Johnson Matthey and Bosch Partner to Advance Fuel Cell Technology for Clean Mobility
Key Ideas
  • Johnson Matthey and Bosch have agreed to collaborate on developing catalyst coated membranes (CCM) for fuel cell stacks, aimed at transforming the automotive industry towards decarbonisation.
  • The partnership focuses on utilizing hydrogen fuel cells, which generate electricity by combining hydrogen and oxygen, producing only water as a by-product for zero emissions.
  • JM's high-performance CCMs will be integrated into Bosch's fuel cell power module designed for commercial vehicles, emphasizing efficiency and scalability for longer distances.
  • Both companies expressed enthusiasm for the partnership, aiming to enhance the performance and efficiency of fuel cell technology in mobile applications for a cleaner future.
Johnson Matthey (JM), a key player in sustainable technologies, and Bosch, a prominent supplier to the automotive industry, have announced a strategic partnership to expedite collaborative projects. The focus of the agreement lies in the development and production of catalyst coated membranes (CCM) for fuel cell stacks, essential components in advancing clean mobility solutions. This initiative aligns with the pivotal role of hydrogen fuel cells in the automotive sector, offering a zero-emission alternative with water as the sole by-product. JM's expertise in high-performance CCMs will be harnessed in Bosch's compact and scalable fuel cell power module, tailored for commercial vehicles with a focus on extended travel ranges. The signing of the agreement took place at Bosch's fuel cell center in Stuttgart-Feuerbach, Germany, highlighting a commitment to driving innovation in sustainable energy solutions. Anish Taneja, Chief Executive of JM Hydrogen Technologies, and Beate Grota, Executive Vice President of Engineering Power Solutions at Bosch Mobility, expressed optimism about the collaboration's potential to bolster cleaner mobility and energy generation. With a shared vision for enhancing fuel cell technology efficiency, the partnership aims to leverage the readiness of fuel cell systems for widespread adoption in mobile applications, emphasizing performance optimization to meet evolving industry demands.
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