- Una Terra Secures €50M to Scale Circular Economy Technologies
- Sarawak Targets Circular Economy Gains With 2050 Waste Management Master Plan
- IEA Sees Low-Emissions Hydrogen Expanding to 2030 Despite Slowdown in Project Pipeline
- Peregrine and OCP Deal Targets Cheaper Decarbonization for Fertilizer and Heavy Industries
Browsing: SPOTLIGHT
Researchers at RMIT University have created a less expensive and more energy-efficient method of producing hydrogen straight from seawater.
China and Egypt are attempting to strengthen their commercial and business ties in a number of sectors of shared interest, including clean energy and green hydrogen.
According to research from Rystad Energy, where 52 projects totaling 114 gigawatts of capacity are now in the pipeline, Africa is outpacing Australia in terms of actual plans for producing green hydrogen.
International organizations have submitted a total of 29 proposals to assist South Australia in implementing its Hydrogen Jobs Plan in response to the market’s overwhelming demand for the delivery of the key election promise.
South Africa is experiencing a continuing energy crisis, and with no end in sight, it is time to consider extending the country’s present alternative energy sources.
A research team at the Helmholtz-Zentrum Berlin (HZB) Centre for Solar Fuels is looking at another route to emissions-free hydrogen production, dubbed the “direct” approach.
Thermalytica’s super insulating substance improves liquid hydrogen shipping and storage
Japan-based Thermalytica invented a super insulating material that makes shipping and storing liquid hydrogen more efficient and cost-effective.
The fuel could account for up to one-fifth of energy demand by 2050, according to a new study that weighs the risks and benefits of mining businesses switching to the usage of green hydrogen. This means that the transition could help corporations bring in new income.
The Netherlands may face serious repercussions if hydrogen does truly replace other energy sources in the future as planned. This will result in the transportation of extremely huge amounts of poisonous ammonia, which is required to create hydrogen, across the nation, among other things.
A flowline jumper failure that led to a subsea leak in the Gulf of Mexico in 2020, according to a U.S. Bureau of Safety and Environmental Enforcement (BSEE) study, was brought on by hydrogen embrittlement.
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