#HydrogenStorage
Science Tokyo #sciencetokyo_en touts↙️ new layered hydrogen silicane solid #hydrogen carrier's "high gravimetric hydrogen capacity of 3.44wt%.

Unfortunately, 3.44wt% is below medium-pressure H2 gas storage!↘️

Also, their quantum efficiency of 7.3% means it takes a lot of sunlight or LEDs to get the H2 to release!
https://bit.ly/4pOCHbc #H2 #HydrogenResearch

Steel producers to trial Hydrexia’s solid-state hydrogen storage

Hydrexia has partnered with Sinopec and Baowu to test tonne-scale metal-hydride hydrogen storage containers, exploring their use for hydrogen supply in metallurgical processes.

Along with Sinopec’s research arm and one of the world’s largest steel producers, Baowu, Hydrexia aims to use its magnesium-based MHX system to deliver hydrogen to heavy industry.

Steel producers to trial Hydrexia’s solid-state hydrogen storage

Hydrexia has partnered with Sinopec and Baowu to test tonne-scale metal-hydride hydrogen storage containers, exploring their use for hydrogen supply in metallurgical processes.

H2 View
In the epic drama of hydrogen storage 😴, Science Tokyo just dropped a tale of a low-temp battery that could revolutionize the industry—because obviously, what the world needed wasn't a solution, but another lengthy university press release 📜 about how they're saving the planet... one overhyped initiative at a time. 🌍🔋
https://www.isct.ac.jp/en/news/okmktjxyrvdc #hydrogenstorage #lowtempbattery #renewableenergy #innovation #pressrelease #sustainability #HackerNews #ngated
Overcoming the barriers of hydrogen storage with a low-temperature hydrogen battery | Science Tokyo

Science Tokyo
Overcoming the barriers of hydrogen storage with a low-temperature hydrogen battery | Science Tokyo

Science Tokyo
Beyond Production: The Missing Link in the Hydrogen Economy

Hydrogen has emerged as a promising clean energy carrier with the potential to revolutionize multiple sectors. However, while production captures media attention and investment dollars, less visible challenges threaten t...

Ayrton Energy

💡 Successful kick-off for the Core-H2storage project!
The focus is on cost-effective, scalable and resource-efficient systems that enable #hydrogen to be stored at ambient temperature and a maximum pressure of 3.5 MPa. Specifically, the project partners are working on a prototype based on the use of two different materials: silica #aerogels and high-entropy alloys.

The project is funded by the Clean Energy Transition Partnership.

#GreenHydrogen #HydrogenStorage #CleanEnergy #EnergyStorage

Understanding Hydride-Hydride Interactions in Hydrogen Storage Materials

Exploring hydride-hydride interactions in transition metal complexes to improve hydrogen storage by optimizing ligands, configurations, and interaction strengths

https://www.chemistryviews.org/understanding-hydride-hydride-interactions-in-hydrogen-storage-materials/

#chemistry #chemistryviews #chemviews #hydrogenstorage #computationalchemistry

Understanding Hydride-Hydride Interactions in Hydrogen Storage Materials - ChemistryViews

Understanding Hydride-Hydride Interactions in Hydrogen Storage Materials: Exploring hydride-hydride interactions in transition metal complexes like HCoL4 to help enhance hydrogen storage by optimizing ligands, configurations, and interaction strengths

ChemistryViews
Zinc batteries with double efficiency and the ability to produce hydrogen

Innovation Toronto
Hydrogen finds a new storage and retrieval medium that is safe, easy, and affordable

Innovation Toronto