09/17/2024, 03:22 PM UTC
高效提取重要原料锑Efficiently Extracting the Important Raw Material Antimony
➀ 弗劳恩霍费尔集成电路研究所与GEM回收系统GRS合作开发了一种专利方法，利用现代传感器技术分析岩石中的锑粒子。这使得识别岩石中的稀土和矿物并从无价值材料中分离出来成为可能，从而增加了对该关键原材料的独立性。➁ 锑是许多产品，包括半导体技术、焊料和汽车电池的关键成分。中国和俄罗斯是主要供应商，但中国正在对这种稀有材料实施出口限制。➂ 研究人员正在开发一种基于传感器的分选技术，以在采矿作业中识别这种金属。这项新技术可以显著减少采矿行业的资源消耗和投资成本。➀ The Fraunhofer Institute for Integrated Circuits IIS has developed a patented method with GEM Recovery Systems GRS to analyze antimony particles in rock using modern sensor technology. This allows for the identification of rare earths and minerals in rock and separation from worthless materials, increasing independence on this critical raw material. ➁ Antimony is a key component in many products, including semiconductor technology, solder, and car batteries. China and Russia are major suppliers, but China is imposing export restrictions on the rare material. ➂ The researchers are developing a sensor-based sorting technology to identify the metal in mining operations. This new technology could significantly reduce resource consumption and investment costs in the mining industry.
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