The application of iron-carbon micro-electrolysis reactor to the advanced treatment of dyeing wastewater was studied.

The application of the technology mainly consisting of aerating regulation + micro-electrolysis reaction + neutralization settling + anaerobic of UASB + aerobic of ICEAS to the treatment of highly concentrated xylose and xylitol wastewater is introduced.

The condition, effect, and results of the microelectrolysis reaction and Fenton reaction are discussed respectively, and some conclusions are drawn: the COD_(Cr) concentration in the effluent of the microelectrolysis reaction, after 4～5 hours’ Fenton reaction and 15～20 minutes’ coagulated sedimentation under the alkalescence condit.

Preparation of nano-sized barium sulfate by micro-reactor;

One-dimensional numerical modeling and simulation of NO_x reduction by NH3 in a honeycomb monolith micro-reactor;

Preparation of phase change material micro-capsules by micro-reactor and solvent evaporation approach

The latest advance of the application of microreactor technology in organic synthesis;

Kinetics of gas phase catalytic oxidation of toluene in microreactor;

Development of microreactor technology and application in Europe;