Why compact CO₂ capture systems are key to decarbonization
Hydrogen’s triple promise: storage, security, decarbonization
How the world can decarbonize — one city at a time
Hydrogen economy: Clearing the hurdles to accelerate growth
How the quest for net zero is reshaping energy investments
How capturing maritime emissions fuels the circular economy
The specialist ships at the heart of the CO₂ value chain
How pink hydrogen could add to the nuclear renaissance
Hydrogen rainbow: the colors of decarbonization
The colors of hydrogen: Expanding ways of decarbonization
Meet the vacuum cleaners for nuclear fusion reactors
Hydrogen production: Is it better to go green or blue … or green and blue?
Compact systems: helping kickstart global CCUS uptake
How to make aluminum drinks cans greener
Takasago: Demonstrating the power of hydrogen
Three ‘quick wins’ for decarbonization
How carbon capture is helping clean up the cement industry
Policy is a key step on the road to affordable clean energy
Energy prices: Here’s what makes energy markets fluctuate
Hydrogen and ammonia: Rocket fuel toward net zero by 2050
Unlocking Egypt’s net zero potential: From renewables to hydrogen
Decarbonizing materials - MENA’s green exports potential
Decarbonizing hard-to-abate sectors
Indonesia’s net zero future: sustainable energy transition
How specialist ships can help the switch to cleaner gas
Stronger together: CCUS hubs and clusters
Vital elements: the minerals behind the energy transition
5 key steps to making the global hydrogen economy a success
How IoT smart sensors can make power plants more efficient
Energy agency: CO2 emissions rise in 2022, but more slowly
Building the EU hydrogen market: Next steps for policymakers