Wastewater Monitoring

Wastewater monitoring can be a complex task.  Vista Data Vision is the ideal wastewater monitoring software. Vista Data Vision contains many features that allow you to analyze and process data from Wastewater systems.

Alarms
Monitor any variable for alarms based on its limits, for example send out an Alarm when the sump level gets to high.  Alarms can be sent as Email or Text Message.  Customize alarm messages.  Alarm status for all variables can be viewed on a web map allowing the operator a full system overview on a single screen. 

XY-Graph
XY Graph is a uniquely flexible graphing report for plotting data pairs. It is very useful when investigating the correlation between measured values.  Examples: Pump Power vs. Flow, Flow vs. Tank Height, number of Pumps running vs. Electricity Usage(Power).  Read more.

Virtual Variables
Virtual Variables are used to create new calculated variables that are a mathematical function of one or more measured variables.  Virtual Variables are useful to rescale as  well as to calculate results that were not calculated in the datalogger.  For example you can use virtual variables to calculate total flow from individual pump flows.  Read more.

Reports
The Report Toolkit allows you to easily create summary reports from your logged data.  The Reports may be generated automatically once every day, week, month, quarter and/or year and sent as Email to contacts.  Read more.

If you monitor wastewater and are looking for a powerful wastewater software then download Vista Data Vision and start monitoring and analyzing your wastewater data now.

Download a Free Trial version of VDV and start importing your Wastewater data.

Visit our demonstration website to view data from a live Wastewater Station.

Graphs from Vista Data Vision.  The first graph shows Sump level in meters, red plot is the maximum height, blue plot is the average height and the green plot is the minumum height for the 15 minute log period. The second graph shows total power usage for the Wastewater Station in kW.  The third graph shows flow in liters/minute. The total flow is calculated using a virtual variable.