Perfect sulfuric acid monitoring
SensoTech measuring systems are the perfect solution for monitoring sulfuric acid in many industrial processes. They are able to monitor the complete measuring range of sulfuric acid and oleum.
The webinar is aimed at interested persons who have already come into contact with processes for sulfuric acid production and processing.
In our webinar you will learn how monitoring by sonic velocity works. Furthermore, we will show at which points of the process our LiquiSonic® measuring systems are already successfully used. Here you will learn how to optimize your process and why sonic velocity is in many cases the best solution for sulfuric acid monitoring.
Finally, you will get an overview of the unique advantages of the LiquiSonic® measuring system in process monitoring and automation.
Key data
Language: English
Duration: 20 min + 10 min (Q&A)
Free of charge!
Focus topics of the webinar
- Functionality of the measuring method
- Advantages of ultrasonic measurements
- Application in the sulphuric acid production process (DCDA and WSA)
- Installation conditions and technical data
2 Feb 2021, 7pm UTC +1 (Suitable for America) expired
4 Feb 2021, 11am UTC +1 (Suitable for Europe) expired
16 Feb 2021, 8am UTC +1 (Suitable for Asia) expired
LiquiSonic® - precise, robust, maintenance-free
SensoTech products are usually functional immediately after installation, as the systems are shipped ready for use.
Especially in the monitoring of sulfuric acid LiquiSonic® shows a very high measuring accuracy. In high concentration ranges the sonic velocity is a very good measuring parameter for quality control.
Due to the robust construction, the products are very durable and maintenance-free. Often the LiquiSonic® measuring devices are in use for 15 years and more.
Copper is extracted by mining copper sulphide ores. The extraction of raw metal includes various process steps. Copper sulphide ores are processed by flotation. SO2 is produced during the pyrometallurgical extraction. This is oxidized to sulfur trioxide (SO3) (contact process) and the SO3 is introduced into 96% sulfuric acid in the absorber, whereby highly concentrated H2SO4 or oleum is produced by adding water. In the blending process, the H2SO4 is then diluted to the targeted concentration.