Further Development of VIT® Vision
In order to achieve optimum operational reliability in biological wastewater treatment plants, it is necessary to continuously incorporate the biological data into the process control. Our aim with VIT® Vision is to create a tool with which the entire biology of the wastewater treatment plant, i.e. microorganisms and higher organisms, can be monitored and used as a database for more effective control of the wastewater treatment plant. The focus on primary measurement parameters as a supplement to the secondary measurement parameters enables a faster response and the establishment of an early warning system. VIT® Vision is continuously developed further and supplemented in line with feedback from our users.
Primary Measurement Parameters | |
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Information and values on the status and distribution of bacterial populations in the system. Primary parameters are also direct parameters. With their help, faults can be detected at an early stage before the chemical limit values are exceeded. | |
Determination of the exact cause possible | |
Secondary Measurement Parameters | |
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| Substances that are produced by the bacteria and can then be measured or are required by the bacteria - e.g. ammonium, nitrate, nitrite, phosphate, etc. | |
| These are indirect parameters - the exact biological cause cannot be determined by measuring them | |
How Can Microbiological Measurement Data Help?
By incorporating the microbiological measurement data and comparing it with the chemical and chemical-physical measurement data, an early warning system can be established that provides information about the stability of the system at all times. Faulty developments in the biology can be detected before the discharge values are exceeded. This raises operational safety to a new level.