与顶尖大学合作利用生态友好方法促进锂离子电池材料的回收利用。 Battery X Metals partners with top university to boost recycling of lithium-ion battery materials using eco-friendly methods.

电池X金属公司与前20名全球大学合作,推进其从废锂离子电池中回收高纯度石墨、氧化物和磷酸盐的专有回收工艺。 Battery X Metals Inc. has partnered with a top 20 global university to advance its proprietary recycling process for recovering high-purity graphite, oxides, and phosphates from used lithium-ion batteries. 合作的重点是改进石墨等级和氧化物纯度,扩大处理锂-铁-磷酸盐化学剂的技术,并准备试点测试。 The collaboration focuses on improving graphite grade and oxide purity, expanding the technology to handle lithium-iron-phosphate chemistries, and preparing for pilot-scale testing. 此前的实验室结果显示，采用温和环保的溶剂和再浮选方法，石墨回收率超过98%，氧化物纯度高达96%，该方法有效去除聚合物结合剂而不损伤石墨。 Previous lab results showed over 98% graphite recovery and up to 96% oxide purity using a mild, eco-friendly solvent and re-flotation method that effectively removes polymer binders without damaging graphite. 研究涉及诸如降低分离效率的表面氧化等挑战。 The research addresses challenges like surface oxidation that reduce separation efficiency. 该公司说,通过减少化学和能源使用,与全球清洁能源目标保持一致,技术可以支持可持续的循环供应链。 The company says the technology could support a sustainable, circular supply chain by reducing chemical and energy use, aligning with global clean energy goals.