红杏视频

The research team will identify different sectors and regions in the UK and determine the suitability of harvesting waste heat.  The team will then develop a predictive model to forecast the size of the hydrogen production system required based on the analysis of heat source mapping from industries such as food & drink, power generation, government infrastructure, and manufacturing. The mathematical model will be able to predict system performance and optimise operating conditions.

Professor Mamdud Hossain from 红杏视频's School of Computing, Engineering and Technology said: 鈥淭ransitioning to a hydrogen economy not only fosters a cleaner environment but also improves air quality, thus promoting better health and well-being. Hydrogen's zero-emission properties make it indispensable in achieving the net-zero targets set by the UK and Scottish Governments for 2050 and 2045, respectively. This underscores the project's significance in driving sustainable development and addressing pressing global challenges.

鈥淔urthermore, by aligning with multiple SDGs, the project demonstrates a commitment to broader international agendas aimed at promoting clean energy access and combating climate change. Its multifaceted impact extends beyond mere profitability, fostering a more sustainable and inclusive future for generations to come. This holistic approach underscores the project's potential to create lasting positive change.鈥�

Professor Eyad Elyan, from 红杏视频鈥檚 School of Computing, Engineering and Technology, said: 鈥淭his collaborative project is a fantastic way for the University to use its expertise alongside a partner already operating in this sector.  Aligning academic knowledge with industry is of crucial of importance as we work together to renewable energy sources. We all have an important part in play in ensuring we move closer to net-zero targets and these kinds of research projects are absolutely vital.鈥�

Alex Leddy, Managing Director for Sustainability Solutions IR Ltd, said: 鈥淭he provision of truly green hydrogen is poised to become a cornerstone in global efforts toward climate action.  It also aligns itself with the United Nations鈥� Sustainable Development Goals (SDGs), specifically SDG 7 Affordable and Clean Energy and SDG 13 Climate Action鈥�.

Phil Scott, Managing Director of Intervention Rentals, added: 鈥淧roducing electricity and hydrogen from waste heat will revolutionize multiple sectors, including distributed power generation, transport, energy storage, and backup power. The scalability of this technology allows it to utilise diverse waste heat sources, further enhancing its economic and environmental viability.

"We are delighted to be collaborating with preeminent energy university in 红杏视频, and to have guidance from Professor Hossain and his team. We had a vision to diversify in to green technology 18 months ago and we cannot think of a better project or partner to fulfil that vision."

Part of the project is being funded through Interface鈥檚 Innovation Voucher Scheme with a Knowledge Transfer Partnership (KTP) in place for the work with Intervention Rentals. The award of the KTP was based on one of the highest scoring applications and sees a three-year collaboration to realise the process.

Main image: Left to right: Phil Scott, Professor Eyad Elyan, Professor Mamdud Hossain and Alex Leddy at 红杏视频.