Microreaction Technology

Micro fabrication for process intensification.- Microstructures for smart reactors: Precision performance in industrial production.- Microfluidics and microtechnology for microreactor systems.- Micromachined straight-through silicon microchannel array for mono-dispersed microspheres.- Development of a cooled microreactor for platinum catalyzed ammonia oxidation.- Microchemical systems for direct fluorination of aromatics.- Design, fabrication and experimental study of new compact mini heat-exchangers.- Development of a self-heating catalytic microreactor.- Preparation of microchannel palladium membranes by electrolysis.- Heating concepts for ceramic microreactors.- Design and fabrication of zeolite-containing microstructures.- New process for manufacturing ceramic microfluidic devices for microreactor and bioanalytical applications.- Macroscale production of microsystems.- Prediction of the potential of microreactors for heterogeneously catalysed gas phase reactions.- Microchannel reactors for kinetic measurement: Influence of diffusion and dispersion on experimental accuracy.- A vertically-averaged formulation of wall catalytic reactions in microchannel flows: single isothermal & non-isothermal reactions.- Intensification in microstructured unit operations: Performance comparison between mega and microscale.- A new microstructure device for fast temperature cycling for chemical reactions.- Photochemical reactions and online product detection in microfabricated reactors.- Chaotic mixing in electrokinetically and pressure driven micro flows.- Filamentous catalytic beds for the design of a membrane microreactor: Propane dehydrogenation as a case study.- Characterization of a gas/liquid microreactor, the micro bubble column: Determination of specific interfacial area.- Visualization of flow patterns and chemical synthesis in transparent Micromixers.- Forced periodic temperature oscillations in microchannel reactors.- Comparison of Ag/AI- and Ag/?-AI2O3 catalytic surfaces for the partial oxidation of ethene in microchannel reactors.- Monodispersed droplet formation caused by interfacial tension from microfabricated channel array.- Investigation of microfluidics and heat transferability inside a microreactor array made of glass.- Sub-watt power using an integrated fuel processor and fuel cell.- Catalytic microreactor systems for hydrogen generation.- Palladium based micro-membrane for water gas shift reaction and hydrogen gas separation.- Demonstration of energy efficient steam reforming in microchannels for automotive fuel processing.- A microstructure reactor system for the controlled oxidation of hydrogen for possible application in space.- Catalyst coating in microreactors for methanol steam reforming: Kinetics.- A microreactor for in-situ hydrogen production by catalytic methanol Reforming.- Applications for micro chemical and thermal systems.- Mixing simulation of a zigzag microchannel: A step towards the methoxylation of methyl-2-furoate.- Fuel processor development for a soldier-portable fuel cell system.- MiRTH-e: Micro reactor technology for hydrogen and electricity.- Microreactors as tools in chemical research.- MicroChannel reactor for the partial oxidation of isoprene.- Selective oxidation of 1 -butene to maleic anhydride - comparison of the performance between microchannel reactors and a fixed bed reactor.- Application of a micromixer for the high throughput screening of fluid-liquid Molecular catalysis.- A novel cross-flow microreactor for kinetic studies of catalytic processes.- A new microreactor for the solution-phasesynthesis of potential drugs.- Investigation, analysis and optimization of exothermic nitrations in Microreactor processes.- Development of a microreactor for solid phase synthesis.- Catalysts and reaction conditions screening by microreactor devices for exhaust gas purification.- Liquid phase hydrogenation of p-nitrotoluene in microchannel reactors.- Monitoring of chemical processes in microreactors by adapting FTIR Microscopy and HPLC.- Suitability of various types of micromixers for the forced precipitation of calcium carbonate.- Microdevice-based system for rapid catalyst development.- The synthesis of peptides using micro reactors.- BIOCHIPS: Lab-on-a-chip and DNA chips, new tools for high throughput genetic analysis and diagnostics.- Fabrication of disposable plastic microplates with 96 integrated microfluidic capillary electroporesis (CE) structures for high throughput screening (HTS).- Diagnostic analyses by biochemical reactions and separations on a chip.- In situ and ex situ fabrication of DNA chips by microdeposition.- Chemical and biological sensors based on modified electrodes with Electropolymerized diamines.- A fluidic MEMS for protein identification by electrospray ionization/mass spectrometry.