Johnson Matthey (JM), a global leader in sustainable technologies, has announced a further strategic development in the commercialisation of eLNO, its portfolio of leading nickel rich advanced cathode materials.
The official opening earlier this month, of its state of the art Battery Technology Centre near Oxford, by Kwasi Kwarteng, Secretary of State for the Department of Business, Energy and Industrial Strategy, enables JM to drive rapid improvements in battery performance for customers and sustainable, secure-value chains, aligned with its vision for a cleaner, healthier world.
Decarbonising transportation is a critical step in helping societies and industries meet their ambitious net zero emission targets.
Battery electric vehicles are central to realising a net zero future. As a leader in sustainable technologies, Johnson Matthey’s portfolio of high-performance battery materials will enable electric cars to have a greater range and recharge faster.
The new Battery Technology Centre will play a key role in developing battery materials of the future. It enhances JM’s existing battery technology capabilities and testing capacity, accelerating the further development and customisation of its eLNO materials for battery electric vehicle applications.
Amidst the ongoing debate about the carbon intensity of battery production, JM is announcing that the production of eLNO will be carbon neutral by 2035.
Sustainable battery materials ecosystemJM chief executive Robert MacLeod said: “This new facility represents an important milestone on our journey towards developing a sustainable battery materials ecosystem and emphasises the progress we are making on the commercialisation of our battery materials business.
“Johnson Matthey has a growing range of solutions to help society decarbonise at scale, and at the same time we are doing our bit by driving our own operations and supply chains to achieve net zero by 2040.”
Christian Günther, chief executive (battery materials) added: “We are thrilled to open our Battery Technology Centre. It has a dedicated, on-site product development team which will enable more rapid customisation our eLNO cathode materials to meet our customers’ needs.
“It also boasts advanced material characterisation and diagnostic equipment that enable both engineering on an atomic level and evaluation under realistic conditions. This new Battery Technology Centre is a big step forward in delivering eLNO to the market.”
Business Secretary Kwasi Kwarteng (pictured left) said: “I am delighted to open this exciting ‘state of the art’ Battery Technology Centre at the heart of Oxfordshire’s innovation economy. This centre has a vital role to play in our plans to drive forward new, cost-effective technology that will make adopting electric vehicles more convenient for motorists as we transition away from diesel and petrol cars.
“As Business Secretary, it is a personal commitment of mine to ensure the UK continues to be one of the best locations in the world for automotive manufacturing. In order to protect and create jobs in our industrial heartlands, while securing a competitive future for the auto sector and supply chain, we need to throw our weight behind battery innovation and commercialisation to support the sector’s transition to a clean, green future.
“Backing new battery technology and electrifying the automotive supply chain is at the heart of our plans to put the UK at the forefront of the global green industrial revolution and to ‘build back better’ from the pandemic, and I am delighted Johnson Matthey is playing a key role in this endeavour.”