2 October 2026

Hydrogen Energy - Current State & Contribution to the Energy Transition

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Status of Green Hydrogen: Availability, Timescales and Challenges

Escalating costs, delays in grid connections, reductions in offtakers' appetites and geopolitical shifts have transformed green hydrogen hype into pragmatism.
The availability of low emissions hydrogen through the end of 2025 was only 1 Mt, compared to the global production of hydrogen at 100 Mt. The number of projects announced has also dropped.
These challenges remain in many geographies. However, there are areas where green hydrogen investments are reintroduced, with Norway, the Middle East, Australia, Chile and North Africa as examples.
Additional benefits come from locations with indigeneous non-refining industries close to renewable energy sources that can consume green hydrogen in the production of derivatives, or the production of low-carbon steel, e-methanol and SAF.

Current Trends in Electrochemical Hydrogen Technologies

Electrolysers and fuel cells are key technologies for a hydrogen economy. Electrolysers produce hydrogen from water and electricity, while fuel cells do the reverse.
These technologies have matured rapidly over the last five years and have been deployed at increasing scale in a number of sectors.
This presentation highlights the current status of the electrochemical cells that are core to these technologies and discuss contemporary research trends focusing on materials and characterisation techniques.

This presentation will include a short overview of Floteks and Pressura.
It will cover the design and production of Type 4 tanks, as well as their safety. Tests for certification and serial production will also be discussed.

Exploring the potential of ammonia as a hydrogen vector in electrochemical solid oxide cells