Institute of Science Tokyo

institutionJapan 2 mentions

Scientific research and development, particularly in materials science and catalysis

Read the full profile on Institute of Science Tokyo

Subscribers get an in-depth intelligence profile — leadership, scale, partners, regulatory context, and the latest milestones.

Subscribe to read more →

Facilities

MDX Research Center for Element Strategy

Subscribe to access more than 2,337 facilities

Often mentioned with · Technologies

Ammonia decomposition catalysis

The process of breaking down ammonia (NH₃) into nitrogen gas (N₂) and hydrogen gas (H₂)

Ammonia as Sustainable Fuel and Hydrogen Production

Technologies that utilize ammonia as a sustainable fuel source and as a medium for hydrogen production.

Solid Electrolyte Ba0.5Ca0.35Na0.15H1.85

Anti-α-AgI-type hydride ion conductor with high H⁻ conductivity (2.1 × 10⁻⁵ S cm⁻¹ at room temperature)

Subscribe to access the full technologies catalog

Often mentioned with · Projects

BaSi₂-supported catalyst development for ammonia decomposition

Research and development of novel catalyst systems using barium silicide as an active support for nickel and cobalt metals to enable efficient ammonia decomposition into hydrogen

completed 1 mention

Often mentioned with · Facilities

MDX Research Center for Element Strategy

Often mentioned with · Products

BaSi₂-supported Nickel Catalyst

A catalyst system using barium silicide as an active support material combined with nickel metal for efficient ammonia decomposition. Achieves >99% ammonia conversion at 540 °C

BaSi₂-supported Cobalt Catalyst

A catalyst system using barium silicide as an active support material combined with cobalt metal for efficient ammonia decomposition. Demonstrates similar performance improvements as the nickel variant

Often mentioned with · People

Japan 1 mention

Specially Appointed Professor Hideo Hosono

Japan 1 mention

Japan 1 mention

Subscribe to access the full people catalog

Often mentioned with · Research studies

Ammonia Decomposition Promoted by the Formation of Ternary Transition Metal Nitride Intermediates: Ni (Co)-Loaded BaSi₂

In the news (2)

Barium Silicide Catalyst Boosts Low-Temperature Hydrogen Production from Ammonia

3 months 25 days ago

Led the development of BaSi₂-supported catalysts for ammonia decomposition. The research was conducted at the MDX Research Center for Element Strategy within the institute.

Institute of Science Tokyo Unveils Solid Electrolyte for Low-Temperature Hydrogen Storage

5 months 11 days ago

Formed through the merger of Tokyo Institute of Technology and Tokyo Medical and Dental University in 2024. Leads research in all-solid-state batteries and hydrogen technologies. Recently developed novel solid electrolytes for hydrogen storage, led by Prof. Ryoji Kanno's team. Official press releases confirm involvemen

Get the H2 Markets Brief

what 120,000+ hydrogen industry pros read every Monday.

Get the H2 Markets Brief

what 120,000+ hydrogen industry pros read every Monday.