Artificial intelligence (AI) deployments revolutionises the energy sector by optimising how electricity grids are built and ...

By Koh Hyunjeong Domestic scientists have developed a technology to more effectively produce turquoise hydrogen by using a ...

Korean researchers enhance turquoise hydrogen production with selenium catalyst New method boosts efficiency of eco-friendly hydrogen production using advanced catalyst ...

CNX Resources' stock drop due to hedging strategy and tax credit rulings, impacting future cash flow in rising natural gas ...

Elon Musk's latest plan could revolutionize space travel—turning atmospheric CO2 into rocket fuel. Discover how this ...

Pioneering Turquoise Hydrogen Production in British Columbia FortisBC is taking meaningful steps toward a low-carbon future ...

China's Shenzhou-19 crew made oxygen and fuel via artificial photosynthesis on the Tiangong space station, aiding future moon ...

“The SPIE Catalyst Award, in its second year, celebrates organizations that make significant contributions to environmental sustainability,” announced SPIE. “Schott’s pioneering efforts in ...

Nearly all ammonia is produced using methane via the Haber-Bosch process, which requires high-temperature and high-pressure ...

Hydrogen is important in the transition to a sustainable energy supply, though technological challenges stand in the way of clean hydrogen production. Read how we contribute to clean hydrogen ...

Its production is also ... pockets of naturally occurring hydrogen can be mined, just like natural methane reservoirs, but the extent and locations of such deposits are still relatively unexplored.

The blending extent will depend on safety considerations and the impact of hydrogen on trunk and distribution pipelines. Fertilisers and the role of hydrogen Fertiliser production, particularly ...