Chemical Separation
Advanced Hydro/Pyrometallurgy: Thermal and liquid-phase chemical systems designed to selectively leach and separate rare earths from structural alloys without degrading elemental properties.
For clean energy pioneers and advanced manufacturers, Shapeshift Energies provides a reliable, low-carbon alternative to traditional mining—recovering critical resources and transforming them back into high-purity energy elements.
Shape Shift Energies utilizes an advanced metallurgical framework optimized for permanent magnet feedstocks. Our system safely scales the extraction of critical elements from bulk, complex raw inputs into market-ready industrial oxides.
We help global clean energy companies implement circular strategies to secure critical materials, mitigate supply risks, and lower carbon emissions.
Our proprietary hydrometallurgical systems recover high purity metals from manufacturing scrap and industrial waste, securing a resilient domestic supply and reducing global ecological mining impacts.
Advanced Hydro/Pyrometallurgy: Thermal and liquid-phase chemical systems designed to selectively leach and separate rare earths from structural alloys without degrading elemental properties.
99%+ Rare Earth Oxide Extraction: High-precision precipitation and purification processes that target, isolate, and refine Neodymium (Nd), Praseodymium (Pr), and Dysprosium (Dy) into premium Mixed Rare Earth Oxides (MREO).
Advanced Hydro/Pyrometallurgy: Thermal and liquid-phase chemical systems designed to selectively leach and separate rare earths from structural alloys without degrading elemental properties.
99%+ Rare Earth Oxide Extraction: High-precision precipitation and purification processes that target, isolate, and refine Neodymium (Nd), Praseodymium (Pr), and Dysprosium (Dy) into premium Mixed Rare Earth Oxides (MREO).
Whether you're a supplier of end-of-life materials, an industrial manufacturer, a logistics partner, or an organization committed to advancing circular resource solutions, Shape Shift Energies is ready to collaborate. Join our growing network to strengthen sustainable supply chains, recover critical materials including Nd, Pr, Dy, Cu, Ni, and Co, and help power the next generation of clean energy technologies.
Become a Partner