Low Running Costs With fewer processing steps requried to reach the same purity as solvent extraction, our process is faster, requires less time to start, and with a lower capital investmeent.
Rapid environmentally friendly separation of critical rare earth elements such as neodymium or dysprosium.
Our water-based magneto-electrochemical process distinguishes the critical rare earth elements by their magnetic properties. This allows us to separate the most valuable and in demand elements in fewer steps compared to solvent extraction, the current method of choice at industrial scales.
Low Running Costs With fewer processing steps requried to reach the same purity as solvent extraction, our process is faster, requires less time to start, and with a lower capital investmeent.
Environmentally Friendly Our process is water based, avoiding the use of kerosene. Thanks to our electrochemical process, we have a lower chemical consumption to extract the targeted rare earths as a solid.
Targeted Separation Our process targets the most magnetic rare earths first, which are the most needed for magnet manufacturing (Nd, Pr, Dy, Tb).
Tailored separation of NdPr and Dy for end-of-life magnets, from mulitple sources including wind turbines, motors, and waste electrical and electronic equipment(WEEE)
Cost-effective recovery of rare earth magnet production losses, including grinding sludge.
Increased value of rare earth concentrate by the removal of non-economic La or Ce. Specific separation of high value elemenents like Dy, Tb, or NdPr.