From ambition to action

The 2026 Hydrogen Innovation and Technology conference takes place in what organisers say is a “defining year” for the sector. Here, Hydrogen Energy Association chair Emma Guthrie, one of the event’s six plenary speakers, considers the current situation

The most important development shaping the future of hydrogen

Hydrogen has been through peaks of hype and excitement and is now settling into a more pragmatic role as a key enabler of the energy transition. The important development is the growing recognition of where hydrogen can genuinely add value across the energy system, alongside other technologies and energy vectors. Understanding where hydrogen is most effective – and where it is not – is essential to building a resilient, affordable and integrated energy system.

The challenge the sector should be paying greater attention to

We need to recognise the importance of collaboration, both within the hydrogen sector and with adjacent sectors. The energy transition is complex, and by looking at the whole energy system we can identify where hydrogen can play its most valuable role.

One area attracting increasing attention is hydrogen for off-grid and distributed power. This can take a number of forms, from providing a zero-emission fuel for off-road vehicles to replacing diesel generators and meeting short-term power needs, including lighting and electric vehicle charging.

There is also increasing demand for hydrogen-powered solutions in sectors such as music festivals and film and TV production. At the same time, power-hungry applications, including data centres, are creating a need for clean, reliable power that can be deployed at pace. In these applications, hydrogen and fuel cell technology can provide clean, distributed powers.”

The perspective you’ll be bringing

I am a chemist by background, so I always come back to the molecule – considering its value and what it can do to support our energy needs.

Hydrogen can enable a chemical reaction, for example in a refinery; act as a zero-emission fuel in combustion or fuel-cell applications, supporting mobility, industrial and distributed power; and provide a means of long-duration energy storage.

Overall, we need to recognise the expertise and experience embedded in our chemical industries. Even in an increasingly electrified energy system, we will still need to celebrate and value the role of sustainably produced molecules.

What delegates will take from the conference

I hope we can break down unnecessary silos between the different sectors that all have a role to play in the energy transition. Hydrogen can act as a bridge between different parts of the energy system, helping to connect electrons and molecules and enabling a more integrated, resilient and sustainable energy future.