Heraeus Invests in Sustainable Ammonia Technology with Japanese Startup Tsubame BHB

Heraeus Invests in Sustainable Ammonia Technology with Japanese Startup Tsubame BHB

(IN BRIEF) Heraeus, a technology group based in Hanau, Germany, has made a strategic investment in the Japanese startup Tsubame BHB, marking its commitment to sustainable technologies and expanding its presence in Japan. Tsubame BHB specializes in developing environmentally friendly and efficient technology for decentralized ammonia production, aligning with Heraeus’ focus on sustainable, precious metal-based technologies. This investment underscores Heraeus’ dedication to a decarbonized future and strengthens its position in the evolving market for energy-efficient solutions. Additionally, the partnership reflects the potential for collaboration between Japanese and German companies in future markets, showcasing a shared commitment to innovation and sustainability.

(PRESS RELEASE) HANAU, 22-Feb-2024 — /EuropaWire/ — As the first foreign company, the Hanau-based technology group Heraeus has invested in the Japanese startup Tsubame BHB. This strategic decision underscores the commitment of the Heraeus Group to a sustainable and decarbonized future where ammonia will play an even more important role than today. Tsubame BHB has been developing a new environmentally friendly and efficient technology for decentralized ammonia production, one of the most essential raw materials for the chemical industry. Ammonia is a pivotal building block for fertilizers, many different organic intermediates, plastics, and synthetic fibers. Additionally, ammonia is heavily discussed as future energy carrier in view of a hydrogen economy.

The Tsubame BHB technology is an excellent match for Heraeus and complements the company’s scouting of sustainable, precious metal based technologies. The innovative process is based on an electride catalyst and enables energy-saving, and cost-effective ammonia production. This technology meets previously unmet needs in the ammonia market for local or “close-to-use” ammonia production, saving transportation cost and avoiding the risk of supply disruptions. The process is also suited to produce renewable ammonia from low carbon hydrogen and therefore supports the decarbonization of the ammonia value chain. At the same time, Heraeus is expanding its presence in Japan through the partnership with Tsubame BHB.

“Heraeus has long established itself as a leader in innovation in the field of precious metal-based technologies. The Tsubame BHB technology fits perfectly with the Heraeus scouting criteria and supports our efforts to lead the development of cutting-edge sustainable technologies,” said Dr. Philipp Walter, Executive Vice President Business Line Hydrogen Systems at Heraeus. “The technology complements our already broad range of sustainable solutions and helps to strengthen our position in a market that is increasingly focused on energy efficiency and decarbonization.”

“Japan is a market where innovation is born – especially in the area of advanced materials. As a globally leading material technology company, Heraeus sees great potential in a stronger collaboration with Japanese companies, universities, and research institutes. Our investment in Tsubame BHB is a great example how Japanese and German companies can profit and grow together in future markets.” added Hideto Yamauchi, Representative Director, President of Heraeus K.K. in Japan.

Tsubame BHB, based in Yokohama, was founded in April 2017 with the goal of implementing the world’s first on-site ammonia synthesis system. Currently, ammonia on the market is produced using a technology invented 100 years ago that requires high temperature, high pressure, and very large plants. In contrast, Tsubame BHB is developing a technology for producing ammonia at low temperature and low pressure making it possible to provide ammonia efficiently and at competitive prices also in small, decentralized facilities. In this way, Tsubame BHB aims to strengthen the ammonia industry. The company is working to design a model plant for the mass production of ammonia, build a facility for operation and maintenance, and produce more versatile catalysts.

Media Contact:

Till Weber
Senior Manager External Communication
mailto: till.weber@heraeus.com
+49 6181 35-5785

SOURCE: Heraeus Group