- Gulf States Advance in Circular Carbon Economy Index but Face Questions on Hydrocarbon Strategy
- Philippines Pushes Circular Economy for Plastics but Faces Infrastructure Gaps
- Morocco Turns to Circular Water Systems as Drought Enters Seventh Year
- RWE Secures €551M Grant for Dutch Green Hydrogen Plant at Eemshaven
Browsing: Pacific
Japanese automaker Toyota has used its hydrogen tank tech in a new module to expand hydrogen storage to railways, shipping facilities, cargo ports, and fuel cell generators. Its 70MPa tank has a storage capacity of 2.7 kg to 18.7 kg and a tank mass ranging from 43.0 kg to 243.8 kg, depending on the size.
CS Energy has hired IHI Engineering Australia (a subsidiary of IHI Corporation Japan) to construct the Kogan Renewable Hydrogen Demonstration…
bp and Marubeni look into possible hydrogen development in Japan along with offshore wind
bp and Marubeni have formed a joint venture to investigate the potential for offshore wind and hydrogen development in Japan.…
The construction of a renewable hydrogen plant in Queensland’s Western Downs is expected to begin within the next six months,…
The UNSW SMaRT Centre has published three scientific papers demonstrating the use of waste coffee grounds and hydrogen extracted from…
The project is in addition to the state’s $18 billion in green hydrogen ideas for neighboring Port Bonython, which are now being explored, as well as a new transmission line being built from the solar and wind-rich area to New South Wales and Victoria.
If the experiment is successful, Pure Hydrogen says it will be able to incorporate more hydrogen-fueled vehicles into JJ’s 2000-truck fleet, reducing the company’s carbon impact.
Malaysian power generation and industrial equipment provider Daiden Equipment has signed a preliminary strategic agreement with Advent Technologies, a leading…
2 Director, Dr Helmut Mayer, speaks with Oriel Morrison about his journey to building Australia’s first hydrogen-powered plane.
The study shows that Hysata’s ‘capillary-fed electrolysis cell’ can produce green hydrogen from water at a cell energy efficiency of 98 percent, far exceeding the International Renewable Energy Agency’s (IRENA) 2050 target and significantly better than existing electrolyzer technologies, resulting in a hydrogen production cost of less than A$2/kg (US$1.50/kg).
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