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Toyota and Chiyoda aim for large-scale hydrogen electrolysis - Sustainable Mobility

2024-02-06T08:30:45.234Z

Highlights: Toyota and Chiyoda aim for large-scale hydrogen electrolysis. Toyota lays the foundations for a primary role in hydrogen mobility and more generally in hydrogen civilization. Agreement provides for the construction of a 10 MW system production line in the Hydrogen Park, Toyota factory in Honsha. The declared objective is to build plants that allow the large- scale production of hydrogen, which are more economically accessible and more efficient than current ones, as well as more compact in size. Reproduction reserved © Copyright ANSA 2014.


Toyota lays the foundations for a primary role in hydrogen mobility and more generally in hydrogen civilization, with an important agreement signed with Chiyoda Corporation. (HANDLE)


Toyota lays the foundations for a primary role in hydrogen mobility and more generally in hydrogen civilization, with an important agreement signed with Chiyoda Corporation.

The two Japanese groups, in fact, have agreed to start the large-scale construction of an electrolysis plant by 2025, based on Toyota technology developed for fuel cell cars, which will allow the production of hydrogen on a large scale.

Fuel that can be used, among other things, to power Fuel Cell electric cars, releasing only water vapor into the atmosphere.


    The signed agreement provides for the construction of a 10 MW system production line in the Hydrogen Park, Toyota factory in Honsha.

The declared objective is to build plants that allow the large-scale production of hydrogen, which are more economically accessible and more efficient than current ones, as well as more compact in size.


    "Toyota's particular experience in industrial products - underlines the note released by the House of the Three Ellipses - and Chiyoda's particular experience in plant engineering will be combined and optimised, allowing advantages such as lower costs, greater production efficiency and more stable quality for the electrolysis systems needed to produce green hydrogen".


Reproduction reserved © Copyright ANSA

Source: ansa

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