Technological Breakthroughs in Tailings Utilization: S.L Machinery Green Development Practices
Catery:Company news Time:2025-07-23 10:30:50

As a major mining nation in the developing world, China ranks among the global leaders in tailings discharge. Enhancing the comprehensive utilization of tailings is not only crucial for the sustainable development of the mining industry but also a key initiative for China’s green transition, the construction of a "Beautiful China," and the safeguarding of resource security.

In recent years, with advancements in technology and processing techniques, previously hard-to-utilize tailings are being redeveloped. Through technological innovation, tailings are being transformed into new materials, becoming a fresh source for increasing reserves and boosting production—achieving a win-win scenario for both efficient resource development and ecological protection.

"From a technical perspective, a series of advanced tailings processing technologies are emerging, providing strong momentum for comprehensive tailings utilization. For example, in the building materials sector, S.L Machinery can replace traditional construction resources with tailings to produce green building materials such as bricks and panels.

In brick production,S.L Machinery brick-making equipment efficiently converts tailings and other solid waste materials into high-quality reusable aggregates, producing paving bricks, hollow bricks, large hydraulic bricks, and retaining wall blocks.

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In panel production, the wall panel equipment utilizes tailings to manufacture lightweight panel, widely applied in commercial residences, office buildings, hospitals, schools, and other settings. This not only reduces tailings volume but also provides the construction industry with a new source of raw materials.

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S.L Machinery has pioneered innovative technologies to transform tailings into eco-friendly construction materials such as green bricks and lightweight wall panels, turning traditional mining waste into valuable building resources and creating a new pathway for "waste-to-wealth" utilization of mine solid waste.