Ebara Elliott Energy – EEE has officially inaugurated its Futtsu No. 2 District in Chiba Prefecture, Japan. Notably, the site also hosts E-HYETEC, which the company describes as the first commercial-scale product test center for liquid hydrogen pumps in the world utilizing real liquid hydrogen at -253°C or -423°F, and E-HYEFAB, a co-located cryogenic equipment manufacturing facility.
It is worth noting that E-HYETEC has a total area of 18,000 square meters with a built-up area of 2,800 square meters and is the global center of excellence for hydrogen equipment of EEE. It goes on to perform operational testing of booster pumps and cryogenic return gas blowers as well as fluid systems at rated full load.
Safety systems include early leak detection hydrogen sensors, automatic emergency ventilation, and centralized digital monitoring.
This integrated site has in it development, prototyping, testing, and assembly, as well as final shipment, and that too within a single operational footprint.
As per EEE, testing machinery with real fluid as well as real operating conditions reduces development cycles. Manufacturing and testing equipment in Japan will promote quicker delivery for energy producers, industrial gas firms, and EPC contractors. The release did not give any investment figure, manufacturing capacity, or even pump ratings.
According to chairman and chief executive officer of EEE, Nobu Miyaki, “As the global energy sector transitions toward carbon neutrality, establishing a safe, resilient hydrogen supply chain is paramount. E-HYETEC and E-HYEFAB enable us to deliver fully verified, commercial-scale cryogenic pumps and blowers directly to energy projects worldwide, supporting our customers’ decarbonization goals with complete confidence.”
The parent company, Ebara Corp., said it would invest almost 16 billion yen to build the test center, with construction set to start in January 2024.
Pumps About to Enter the Market
It follows two commercial breakthroughs in 2026. EEE secured an April 2026 order from Kawasaki Heavy Industries when it came to liquid hydrogen booster pumps and cryogenic hydrogen return gas blowers. The equipment facilitates a liquefied hydrogen supply chain demonstration, which is led by Japan Suiso Energy and supported by NEDO, at the Kawasaki LH2 Terminal in Kawasaki City.
The booster pumps are designed to operate stably at -253°C, and the blowers function at -240°C. 3 high-pressure centrifugal machines.
In July 2026, Ebara Corp. and EEE announced the first type approval of liquid hydrogen cargo pumps for maritime liquefied hydrogen carriers in the world. Approval was obtained after prolonged performance and durability tests with real liquid hydrogen at -253°C at a massive test facility located at Ebara’s Futtsu Plant.
Said Shane Reph, EEE chief operating officer, that “approval completely eliminates a critical risk for the global hydrogen transport economy.”
Why It’s Important
Few opportunities have been available to test liquid hydrogen pumps at full scale and with the real fluid. Having a test stand along with a manufacturing line co-located gives EEE a way to validate and fabricate machines in the same location, which may be important for buyers weighing shipping risk on first-of-kind equipment. Open questions go on to include the pump ratings tested, the size of the manufacturing line, and if customers from outside will be permitted to book test time.