverages.

Water and wastewater treatment plants: In the water and wastewater treatment process, flue gas waste heat recovery heat exchanger can be used to recover the thermal energy in the flue gas, used to heat incoming water, heat gas or generate steam, thereby improving energy efficiency and reducing operating costs.

Pharmaceutical industry: In the pharmaceutical production process, flue gas waste heat recovery heat exchanger can be used to recover the thermal energy in the flue gas, used to heat the process medium, evaporate the solution or dry the product. This helps to improve the efficiency and sustainability of the pharmaceutical process.

Automotive manufacturing industry: In automotive manufacturing, flue gas heat recovery heat exchangers recover thermal energy from the flue gases and use it to heat paints, preheat air or provide thermal energy to other processes. This helps to improve productivity and save energy.

Printing and Packaging Industry: In the printing and packaging process, flue gas heat recovery heat exchangers can recover the heat energy in the flue gas and use it to heat the drying equipment, provide heat to the printing machine or heat steam. This helps to reduce production energy consumption and improve the production process.

Glass industry: In the glass manufacturing process, flue gas heat recovery heat exchangers recover heat from the flue gas and use it to preheat raw materials, heat air or provide heat to other processes. This helps to improve the energy efficiency of glass production and reduce carbon emissions.

Flour and grain milling industry: In flour and grain milling, flue gas heat recovery heat exchangers recover heat from the flue gases and use it to dry grain, heat air or provide heat to other processes. This helps to increase productivity and reduce energy consumption.