The research project of advanced magnesium electrolytic technology researched and developed by Qinghai Province has recently passed the evaluation of scientific and technological achievements of relevant experts. Experts believe that this research achievement as a whole has reached the domestic leading level and realized industrial application, which provides technical support for the further development of China's magnesium resources.
Qinghai Chaerhan Salt Lake has large reserves of magnesium salt resources in China. How to realize the large-scale and industrialized development and utilization of salt lake magnesium resources has long been a problem that plagued the development of the industry. In recent years, the science and technology department of Qinghai Province has organized experts to carry out research on relevant technologies for the development and utilization of magnesium resources and made great progress.
The relevant person in charge of Qinghai Science and Technology Department introduced that the research project of advanced magnesium electrolytic technology was jointly researched and developed by Qinghai Beichen Technology Co., Ltd. and Qinghai Best Metal Technology Co., Ltd. This research uses the advantages of the unit's research and development of magnesium metal technology to achieve innovation in key technical links in the development of magnesium resources, such as isothermal, iso-level low-temperature electrolytic technology, and bipolar electrolytic applications.
According to reports, the research and development of advanced magnesium electrolytic technology is feasible, the equipment structure and material selection are reasonable, and it has the characteristics of high efficiency, energy saving and environmental protection. At present, the results of this research have achieved industrial application and achieved significant economic and social benefits, which have practical significance for the adjustment of China's magnesium production pattern in the future.
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