"Instead of investing in increasingly large world-scale plants, companies can build smart-scale plants which are more flexible and take less time to build."
Dr. Thomas Bott, head of Polymer Technology at BASF  (Picture: BASF)
F3 Project

Interview on the F3 Factory Project: Modular Production Concepts Boost Competitiveness

The F3 Factory Project was launched to enhance the competitiveness of the European chemical industry by developing alternative production concepts with fast and flexible production process. In an exclusive PROCESS interview, Dr. Thomas Bott, who is head of the Polymer Technology Unit in the Polymer Research organization at BASF and is involved in the F3 Project, explains how that approach might look like in practical application.

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The advantage of using microorganisms to produce components needed for substances such as polyurethanes is that they rely on biomass such as corn starch or straw as base materials (Picture: Bayer MaterialScience)
Biochemicals

Biochemicals from the Bacterial Factory

Oil as a natural resource is becoming scarcer and more expensive and there is a need to look at eco-friendly ways of extracting it, thereby reducing CO2 emissions. White biotechnology offers a solution: scientists are now using microorganisms such as bacteria to generate substances for the production of polymers. The advantage is that these miniature biochemical factories run on renewable resources or agricultural waste converting it into valuable chemicals.

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