BASF Shanshan Battery Materials, a BASF majority-owned company in China is expanding its battery materials capacity in Changsha, Hunan Province and Shuizuishan, Ningxia Province. The commissioning of the new lines will start from the fourth quarter of 2022.

The expansion project will enable BSBM to achieve 100 kt annual capacity for cathode active materials (CAM).The new production lines are designed with high flexibility to produce an advanced product portfolio and meet customers’ diversified needs, from high-nickel and ultra-high-nickel nickel-cobalt-manganese oxide (NCM) for polycrystalline and single crystalline, as well as manganese-rich NCM products.

The manganese-rich products are already manufactured on a multi-ton scale. This progress in material development will be further accelerated, thus broadening the use of such products by customers.

Dr Peter Schuhmacher, President, Catalysts division at BASF  said, “Our manganese-rich products are well balanced in cost-performance compared to other ternary cathode materials and offer customers a higher security on lower metal cost as manganese is the most abundantly available metal compared to cobalt or nickel.”

The new lines are equipped with innovative energy recovery technologies including off-gas, waste heat and oxygen recycling. This is the first time that such technologies have been used in the battery industry and combine BSBM’s broad industrial operation experience with BASF’s chemical process design know-how.

Dr Michael Baier, Senior Vice President of BASF Battery Materials and Chairman of the Board of BSBM added that “With the synergy on technology expertise in R&D and production, we are glad to see that BASF’s chemical know-how will be a catalyst to contribute to a more sustainable CAM offering with an industry-leading carbon footprint.”

Embedding the Smart Factory concept for automated, intelligent and sustainable plants, the expansion projects have implemented industry-leading standards in process design, production environment management and dust control to meet the critical qualification requirements in the battery materials industry and at the same time enable high throughput with outstanding quality.