As the core equipment for smelting antimony ore, the rotary furnace not only achieves efficient extraction of antimony during high-temperature smelting, but also successfully recovers antimony trioxide and meets environmental standards through a scientifically designed flue gas treatment system, reflecting the close combination of resource comprehensive utilization and environmental protection in modern smelting technology.

During the smelting process in a rotary furnace, antimony ore undergoes high-temperature treatment to produce high-temperature flue gas rich in volatile compounds. These flue gases first enter the annular flue for initial cooling, creating conditions for efficient recovery in the future. The cooled flue gas enters the dedicated dust removal equipment, and the volatile antimony trioxide contained in it is effectively captured. This step not only achieves the recycling and utilization of valuable resources, directly improving economic benefits, but also significantly reduces the particulate matter content in the flue gas.

After completing the recovery of antimony trioxide, the flue gas enters the desulfurization and purification system. Through the chemical reaction of an efficient desulfurization tower, harmful gases such as sulfur dioxide in the flue gas are effectively removed. This step ensures that the final emitted flue gas meets strict environmental standards and achieves clean production.

The flue gas treatment system equipped with the rotary furnace demonstrates the advanced concept of modern smelting technology: while obtaining metal products, it maximizes the recovery of associated valuable substances and strictly controls pollutant emissions. For antimony smelting enterprises, this is not only a necessary measure to cope with environmental supervision, but also an important way to improve resource utilization, reduce comprehensive production costs, and practice sustainable development.

As a manufacturer of rotary furnaces, we continuously optimize the furnace body design and supporting systems to ensure that the antimony smelting process achieves dual goals of environmental protection and resource recovery while being efficient and energy-saving, providing customers with truly green and economical smelting solutions.