“Our new Black Mass plant is another proof for our commitment to the battery materials and recycling industry, which remains to of the most significant growth opportunities in the chemical industry and for BASF Battery Materials. It will become a cornerstone of our offerings to our customers to increase raw materials self-sufficiency and comply with the EU Battery Regulation,” said Dr. Daniel Schönfelder, President of BASF’s Battery Materials division.
The development of the new plant marks a significant step forward for BASF in the field of battery recycling, underscoring its commitment to addressing the environmental impact of rapidly growing battery production. The initial plan for commissioning was originally set for early 2024, however, the timeline has now expanded considerably. The plant will enhance BASF’s capacity for cathode material production and a metal refinery for battery recycling, solidifying the company’s position as a major player in the industry. Despite initial delays, the Schwarzheide plant is expected to augment BASF’s capabilities, providing a more comprehensive solution for battery recycling across Europe. With the introduction of this new facility, BASF will offer a wide range of services, including recycling and production of cathode materials, making it an invaluable resource for customers seeking to increase their raw materials self-sufficiency and comply with regulatory standards. Upon completion, the plant will possess a processing capacity of 15,000 tonnes of raw material per year, allowing BASF to refine and process the so-called “black mass” into usable cathode materials. The “black mass” itself is produced through a two-step process beginning with the mechanical dismantling and crushing of spent lithium-ion batteries. Subsequent filtering procedures separate plastics, metals, and other contaminants, leaving behind a dense, dark material rich in the battery’s active materials. BASF will employ a hydrometallurgical process to separate this “black mass” into the individual materials – lithium, nickel, cobalt, and manganese. The process involves the use of water and chemicals to extract these metals from the “black mass,” enabling the production of new cathodes. This technology showcases BASF’s commitment to developing innovative and environmentally friendly solutions for the recycling and production of battery materials. Local cooperation partners, such as Stena Recycling, will play a crucial role in the success of this project.
The Importance of Collaboration in Battery Recycling
- Improving metal recovery rates for lithium, nickel, and cobalt
- Developing improved processes for increasing efficiency and reducing costs
- Enhancing the overall sustainability of battery recycling practices
In 2021, BASF collaborated with CATL on a strategic partnership aimed at advancing battery materials and recycling solutions. The agreement focuses on the development of active cathode materials and battery recycling, further supporting CATL’s localisation efforts in Europe and BASF’s expansion globally. CATL has established its first battery factory in Europe, located near Erfurt, Germany, and is currently scaling up production in Arnstadt, Germany. BASF’s partnership with CATL enhances its offering in Europe, covering all stages of the battery recycling value chain, from collection and processing to refining and production. The combination of BASF’s own Black Mass production facility and the metal refinery for battery recycling at the site, as well as collaborations with partners like Stena Recycling, further solidifies BASF’s position as a leading battery recycling partner in Europe.
| Location | Company | Facility | Capacity |
|---|---|---|---|
| Schwarzheide, Germany | BASF | Black Mass production facility | 15,000 tonnes/year |
| Erfurt, Germany | CATL | Battery factory | N/A |
| Arnstadt, Germany | CATL | Production site | N/A |
In the view of the authors, the integration of the Black Mass plant and metal refinery will underscore BASF’s dedication to creating a sustainable battery value chain. By leveraging a network of cooperation partners, BASF will ensure a reliable supply chain for raw materials, thereby reducing the environmental impact of battery production. The comprehensive nature of this plan highlights BASF’s commitment to addressing the pressing issues surrounding battery recycling. By providing a complete range of services from collecting and processing to refining and production, BASF’s Black Mass plant and metal refinery will become a cornerstone of the industry. With the expansion of its capacity to 15,000 tonnes per year, the plant is poised to make significant contributions to the responsible recycling of battery materials and the production of new cathode materials, thereby shaping the future of sustainable battery technologies. The new plant is a testament to the power of collaborative innovation in the field of battery recycling.
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BASF Develops Comprehensive Battery Recycling Plant in Germany
“Our new Black Mass plant is another proof for our commitment to the battery materials and recycling industry, which remains to of the most significant growth opportunities in the chemical industry and for BASF Battery Materials. It will become a cornerstone of our offerings to our customers to increase raw materials self-sufficiency and comply with the EU Battery Regulation,” said Dr. Daniel Schönfelder, President of BASF’s Battery Materials division.
The development of the new plant marks a significant step forward for BASF in the field of battery recycling, underscoring its commitment to addressing the environmental impact of rapidly growing battery production. The initial plan for commissioning was originally set for early 2024, however, the timeline has now expanded considerably. The plant will enhance BASF’s capacity for cathode material production and a metal refinery for battery recycling, solidifying the company’s position as a major player in the industry. Despite initial delays, the Schwarzheide plant is expected to augment BASF’s capabilities, providing a more comprehensive solution for battery recycling across Europe. With the introduction of this new facility, BASF will offer a wide range of services, including recycling and production of cathode materials, making it an invaluable resource for customers seeking to increase their raw materials self-sufficiency and comply with regulatory standards. Upon completion, the plant will possess a processing capacity of 15,000 tonnes of raw material per year, allowing BASF to refine and process the so-called “black mass” into usable cathode materials. The “black mass” itself is produced through a two-step process beginning with the mechanical dismantling and crushing of spent lithium-ion batteries. Subsequent filtering procedures separate plastics, metals, and other contaminants, leaving behind a dense, dark material rich in the battery’s active materials. BASF will employ a hydrometallurgical process to separate this “black mass” into the individual materials – lithium, nickel, cobalt, and manganese. The process involves the use of water and chemicals to extract these metals from the “black mass,” enabling the production of new cathodes. This technology showcases BASF’s commitment to developing innovative and environmentally friendly solutions for the recycling and production of battery materials. Local cooperation partners, such as Stena Recycling, will play a crucial role in the success of this project.
The Importance of Collaboration in Battery Recycling
- Improving metal recovery rates for lithium, nickel, and cobalt
- Developing improved processes for increasing efficiency and reducing costs
- Enhancing the overall sustainability of battery recycling practices
The strategic partnership between BASF and CATL, announced in 2021, underscores the significance of collaboration in the battery recycling industry. The partnership focuses on active cathode materials and battery recycling, supporting CATL’s localization efforts in Europe and BASF’s globalization efforts. CATL has established its first battery factory in Europe, located near Erfurt, Germany, and is currently scaling up production in Arnstadt, Germany. BASF’s partnership with CATL enhances its offering in Europe, covering all stages of the battery recycling value chain, from collection and processing to refining and production. The combination of BASF’s own Black Mass production facility and the metal refinery for battery recycling at the site, as well as collaborations with partners like Stena Recycling, further solidifies BASF’s position as a leading battery recycling partner in Europe.
| Location | Company | Facility | Capacity |
|---|---|---|---|
| Schwarzheide, Germany | BASF | Black Mass production facility | 15,000 tonnes/year |
| Erfurt, Germany | CATL | Battery factory | N/A |
| Arnstadt, Germany | CATL | Production site | N/A |
The successful integration of the Black Mass plant and metal refinery will emphasize BASF’s commitment to building a sustainable battery value chain. By leveraging a network of cooperation partners, BASF will ensure a reliable supply chain for raw materials, thereby reducing the environmental impact of battery production. The comprehensive nature of this plan highlights BASF’s commitment to addressing pressing issues surrounding battery recycling. By providing a complete range of services from collecting and processing to refining and production, BASF’s Black Mass plant and metal refinery will become a cornerstone of the industry. With the expansion of its capacity to 15,000 tonnes per year, the plant is poised to make significant contributions to the responsible recycling of battery materials and the production of new cathode materials, thereby shaping the future of sustainable battery technologies. The new plant is a testament to the power of collaborative innovation in the field of battery recycling.
By increasing its capabilities and enhancing its services, BASF is well-positioned to take advantage of the significant growth opportunities in the battery recycling industry. As the world continues to transition towards more sustainable and environmentally conscious practices, BASF’s investment in the development of the Black Mass plant and metal refinery underscores the company’s dedication to playing a leading role in this critical area of research and innovation.
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