Enabling early proofs-of-concept demonstrations of clean/net zero technologies

Silex World collaborates with the University of Leeds' Mineral Research Department, advancing clean technology through proof-of-concept development.

Work with us to bring leading edge technology to a global market

IP, R&D, New Science & Technology

Silex World Ltd is an IP-rich, innovation-driven company focused on advancing the early-stage validation of clean technologies for the recovery and reuse of rare earth elements. Positioned at the forefront of the net-zero transition, Silex leverages proprietary processes to enable proof-of-concept demonstrations in critical raw materials circularity — with a particular emphasis on rare earth magnet recycling. As an ambitious micro start-up, Silex operates in close collaboration with the Mineral Research Department at the University of Leeds, a world-class centre for sustainable materials research. This strategic partnership reinforces Silex’s technical credibility and positions it as a compelling opportunity for investors seeking early access to scalable, high-impact solutions in the rare earths and advanced materials space

Working with academia to develop commercial application for the extraction and concentration of rare earth oxides and other strategic metals

What We Do

Pioneers

Silex World Ltd is at the forefront of rare earth innovation, developing breakthrough technologies to extract and concentrate rare earth oxides and strategic metals from overlooked and underutilised waste streams. With a strong IP portfolio and deep expertise in advanced materials recovery, the company is addressing critical supply chain vulnerabilities by unlocking new sources of neodymium, dysprosium, and other high-value rare earth elements essential for electric vehicles, wind power, and advanced electronics. For investors, Silex represents a high-impact opportunity to back scalable, sustainable solutions at the core of the global rare earth transition

Circularity

The ultimate objective, with compelling strategic and financial implications, centers on achieving circularity in rare earth magnet materials—particularly those containing neodymium, praseodymium, dysprosium, and terbium. These critical materials are foundational to high-growth sectors such as wind energy, electric vehicles (EVs), robotics, and defense technology. As demand for sintered NdFeB permanent magnets accelerates, investor attention is turning to scalable solutions in rare earth recycling, magnet-to-magnet reprocessing, and closed-loop supply chains. Circularity not only addresses mounting geopolitical and ESG concerns tied to rare earth mining and refining but also unlocks long-term value through resource efficiency, supply security, and regulatory alignment in key markets like the EU and US. The shift toward circular rare earth systems represents a high-impact opportunity for early investors aligned with the green energy and critical materials megatrend

Prevention

Silex World Ltd is redefining the future of critical materials through its innovative approach to the sustainable extraction of rare earth oxides. Positioned at the intersection of advanced materials science and environmental responsibility, the company is developing scalable, IP-driven technologies to recover valuable rare earth elements from end-of-life products. With global demand for rare earths accelerating across sectors like clean energy, electric mobility, and digital infrastructure, Silex World offers investors a unique opportunity to support a solution that aligns with both climate goals and supply chain resilience. Backed by academic research and focused on commercial impact, Silex is building the foundation for a secure, ethical, and circular rare earth supply chain — delivering measurable value for people, planet, and portfolio

Sustainability

The circularity of rare earth magnets represents a high-impact, sustainable strategy that directly addresses the global supply challenge for critical rare earth elements. By focusing on the recycling, recovery, and reuse of magnet materials such as neodymium and dysprosium, this approach significantly reduces waste, conserves scarce resources, and supports the rapid expansion of clean technologies like wind turbines and electric vehicles. For investors, it signals a forward-looking opportunity to back innovative rare earth circular economy solutions that are not only environmentally responsible, but also commercially scalable and strategically vital to the green energy transition

Work / partner
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Working with Academia

We recognises the paramount importance of collaboration with academia in driving innovation. Partnering with esteemed institutions like the University of Leeds and the Indian Institute of Technology Rookee demonstrates the commitment to harnessing cutting-edge research and expertise. In a world of rapidly evolving technology and sustainability challenges, academia serves as a wellspring of knowledge and fresh ideas. This synergy between academia and industry fuels the development of groundbreaking solutions, enabling Silex World to propel clean and net-zero technologies forward. The bridge between academia and business not only fosters innovation but also empowers the dissemination of knowledge, making it an essential facet of Silex World's mission to address pressing global issues effectively.

Material Science business

As an intellectual property holding company, that navigates the fertile landscape of material science with a keen eye for business opportunities. In a world driven by technological advancement, material science stands at the forefront of innovation. Silex World's foray into this realm opens doors to a multitude of possibilities. They recognise the potential to revolutionise industries by developing and commercialising cutting-edge materials and processes. Whether it's extracting rare earth oxides or pioneering sustainable solutions, the material science business offers a vast canvas for growth and impact. Silex World's strategic engagement in this field underscores their commitment to shaping the future, both economically and environmentally, through innovative materials and technologies.