RecycleKaro’s Research & Development function forms the scientific foundation of our urban mining and circular materials platform. Our R&D efforts focus on converting complex waste streams into application-ready, high-purity materials, while improving recovery efficiency, environmental performance, and industrial scalability.
At the core of this vision is our upcoming Rare Earth & Advanced Materials Research Centre at Wada, Palghar, supported by academic collaborations, industry partnerships, and sustainability-led research programs.
RecycleKaro is establishing a state-of-the-art research centre dedicated to advancing India’s capabilities in critical materials research, purification, and downstream material development.
Focused on recovering and refining rare earth elements from magnets, electronics, & industrial waste streams with strict purity control.
Development of high-purity rare earth materials suitable for permanent magnets used in EVs, wind turbines, and industrial motors.
Research into lithium, nickel, cobalt, and manganese inputs that meet cathode-grade specifications for battery manufacturing.
Our R&D ecosystem operates on a Centre of Excellence model, combining academic rigour with industrial execution.
Multi-chemistry evaluation, black mass optimisation, cathode-grade validation.
Focused on recovering & refining rare earth elements from magnets, electronics & industrial waste streams with strict purity control.
Separation, purification, and development of magnet-grade rare earth materials.
Batch-wise testing, purity verification, and application-linked performance checks.
RecycleKaro’s R&D ecosystem brings together academic collaboration, industrial innovation, sustainability science, and advanced materials research. By building capabilities in rare earths, magnet-grade materials, and battery cathode inputs, we are creating the scientific foundation required to scale urban mining responsibly and support India’s long-term critical materials strategy.
