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Water stress a major factor for hindering green hydrogen production; treatment of water subject to increased costs, hence lower feasibility. Here’s an article posted in Mongabay. According to the article, Green hydrogen production is a promising clean energy solution, but concerns remain about its water requirements and availability. Here are...

Exploring the growth and promising opportunities in the Global Hydrogen Market, as well as looking at new technology being worked on. Here’s an article posted in CSIRO According to the article, The global hydrogen production market was valued at $130 billion in 2021 and is estimated to grow at a...

Green Hydrogen from Salt Water Using Catalyst Here’s an article posted in Azo Clean Tech. According to the article, Challenge of Corrosion: Electrode corrosion in salt water is a major obstacle to mass-producing green hydrogen through electrolysis, requiring costly purification methods to obtain clean water. Innovative Solutions: Researchers have developed...

Why critical minerals won't stop the Green Hydrogen Revolution: Market research insights show their impact on production Here’s an article posted in Energy Monitor. According to the article, Critical minerals, such as platinum, iridium, and ruthenium, are used in small quantities in green hydrogen production, and alternatives are being developed....

Major developments in 2023 in marine applications led to the inception of the first green-hydrogen powered vessels. Here’s an article posted in Ballard. According to the article, 2023: A Landmark Year for Marine Technology Industry-First Hydrogen-Powered Vessels Set Sail Key Players: Integrators, Vessel Operators, Fuel Cell Suppliers, and Infrastructure Providers...

Immense water resources needed for a fully-fledged transition to green hydrogen; water scarcity, need for extensive treatment poses threat. Here’s an article posted in AECOM. According to the post, Green hydrogen production requires significant water resources. Strategies such as desalination and treated wastewater can be implemented to meet the water...

India's National Green Hydrogen Mission aims for 5 MMT per annum by 2030; government has taken initiatives for promoting green hydrogen. Here’s an article posted in Economic Times. According to the article, India's Green Hydrogen Target: Aim to achieve a massive 115 GW generation capacity for green hydrogen. Signifies a...

Endless Green Hydrogen from Seawater Using Water-Splitting Device Here’s an article posted in Chemistry World. According to the world, A new water-splitting device can produce hydrogen directly from seawater, combining desalination and electrolysis in a single process. The device uses a low-energy method to purify seawater, making it viable for...

Rolls-Royce aiming to go green, with plans to replace conventional batteries with hydrogen fuel-cell systems with a 300 mile range. Here’s an article posted in Autocar. According to the article, Rolls-Royce is considering hydrogen fuel cell powertrains for future electric cars. The company's first electric vehicle, the Rolls-Royce Spectre, is...

Green Hydrogen in Australia- HydGene’s Tech Turns Biomass into Green Molecules Here’s an article posted in Renew Economy. According to the article, Australian start-up HydGene Renewables receives $2M investment from Clean Energy Finance Corporation (CEFC) The investment is part of a $6M seed raise, with $2.5M from specialist UK investor...