🧠Saudi Arabia is building an $8.4 billion green hydrogen megaplant in Oxagon, powered by 4 GW of solar and wind energy.

🧠Saudi Arabia is building an $8.4 billion green hydrogen megaplant in Oxagon, powered by 4 GW of solar and wind energy.

📊A continent-scale project that redefines the industrial boundaries of renewable hydrogen and e-fuels Saudi Arabia is making progress on the construction of one of the world's largest green hydrogen plants in Oxagon, as part of the NEOM project. The $8.4...

Read More
🧠China plans a 400 km pipeline to transport 100,000 tons of green hydrogen annually

🧠China plans a 400 km pipeline to transport 100,000 tons of green hydrogen annually

📊A strategic move that accelerates the creation of large-scale H₂ corridors in Asia China has announced the design of a 400-kilometer pipeline to transport up to 100,000 tons of green hydrogen per year. The infrastructure will connect areas of high...

Read More
🧠Castilla y León authorizes a large renewable H₂ and ammonia plant in Baltanás: a milestone for the industrial integration of green energy sources

🧠Castilla y León authorizes a large renewable H₂ and ammonia plant in Baltanás: a milestone for the industrial integration of green energy sources

📊A step forward that consolidates the integrated production of H₂ and NH₃ in the central plateau region The Regional Government of Castilla y León has authorized the construction of a renewable hydrogen and ammonia plant in Baltanás (Palencia), promoted by...

Read More
🧠AFC Energy obtains permission to export H₂: a key step towards the commercialization of ammonia cracking

🧠AFC Energy obtains permission to export H₂: a key step towards the commercialization of ammonia cracking

📊A regulatory breakthrough that accelerates the market entry of low-carbon hydrogen The UK Environment Agency has reviewed AFC Energy's R&D permit, authorizing the export and sale of hydrogen produced at its ammonia cracking pilot plant in Dunsfold. This is important...

Read More
🧠 Mejoras en electrolizadores PEM: avances clave para aumentar eficiencia y competitividad del H₂ renovable

🧠 Mejoras en electrolizadores PEM: avances clave para aumentar eficiencia y competitividad del H₂ renovable

  📊 Un progreso tecnológico que refuerza la viabilidad industrial del hidrógeno verde Los últimos desarrollos en electrolizadores PEM están logrando mejoras significativas en eficiencia, durabilidad y reducción de costes, impulsados por innovaciones en materiales, diseño de membranas y optimización operativa....

Read More
🧠Real-time measurement: a technological pillar for optimizing H₂ processes in industry

🧠Real-time measurement: a technological pillar for optimizing H₂ processes in industry

📊A critical capability for efficiency, safety, and operational control Real-time measurement is becoming an essential element in industrial processes based on H₂, from electrolysis to storage and distribution. The increasing complexity of energy and chemical plants demands systems capable of...

Read More