Author: Anela Dokso

Masdar, a leading renewable energy company, has delayed its ambitious goal to produce one million tonnes of green hydrogen annually. Originally planned for 2026, the target is now set for 2030.

“Nuclear has to be considered in the energy mix,” argues Adrien Vega from Canadian Nuclear Laboratories (CNL). “If you have all the advantages that a nuclear plant has in terms of electricity and heat, it only makes sense to think about producing hydrogen leveraging all that.”

The latest patent filed by Hamilton Sundstrand Corporation highlights an innovative solution focusing on an air processing system that leverages a hydrogen fuel cell.

A recent patent filed by BASF SE is proposing an innovative method for obtaining hydrogen from methanol or ammonia. This method is significant for its potential application in fuel cell operations, a technology crucial for clean energy systems.

The Norwegian Institute of Public Health (FHI) has issued a tender titled “Framework Agreement for the Procurement of Gas for Laboratory Purposes.”

Cadiz and RIC Energy are collaborating to create a green hydrogen facility in California’s Mojave Desert.

Shares in green hydrogen companies in the US and Europe have recently experienced a significant drop due to low demand.

European Energy, a leading renewable energy developer and operator in Denmark, has launched its first green hydrogen plant.

Germany and India are aligning their efforts to lead the energy transition with the signing of the “Hydrogen Roadmap.”

The green energy revolution has arrived. But beneath the enthusiasm, the transition from fossil fuels to renewable energy sources is more complex than it may seem.