| Lectures | ||
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Principles of multi-scale design (motivation, the different approaches and their benefits). |
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Technical understanding of the micro-device operation |
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| - | Flow and hydrodynamics in a micro-structured unit | |
| - | Mass and heat transfer | |
| - | Mixing | |
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Mathematical modelling as a tool for understanding micro-structured devices |
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micro-structured units design and production | |
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Technologies | |
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Materials | |
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Principles of multi-scale process design | |
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Examples of multi-scale design | |
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noncatalytic reactions | |
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catalytic reactions | |
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polymerisation | |
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encapsulation | |
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electrochemical systems | |
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Safety and Environmental aspects | |
| Lab sessions | ||
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Construction of micro-structured units | |
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SIPROCESS operation unit and flow hydrodynamics | |
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Utilisation of micro-structured devices to intensify laboratory experimental work | |
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Learning tools | |