Scottish University and Sustainable Company Collaborate on Hydrogen Production from Waste Heat
Key Ideas
- Robert Gordon University and Sustainable Solutions IR Ltd are researching hydrogen production from waste heat for Scotland's energy transition.
- The project aims to create a predictive model for sizing hydrogen production systems based on waste heat sources from various industries.
- The partnership aligns with UK and Scottish Governments' net-zero targets and aims to drive sustainable development and combat climate change.
- Academic-industry collaboration is crucial for advancing renewable energy sources and reaching net-zero targets.
Robert Gordon University in Scotland has joined hands with Sustainable Solutions IR Ltd to conduct research on producing hydrogen from waste heat, potentially crucial for Scotland's energy transition. The collaboration will analyze industry sectors in the UK to determine the feasibility of utilizing waste heat for hydrogen production. By developing a predictive model, the research team aims to optimize the performance of the hydrogen production system efficiently. Professor Mamdud Hossain highlights the project's potential to bring positive changes across various industries, emphasizing the importance of transitioning to a hydrogen economy for a cleaner environment and achieving net-zero targets. Professor Eyad Elyan stresses the significance of academic-industry partnerships in advancing renewable energy sources to reach net-zero goals. The partnership has received positive feedback from Phil Scott, managing director of Intervention Rentals, who sees the potential of waste heat-based electricity and hydrogen production to revolutionize multiple sectors. The collaboration aims to diversify into green technology and contribute to a more sustainable future.
Topics
Production
Renewable Energy
Clean Energy
Sustainability
Energy Transition
Research
Collaboration
Net Zero Targets
Academic-industry Partnership
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