Micro-reactor

Daumengrofes Labor aus Aluminium-Folie, Blick durch die Wirtschafi, June 1997 Heterogeneous gas-phase micro reactor micro-fabrication of this device anodic oxidation of aluminum to porous catalyst support vision of complete small laboratory numbering-up development of new silicon device [225]. 

Reactor type Ceramic platelet reactor Micro channel width length (type A + B) 500 pm 25 mm... 

A comparison at the same conversion was made for one fixed-bed reactor/micro reactor pair. The micro reactor gave better selectivity at the same conversion, e.g. 66 versus 57%at62%conversion (4 vol.-%ethylene,96 vol.-% oxygen 0.3 MPa 230 °C). 

Figure3.67 Steep increaseofpropaneand oxygen conversions with increasing reactorinlettemperature. ( ) Fixed-bed reactor ( ) micro-channel reactor. C3Hg/02/Ne=0.3/0.15/0.55, 50mlmin a,b) ...

Reactor type Chip micro reactor Micro reactor Borosilicate glass... 

Reactor type Three-channel thin-film micro reactor Micro device outer 96 x 52 x 12 mm dimensions... 

GL 19] [R 9] [P 20] Both the kinetic constant and the activation energy were lower for a micro-reactor test unit than for a batch reactor (micro/batch 15323 =... 

Chudy, M., Prokaryn, P., Dybko, A., Brzozka, Z., Temperature controlled microfluidic PDMS reactor. Micro Total Analysis Systems 2003, Proceedings 7th piAS Symposium, Squaw Valley, CA, Oct. 5-9, 2003, 171-174. 

CSPS Multiblock J-Kem Solid-Phase Synthesis Reactor J-Kem Solid-Phase Synthesis Reactor Micro... 

Micro-processing will be another paradigm. Micro-reactors, micro-heaters, microexchangers and the lab-on-a-chip will be developed to provide industrial scale production, especially for liquid and gaseous phase reactions. Process intensification will also offer new opportunities for industrial safety and pollution control [3],... 

K. Schubert, W. Bier, J. Brandner, M. Fichtner, C. Franz, G. Linder, Realization and testing of microstructure reactors, micro heat exchangers and micromixers for industrial application in chemical engineering, in W. Ehrfeld, I.H. Rinard, R.S. Wegeng (Eds.), Proceedings of 2nd International Conference on Microreaction Technology (IMRET 2), AIChE, New Orleans, 1998, p. 88. 

The microwave reactions were performed on 1.0 mmol scale in sealed Pyrex tubes under nittogen. Continuous irradiation (2450 MHz, monomode reactor Micro Well 10, Personal Chemistry AB). 

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