The emergence of regenerative aluminum melting furnace has made great progress in improving productivity, reducing fuel consumption and pollutant emission, and has changed the shortcomings of the previous industrial aluminum melting furnace.

1. When the regenerative burner on the aluminum smelting furnace works, it should be noted that the flame temperature is much higher, and larger furnace space is needed to ensure normal combustion.

2. When regenerative burner is used in aluminum melting furnace, disconnected auxiliary smoke exhaust pipe must be equipped. Only in this way can the furnace pressure fluctuation caused by burner switching be solved. In addition, the pressure point of the furnace should be set as far as possible in the flame and air flow will not have too much influence.

3. In aluminum smelting, combustion is always carried out in a fully enclosed furnace. Two burners alternately ignite and burn. The whole process monitoring of ignition and flame is an important link in the normal operation of the system, which should be paid full attention to and necessary measures should be taken. Only in this way can the safety of equipment and production be guaranteed.

4. In the process of aluminum smelting, there are great differences in heat load demand and heat transfer mode at different stages. Therefore, a continuous flame size adjustment and control system should be equipped. Only in this way can we achieve accurate control of fuel combustion in all stages of aluminum smelting and achieve better energy saving effect. At the same time, it is beneficial to improve the quality of smelting products and reduce the oxidation burning loss of aluminum.

Regenerative aluminum melting furnace has high efficiency and energy saving, and its wide application opens a new chapter for industrial furnace industry, which makes one can not help but feeling how good it is.