Green Hydrogen

PIC backs R3bn green hydrogen bet for SA industry

PIC backs R3bn green hydrogen bet for SA industry

A view of Dedisa Substation at the Hive Hydrogen Coega Green Ammonia Project in the Eastern Cape. Be among those who shape the future with knowledge. Uncover exclusive stories that captivate your mind and heart with our FREE 14-day subscription trial. Dive into a world of...

Beyond green iron: What China’s steel transition really means for Australia

Beyond green iron: What China’s steel transition really means for Australia

Australia has big ambitions for green iron – produced by using renewable electricity and hydrogen rather than fossil fuels to extract iron from ore. But the hope largely rests on a bet about China’s steel trajectory. China produces more than half (Opens in new window) of the world’s steel, making its decarbonisation pathway critical to the future of global green iron trade.As Canberra looks beyond...

Green Hydrogen Mission: Building a Climate Finance Framework for India’s Energy Transition

Green Hydrogen Mission: Building a Climate Finance Framework for India’s Energy Transition

India’s National Green Hydrogen Mission (NGHM) aims to catalyse more than Rs 8 lakh crore (over US$100 billion) of investment while developing an annual production capacity of 5 million metric tonnes of green hydrogen by 2030. The ambition is not merely to decarbonise hard-to-abate sectors but to position India as a global hub for green hydrogen manufacturing and exports. Yet mobilising capital at...

A Milestone In Sustainable Railway Transportation – OpEd – Eurasia Review

A Milestone In Sustainable Railway Transportation – OpEd – Eurasia Review

Key Takeaways: India has launched its first indigenous hydrogen-powered train (Namo Green Rail) on the Jind–Sonipat route, joining a select group of countries adopting green hydrogen technology in rail transport. The National Green Hydrogen Mission aims to produce 5 million metric tonnes of green hydrogen annually by 2030, supporting India’s net-zero target by 2070 and reducing...

PosHYdon Pilot Demos Green Hydrogen Production from Operational Gas Platform

PosHYdon Pilot Demos Green Hydrogen Production from Operational Gas Platform

The achievement by the PosHYdon project demonstrates that the infrastructure built for the gas industry could one day be repurposed for a new role: producing and transporting green hydrogen using offshore wind energy. As countries expand offshore wind capacity, one question is becoming increasingly important: how can that renewable energy be transported efficiently to where it is needed? One...

EU waves through 0m Dutch State aid scheme for 400MW of electrolysis | Hydrogen News

EU waves through $780m Dutch State aid scheme for 400MW of electrolysis | Hydrogen News

The EU has greenlit a €780m ($900m) Dutch state aid scheme to support up to 400MW of green hydrogen production capacity.The package will award funding by early 2027 through a competitive bidding process, with selected projects receiving 10-year variable per-kilogramme subsidies and direct grants covering up to 80% of investment costs.Hydrogen from recipients must comply with...

PosHYdon Pilot Produces Green Hydrogen On Live North Sea Gas Platform

PosHYdon Pilot Produces Green Hydrogen On Live North Sea Gas Platform

The achievement by the PosHYdon project demonstrates that the infrastructure built for the gas industry could one day be repurposed for a new role: producing and transporting green hydrogen using offshore wind energy. As countries expand offshore wind capacity, one question is becoming increasingly important: how can that renewable energy be transported efficiently to where it is needed? One...

The Cornish Way: Of Green Hydrogen and a path forward : The Daily Digest

The Cornish Way: Of Green Hydrogen and a path forward : The Daily Digest

The photograph at the top of this column might puzzle you. Some will describe it as a slag heap. Others will joke that I photographed the Poldark scenery the wrong way round. A mining engineer might see traces of copper still waiting to be recovered; a battery executive might see lithium; an ecologist might see heather slowly reclaiming an industrial scar. None of them...

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