Green Hydrogen

We ruined it — Hydrogen has gone black, and the cost is enormous

We ruined it — Hydrogen has gone black, and the cost is enormous

We are in a race against time to meet our global energy targets, and as a result, what we have believed to be the best solutions to our problems have gradually become our biggest hurdles. We have ruined one of the most popular sources in the renewable energy industry. Hydrogen has gone black, and the cost of this color is enormous. Understanding how we ruined this source is the first step to...

Australia’s 7 Billion Green Hydrogen Bubble That BP Helped Burst

Australia’s $147 Billion Green Hydrogen Bubble That BP Helped Burst

Australia’s long-held ambitions to tap its abundant renewable resources and vast uninhabited landmass to become a global green hydrogen leader are fast unraveling.Despite strong government backing and significant private sector interest, at least seven big hydrogen production projects have been delayed, scaled back, or canceled in the last year. Chief among them was BP Plc’s decision last week to...

Enabling green hydrogen development: North Africa

Enabling green hydrogen development: North Africa

IRENA has released a report exploring how North Africa can harness green hydrogen for industrial growth, highlighting key enablers and barriers to its development. The North Africa region (including Algeria, Egypt, Libya, Mauritania, Morocco and Tunisia) has the potential to produce competitive green hydrogen for decarbonising local industries – either directly, or...

Green Hydrogen: What Is It, How It’s Made, What It Means For Climate Targets

Green Hydrogen: What Is It, How It’s Made, What It Means For Climate Targets

The basic strategy in the fight to limit climate change is to power everything with electricity generated from wind, solar or other clean sources. But there’s a problem: Some things can’t easily run on electricity. Think steel mills, cement plants and long-distance passenger jets. They need a clean fuel that can be stored and burned, sometimes at high temperatures. This is where green hydrogen comes...

Supply Chain Bottlenecks and Green Hydrogen Demand Fuel a New Era of Value

Supply Chain Bottlenecks and Green Hydrogen Demand Fuel a New Era of Value

The global platinum market is at a pivotal inflection point, driven by a perfect storm of supply-side constraints and surging demand from the clean energy transition. For decades, platinum has been a niche industrial metal, its value tied to automotive catalysts and jewelry. But in 2025, its role in green hydrogen production is redefining its economic narrative. As governments and corporations...

EXCLUSIVE | Chinese green hydrogen project still not in full operation more than two years after first output

EXCLUSIVE | Chinese green hydrogen project still not in full operation more than two years after first output

Clarity on clean hydrogenOur mission is to deliver engaging and independent business journalism and insight to executives and leaders in the global clean hydrogen industry. We focus on delivering the news and analysis that matters, fearlessly looking beyond the hydrogen hype to provide a balanced view of the market, giving readers the knowledge they need to make critical business decisions. Source...

Metacon delivers Chinese-made electrolysers for 50MW Greek green hydrogen project

Metacon delivers Chinese-made electrolysers for 50MW Greek green hydrogen project

Clarity on clean hydrogenOur mission is to deliver engaging and independent business journalism and insight to executives and leaders in the global clean hydrogen industry. We focus on delivering the news and analysis that matters, fearlessly looking beyond the hydrogen hype to provide a balanced view of the market, giving readers the knowledge they need to make critical business decisions. Source...

The difference between green hydrogen and blue hydrogen | Media | Stories and opinion

The difference between green hydrogen and blue hydrogen | Media | Stories and opinion

What is blue hydrogen? Blue hydrogen is when natural gas is split into hydrogen and CO2 either by Steam Methane Reforming (SMR) or Auto Thermal Reforming (ATR), but the CO2 is captured and then stored. As the greenhouse gasses are captured, this mitigates the environmental impacts on the planet.The ‘capturing’ is done through a process called Carbon Capture Usage and Storage (CCUS). More...

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