#Japan #Green Science Alliance #lithium-ion batteries #black mass #Kawanishi City

Green Science Alliance Partners with Swiss Innovation Park

In a significant step for sustainable technology, Green Science Alliance Co., Ltd. has entered into a partnership with the Switzerland Innovation Park Biel/Bienne. This collaboration focuses on the production and development of regenerative lithium-ion batteries, referred to as "black mass batteries," which utilize recycled materials from decomposed lithium-ion batteries. The agreement aims to bolster both manufacturing and research efforts, positioning Switzerland as a pivotal base for growth in this sector.

Innovative Battery Technology Using Black Mass

Black mass is a valuable, recycled material that emerges from lithium-ion battery disposal. It consists of a fine powder containing highly sought-after transition metals such as cobalt (Co), nickel (Ni), manganese (Mn), and lithium (Li). These elements are essential for the production of efficient batteries. However, mining these materials is often limited to regions like Russia, China, and Africa, leading to supply chain vulnerabilities. This is where the recycling of black mass becomes crucial—not only to mitigate geopolitical risks but also to ensure a sustainable supply for battery production.

Traditional methods of extracting these valuable metals from black mass often involve aggressive chemical processes that can pose environmental hazards and significant safety risks for workers. Green Science Alliance has pioneered a simpler and safer method that eliminates these hazardous chemicals while still efficiently utilizing black mass for battery production.

A Groundbreaking Approach to Battery Manufacturing

The innovative production method developed by Green Science Alliance allows for the direct use of black mass in creating cathode materials for lithium-ion batteries. This new process not only maintains a remarkable capacity level—around 90% of that of conventional lithium-ion batteries—but also matches the cycle stability attributed to traditional materials like NMC111. By circumventing the complicated extraction procedures typically involved, Green Science Alliance enhances workplace safety, minimizes environmental impacts, and reduces production costs significantly.

As the first company to market regenerative lithium-ion batteries derived from these recycled materials, Green Science Alliance is poised to lead in the sustainable battery sector. With plans to initiate manufacturing and sales in Japan, the global company recognizes the necessity of producing on various continents to tackle high export costs effectively.

Switzerland: A Hub for Innovation

After a thorough investigation of potential locations for European operations, Switzerland emerged as the ideal choice. Renowned for its innovation capabilities—having topped the World Innovation Rankings for 13 consecutive years—Switzerland provides an environment that encourages research and partnerships among startups, academic institutions, and industries.

At the heart of this collaborative ecosystem is the Switzerland Innovation Park, which boasts cutting-edge facilities designed to promote technological advancements across various sectors, including sustainable energy. Green Science Alliance will utilize the resources and networks available at the Switzerland Innovation Park to further its research and development of black mass batteries, ensuring that Switzerland serves as a strategic base for their European operations.

The Switzerland Innovation Park also features the Swiss Battery Technology Center (SBTC), which focuses on electric vehicle battery research. This synergy aligns perfectly with Green Science Alliance’s objectives, making it a prime location for developing and testing their regenerative battery technology.

Looking Ahead

As Green Science Alliance continues its journey in Japan, it remains committed to expanding its black mass battery initiatives throughout Europe. By leveraging high-tech development capabilities and collaborative resources in Switzerland, the company is on track to bring innovative, sustainable battery solutions to the market, contributing to a circular economy and greener future.

For further details on their progress and technology, please visit Switzerland Innovation.