Author: Arnes Biogradlija

This invention revolves around a functional unit for a hydrogen gas system designed for mobile applications.

This tender is crucial for advancing the hydrogen industry as it aims to develop a robust infrastructure for hydrogen refueling nationwide.

The main objectives of the tender are to establish a reliable supply chain for hydrogen production, distribution, and storage.

This tender represents a substantial commitment to sustainable fuel sources within public transportation.

AIST has developed a unique hydroxyl group-containing polymer that forms a stable crosslinked body when exposed to light.

The submission deadline for tenders is July 11, 2024. This initiative is crucial for advancing hydrogen technology and infrastructure within the sector.

This tender is crucial for advancing Germany’s hydrogen industry by promoting the development of advanced production facilities.

This initiative marks a significant development in advancing hydrogen-powered public transport in France.

This technology leverages a radiation source covering both high-energy ultraviolet (UV) and low-energy infrared (IR) light, utilizing the full spectrum to maximize efficiency in the water-splitting process.

This tender aims to enhance water purification processes essential for efficient hydrogen production.