D-DIRECT Rare Earth Alloying Platform
Category: Mechanical/Materials
Developers: Gadolyn, Inc.
Product Description:Gadolyn’s D-DIRECT (Decarbonized Direct Reduction for Clean Transformation) technology is a gas-liquid phase metallization platform that converts rare earth and transition metal oxide powders into high-purity metallic alloys. Its principal applications include producing magnet alloys for electric vehicles (EVs), wind turbines, industrial and defense systems, together with Fe and Cu alloys for industrial and energy applications, enabling sustainable production while reducing carbon footprint of alloying by more than 1 Gt CO₂e over 10 years. The platform can be used to produce specialized alloys like Al-Sc and Ti-6Al-4V for aerospace and defense. By delivering 99.9% purity alloys domestically, D-DIRECT reduces U.S. reliance on foreign manufacturers, and permits clean, efficient, modular, scalable process across a variety of diverse feedstocks, including bio-derived and solvent-extracted oxides, for supply chain flexibility and resilience. D-DIRECT, a DARPA-validated, feedstock-resilient, electrolyte-free, co-reduction platform, converts rare earth and transition metal oxides into pure alloys (like NdFeB) with 95% less energy, 90% lower production cost and zero harmful emissions, enabling sustainable magnet production for EVs, defense, aerospace, while slashing emissions below 1 Gt CO2e over 10 years. Gadolyn’s D-DIRECT technology has achieved 95% lower energy use and 73% lower CapEx than molten salt electrolysis. This plasma-assisted reduction process converts oxide powders into 99.9% purity NdFeB and SmCo magnets at $25-30/kg, compared to competitors’ $65–75/kg, validated by DARPA-backed experiments and trials. Its modular, scalable, electrolyte-free design supports diverse feedstocks and rapid retooling between different alloy production runs, enabling agile domestic production and reducing U.S. reliance on foreign supply chains. With applications in EVs, defense, and aerospace, D-DIRECT reduces emissions from 4.4 Gt CO2e/yr to below 1 Gt, potentially abating over 3 Gt annually (e.g., NdFeB from 2.06 Mt to 0.10 Mt CO2e/yr).
Developers: Gadolyn, Inc.
Product Description:Gadolyn’s D-DIRECT (Decarbonized Direct Reduction for Clean Transformation) technology is a gas-liquid phase metallization platform that converts rare earth and transition metal oxide powders into high-purity metallic alloys. Its principal applications include producing magnet alloys for electric vehicles (EVs), wind turbines, industrial and defense systems, together with Fe and Cu alloys for industrial and energy applications, enabling sustainable production while reducing carbon footprint of alloying by more than 1 Gt CO₂e over 10 years. The platform can be used to produce specialized alloys like Al-Sc and Ti-6Al-4V for aerospace and defense. By delivering 99.9% purity alloys domestically, D-DIRECT reduces U.S. reliance on foreign manufacturers, and permits clean, efficient, modular, scalable process across a variety of diverse feedstocks, including bio-derived and solvent-extracted oxides, for supply chain flexibility and resilience. D-DIRECT, a DARPA-validated, feedstock-resilient, electrolyte-free, co-reduction platform, converts rare earth and transition metal oxides into pure alloys (like NdFeB) with 95% less energy, 90% lower production cost and zero harmful emissions, enabling sustainable magnet production for EVs, defense, aerospace, while slashing emissions below 1 Gt CO2e over 10 years. Gadolyn’s D-DIRECT technology has achieved 95% lower energy use and 73% lower CapEx than molten salt electrolysis. This plasma-assisted reduction process converts oxide powders into 99.9% purity NdFeB and SmCo magnets at $25-30/kg, compared to competitors’ $65–75/kg, validated by DARPA-backed experiments and trials. Its modular, scalable, electrolyte-free design supports diverse feedstocks and rapid retooling between different alloy production runs, enabling agile domestic production and reducing U.S. reliance on foreign supply chains. With applications in EVs, defense, and aerospace, D-DIRECT reduces emissions from 4.4 Gt CO2e/yr to below 1 Gt, potentially abating over 3 Gt annually (e.g., NdFeB from 2.06 Mt to 0.10 Mt CO2e/yr).
