WATER SCAN TOOLBOX
Smart tool for optimizing operational tasks and a new perspective on controlling waterworks operations.
The WST (Water Scan Toolbox) application is operated on the Insight Hub – MindSphere platform and offers innovative possibilities in the field of wastewater treatment plants. It is a smart tool that provides optimization of operational tasks and a new perspective on waterworks operation control.
Optimization involves forward knowledge of the quantity and quality of incoming wastewater to the treatment plant using a predictive algorithm based on a neural network. This algorithm is capable of evaluating the state of infrastructure in real-time and generating instructions for operation. Furthermore, this algorithm can predict the quantity and quality of incoming water up to several hours in advance.
The main advantages of the WST (Water Scan Toolbox) application include:
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Use of Predictive Algorithm
Our advanced solution offers users the capability to utilize a built-in predictive algorithm for anticipating potential issues. This algorithm is based on a self-learning neural network capable of analyzing and generating data up to 4 hours in advance. The system collects data on various variables and replaces previous measurements of BOD (Biochemical Oxygen Demand). With the help of clear data visualization, users can identify potential issues before they occur, enabling them to take preventive measures.
Real-time Monitoring
Thanks to sophisticated sensors, it is possible to monitor flows, chemical oxygen demand, and mass flows. Based on threshold values, the application can generate alerts that help not only in preventing limit exceedances but also in predicting the further development of the situation.
1. Use of Predictive Algorithm
Our advanced solution offers users the capability to utilize a built-in predictive algorithm for anticipating potential issues. This algorithm is based on a self-learning neural network capable of analyzing and generating data up to 4 hours in advance. The system collects data on various variables and replaces previous measurements of BOD (Biochemical Oxygen Demand). With the help of clear data visualization, users can identify potential issues before they occur, enabling them to take preventive measures.
2. Real-time Monitoring
Thanks to sophisticated sensors, it is possible to monitor flows, chemical oxygen demand, and mass flows. Based on threshold values, the application can generate alerts that help not only in preventing limit exceedances but also in predicting the further development of the situation.
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Intuitive and Comprehensive Graphs
WST presents all data in simple yet detailed graphs. These graphs allow users to look back into history, making it easy to understand the course of events and identify potential issues.
Rapid Response to Potential Threats
The application automatically generates alarms. These notifications immediately alert users to value exceedances that have occurred in operations.
3. Intuitive and Comprehensive Graphs
WST presents all data in simple yet detailed graphs. These graphs allow users to look back into history, making it easy to understand the course of events and identify potential issues.
4. Rapid Response to Potential Threats
The application automatically generates alarms. These notifications immediately alert users to value exceedances that have occurred in operations.
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Safety and Planning
Events called “Instructions for Execution” provide users with a list of necessary checks and steps that need to be performed and physically verified in operations.
WST Non-Routine Planning
WST allows for the planning of events that are not part of automatic functions. The application efficiently informs operation personnel about planned maintenance, sludge removal, or other important events.
5. Safety and Planning
Events called “Instructions for Execution” provide users with a list of necessary checks and steps that need to be performed and physically verified in operations.
6. WST Non-Routine Planning
WST allows for the planning of events that are not part of automatic functions. The application efficiently informs operation personnel about planned maintenance, sludge removal, or other important events.