The third Enagás Hydrogen Day brings together the main active drivers of the hydrogen value chain in Europe and has established itself as the benchmark event in this field.
Brazil meets the conditions to become a major player in the global green hydrogen economy.
Green hydrogen is emerging as one of the most promising solutions for decarbonising key sectors of the economy to make it more sustainable. This renewable gas, produced from water and green energy, has immense potential to transform the way we generate and use energy.
Last July, the German Ministry of Economy and Development published the update of its National Hydrogen Strategy, with measures that reflect the country’s firm commitment to this energy vector.
Renewable hydrogen and green ammonia represent two pillars for moving towards decarbonisation and energy sustainability. The goal of decarbonisation is not a single solution, rather the more technologies and alternatives we can deploy, the simpler, safer and more expeditious the process will be.
Hydrogen is an exceptional partner in the energy transition to decarbonise the economy, especially in the most complicated sectors.
The energy sector is making steady progress towards finding alternatives to help achieve the decarbonisation. As far as renewable hydrogen production is concerned, there are also many innovations. Will it become a real option?
Renewable hydrogen is becoming a key part of the energy puzzle in Europe, a region whose future goals include achieving climate neutrality by 2050.
A hydrogen pipeline is a pipeline used to transport hydrogen in an effective, efficient, and reliable manner.
South Africa has the strongest economy on the African continent and is a development hub for the entire southern region. However, among other difficulties, it has excessive unemployment and is one of the most unequal countries in the world.
Argentina is trying to position itself as an investment destination to strengthen a hydrogen economy that will add to the country's economic growth.
The development of this vector will enable it to increase its energy security and resilience, as well as the economic and environmental value of its energy mix.
Colombia presents its Hydrogen Roadmap to become a benchmark in the development of sustainable energies and boost strategic sectors such as industry, transport and agriculture.
Over half the hydrogen deployment projects announced in 2021 are being developed in Europe. But this technology has to meet a number of important milestones before it can be deployed on a large scale.
The goal is that by 2050 between 20% and 35% of energy consumption should be based on hydrogen as a new energy carrier.
The implementation of various green hydrogen development projects and collaboration between companies make clear the country’s intention to focus on a climate-responsible future.
Mexico wants to excel in this new industry by taking advantage of its privileged geographical location, which together with its climatic conditions, would allow it to generate green hydrogen with relative ease.
The Norwegian hydrogen strategy seeks to harness the energy advantages of a country that produces more energy than it consumes.
Germany was another country that last June declared its intention to lead the global race for technological development to make the production of green hydrogen technologies viable.
China has prioritised research and development in the areas of hydrogen and fuel cells as one of the effective countermeasures with which to face these demanding tasks.The Chinese government sees hydrogen as an opportunity to meet climate and pollution targets without increasing dependence on imported fuels.
Tras el desastre nuclear de Fukushima, Japón apuesta por el uso del hidrógeno con el objetivo de convertirse en la única sociedad del mundo basada en él.
Green hydrogen is a key solution to speed up the energy transition process towards a carbon-neutral future. It is the most abundant element in nature.
