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就未来30年选矿工业如何发展提出了自己的观点。重申了在原料生产方面,选矿工业仍是一个有活力的行业。废物处理为选矿工业提供了广阔的发展空间。我们现在熟悉的冶金生产工序(采矿→选矿→提炼)将变得更加相互交叉。就地选矿(地下开采)将从理论变为现实。利用在化学处理(湿法和火法冶金)中变化了的物理特性进行矿物回收的可能将会出现。在一段磨矿方面,自磨和半自磨会有些小的改进,但不会有大的突破,但再磨作业改进的前景是广阔的。浮选方面,机械浮选槽供应商积极参与将加速气泡/矿粒反应器的设计进程。重选仍是潜心钻研的发明家需要攻克的堡垒,但作者预测,在废物处理方面,重选将有新的突破,文章最后阐述了“研究工作的循环过程”(researchcycle)以及小型高科技企业和大学研究中心的发展标志。
On the next 30 years how to develop the dressing industry made its own point of view. Reiterated that in the production of raw materials, the dressing industry is still a dynamic industry. Waste treatment provides a great room for growth in the mineral processing industry. We are now familiar with the metallurgical production processes (mining → beneficiation → refining) will become more interwoven. In-situ beneficiation (underground mining) will change from theory to reality. The possibility of mineral recovery using the changed physical properties in chemical treatment (wet and pyrometallurgical) may emerge. In a section of grinding, the self-polishing and semi-self-grinding will be slightly improved, but there will be no major breakthrough, but the prospect of resurfacing operations is vast. In the area of flotation, the active participation of mechanical flotation tank suppliers will speed up the design of bubble / ore reactor processes. The re-election is still a stronghold for inventors who are devoted to research but the authors predict that there will be new breakthroughs in re-election in waste management. The article concludes with a discussion of the “research cycle” of research work and small high-tech enterprises And the development of university research center logo.