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A major ‘Prosperity Partnership’ project, awarded to a consortium of partners led by SP Energy Networks and the University of Strathclyde, has received industry and government funding of almost £10 million.
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Four projects linked to the University of Glasgow which are aiming to help Scotland reach net-zero through renewable hydrogen have won more than £1.3m in new funding from the Scottish Government.
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Scotland is set to establish a Hydrogen Innovation Centre at the University of Glasgow to accelerate the development of hydrogen technologies. The centre will provide a platform for academic research groups and commercial enterprises from across Scotland to take hydrogen technologies from experimental proof-of-concept through to small prototype stage.
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A new study by a University of Glasgow led research centre has found that the UK housing sector is lagging over 30% behind neighbouring countries when it comes to the adoption of heat pumps, despite their enormous potential to reduce greenhouse gas emissions and provide cost savings for households.
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The team from Marine Biopolymers and The University of Glasgow’s School of Chemistry recently received funding from the Industrial Biotechnology Innovation Centre (IBioIC) to explore the use of tailored alginates – a naturally-occurring material found in brown seaweed – to help develop batteries using silicon as an alternative to the…
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Tens of billions of pounds could be generated for the UK economy from the re-use, refurbishment and re-engineering of broken wind turbine parts, according to a new coalition involving Strathclyde and set-up to drive the creation of a circular supply chain for renewables in the UK.
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The UK’s largest regional airline, Loganair, has announced the latest winners of its groundbreaking GreenSkies Community Fund, with six projects across the UK sharing just over £27,500 in support of local renewable energy projects.
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New research suggests that around 0.5% of global carbon emissions could be captured during the normal crushing process of rocks commonly used in construction, by crushing them in CO2 gas.
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