IQ SensorNet Water Quality Monitoring System

IQ Web Connect allows you to conveniently access IQ SensorNet remotely from a computer, tablet, or mobile phone. Turn any mobile device or computer with internet access into a virtual IQ SensorNet controller with the ability to view and download data, modify settings on your controller, or save your configuration from remote locations.

Simply connect your IQ SensorNet system to the internet via a local network using the integrated Ethernet interface to access IQ Web Connect. This feature is included with IQ SensorNet and is free with no monthly fee or contract.

Join YSI experts, Benjamin Barker and Steve Wortendyke, as they review solids control strategies in municipal wastewater applications.

Biologically active sludge is a fundamental aspect of secondary treatment in wastewater treatment facilities. Cultivating and maintaining a healthy biomass of microorganisms for effective nutrient removal is no easy feat. However, by carefully controlling for a few key process parameters, the optimal biomass for activated sludge can be sustained and lead to a stable and consistent process. This webinar will describe solids control strategies and how TSS, sludge level, and BOD/COD data from online instrumentation can be used for improved monitoring and control of activated sludge.

After watching the webinar, attendees will be able to:

• Describe and identify factors that contribute to an effective activated sludge process.

Who should attend:

Engineers, operators, instrument technicians, and superintendents who want to learn more about wastewater solids control strategies.

Need a more reliable option for online analytical instrumentation in wastewater facilities? Join YSI experts as they review IQ SensorNet, YSI’s system of online controllers and sensors designed for process monitoring and control in wastewater treatment plants. IQ SensorNet continuously monitors water quality throughout the wastewater treatment process, from influent through the effluent, increasing operational efficiency, lowering operating costs, and improving performance. IQ SensorNet helps water resource recovery facilities stay within compliance and under budget by minimizing energy and chemical usage. IQ SensorNet’s full suite of probes is designed specifically for wastewater, offering long-lasting and reliable sensors for the harsh wastewater environment.

What You'll Learn:

-The benefits of using online instrumentation to monitor and control wastewater processes.

Who Should Watch:

Engineers, operators, instrument technicians, and superintendents who want to learn more about IQ SensorNet and the value it can bring to wastewater treatment facilities.

Biological nutrient removal (BNR) is the new standard for wastewater secondary treatment strategies. BNR involves the recruitment and growth of specific microorganisms that either convert or remove nutrients like nitrogen and phosphorus. Nitrogen removal, specifically, can take many forms and requires precise control of the environment using sensors, aeration, and chemicals for success.

Opportunity to earn Continuing Education Units (CEUs)! Watch the entire presentation and select option for CEUs at the end. We’ll send you a certificate awarding 0.1 CEUs. 

In this educational webinar, our experts discuss:

- How nitrogen behaves in wastewater and why we want to remove it
- Identify the optimal conditions required for nitrogen removal in each stage of the activated sludge process
- Applications for online monitoring instrumentation to help improve the biological nutrient removal strategy

Looking for an opportunity to increase your application knowledge for instrumentation in wastewater?

YSI experts Benjamin Barker and Steve Wortendyke review wastewater treatment processes from influent through the effluent. Learn how analytical instrumentation is used in the lab, for spot checking the process, and for continuous water quality monitoring to improve treatment and process control. Operators can benefit from increased operational efficiency, reduced operating costs, and improved performance with YSI's full range of sensors, instruments and solutions designed for monitoring and testing municipal water.

In this 1-hour educational webinar, we'll cover:
- An overview of the wastewater treatment process and common applications.
- Water quality instrumentation used in the lab, for spot checking the process and online continuous monitoring.
- Why analytical instrumentation is used in wastewater and how it can help improve treatment.
- Examples of how YSI instrumentation can be used in specific wastewater treatment processes for monitoring and control.

Opportunity to earn Continuing Education Credits (CEUs) - earn just by watching! Watch the full video presentation and then click the CEU certificate request link at the end. We'll email you a certificate awarding 0.1 CEUs.

Are you facing challenges with lower effluent phosphorus limits at your WRRF? YSI experts review phosphorus removal strategies in municipal wastewater applications.

Phosphorus, primarily existing as phosphate, is a nutrient of concern for many wastewater operators. Effluent phosphorus limits continue to be lowered to protect our lakes and rivers from eutrophication. To meet these limits, operators need to improve treatment processes to remove phosphorus as efficiently as possible.

In this educational webinar, we discuss:

Download our White Paper >>> The Phosphorus Problem

Josh Holton briefly explains how the YSI IQ SensorNet monitoring and control system helps the operation of his water resource recovery facility. A reduction in energy costs of 23% in the aeration basin alone is only part of the benefits!

Oxidation Reduction Potential, a Versatile but Misunderstood Wastewater Treatment Monitoring Parameter

Oxidation reduction, or redox, reactions have a central role in wastewater management. Redox reactions are responsible for reducing the oxygen demand, pathogenicity, and toxicity of polluted water and facilitating the removal of nutrients which fuel excess growth of aquatic plants in the environment. Therefore, monitoring redox reactions is critical for the operation of a Water Resource Recovery Facility (WRRF). It is often not practical to monitor all the relevant parameters for every reaction. Alternatively, oxidation reduction potential (ORP) can be used to monitor the process providing insight into the status of redox reactions. This webinar will explain the principles of ORP and provide examples of how it is used to improve WRRF operational efficiency.

In this educational webinar, we will discuss:

The Science of ORP

About ORP 

This webinar covers the concept of controlling aeration costs with online measurements from process control instrumentation like the YSI IQ SensorNet products.

The City of Lafayette water resource recovery facility (WRRF) utilizes instrumentation as part of the their infrastructure to improve water quality, protect the community, and enhance their sustainability. As part of their laboratory, field sampling, and online process monitoring and control instrumentation they choose YSI.

See how they use these solutions as a way to optimize their process, meet compliance standards, decrease energy use and costs, and improve their efficiency.

Municipalities always have a choice, and Lafayette chooses YSI.