Institut für Mikrotechnik Mainz GmbH

New CEO as of September 1, 2011

Univ.-Prof. Dr. Michael Maskos took over the management of Institut für Mikrotechnik Mainz

Job opportunities

We are looking for a lawyer (f/m) and staff in the area of Micro Process Technology 

November Issue of Newsletter IMMage

Topics of IMMage: Quick diagnosis of respiratory tract infections; mycotoxin detection in feed stuff; anniversay and open day

Sustainable + efficient processing of biomass

On January 25th the project partners disseminate the latest results of the project SUPRABIO

IMM is attending IMRET 12

You can meet our scientists at IMRET 12 in Lyon, France between February 20 and 22, 2012.

Chemical Process Engineering for Fine Chemical Processes and Plants

The Mixing and Fine Chemicals Department at IMM develops components and plants for the chemical industry. We optimize the production processes of our clients with innovative concepts for continuous processing in micro reactors with regard to

  • sustainability and energy efficiency
  • improved heat and mass transfer
  • elimination of unwanted side reactions
  • increase of operational throughput
  • optimization of product quality.

 

Micro structured components are the key to efficient processes

Our core competence is the development and realization of micro structured components for chemical plants e.g. heat exchangers, micro mixers or micro reactors. With outer dimensions from fist to shoebox-size they are suitable for the

  • laboratory range (e.g. 1 l/h for single-phase liquid flows)
  • pilot range (e.g. 100 l/h)
  • production scale (1000 l/h and more).
Prozesse, Komponenten, Anlagen für Feinchemie, Spezialchemie, Konsumgüter, Bulk- und Petrochemie

Major application areas are fine chemicals and specialty chemistry

IMM technology is mainly used in fine and specialty chemistry. But also pharmaceutics and consumer goods as well as bulk and petro chemistry are areas of application.
Recent fields of research are as well the production of emulsions, smart and functional materials (such as pigments or dyes), encapsulated agents or OLED materials.

 

Novel Process Windows

Using the Novel Process Windows approach chemical processes are tailored to ideally match the very high heat and mass transfer capacities of the micro structured reactors, while coping with the given short residence time (maximizing the throughput). This includes inter alia:

  • processing at high pressures and high temperatures
  • processing of hazardous materials
  • processing in the explosive regime
  • reactions coupled via instable intermediates

Drivers for Novel Process Windows are cost and ecological efficiency advantages like shorter time-to-market, higher scale-up predictability, higher degree of plant modularity, less stringent legislation, and the option for easy plant demounting and transportation (Deibel, CHEManager 2, 2006).

Overview of our microstructured components for chemical process engineering

Find out more about our portfolio in the area of chemical processes and plants.

 


Contac: Dr. Patrick Löb, Head of Mixing and Fine Chemistry Department,
Phone: +49 6131/990 377

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