Application scope of submerged arc furnace




A submerged arc furnace is a device that utilizes the high-temperature combustion heat generated by ore mineralization reactions to convert it into the required heat energy in industrial production. It has a wide range of applications in many fields, and the following will introduce its main application scope.

Firstly, submerged arc furnaces have a wide range of applications in the metallurgical industry. High temperature thermal energy is required in the metallurgical process for processes such as metal melting, casting, and heat treatment. Mineral heat furnaces can provide stable high-temperature heat sources, making metallurgical processes more efficient and energy-saving. Meanwhile, the submerged arc furnace can also control the composition and quality of metals by adjusting the parameters of the combustion reaction, thereby improving the quality of the product.

Secondly, submerged arc furnaces also have important applications in the chemical industry. Many high-temperature reactions are required in chemical processes, such as catalyst preparation, organic synthesis, and oxidation reactions. A submerged arc furnace can provide high-temperature heat energy, allowing these reactions to proceed smoothly. At the same time, the mine heating furnace can also utilize the tail gas generated by the ore mineralization reaction for waste heat recovery, improving energy utilization efficiency.

In addition, submerged arc furnaces have been widely used in the building materials industry. High temperature calcination is required in the production process of building materials, such as calcining limestone into lime, and preparing clinker during cement calcination. A submerged arc furnace can provide a stable high-temperature heat source, enabling these calcination processes to reach the required temperature, thereby ensuring product quality.

In addition, mining furnaces also play an important role in the energy industry. A submerged arc furnace can use common fuels such as coal and natural gas for combustion, generating high-temperature heat energy. This high-temperature thermal energy can be used in energy facilities such as power plants and heating plants to provide electricity and thermal energy. At the same time, the submerged arc furnace can also utilize the low-grade calorific value of fuels such as coal to improve energy utilization efficiency.

Finally, submerged arc furnaces have been widely used in the field of environmental protection. A submerged arc furnace can use coal and other fuels for combustion, generating high-temperature heat energy. At the same time, the mine heating furnace can also utilize the tail gas generated by the ore mineralization reaction for waste heat recovery, reducing energy waste. In addition, the submerged arc furnace can also reduce the emission of harmful gases generated by combustion and protect the environment by adjusting the parameters of the combustion reaction.

In summary, submerged arc furnaces have extensive applications in fields such as metallurgy, chemical industry, building materials, energy, and environmental protection. It can provide stable high-temperature heat energy, improve the efficiency and quality of industrial production. At the same time, mineral heat furnaces can promote sustainable development and environmental protection by recovering waste heat and reducing harmful gas emissions. With the advancement of technology and the improvement of processes, the application scope of submerged arc furnaces will further expand.


E-mail: salesml@hanmetallurgy.com (Mary Li)

Tel / Whatsapp / Wechat: 0086 18392033938

Xi'an Hani Metallurgy

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