by sargent.centre@imperial.ac.uk | Jan 15, 2025
Key points Hard-to-abate sectors like cement, steel, and power generation require innovative solutions to achieve net-zero carbon emissions The “energy trilemma” adds complexity by demanding a balance between sustainability, affordability, and energy...
by sargent.centre@imperial.ac.uk | Jan 15, 2025
Transitioning from fossil fuels to hydrogen and alternative fuels requires scalable, cost-effective supply chains and infrastructure to meet emissions reduction targets The Centre developed multi-period models for hydrogen supply chains and assessed hydrogen-based...
by sargent.centre@imperial.ac.uk | Jan 15, 2025
Deploying sustainable technologies like CCUS (carbon capture utilisation and storage and green hydrogen means addressing financial barriers which could limit large-scale adoption The Centre applied optimisation models to design effective policy instruments, such as...
by sargent.centre@imperial.ac.uk | Jan 15, 2025
Low- and middle-income countries face the dual challenge of expanding energy access while mitigating climate impacts, requiring comprehensive, integrated energy solutions Through the Climate Compatible Growth (CCG) programme, the Centre supports the design of energy...
by sargent.centre@imperial.ac.uk | Jan 15, 2025
Industrial decarbonisation, especially in the chemical industry, is likely to need large volumes of green hydrogen, both as a feedstock and as a fuel. To replace natural gas in this way will require large volumes of green hydrogen in many large-scale...
