Matthias Junkers Product Manager. Since the time of the founders of synthetic chemistry, like Justus von Liebig or Friedrich Wöhler, the only way . Optimizing the BOC — protection of diamines. SAFC Pharma Special: Simulated Moving Bed (SMB).

Review introducing the field of microfluidics and providing an overview of advantages, disadvantages, and current applications of microfluidics in chemistry.

Nowadays, continuous flow techniques for the execution of chemical reactions in microreactors have come to the front. The advantages of these revolutionary new reactor types are: the quick and effective mixing of the reagents, more effective heat transfer comparing to the classical chemical reactors, short reaction time, . In this review, some recent relevant examples in the field of flash chemistry, catalysis, hazardous chemistry and continuous flow processing are described. Leading manufacturer exporter of metal microreactors , Tubular Flow Reactors. McQuade, “Greener Approaches to.

Thanks to its excellent mass- and heat-transfer properties it is inherently safe. The system of micro fluid channels is etched into one wafer and the second wafer is glued over the first.

Lead References: l Mason, B. The main application is solution phase chemistry experiments including compound synthesis and reaction kinetics . When most people think of reactors, they think of the large vessels used in chemical and refinery plants. These industrial reactors are well known for their large size, some are even as large as 5ft 3. However, chemical engineers are finding that a new, smaller type of . They provide a powerful tool for process intensification and micro scale processing. This paper reviews the structures of microreactors and units, and their applications on the synthesis of nanoparticles, organics, . Product development and manufacturing of microfluidic and lab-on-chip devices for science and industry. This paper will focus on the design and scale up strategy of microreactors. Micro Reactor Technology.

They offer a wide temperature and pressure range. The design in extremely fast and reproducible mixing, rapid heat transfer and minimized back pressure due to flow. The glass chip is supplied in a holder . Importantly, it has been demonstrated that reagents in separate syringes can be coinjected into the capillary, mix, and react with none of the laminar flow problems that plague microreactor (lab on a chip) technology. This paves the way to use microwave-assiste flow capillary synthesis as a powerful and . The term microreactor originally referred to small tubular reactors used in catalysis research, but with advances in microreaction technology it has become synonymous with microfabricated systems consisting of multiple sub-millimeter channels in which fluid flows continuously and chemical reactions take place (1-.


We develop and distribute high-performance micro reactor systems, and related products, developed in collaboration with Osaka Prefecture University. Abstract Fast mixing and fast heat transfer of a flow microreactor enable living cationic polymerization of vinyl ethers without any additives to stabilize an active propagating polymer end. Such polymerization involves no equilibrium between the active species and the dormant species, and thus proceeds fast and is complete . However, the frequent presence of a solid phase still hinders the widespread application of such a technology as a multi-purpose solution. For small scale and pilot productions, . Lonza has been working closely with microreactor technology for some time. Two dedicated laboratories.

Connected with the kg-lab to produce kg-quantities. Two Integrated production units . Continuous-flow microreactors based on microfluidics have been recognized as powerful tools for chemical synthesis, and studies on their characteristic features have uncovered a rich variety of synthetic applications in recent years 11111111112222225. Flow- microreactor synthesis . The microreactor was then inserted into the cavity of the commercial calorimeter.

The resulting microsystem was calibrated using the neutralization reaction of sulphuric acid with NaOH. This system was further modified to optimize the thermal transfer between the reaction channel and .