Aeration is typically the largest energy demand in activated sludge systems, making efficient process control a key priority for wastewater treatment plants. At the same time, new regulations like the Urban Wastewater Treatment Directive of the European Union increase the pressure on facilities to meet stricter nutrient removal requirements, reduce greenhouse gas emissions, and operate more sustainably.In this webinar, discover how continuous ammonium (NH₄⁺) monitoring can help optimize biological treatment processes and enable more efficient aeration control. Learn why ammonium is the most valuable indicator for nitrification control, how modern online monitoring technologies deliver reliable real-time data, and how that data can be used to improve process stability while reducing energy consumption.Through practical application examples and a live demonstration of WTW's online ammonium monitoring solutions, you'll gain a clear understanding of how ammonium-based aeration control supports operational efficiency, regulatory compliance, and sustainability goals.

Product overview of TriOS water quality instrumentation

Ensuring safe drinking water requires continuous, reliable insight into water quality at every treatment stage. In this on-demand webinar, you’ll discover the WTW Drinking Water Panel, a modular solution designed to support real-time monitoring, improve process transparency, and enhance operational efficiency.The session explains why continuous water quality monitoring is essential, shows how the WTW Drinking Water Panel can be applied throughout drinking water treatment and distribution, and provides practical guidance on commissioning, operation, and maintenance.Combining theoretical expertise from Application Engineer Nicolas Kaltwasser with a hands-on demonstration by Senior Application Specialist Georg Hatzelmann, this webinar offers both strategic context and actionable technical insight.What you’ll learnYou’ll gain a clear understanding of how the WTW Drinking Water Panel works, where it adds value across the drinking water process, and how it can be adapted to specific facility requirements. The webinar also covers installation and integration, available parameters and sensors, and practical aspects such as calibration and maintenance.Who should watchThis recording is ideal for drinking water utility operators, engineers, plant managers, process and instrumentation specialists, consultants, and decision-makers responsible for water quality monitoring, treatment optimization, and the delivery of safe drinking water.

How do I set up an Ethernet connection on the MultiLab® Pro IDS?Before measurement data can be exported to a network, the Ethernet connection on the MultiLab® Pro IDS must be set up.In this how-to video, you’ll learn how to set up an Ethernet connection on the MultiLab® Pro IDS and successfully integrate the device into your network.We’ll show you step by step:how to access the Communication > Ethernet menuhow to configure the network settingshow to create a network share for data storage after setup🔗 More information about the product

In this FAQ mini-tutorial, we’ll show you how to export measurement data from the MultiLab® Pro IDS in GxP-compliant CSV format and how to open, import, and process it correctly in Microsoft Excel.CSV export enables structured, traceable documentation of your measurement data, including all relevant metadata.In this video, you’ll learn:how to start the CSV data export in the MultiLab® Pro IDSwhat measurement and sensor data is included in the CSV filehow to import CSV files correctly into Excel (Import Wizard & opening directly)why data is sometimes displayed in a single column and how to fix thishow to correctly set the delimiter (semicolon) and decimal separator (period)how to save CSV data as an Excel file (.xlsx)how to merge multiple CSV fileswhy no information is lost when imported correctlyIncluded Data (GxP-Relevant)The exported CSV files from the MultiLab® Pro IDS include, among other things:Measurement values for all parameters (e.g., pH, conductivity, oxygen)Sensor designation and serial numberCalibration status and calibration dataTimestampsTemperature and compensation dataAdditional GxP-relevant metadataFurther processing in ExcelAfter importing, you can use your measurement data in Excel to:Visualize (charts, measurement trends)Perform statistical analysis (mean values, standard deviations)Filter and sortCreate GxP-compliant reports and documentation🔗 More information

FDO® sensors are the perfect solution for measuring dissolved oxygen. In addition to being free of calibration and flow, with their 45° membrane, they are also insensitive to air bubbles. Therefore, you will not require any additional installation equipment.Die FDO®-Sensoren sind die perfekte Lösung für die Messung des gelösten Sauerstoffs. Neben der Kalibrier- und Anströmungsfreiheit sind sie durch ihre 45° Membran auch unempfindlich gegen Luftblasen. Sie benötigen daher kein zusätzliches Installationsequipment.