Published: 22 Aug 2025 470 views
Funded by Caterpillar, the aim of the project is to develop fundamental understanding of how the multi-phase interactions with SCR mixers can be optimised to promote the conversion of urea-water-solution to ammonia. The work will focus on experimental investigation, utilising advance optical diagnostics, within the hot-flow test rigs at Loughborough University.
Selective catalytic reduction (SCR) systems are extensively used to reduce harmful NOx emissions from combustion processes. As we look to incorporate various alternative renewable fuels in compact hybrid powertrains, the next generation of SCR system will need to operate effectively across a wider range of temperatures, with improved conversion, while also being more compact. These requirements pose a significant challenge to system design as the complex thermo-fluid interactions involved are not fully understood.
UK fee: Fully funded Full-time degree per annum
International fee: Fully funded Full-time degree per annum
Check also:
Wits-Edinburgh Programme in Sustainable African Futures by Mastercard Foundation 2026-2027
Department of Aeronautics MSc Scholarship at Imperial College London 2026
For more details, visit Loughborough University Scholarship webpage
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