The green hydrogen ambition and implementation gap

The green hydrogen ambition and implementation gap

OverviewOur approach was split into three parts. First, we tracked green hydrogen project announcements to quantify the green hydrogen implementation gap in 2022 and 2023. Second, we compared project announcements with 1.5 °C scenarios to show the 2030 green hydrogen ambition gap. Third, we modelled the pay-as-bid market premium and estimated required subsidies using a competitiveness analysis of...

Clean Power Hydrogen successfully completes Site Acceptance Test in Belfast for MFE110 electrolyser

Clean Power Hydrogen successfully completes Site Acceptance Test in Belfast for MFE110 electrolyser

The final stage of the SAT for the MFE110 involved successfully verifying the safe and fully automated startup, operation, performance, and shutdown of the unit to the pre-determined specification at NIW site. The MFE technology operated at scale on a customer site for the first time, producing high purity hydrogen and oxygen in a commercial environment. This final stage of the SAT was completed and...

Port of Rotterdam – The hydrogen system is taking shape

Port of Rotterdam – The hydrogen system is taking shape

Port of Rotterdam – The hydrogen system is taking shape A hydrogen system is under construction in the port of Rotterdam, combining production and use primarily in industry, as well as the import and transit of hydrogen to other parts of Northwest Europe. Despite challenges posed by increased costs and economic uncertainties, the system is steadily taking shape. Here is a look...

5 Reasons Why Green Hydrogen is in Trouble

5 Reasons Why Green Hydrogen is in Trouble

Highlights : There are only 1,160 GH2 stations worldwide by the end of 2024 Over 20 percent of planned EU Green Hydrogen projects (about 29 GW capacity) were shelved by end-2024 Drumming up subsidies, something the sector was good at, is becoming increasingly tougher to justify considering the fall in costs for other green options....

The Iberian green industrial opportunity: Green hydrogen

The Iberian green industrial opportunity: Green hydrogen

As the energy transition gathers pace, decarbonization is a growing priority across sectors. While electrification and renewable energy are likely to play a major role in this process, these levers may have limitations in abating emissions in certain industries. In these hard-to-abate industries, green hydrogen could emerge as a key solution (see sidebar “About green hydrogen”). Hydrogen can be...

South Australia: Long-term reliance on gas for iron and steelmaking faces significant risks

South Australia: Long-term reliance on gas for iron and steelmaking faces significant risks

Plans for the iron and steel sector in South Australia to rely on gas – rather than green hydrogen – would entail significant cost and supply risks. In its Green Iron and Steel Strategy, the South Australian government targeted a switch to green steel production at the Whyalla steelworks, as well as green iron exports from a new direct reduced iron (DRI) plant in the state. Initially both plants...

NEOM won’t produce just hydrogen ― 1,2M tonnes of this toxic, extremely-powerful energy

NEOM won’t produce just hydrogen ― 1,2M tonnes of this toxic, extremely-powerful energy

One might picture a shining tower or an endless solar farm when they see or hear the word NEOM, a futuristic $500 billion megacity that rose out of the Saudi desert. However, there is more to NEOM than the basics, and that is ammonia. Not just half or a quarter of it, but 1.2M tonnes of this toxic, extremely powerful energy. Although referred to as toxic, ammonia is one of the biggest...

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