Easily monitor process fluids in real time with LiquiSonic®
Due to the immense production volumes, small deviations and errors in the individual production steps can mean large financial losses. For this reason, complete and accurate process monitoring is important. With LiquiSonic® SensoTech GmbH offers a process monitoring system that meets these high requirements.
Monitoring of reactant and product quality
Precise monitoring of the starting materials already shows its advantages during the preparation of the brine. With LiquiSonic®, the concentration of the sodium chloride solution can be precisely adjusted down to 0.1 m%. Maximum saturation prolongs the life of the membranes during electrolysis and saves energy during subsequent concentration of the sodium hydroxide solution.
After electrolysis, the caustic soda solution (NaOH) still has to be freed from unwanted NaCl residues and then concentrated to the usual purity. With LiquiSonic®, this process can also be monitored and controlled in real time. High plant efficiency and unbeatable product quality are the result.
Application in the drying of chlorine gas
After the chlorine gas has been produced, the challenge is to reduce its process-related water content. For this purpose, hygroscopic sulfuric acid is used as a drying agent. The smallest deviations in acid concentration cause poor drying results and high costs or long-term plant damage, e.g., due to rust. LiquiSonic® allows checking the sulfuric acid concentration with an unbeatable accuracy of up to 0.03 m%. Poor chlorine drying results are thus a thing of the past.
LiquiSonic®: The solution for inline process monitoring in real time
Many processes require fast reactions to changes or errors. LiquiSonic® reliably detects these deviations within seconds. Warnings can be issued via a variety of data interfaces – even by e-mail. Thus, users are always informed about the status of their process.
Manufactured in Germany, the main principle of our innovative systems is to measure ultrasonic velocity and density in continuous processes. We have perfected this method into an extremely precise and remarkably user-friendly sensor technology. As well as the measurement of concentration and density, typical applications include phase interface ...