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Utilization of Solar Energy on Exploitation of Salt Lake Resources in Tibetan Plateau

机译:太阳能在青藏高原盐湖资源开发中的应用

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Across Tibetan Plateau, there is bountiful solar energy and salt lake resource. However, the lack of the conventional energy for the mineral exploitation of the salt lake is a touchy issue. The solar energy utilization and the salt lake exploitation can be combined to bridge the gap between the energy demand and the economic development. Solar pond technique is a special way for the exploitation of the salt lake mineral resources by using the solar energy. In this paper, it was illustrated that Tibetan Plateau is an ideal place for the construction and operation of solar pond. Also, this paper described the significant superiority of solar pond crystallization compared with the natural evaporation crystallization in the mineral resource exploitation of the salt lake in Tibet. It was pointed out that the crystallization rate of the high added-value saline minerals, especially the lithium carbonate, can be speeded up in the solar pond, thereby increasing the production efficiency. In addition, the grade of lithium carbonate in the mixed salt can also be improved significantly, the salt product obtained from the solar pond can be used for the final fine processing directly. The research and development of the solar pond technology, which has very important significance in the utilization of the solar energy resource and the exploitation of the salt lake resource in Tibetan Plateau, should be paid more attention in the future.
机译:整个青藏高原都有丰富的太阳能和盐湖资源。但是,缺乏盐湖矿产开采的常规能源是一个棘手的问题。可以将太阳能利用与盐湖利用结合起来,以弥补能源需求与经济发展之间的差距。太阳池技术是利用太阳能开发盐湖矿产资源的一种特殊方式。本文说明,青藏高原是建设和运营太阳能池的理想场所。此外,本文还介绍了与自然蒸发结晶相比,日光池结晶在西藏盐湖矿产资源开发中的显着优势。有人指出,高附加值的盐类矿物,特别是碳酸锂的结晶速度可以在太阳池中加快,从而提高了生产效率。另外,还可以显着提高混合盐中碳酸锂的品位,从太阳池得到的盐产品可以直接用于最终的精细加工。在青藏高原太阳能资源的利用和盐湖资源的开发中具有十分重要的意义的太阳能池塘技术的研究和开发,今后应引起重视。

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