IQ SensorNet Water Quality Monitoring System

The YSI IQ SensorNet 282/284 Controller (https://www.ysi.com/IQSN282) is a modular system for a complete sensor network, ideal for small to mid-sized wastewater treatment facilities. The modular system can accept any IQ SensorNet sensor easily and seamlessly. This powerful reliable system continuously measures your water quality parameters anywhere in a facility for process control. Immediate benefits include better network visibility and management, early detection of network failures, improved compliance with regulatory targets and cost savings (energy, pump/blower maintenance, labor).

Want to get the best continuous data possible to make operational decisions and improve efficiencies? That can't be done with fouled-up, gunked-up water quality sensors. Watch how to deal with this issue.

This webinar covers online wastewater process sensors for ammonium and nitrate and the necessary methods to get the best water quality data.

Using the YSI IQ SensorNet continuous monitoring and control system, you can improve your wastewater process and save money while doing it!

Wastewater process control made easier with continuous, online monitoring of nitrate with optical-based sensors (https://www.ysi.com/nitravis).

Meeting wastewater treatment objectives and staying within budget requires careful control of the process. At a conventional activated sludge (CAS) facility in Wisconsin, a full scale WWTP demonstration of Sanitaire's OSCAR™ process performance optimizer and YSI's IQ SensorNet (https://www.ysi.com/iqsn2020) process monitoring system demonstrated a substantial savings in operating costs while maintaining treatment performance.

Join YSI and Sanitaire application experts for a 1 hour live webinar presentation on September 17th at 1:30 EDT to learn more about this project. The webinar will provide details about the system design and operation, as well as the implementation of the monitoring and control system including setpoints, sensor location, and other critical control parameters.

Find out how a 10% savings in energy cost and a projected annual savings of almost $75,000 were achieved with dissolved oxygen (DO) monitoring and aeration control and orthophosphate monitoring and chemical dosing control.

In addition, monitoring total suspended solids (TSS) with solids inventory management system (SIMS) control stabilized the operation and relieved operators of the worry of adjusting daily sludge wasting rates to provide sufficient MLSS and solids retention time (SRT) to meet treatment requirements.

Speakers:

Dr. Bulbul Ahmed is a Process Engineer at Sanitaire Products. He holds a Ph.D. from Washington State University in Chemical Engineering and is a licensed professional engineer in the State of Michigan. He is responsible for managing full scale pilot testing projects along with providing process expertise for wastewater professionals interested in Sanitaire’s biological process solutions.

Join YSI’s wastewater expert, Dr. Rob Smith, as he discusses activated sludge at municipal wastewater treatment facilities. Dr. Rob reviews the three things you should know about activated sludge in water resource recovery facilities.

Optimization of the activated sludge process requires careful management of three critical parameters: aeration, sludge wasting, and sludge recirculation. Over the years, wastewater professionals have based their decisions on measurements from batch tests applied to grab samples. The batch measurements are representative of the process but are limited in frequency and subject to interpretation.

On the other hand, direct measurement of water chemistry is performed in the laboratory for demonstrating permit compliance on composited influent and effluent samples. The laboratory measurements provide measurements of important variables like oxygen, solids, ammonium and nitrate, but they are also limited in frequency and the samples are not representative of the process.

Online process monitoring provides the best of both strategies by directly measuring the important variables in representative samples continuously. This webinar discusses online process monitoring and control of activated sludge. Topics include:

Measurement principle
Operation and maintenance
Applications for energy conservation and nutrient removal

See how easy it is to navigate the menu of the YSI IQ SensorNet 2020 XT (https://www.ysi.com/IQSN2020) continuous water quality monitoring and controller. This easy-to-use system allows you to monitor water quality in your water resource recovery facility continuously and accurately with the flexibility to add sensors as requirements change.

Learn more about the IQ SensorNet P700 orthophosphate analyzer (https://www.ysi.com/PO4) and how it can help monitor your biological phosphorus removal and control chemical dosing. The P700 measures the amount of orthophosphate throughout the wastewater treatment process - from primary settling to the biological tanks and effluent.

The analyzer provides continuous data to help improve operational efficiency, lower operation costs as well as verification of phosphate elimination in order to meet permit requirements. A wide measurement range, low chemical use and built-in auto-calibration make the P700 ideal for continuous phosphorus monitoring.

Learn how to check the pump and valve assembly on the YSI IQ SensorNet P700 Orthophosphate Analyzer (https://www.ysi.com/PO4) with these 3 easy steps.