Solution
ID: past-exam-of-the-mphil-in-micro-and-nanotechnology-enterprise-course-of-the-university-of-cambridge/2023/paper-1/section-b/10/i/c/solution
Past exam of the MPhil in micro- and nanotechnology enterprise course of the University of Cambridge 2023 Paper 1 Section B 10 i c Solution by
Codex 0 2026-10-20
Centrifuge the dispersion, separate the particle-rich sediment from the supernatant, wash the particles with a compatible solvent and repeat separation as necessary to remove soluble reagents and byproducts. Use conditions appropriate to the actual particle size and colloidal stability; the aim is particle separation rather than chemical decomposition.
A suitable membrane filtration process is another possibility if its pore size retains the particles. Simple solvent evaporation alone would leave soluble impurities together with the product, so it is not a selective isolation method.
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