On the scalability of microstructured mixing devices

Decay kinetics of sensitive bioinorganic species in a SuperFocus mixer at ambient conditions

“…Generally, the continuous flow method is capable to measure very fast reactions, too. However, this often requires a high throughput and therefore high consumption of chemicals 31 or mixing under high pressure, 32 our SFM design is not capable to deal with. Next steps concern the measurement of lateral concentration profiles within the mixing channel and the focusing zone of the SFM and using a SFM with integrated heating channels to enable measuring at different temperatures.…”

Hydrodynamics and mixing performance of Hartridge Roughton mixers: Influence of the mixing chamber design

“…Panic et al found similar absorbance values using the concentrations set 2 in a T-mixer [28]. Kölbl et al also used the concentrations set 2 to investigate the mixing efficiency of microstructured V-type mixers [29,30]. The authors found similar absorbance values but for higher pressure drops.…”

Potential Analysis of Smart Flow Processing and Micro Process Technology for Fastening Process Development: Use of Chemistry and Process Design as Intensification Fields

“…Most of them are extraction units; some gas-liquid and liquid-liquid phase splitters were also tested and even integrated in reaction flows. Schubert et al built V-type and P-type micromixers that are applied for emulsion formation [91]. Extraction in microchannels was in the focus already from the early investigations in microfluidics and microreaction technology and this interest has continued until today.…”

“…In the international community, CEC research is dedicated to the separation capacity of analytically relevant substances [108][109][110]. Fe(II) into chloroform channel length: 10 mm [77] Microporous membrane Butyl rhodamine B into isobutanol [83] Y-type micromixer Butyl acetate/water system droplet formation [84] Standard slit interdigital micromixer (SSIMM) Silicon oil/water system [88][89][90] P/V-type micromixer Emulsification processes [91] YM-1, YM-2 micromixer Phenol from dodecane into water [93] YM-1 and IMM micromixers The main aim is to reduce the cross section of the separating column/media in order to allow, via reduction of the current, a decrease of the Joule heat formed [112,113].…”