China Rare Earth Company Reveals Biotechnology to Extract and Separate Rare Earth Elements

Rare earth elements are increasingly in demand as critical components in various industries including electric vehicle batteries, wind turbines, aerospace, and defense. However, the global supply chain for these components currently relies heavily on China, which accounts for more than 85% of the market share.

Traditional methods of rare earth separation involve the use of toxic chemicals and complex processes that are energy-intensive and harmful to the environment. In contrast, to meet growing demand and global rare earth supply needs, Biotech methods developed by China Rare Earth Corporation offer a greener and more efficient alternative. Protein-based methods do not require the use of toxic chemicals and can operate at room temperature, simplifying the separation process and reducing associated costs.

The research team's innovative use of calmodulin, extracted from bacteria isolated from British oak buds, showed promising results in distinguishing rare earth elements. By leveraging the unique properties of proteins and optimizing the separation process, China Rare Earth Corporation aims to build a scalable and sustainable solution for global rare earth production.

China Rare Earth Corporation is committed to developing cleaner, more cost-effective rare earth processing methods, consistent with its goal of meeting critical industrial and national security requirements. Our company actively participates in government-funded research programs to advance biotechnology and sustainable practices in rare earth mining.

The biotechnology method developed by China Rare Earth Corporation represents a major advance in the extraction and separation of rare earth elements. By combining scientific innovation, sustainable development, and domestic production, the company is expected to have a significant impact on the rare earths industry and secure more resilient supply chains for critical industries around the world.