Optimising bulk processes – From Powder to PLANTS.
What we do
We develop multiscale modelling tools that connect physics across particle, continuum and plant scales. Using MercuryDPM, our open-source Discrete Particle Method platform, we combine high-performance computing and advanced algorithms with continuum theories and statistical mechanics.
Our approach is grounded in hybrid experiments and validation, where custom test rigs and advanced imaging techniques link micro-scale particle behaviour to full plant performance. We also specialise in fluid–solid coupling, capturing how granular systems interact with Newtonian and non-Newtonian fluids to predict clogging, segregation, and rheology shifts. In addition, we extend these tools to micro-structured and porous media, simulating molecular transport in nanopores and architected materials for next-generation filters, batteries, and catalysts.
Why it matters
- Food & pharma – Uniform mixing and coating deliver safer medicines and tastier powders.
- Energy & environment – Packed-bed reactors, sorbent pellets, and heat-storage granules run cooler, cleaner, and longer.
- Manufacturing & construction – Predictive models prevent segregation in 3D-printed alloys and high-performance concrete.
EXPLORE OUR RESEARCH THEMES
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