Combustion and Thermal Parts Platform

Recovering the physical heat of high-temperature flue gas, maximizing the thermal efficiency of various industrial furnaces or boilers, with an average energy saving of over 30%.

If the exhaust temperature is below 200 degrees Celsius, there is basically no need for a waste heat recovery system.

By using high-temperature airflow, the temperature uniformity inside various industrial furnaces or boilers can be significantly improved.

Improve the quality of various low calorific value or inferior fuels, and save a lot of high-quality fuel.

 Significantly reduce the emissions of harmful gases such as carbon dioxide and nitrogen oxides; Combined with flue gas reflux technology, nitrogen oxide emissions are superior to national emission standards.

Significantly increase the flame temperature inside the industrial furnace.

Maximize the retention of high-grade heat in various industrial furnaces. Maximize the heat transfer efficiency of various industrial furnaces or boiler radiation furnaces.

Air housing: cast iron/45 # steel

Air inlet pipe material: cast iron/45 # steel

Maximum furnace temperature for application: 1200 ° C

Combustion chamber: burner brick

Combustion head: SUS 310S

Fixed flange: Q235

Preheating air: 350 ℃

Fuel: NG/COG/LPG

Thermal storage body: ceramic honeycomb/thermal storage ball