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million that's how much the UK is
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investing in groundbreaking hydrogen
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projects to accelerate the transition to
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Net Zero this funding announced by the
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UK hub for research challenges in
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hydrogen and alternative liquid fuels is
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set to fuel 10 Cutting Edge initiatives
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that could reshape our energy landscape
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these projects span a wide range of
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areas from Innovative seawater
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electrolysis to repurposing offshore oil
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each initiative aims to tackle critical
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challenges in hydrogen production
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storage and application Paving the way
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for a cleaner more sustainable future
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one standout project led by Professor
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Mark Sims at the University of Glasgow
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focuses on decoupled electrolysis of
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seawater this Innovative approach could
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be a GameChanger for hydrogen production
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unlike traditional methods that rely on
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fresh water this technique aims to
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produce hydrogen directly from seawater
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by separating the formation of oxygen
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and hydrogen into different stages
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locations and rates imagine the
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possibilities this opens up for water
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scarce regions like deserts or offshore
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locations these areas have long
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struggled with large scale hydrogen
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production due to limited freshwater
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supplies if successful this new method
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could make hydrogen production viable in
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such areas creating new opportunities
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for Global adoption of Clean Energy
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Solutions however seawater electrolysis
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isn't without its challenges the main
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hurdle has always been dealing with
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impurities in seawater particularly salt
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which can corrode equipment and hinder
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the process traditional electrolysis
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methods struggle with these impurities
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making the process costly and difficult
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to scale the decoupled approach cleverly
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sidesteps these issues offering a
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potentially scalable and efficient
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method to meet Rising hydrogen demands
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another Innovative project comes from
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the University of abedine where
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researchers are investigating ways to
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repurpose aged offshore oil and gas
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infrastructure for hydrogen production
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and storage picture the vast network of
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platforms and pipelines in the North Sea
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once tools of the fossil fuel economy
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transformed into assets driving the
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hydrogen economy this project tackles
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fundamental questions such as optimizing
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the materials used to store and
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transport hydrogen safely given
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hydrogen's High flammability ensuring
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its safe transmission over long
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distances is crucial for widespread
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adoption if successful this initiative
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could significantly lower the costs and
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timelines associated with scaling
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hydrogen infrastructure accelerating
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progress in reducing Reliance on fossil
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fuels the steel industry one of the most
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carbon intensive sectors worldwide is
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also receiving attention a project led
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by Professor idong Yang at the
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University of Oxford explores using
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ammonia as both a hydrogen carrier and a
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reducing agent in steel production
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ammonia is easier to transport than pure
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hydrogen and can release hydrogen at the
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production site this could revolutionize
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steel production enabling the creation
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of green steel that vastly reduces
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emissions these projects collectively
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address key barriers to hydrogen
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adoption from technical limitations in
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production to infrastructure challenges
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while large scale viability for these
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Technologies might be 5 to 15 years away
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smaller scale applications could become
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a reality within the next few years
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pilot projects using seawater
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electrolysis or green steel production
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could soon emerge offering valuable
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insights for scaling up these
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Technologies the UK's investment in
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these hydrogen projects represents a
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significant step towards a net zero
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future thanks for watching HFN hit
3:47
subscribe to stay tuned for more awesome
3:49
content see you next time
