Technology Offers
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- Medicine and healthcare
- Food industry
- Pharmaceutical industry
- Coating technology
- Process and production engineering
- Safety technology
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Counterfeit protecting organic tag against product piracy
With KIT's enzyme-based marking technology, companies can ensure that the authenticity of their products can be proven beyond doubt and thus protect themselves against counterfeiting.
- Plant engineering
- Automation / IT
- Filter technology
- Polymer industry
- Food industry
- Optical Industry
- Pharmaceutical industry
- Raw material and textile industry
- Process and production engineering
- Electrical engineering
Sensor-based sorting without compressed air
With a new optical sorter based on an area-scan camera and an array of mechanical actuators, bulk material can be separated without compressed air with high throughput and precision.
- Biotechnology
- Plant engineering
- Chemical industry
- Pharmaceutical industry
- Food industry
- Medicine and healthcare
- Process and production engineering
- Analytics
Continuous fermentation of synthesis gas
A novel reactor design enables the continuous fermentation of synthesis gas under high pressure. In particular, parameter studies on fermentation can be carried out with the prototype.
- Process and production engineering
- Energy and water supply
- Automotive industry
- Food industry
- Plant engineering
- Chemical industry
Efficient pressure water scrubbing
A new method with simultaneous compression and absorption enables energy-efficient dissolution of gases in liquids.
Surmounting the peak with climate zones
A new separation process achieves peak performance in separating liquid mixtures with the aid of wandering temperature zones in continuous chromatography.
- Automotive industry
- Chemical industry
- Energy technology
- Polymer industry
- Mechanical engineering
- Food industry
- Process and production engineering
- Simulation and data processing
- Software and IT
- Drive technology
Simulate atomization at multiple scales
Virtual test bench using particle-based hydrodynamics provides improved simulation and realistic visualization of two-phase flows during atomization.
