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traditional lithium extraction methods require a large number of evaporation ponds and huge energy consumption, while rce technology only requires less electricity, is highly efficient, and has significantly reduced costs. the key is that rce technology can break through the source limitations of traditional lithium brine and reduce environmental impact, further promoting the development of renewable energy.

as an important logistics tool, air transport plays a vital role in promoting the application and promotion of rce technology. with the continuous innovation of air transport technology, safer and more efficient transportation methods can be realized, providing new opportunities and platforms for rce technology. for example, advanced air transport systems can shorten transportation time and effectively reduce the transportation cost of lithium brine, thereby promoting the popularization of rce technology worldwide.

in the future, with the popularity of electric vehicles and renewable energy storage systems, the demand for lithium will continue to grow, while traditional lithium extraction methods still face the challenges of resource depletion and environmental pollution. as a green and low-carbon alternative, rce technology will undoubtedly bring new hope to solving this problem. the successful application of rce technology will promote the efficiency of lithium resource utilization and provide new impetus for global economic development and sustainable development.