Industrial scale, novel, closed loop Aluminum waste treatment plant.

到2025年，全球铝(AI)消费量将达到1.2亿吨，AI生产和回收是大型且重要的全球产业。炉渣和浮渣是AI冶炼行业的危险残渣；从历史上看，经过金属回收处理后，残渣被填埋，但欧盟废物法规不再允许填埋。虽然一些金属可以在专业加工厂回收，但它极其昂贵，能源负担非常高，需要在欧洲各地运输危险和有毒的废物，这使得回收不划算，但却是必要的。闭环处理是人工智能冶炼的关键驱动因素，能够最大限度地回收金属、节省成本、提高效率、更好地控制材料、最大限度地减少危险输出和减少碳足迹。在这个项目中，Ultromex将从根本上提高盐渣废物处理方面人工智能生产的资源效率。通过我们的技术提供的闭环方法，回收金属和盐类处理过的炉渣废物，并将残留固体转化为产品级材料。这是一项领先的技术，许多大型人工智能冶炼厂都有明确的兴趣和需求。该技术为该行业的废物处理挑战提供了解决方案，并极大地提高了整个金属生产过程的经济效益。消除了在欧盟各地运输危险材料的需要，最大限度地减少了垃圾填埋，并降低了运输、存储和处理成本。

Global aluminium (AI) consumption set to reach 120M tonnes by 2025, AI production and recycling are large and important global industries. Slag and drosses are hazardous residual wastes from the AI smelting industry; historically, after treatment for metal recovery, the residue was landfilled but landfill is no longer permitted by EU waste regulations. While some metal can be recovered at specialist processing plants, it is extremely expensive with very high-energy burden and requires hazardous and toxic waste to be transported across Europe, making recovery uneconomic, but necessary. Closed-loop processing is a key driver for AI smelting, enabling maximum metal recovery, cost savings, efficiency gains, greater materials control, minimisation of hazardous outputs and a reduced carbon footprint. In this project Ultromex will radically improve the resource efficiency of AI production with regard to salt slag waste treatment. By the closed loop approach that our technology offers, giving recovery of metal and salts treated slag waste and conversion of residual solids into product-grade material. This is a front-running technology with confirmed interest and demand from many of the large AI smelters. The technology offers a solution to the industry's waste disposal challenge and a radical economic enhancement of the overall metal production process. Removing the need for transporting hazardous material across the EU, minimising landfill and reducing transport, storage and processing costs.