cCare: an innovative concept for cleaning and calibration of pH sensors.

It is common knowledge that inline pH measurements require a lot of maintenance and (re)calibration. This obviously entails the necessary costs. Not just in labor hours, but also in replacing pH electrodes that are no longer working properly. Process and maintenance managers note that the quality and accuracy of the pH measurement are highly dependent on how the maintenance and calibration are performed (and by whom). That, of course, is not the point! You should be able to trust a process analyzer for the full 100%.

The value of certainty of a measurement cannot be overstated!

The added value of the cCare concept lies precisely in its certainty. Plant managers and process engineers know better than anyone else the cost of poor product quality, longer waiting time, product loss, chemical overdose and... time.

There are numerous examples of processes where, "just to be sure," one waits just a little longer before moving on to the next process step. Or just add some of a product anyway to make sure the reaction is completely finished. And what if, due to unreliable measurement, the final product does not meet quality requirements? The cost for this exceeds that of a pH measurement by hundreds or even thousands of times.

Conclusion

cCare is a concept that can be implemented everywhere. In the chemical process industry, metallurgy and other heavy industries where the reduction of maintenance, costs and time is particularly appealing, as well as in the food industry, biotechnology and pharmaceuticals where security and reliability and especially consistent quality are important.

The digital aspect, both on the electrode side with the built-in quality parameters and the digital communication to upper levels, allow for more than flexible integration into all possible processes and applications.

Discover the complete cCare concept and how it dramatically minimizes all problems and costs of maintenance on pH measurements while ensuring reliability! That sounds like music to your ears, doesn't it?