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MIGALI addresses the intensification of gas-liquid transport phenomena using microreactors as innovative process equipment. In gas-liquid processes, hydrodynamics, heat and mass transfer and reaction can all be of importance, depending on the application. This project focuses on attaining fundamental understanding of the intensification of hydrodynamics and mass transfer of gas-liquid processes in microreactors and the dependency of these phenomena on equipment geometry.

The global vision of the project responds to the current economic, environmental and societal requirements of the chemical process industries, which seek inherently safer, cleaner, flexible and economically efficient processes. These requirements can be provided by microreaction technology, which is an attractive alternative to traditional batch operations for process intensification. The concept of this technology is to carry out physical and chemical transformations in very small scale continuous intensified reactors in which the operating conditions can be tightly controlled.

This project is funded by the French Agence Nationale de la Recherche (ANR-09-BLAN-0381-01) and the National Natural Science Foundation of China (project No. 20911130358).

- March 2010 - February 2013

- Coordinator : Joëlle AUBIN

- Objectives...
- Project Outcomes
- Project Partners
- News, results etc...


This project comprises two principal objectives.

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Project Outcomes

The thorough characterisation of transport phenomena in Taylor flow in micro reactors through the objectives presented above will allow a fundamental understanding of the interaction between the (...)

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Project Partners

This international project involves six partners, including three French laboratories and three Chinese laboratories

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News, results etc...

Information related to future or past events of the project, as well as results can be found here.

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