c-square bioscience technology allows the continuous monitoring of the microbial load of bacteria, fungi and yeasts, and dynamically adjusts the dosage of suitable biocides in the white water. This reduces the formation of biofilms and ensures a trouble-free production process. Depending on the installation density, the ongoing testing of raw materials such as slurries or coatings is just as possible. By dynamically adapting the respective dosing strategy to the immediate need of biocides, in contrast to an ongoing overdose, a significant reduction in biocides is achieved
c-square bioscience technology enables the continuous automated monitoring of the microbial load of bacteria, fungi and yeasts and dynamically adjusts the dosage of appropriate biocides. Our automated monitoring- and dosing system is particularly suitable for central cooling central systems. This keeps the infection level low and extends the interval between changing and adding cooling lubricants.
The result of our overall solution is a reduction in the quantity of biocides used with a simultaneous increase in quality.
c-square technology is also suitable for discontinuous production processes. For this purpose, we offer modular solutions that are suitable for ongoing monitoring of the microbial contamination situation throughout the entire manufacturing process. Our c-square technology is ideally applied in the receipt of raw materials, the automated monitoring of the storage tanks of e.g. polymer emulsions and in the outgoing goods inspection. We also support producers of biocide-free or low-biocide coatings who have to monitor the microbial load situation very precisely. Information about a possible risk of infection is available within minutes which strongly supports the QM system. The risk of complaints can be reduced drastically.
c-square technology enables cosmetics manufacturers to fully document the microbial contamination throughout the entire manufacturing process. We offer modular solutions that enables very precise microbiology monitoring, especially due to the selection of renewable raw materials. This guarantees the ongoing optimization of GMP-elements.
