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Process platform for rapid screening

Process platform for rapid screening. Anh N. Phan , Adam P. Harvey, Valentine Eze, Fatimah Mohd Rasdi and Martin Rawcliffe School of Chemical Engineering & Advanced Materials Newcastle University Newcastle 2 nd May 2012. Process platform. ( a). d= 5mm. Oscillatory flow. d o /d≈ 0.5.

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Process platform for rapid screening

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  1. Process platform for rapid screening Anh N. Phan , Adam P. Harvey, Valentine Eze, Fatimah Mohd Rasdi and Martin Rawcliffe School of Chemical Engineering & Advanced Materials Newcastle University Newcastle 2nd May 2012

  2. Process platform (a) d= 5mm Oscillatory flow do/d≈ 0.5 1.5d (b) (c) 340mm (Phan et al. (2010), Chemical Engineering Journal, 159 (1-3) pp 212-219)

  3. Advantages Operate at very low net flow rates: from µl/hr to ml/hr (residence time : mins to hours) Reduce amount of reagents and waste Suitable for viscous liquid and multiphase reactions (solid-liquid, gas-liquid and solid-solid-liquid) Suitable for continuous high throughput screening & small scale pharmaceutical production

  4. Residence time distribution T= No oscillation, Ren=2.19 Applied oscillatory flow, Ren=2.55 Phan et al. (2011), Chemical Engineering and Processing: Process Intensification, 50 (3) pp 254-263

  5. Two-phase liquid reaction- Biodiesel production Residence time: 10mins Phan et al. (2012) Chemical Engineering & Technology journal , In press

  6. Two-phase liquid reaction- Biodiesel production (cont) Phan et al. (2011), Fuel Processing Technology, 92 (8) pp 1560-1567

  7. Thank you!

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