Advancing Sustainable Energy Solutions Through Ammonia Fuel Cells
Key Ideas
- Researchers from NTU Singapore and Imperial College London are collaborating to develop ammonia as a green fuel source for clean energy solutions.
- The project aims to create direct ammonia solid oxide fuel cells (DA-SOFCs) to provide efficient and scalable energy for various applications.
- The initiative aligns with Singapore's Smart Nation initiative, Green Plan 2030, and the UK's clean energy goals, contributing to global efforts in combating climate change.
- The partnership not only focuses on technological advancements but also aims to nurture talent in sustainable energy, preparing researchers and students for future clean technology innovations.
Scientists from Nanyang Technological University (NTU) Singapore, and Imperial College London have joined forces to propel clean energy solutions by exploring ammonia as a green fuel source. The research project, supported by the CREATE Thematic Programme in Decarbonisation initiated by the National Research Foundation Singapore, aims to enhance hydrogen utilization capabilities in Singapore and develop non-fossil fuel-based pathways for sustainable aviation fuel and high-value chemicals. The collaboration's focus lies in developing direct ammonia solid oxide fuel cells (DA-SOFCs) to offer efficient and scalable energy solutions for various applications. This partnership not only strengthens the bond between NTU Singapore and Imperial College but also contributes to both countries' endeavors to transition towards cleaner energy sources to address climate change challenges. By leveraging the advantages of ammonia as a hydrogen carrier, the project at the Energy Research Institute @ NTU (ERI@N) holds promise in reducing carbon emissions and providing sustainable power for transportation and urban infrastructure. The collaboration aims to support Singapore's Smart Nation initiative, Green Plan 2030, and the UK's clean energy objectives. Both institutions, known for their expertise in materials and energy, are dedicated to fostering innovation in scalable energy solutions. The project also underlines the commitment to nurturing talent in sustainable energy, ensuring that researchers and students are equipped with the necessary skills to lead advancements in clean technologies. The positive sentiment towards this initiative is reflected in the shared vision of addressing climate change and promoting international collaboration in tackling global challenges.
Topics
Fuel Cells
Clean Energy
Climate Change
Innovation
Sustainability
Carbon Emissions
Research Collaboration
Energy Solutions
International Partnership
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