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Production manner of ferromolybdenum from bright water lead ore

机译:亮水铅矿石中钼铁的生产方式

摘要

Topic It is low the bright water lead ore of the grade whose copper content is high (Cu: 0.5 - 10wt%) from the manner which produces the ferromolybdenum where copper content is 0.5% or less is offered. SolutionsThis invention further in details, the bright water lead ore and metal aluminum, inserting the iron in the furnace in regard to the production manner of the ferromolybdenum from the bright water lead ore concentrate, produces the ferromolybdenum in lower part by reacting at high temperature, forming the slug where aluminum sulfate and the iron sulfide are the main component on top, most copper which exist in the bright water lead ore (80 - 95%) by the fact that it tries to exist in slug formation, also the te regards the manner where directly copper content produces the ferromolybdenum of 0.5% or less making use of separate copper removal process from the bright water lead ore whose copper content is high. As for this invention, after the former oxidizing, it is possible to make process compact thermite process (Thermite) with in comparison, it possesses the merit which can decrease the consumption of the aluminum which is the reducing agent. Choice figure Drawing 1
机译:<主题>通过生产铜含量为0.5%以下的钼铁的方式,可以得到铜含量高(Cu:0.5-10wt%)的品位低的亮水铅矿石。解决方案本发明进一步详细地说明了亮水铅矿石和金属铝,将铁从亮水铅矿石精矿的生产方式插入炉中,通过在高温下反应而在下部生产出钼铁。形成块状,其中硫酸铝和硫化铁是顶部的主要成分,由于铜试图以块状形式存在,因此大多数铜都存在于亮水铅矿石中(80-95%)。直接从铜含量高的亮水铅矿石中去除铜的方法,是直接将铜含量产生0.5%或更少的钼铁的方法。相对于此,本发明具有能够将前者氧化后的过程紧凑的铝热法(Thermite)的优点,具有能够减少作为还原剂的铝的消耗的优点。 <选择图>图1

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