Singapore trials hydrogen storage and transportation

Singapore tests hydrogen storage and transport
Hydrogen can be converted to MCH for liquid storage and later reconverted to gas for port operations. Trials by NTU Singapore, PSA Singapore, and Chiyoda Corporation resulted in the first hydrogen refueling station at Pasir Panjang Terminal, boosting global hydrogen supply chains with electric propulsion using hydrogen fuel cells.
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NTU Singapore, PSA Singapore, and Japan’s Chiyoda Corporation successfully conducted trials to convert hydrogen into methylcyclohexane (MCH), a liquid that can be stored at ambient temperature and pressure. This innovation allows for the conversion of MCH back into gas for use in port operations. These trials led to the creation of the first hydrogen refueling station by PSA and the introduction of electric propulsion using hydrogen fuel cells at Singapore’s Pasir Panjang Terminal. This is a significant development that aims to improve global hydrogen supply chains.

By utilizing MCH as a liquid storage medium for hydrogen, the partners have paved the way for more efficient and practical methods of storing and utilizing hydrogen in various industries. The introduction of electric propulsion using hydrogen fuel cells at Singapore’s port operations represents a milestone in the advancement of sustainable energy solutions, contributing to reducing carbon emissions. This initiative demonstrates the potential for hydrogen to play a significant role in the transition towards more environmentally friendly fuel sources.

Overall, the successful trials conducted by NTU Singapore, PSA Singapore, and Japan’s Chiyoda Corporation have led to the development of innovative solutions for storing and utilizing hydrogen in port operations. The creation of the first hydrogen refueling station and the introduction of electric propulsion using hydrogen fuel cells at Singapore’s Pasir Panjang Terminal mark important milestones in improving global hydrogen supply chains and advancing sustainable energy solutions. This development has the potential to have a significant impact on reducing carbon emissions and promoting the adoption of cleaner fuel sources in various industries.

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