Realization of a Chip-Level Batch Process Chemical Plant with Quantitative Performance Evaluation

Eun Ho Joeng; Takahiro Arakawa; Kyung Chun Kim; Jung Sook Boo; Jong Soo Ko; Bo Sung Shin; Shuich Shoji; Jeung Sang Go

doi:10.4028/www.scientific.net/KEM.326-328.269

Paper Titles

Dielectrophoresis of Microparticles with Planar Microelectrode Systems
p.253

Fine Micro Patterning of Conductive Line by Using Direct Inkjet Printing
p.257

Micro-Deformation Measurement on a Specular Surface by DIC with Nanoparticles
p.261

A Study on the Strength under Pressure of Micro Heat Exchanger
p.265

Realization of a Chip-Level Batch Process Chemical Plant with Quantitative Performance Evaluation
p.269

Interfacial Residual Stress Measurement of SiC/Epoxy Composites by Microphotoelastic Method
p.273

Correlation between Microstructure and Nanohardness in Advanced Heat-Resistant Steel
p.277

Holding Capacity of a Dielectrophoretic Barrier for Microparticles
p.281

Effect of Film Thicknesses of TbFe and SmFe on Magnetostrictions for Micro-Wireless Actuators
p.285

HomeKey Engineering MaterialsKey Engineering Materials Vols. 326-328Realization of a Chip-Level Batch Process Chemical...

Realization of a Chip-Level Batch Process Chemical Plant with Quantitative Performance Evaluation

Abstract:

This paper presents a droplet-based micro chemical plant with the chemical preparation, volume-fragmentation reaction and continuous separation of product with quantitative evaluation. It consists of a cross-channel network to prepare the droplet-based chemicals, a bifurcation channel to obtain the volume fragmentation of droplet and the pelican mouth separator to extract the reaction-completed chemicals.