“ICPE-CA NdFeB永磁体制造中的循环经济要素”

G. Alecu, Wilhelm Kappel
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引用次数: 1

摘要

“在产品的生命周期中,其实现的初始阶段和最终阶段之间的联系是通过生产过程中材料的回收利用。这使经济循环,从而最大限度地减少自然资源的消耗,优化制造成本,创造新的就业机会,发展商业他定义了循环经济的要素。为了简化演示,我们给出了这个例子。这种模式允许对循环经济的定义要素进行直接和启发性的处理。我们选择了NdFeB型稀土永磁体作为产品。之所以选择钕铁硼永磁体是有针对性的,是因为钕铁硼是昂贵的产品,因此好处显而易见。我们展示了用原材料制造具有特定磁性的NdFeB永磁体,它们在产品中的使用(例如在同步电机中)以及在电机生命周期结束时,永磁体的回收,有可能获得在制造具有类似磁性的新型NdFeB永磁体的工艺过程中最初使用的粉末,以及它们在电工产品中使用的可能性。即使在对永磁体进行逐件分拣后,所得产品的磁性参数仍然是废料,它们也可以以同样的方式回收,从而最终将废物量降至最低。最后,我们在1998年申请专利的基础上提出了钕铁硼永磁体的回收技术。“
本文章由计算机程序翻译,如有差异,请以英文原文为准。
"Elements of circular economy in the manufacture of NdFeB permanent magnets IN ICPE-CA "
"In the life cycle of the product, the link between the initial phase and the final stage in its realization is the recycling through the rehabilitation of materials in the production process. This gives circularity to the economy, thus minimizing consumption of natural resources, optimizing manufacturing costs, creating new jobs, developing business. The paper describes in a conclusive example the defining elements of the circular economy. We present this example for the simplicity of our demonstration. This mode allows a direct and edifying treatment of the defining elements of the circular economy. We have chosen as a product the permanent magnets based on rare earths of the NdFeB type. The choice is targeted because NdFeB permanent magnets are expensive products, so the benefits being obvious. We demonstrate the manufacturing of NdFeB permanent magnets with defined magnetic properties from raw materials, their use in products (for ex. in synchronous electric motors) and at the end of the life cycle of motors, the recovery of permanent magnets with the possibility of obtaining the powders used initially in the technological process to manufacture new NdFeB permanent magnets with similar magnetic properties and the possibility of their use in electrotechnical products. Even if, following a piece to piece sorting of the permanent magnets after magnetic parameters of the resulting products would remain scrap, they could be recycled in the same way so that the amount of waste would ultimately be minimal. Finally, we present a recycling technology of NdFeB permanent magnets based on one of our patents filed in 1998. "
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