The research project, which started in autumn 2014, focuses on the development of innovative and environmentally friendly synthetic processes for semisynthetic cephalosporin antibiotics by avoiding the disadvantages of currently applied production processes.
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Micropollutants such as pharmaceuticals and other chemicals are now perceived as a risk to water quality and sustainable management of water resources. Major concerns are antibiotics.
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The aim of the project PATandSHEAR is the implementation and modification of an existing measurement equipment which is based on the modified spatial filtering velocimetry (SFT) in high shear melt granulation processes to enable continuous process monitoring. The main object is to reduce API emmision as well as energy consumption during pharmaceutical production.
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The DECHEMA Research Institute, W42 Industrial Biotechnology and Surflay Nanotec are working on the development of a microparticle enhanced bioprocess for the production of antibiotics with filamentous microorganisms.
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Many pharmaceutical residues in waste water cannot be sufficiently degraded or eliminated in water
treatment plants.
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Visitors of all ages can come here to experience and understand nature
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Online learning modules, with which students and teachers can reconstruct the in models simulated development of the climate
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The goals of the energy transition can only be achieved through broad-based cooperation.
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Mastering the energy transition through knowledge
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Do you know the effects of your shopping behavior on the environment?
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