Green Hydrogen P2X - beyond energy
Introduction
As the world continues to address the urgent need to transition to clean and
sustainable sources of energy, #greenhydrogen has emerged as a promising
solution.
While the primary focus of P2X has been on energy applications, there is a growing
interest in exploring its potential beyond linear energy applications. P2x2 looks at how
green hydrogen can be used to drive innovation and transformation in a variety of
industries and used to create a more sustainable and environmentally friendly
economy.
With its potential to decarbonise various sectors, including transportation and industry,
green hydrogen has been the subject of much discussion in recent years.
Whilst the initial focus through hydrogen valleys and projects such as GenComm, and
others has largely been on the power applications of green hydrogen, such as mobility,
fuel cells, energy storage, we are now looking to the next steps in the evolution of
application for green hydrogen - power to x, or P2X, are now coming into view.
P2X - P2x2
P2X refers to the use of green hydrogen for power applications beyond traditional
energy production. This includes the conversion of hydrogen into other valuable
products, such as ammonia and synthetic fuels, through processes like electrolysis
and methanation. By utilising green hydrogen in this way, P2X has the potential to
further reduce carbon emissions and create new economic opportunities in the clean
energy sector.
So, what's next for P2X? Several key developments include the scaling up of
production facilities for green hydrogen and its derivatives and for what we term
#Hydrogenfutures. Green Hydrogen is a vector that delivers more than just green
power and it is the ‘beyond energy’ the P2x2 opportunities that excites the mind, green
hydrogen has the potential to deliver a range of additional benefits in the new clean
economy. As governments and industries invest in infrastructure for green hydrogen
production, distribution, and utilisation, the levelised cost of green hydrogen (LCOH)
will decrease, making it more competitive with fossil fuels and the door to clean energy
futures will open.
Next Gen H2
Another significant next step for P2X is the development of next generation hydrogen
technologies and processes to improve the efficiency and sustainability of green
hydrogen production. This includes advancements in electrolysis technology, as well
as the horizontal integration of renewable energy sources like solar and wind power
to power electrolysers.
Additionally, research in partner organisations including Queen's University Belfast
under David Rooney and at IZES gGmbH under Bodo Gro? is ongoing into the use of
alternative feedstocks for green hydrogen production, such as biomass and seawater.
Additional activities include investigations beyond energy, where green hydrogen has
the potential to deliver a range of additional benefits in the new clean economy. This
area or research we call #P2x2 is looking at where the production of green hydrogen
can create new jobs and stimulate economic growth in regions with abundant
renewable energy resources. Furthermore, the use of green hydrogen in industries
like transportation and manufacturing can help reduce air pollution and improve public
health.
Conclusion
The next steps in green hydrogen #P2X and #P2x2 are focused on scaling up
production, improving efficiency, and exploring new applications beyond energy. By
continuing to invest in research and development, as well as policy support for green
hydrogen, we can unlock the full potential of this versatile and sustainable energy
source in the transition to a greener future and accelerate our journey to #netzero.
SAVE THE DATE
Hydrogen Ireland Conference 2024
Navigate Challenges and Seize Opportunities
13th and 14th November 2024
Fota Island Cork