Global Hydrogen
Ground Breaking Innovation
At Heriot-Watt University, we're not just envisioning a cleaner future—we're actively shaping it. Through pioneering research and development, we're forging ahead with hydrogen production technologies, revolutionising fuel transportation methods and pioneering cutting-edge storage solutions. Our commitment to championing hydrogen as a renewable energy source spans both industrial and domestic spheres, driving forward the transition to a net-zero economy.
By fostering collaboration between academia and industry, we're creating an ecosystem of innovation and excellence that propels us towards a carbon-neutral future. Through iNetZ+, our global research institute dedicated to achieving net zero and beyond, we're accelerating the pace of change, influencing policy, and collaborating with stakeholders worldwide to realize a greener, more sustainable tomorrow.
Join us on this transformative journey as we redefine the future of energy together.
Future Makers: Professor Andreas Busch
Professor Andreas Busch is the academic theme lead for GeoEnergy within the iNetZ+ GRI. His current research focuses on sustainable geosciences solutions, particularly at the intersection of subsurface engineering. By understanding coupled processes in the subsurface, he aims to predict risks and effectiveness, contributing significantly to the energy transition and the path towards Net Zero carbon emissions.
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Hydrogen Theme Launch
In a significant stride towards sustainable energy solutions, Heriot-Watt University, together with the Scottish Hydrogen and Fuel Cell Association (SHFCA), celebrated the launch of the Hydrogen theme for the iNetZ+ Global Research Institute (GRI). This industry-led conference saw over 80 attendees convene at the University’s GRID Building on the Edinburgh Campus, championing the importance of collaborative research and industry engagement in advancing hydrogen energy technologies.
Hydrogen Theme launch
Singapore Delegation Visit
We were delighted to recently host a delegation from Singapore for an enriching discussion on global hydrogen collaboration. The day began with an insightful introduction to Heriot-Watt's pioneering hydrogen research, setting the stage for engaging conversations. Our guests then had the opportunity to connect with industry leaders and academia.
Future Makers: Professor Raffaella Ocone
Professor Raffaella Ocone, a world-renowned expert in particle technology, is leading this research as part of the substantial effort contributing to the energy transition, in the Institute of GeoEnergy Engineering (IGE).
Scaling up Hydrogen
MoU signing with the University of Houston
We're thrilled to announce a groundbreaking partnership between Heriot-Watt University and the University of Houston, aimed at spearheading global efforts to combat climate change. Representatives from both institutions convened in the US this week to formalise this landmark agreement by signing a Memorandum of Understanding (MoU). This collaboration underscores our shared commitment to pioneering research in clean energy and addressing pressing societal challenges posed by the climate emergency. By joining forces, we aim to lead the way in advancing cutting-edge research while providing invaluable opportunities for students and staff to engage in international exchange programs.
Groundbreaking alliance
How hydrogen can help turn the amber nectar ‘green’
Whisky distillers are eyeing new sources of energy to ease the environmental impact of Scotland’s national drink. Distillers have pledged to reach net-zero by 2040, five years ahead of Scotland’s national target, and a whole decade before the UK as a whole.
There’s no one-size-fits-all solution for Scotland’s whisky industry. Up until now, electricity from the national grid has been too costly – it’s between two and three times more expensive to generate heat using electricity than natural gas.
Step forward hydrogen. Unlike natural gas, hydrogen only produces harmless water vapour when it’s burned, and so doesn’t add carbon dioxide, methane, or other greenhouse gases to the atmosphere. To explore this topic and more related to attaining a net zero future, the university has created iNetz+, a global institute to help businesses and industry achieve decarbonisation.
How hydrogen can helpGet in touch
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