Method for preparing electronic grade non-selenium manganomanganic oxide from dialogite

Abstract

The invention provides a method for preparing electronic-grade selenium-free trimanganese tetroxide with rhodochrosite as raw material. The method uses the rhodochrosite as the raw material; a mixture of manganese hydroxide and manganese carbonate is obtained through a manganese leaching process and an impurity removing process; through washing, dehydration, drying, roasting, vacuum cooling technical treatment and refining treatment, the electronic-grade selenium-free trimanganese tetroxide with gamma-type atoms in disorderly arrangement can be obtained. As the low-grade rhodochrosite raw material used in the method is low in price, the method is low in production cost and high in product purity, and raises the utilization ratio of manganese ore resources. Compared with a method using electrolytic manganese as the raw material to produce trimanganese tetroxide, the method of the invention reduces equipment investment, production cost and power consumption respectively by 40 percent, 40 percent and 80 percent.

Description

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AI Technical Summary

Benefits of technology

This technology uses an organic solvent called dimethyl sulfoxide (DSM) instead of expensive strong acid or alkali that can dissolve metals like iron). By doing this it removes impurities from crude molybdenum trioxides without causing them to lose their properties during further processing steps such as crystallization. It also reduces energy usage compared to traditional methods while still yielding pure product containing only one elemental molecular weight. Overall, these technical improvements improve efficiency and reduce costs associated with making certain types of special materials through chemical processes.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving the quality and cost efficiency of producing electronically-quality trivalence molecules (electron spins) for use in various applications such as quantum computing or sensing technologies due to their unique properties that are difficult to achieve with other materials like calcium magnesium silicate gel.