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NEW DEVELOPMENTS IN THE RECOVERY OF MANGANESE FROM LOWER GRADE RESOURCES

机译:从较低等级资源中回收锰的新进展

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The recovery of manganese from lower grade resources has been studied for a number of years. Of key importance of prior work, was the discovery that higher valent manganese resource can be readily leached with sulfurous acid. This eliminates the need for high temperature reduction roasting that is conventionally used in processing high grade material. High temperature roasting is energy intensive, emits a large amount of carbon dioxide, and would not be economical for processing lower grade material. While the prior work provides important information to extract manganese from lower grade resources, the production of unwanted by-products, and high water and energy usage has limited its commercial use. This paper describes the results from laboratory work that demonstrate solutions to problems, which to this point preclude commercial development. Preliminary mass and energy balances show that a significant opportunity exists in producing manganese with this hydrometallurgical scheme in a low cost, environmentally friendly manner. Emphasis of the work is on low water use, low overall energy use and economic destruction of unwanted by-products.
机译:从低品位资源中回收锰的研究已经进行了多年。先前工作的关键意义在于发现高价锰资源可以很容易地用亚硫酸浸出。这消除了通常用于加工高级材料的高温还原烘烤的需要。高温焙烧是能量密集的,排放大量的二氧化碳,并且对于加工低品位的材料而言不经济。尽管先前的工作提供了从低品位资源中提取锰的重要信息,但有害副产物的产生以及高水和能源的使用限制了其商业用途。本文介绍了实验室工作的结果,这些结果证明了解决问题的方法,在这一点上,这妨碍了商业开发。初步的质量和能量平衡表明,采用这种湿法冶金方案以低成本,环境友好的方式生产锰存在巨大的机会。该工作的重点是低用水,低总能源消耗以及对有害副产品的经济销毁。

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