We talk to Carmen Peña, winner of Ingenia Energy Challenge ‘External Proposal’ award, and Mayte Bolumar, winner of the ‘Enterprising Woman’ award.
Green hydrogen is thus a key element in the challenge of achieving climate neutrality and decarbonising the economy. Unlike other renewable energy carriers, it can be stored in a gaseous or liquid state, which makes it easier to manage.
Cities around the world have a major influence on climate change, and they also suffer the most from its effects. That is why it is crucial for them to become a key element when it comes to reducing greenhouse gas emissions.
Daniel Hissel, Deputy Director of the Hydrogen Research Federation at CNRS, shares his vision on the future of hydrogen.
Sustainable mobility is the set of initiatives aimed at achieving efficient transport of goods and people, from an environmental perspective. This is a very important tool in the aim of reducing greenhouse gas emissions.
Emmanuel Kermarrec, Director of Geosciences and Solution Mining at Storengy, provides deep insight into underground hydrogen storage.
Green ammonia, a compound of nitrogen and hydrogen, emerges as a highly promising energy carrier for the decarbonisation of certain sectors and as a hydrogen carrier.
Australia is demonstrating strong leadership in the development of the green hydrogen industry. Established as a key player among economies firmly committed to decarbonisation.
Green ammonia, like hydrogen and other renewable molecules, is a crucial energy carrier for achieving zero emissions and decarbonising the economy.
AI is a key component of the fourth industrial revolution, and as in other sectors, it is already being applied in the energy industry. Let’s explore some aspects of Artificial Intelligence and how it can help meet Europe’s decarbonisation goals.
