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With the rapid development of the global new energy industry, demand across the lithium battery value chain continues to rise, making salt lake resources a major source of incremental lithium supply worldwide and a critical resource foundation for the development of the new energy sector.

Amid the backdrop of rapid global expansion in the energy storage industry and the ongoing restructuring of lithium resource supply and demand, lithium extraction from salt lakes has become a critical production pillar of the new energy value chain. As the core equipment for brine lithium extraction and lithium-bearing mother liquor recovery, the MVR (Mechanical Vapor Recompression) evaporation system has become a standard and indispensable unit in both newly built and existing lithium extractio

In the salt lake lithium extraction industry, even a 1% difference in lithium recovery rate can translate into a resource gap measured in thousands of tons. Industry data shows that conventional evaporation concentration and certain chemical lithium extraction routes are often constrained by issues such as magnesium-lithium co-crystallization, residual lithium loss in mother liquor, and process fluctuations, resulting in overall lithium recovery rates typically ranging from 25% to 50%.

In the context of the rapid expansion of the global new energy industry, lithium has emerged as a strategic resource underpinning the development of power batteries, energy storage systems, and high-end manufacturing. Among lithium production methods, salt-lake lithium extraction stands out due to its abundant reserves, cost efficiency, and environmentally friendly characteristics, making it a cornerstone of global lithium supply.

Amid the rapid growth of the global new energy industry, lithium has emerged as a strategic mineral of critical importance. As the primary source of global lithium supply, salt lakes differ significantly in brine composition, impurity structure, geographic conditions, and environmental policies across regions.