INSTITUTE FOR ADVANCED ENGINEERING
-Total recycling technologies including recovery high-purity metalsfromvaluable metal-containing resources such as waste secondary battery and industrial by-products
-High-value materialization technologies for waste resources
-Efficient resource recovery based on dry/wet processes such as leaching, solvent extraction, and electrolytic refining
-Technology for advanced resource recycling and pilot plant operation
-Non-ferrous/ferrous metal alloy design, heat treatment, phase control, surface treatment, etc. high-functional metal material technology
-Eco-friendly wet and dry metallurgical technologies for non-ferrous metals
-Special casting processes such as continuous casting and vacuum casting, and process technologies such as rolling and extrusion
-Nano-material and energy materialization technology
-Application of core industry technology such as electrical, electronic, mechanical, and automobile
-High-performance secondary battery materials and system development technology for next-generation energy storage technology
-Electrocatalysts, aqueous batteries, next-generation battery etc.
-Convergence technologies for energy material components
-High-functionality smart powder material component technologies
-Technologies for future electronic materials/devices