YSI Videos | ysi.com info@ysi.com https://video.ysi.com en-us Visualplatform http://blogs.law.harvard.edu/tech/rss YSI Videos | ysi.com episodic no https://video.ysi.com/files/rv1.4/sitelogo.gif https://video.ysi.com http://video.ysi.com/ysi-webinar-activated-sludge-3 <p>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. <p>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.</p> <p>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.</p> <p>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:</p> <p>Measurement principle<br> Operation and maintenance<br> Applications for energy conservation and nutrient removal</p></p><p><a href="http://video.ysi.com/ysi-webinar-activated-sludge-3"><img src="http://video.ysi.com/19476793/20722987/ed3f2099ee918b6897198c6ba607a680/standard/download-1-thumbnail.jpg" width="600" height="450"/></a></p> http://video.ysi.com/photo/20722987 Tue, 19 Jul 2022 12:19:29 GMT YSI Webinar | Activated Sludge | 3 Things to Improve Process Efficiency 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 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... YSI Videos | ysi.com 55:20 <p>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. <p>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.</p> <p>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.</p> <p>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:</p> <p>Measurement principle<br> Operation and maintenance<br> Applications for energy conservation and nutrient removal</p></p><p><a href="http://video.ysi.com/ysi-webinar-activated-sludge-3"><img src="http://video.ysi.com/19476793/20722987/ed3f2099ee918b6897198c6ba607a680/standard/download-1-thumbnail.jpg" width="600" height="450"/></a></p> YSI activated sludge wastewater water resource recovery http://video.ysi.com/ysi-webinar-process-control <p>Join YSI experts, Benjamin Barker and Steve Wortendyke, as they review solids control strategies in municipal wastewater applications. <br><p>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.</p> <p>After watching the webinar, attendees will be able to:</p> <p>• Describe and identify factors that contribute to an effective activated sludge process.<br> • Understand how to use process parameters, such as Solids Retention Time (SRT), F:M Ratio, and MLSS Control, for real-time control.<br> • Apply online instrumentation to monitor and control the activated sludge process.</p> <p>Who should attend:</p> <p>Engineers, operators, instrument technicians, and superintendents who want to learn more about wastewater solids control strategies.</p></p><p><a href="http://video.ysi.com/ysi-webinar-process-control"><img src="http://video.ysi.com/64968566/66866335/ce65a7fc8037b4ff51ddb284745415c8/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ysi.com/photo/66866335 Tue, 02 Feb 2021 14:49:31 GMT YSI Webinar | Process Control Strategies for Activated Sludge Optimization 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. • Understand how to use process parameters, such as Solids Retention Time (SRT), F:M Ratio, and MLSS Control, for real-time control. • Apply online instrumentation to monitor and control the activated sludge process. Who should attend: Engineers, operators, instrument technicians, and superintendents who want to learn more about wastewater solids control strategies. 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.... YSI Videos | ysi.com 01:00:37 <p>Join YSI experts, Benjamin Barker and Steve Wortendyke, as they review solids control strategies in municipal wastewater applications. <br><p>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.</p> <p>After watching the webinar, attendees will be able to:</p> <p>• Describe and identify factors that contribute to an effective activated sludge process.<br> • Understand how to use process parameters, such as Solids Retention Time (SRT), F:M Ratio, and MLSS Control, for real-time control.<br> • Apply online instrumentation to monitor and control the activated sludge process.</p> <p>Who should attend:</p> <p>Engineers, operators, instrument technicians, and superintendents who want to learn more about wastewater solids control strategies.</p></p><p><a href="http://video.ysi.com/ysi-webinar-process-control"><img src="http://video.ysi.com/64968566/66866335/ce65a7fc8037b4ff51ddb284745415c8/standard/download-2-thumbnail.jpg" width="600" height="338"/></a></p> activated sludge wastewater wastewater monitoring wastewater process monitoring http://video.ysi.com/ysi-webinar-activated-sludge-3-1 <p>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.<p>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.</p><p>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.</p><p>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:</p><p>Measurement principle<br>Operation and maintenance<br>Applications for energy conservation and nutrient removal</p></p><p><a href="http://video.ysi.com/ysi-webinar-activated-sludge-3-1"><img src="http://video.ysi.com/19476794/20722899/2784145bb6ee6f9f56d4f6222cfb0202/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> http://video.ysi.com/photo/20722899 Wed, 12 Oct 2016 19:00:00 GMT YSI Webinar | Activated Sludge - 3 Things You Need to Know to Improve Process... 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 principleOperation and maintenanceApplications for energy conservation and nutrient removal 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... YSI Videos | ysi.com 55:21 <p>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.<p>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.</p><p>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.</p><p>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:</p><p>Measurement principle<br>Operation and maintenance<br>Applications for energy conservation and nutrient removal</p></p><p><a href="http://video.ysi.com/ysi-webinar-activated-sludge-3-1"><img src="http://video.ysi.com/19476794/20722899/2784145bb6ee6f9f56d4f6222cfb0202/standard/download-1-thumbnail.jpg" width="600" height="338"/></a></p> activated sludge aeration management process efficiency sludge recirculation sludge wasting wastewater process water resource recovery facilities http://video.ysi.com/iq-sensornet-wastewater-monitoring <p>The City of Dayton, OH utilizes the YSI IQ SensorNet (<a href="http://www.ysi.com/iq">http://www.ysi.com/iq</a>) to lower preventative maintenance, optimize process, meet permits, and save money in the long run.<p></p> <p>Jason Tincu explains their use of DO sensors to fine tune aeration needs while using the ammonium sensors to trim back aeration even further while still completely nitrifying in the system.</p> <p>The YSI IQ also eliminates the need to have outside professionals onsite and prevents the City from having costly service contracts.</p> <p>As the City looks into the future, they anticipate tighter restrictions on their permit in regards to phosphorus and they intend to seamlessly add the YSI Orthophosphate analyzer to their existing IQ SensorNet system</p> <p>The YSI IQ SensorNet 2020 XT is a modular water quality system for a complete sensor network ideal for various installation needs. The modular system can accept additional sensors easily at any time. This is a powerful system to continuously measure water quality parameters anywhere in a facility for process control.</p> <p>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).</p> <p>The system is capable of measuring:<br> Dissolved oxygen (optical or electrochemical)<br> pH<br> ORP<br> Conductivity<br> Temperature<br> Turbidity - ultrasonic cleaning<br> TSS (total suspended solids) - ultrasonic cleaning<br> Ammonium<br> Nitrate*<br> Potassium<br> COD (chemical oxygen demand) - ultrasonic cleaning<br> TOC (total organic carbon) - ultrasonic cleaning<br> DOC (dissolved organic carbon share of TOC) - ultrasonic cleaning<br> SAC (spectral absorption coefficient) - ultrasonic cleaning<br> BOD (biochemical oxygen demand) - ultrasonic cleaning</p> <p>*Chloride can be seen in the menu on the terminal but only the last value. No real-time monitoring and control function when used on the NitraLyt or VARiON sensor as compensation for nitrate.</p> <p>The entire system accommodates up to 20 sensors for the above listed parameters in any combination. Any sensor can also be changed out at any time without re-wiring if another parameter is needed. Simply change sensors (parameters) and start getting data for the new parameter.</p> <p>Interested in winning an IQ SensorNet system? (<a href="http://bit.ly/YSIwinIQSN">http://bit.ly/YSIwinIQSN</a>)</p></p><p><a href="http://video.ysi.com/iq-sensornet-wastewater-monitoring"><img src="http://video.ysi.com/19476794/20724578/4d67f231f71cb8a7e7e77fc81cb87b15/standard/download-1-thumbnail.jpg" width="600" height="317"/></a></p> http://video.ysi.com/photo/20724578 Thu, 04 Sep 2014 19:00:00 GMT IQ SensorNet Wastewater Monitoring & Control | City of Dayton, OH | YSI The City of Dayton, OH utilizes the YSI IQ SensorNet (http://www.ysi.com/iq) to lower preventative maintenance, optimize process, meet permits, and save money in the long run. Jason Tincu explains their use of DO sensors to fine tune aeration needs while using the ammonium sensors to trim back aeration even further while still completely nitrifying in the system. The YSI IQ also eliminates the need to have outside professionals onsite and prevents the City from having costly service contracts. As the City looks into the future, they anticipate tighter restrictions on their permit in regards to phosphorus and they intend to seamlessly add the YSI Orthophosphate analyzer to their existing IQ SensorNet system The YSI IQ SensorNet 2020 XT is a modular water quality system for a complete sensor network ideal for various installation needs. The modular system can accept additional sensors easily at any time. This is a powerful system to continuously measure 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). The system is capable of measuring: Dissolved oxygen (optical or electrochemical) pH ORP Conductivity Temperature Turbidity - ultrasonic cleaning TSS (total suspended solids) - ultrasonic cleaning Ammonium Nitrate* Potassium COD (chemical oxygen demand) - ultrasonic cleaning TOC (total organic carbon) - ultrasonic cleaning DOC (dissolved organic carbon share of TOC) - ultrasonic cleaning SAC (spectral absorption coefficient) - ultrasonic cleaning BOD (biochemical oxygen demand) - ultrasonic cleaning *Chloride can be seen in the menu on the terminal but only the last value. No real-time monitoring and control function when used on the NitraLyt or VARiON sensor as compensation for nitrate. The entire system accommodates up to 20 sensors for the above listed parameters in any combination. Any sensor can also be changed out at any time without re-wiring if another parameter is needed. Simply change sensors (parameters) and start getting data for the new parameter. Interested in winning an IQ SensorNet system? (http://bit.ly/YSIwinIQSN) The City of Dayton, OH utilizes the YSI IQ SensorNet (http://www.ysi.com/iq) to lower preventative maintenance, optimize process, meet permits, and save money in the long run. Jason Tincu explains their use of DO sensors to fine tune aeration... YSI Videos | ysi.com 02:18 <p>The City of Dayton, OH utilizes the YSI IQ SensorNet (<a href="http://www.ysi.com/iq">http://www.ysi.com/iq</a>) to lower preventative maintenance, optimize process, meet permits, and save money in the long run.<p></p> <p>Jason Tincu explains their use of DO sensors to fine tune aeration needs while using the ammonium sensors to trim back aeration even further while still completely nitrifying in the system.</p> <p>The YSI IQ also eliminates the need to have outside professionals onsite and prevents the City from having costly service contracts.</p> <p>As the City looks into the future, they anticipate tighter restrictions on their permit in regards to phosphorus and they intend to seamlessly add the YSI Orthophosphate analyzer to their existing IQ SensorNet system</p> <p>The YSI IQ SensorNet 2020 XT is a modular water quality system for a complete sensor network ideal for various installation needs. The modular system can accept additional sensors easily at any time. This is a powerful system to continuously measure water quality parameters anywhere in a facility for process control.</p> <p>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).</p> <p>The system is capable of measuring:<br> Dissolved oxygen (optical or electrochemical)<br> pH<br> ORP<br> Conductivity<br> Temperature<br> Turbidity - ultrasonic cleaning<br> TSS (total suspended solids) - ultrasonic cleaning<br> Ammonium<br> Nitrate*<br> Potassium<br> COD (chemical oxygen demand) - ultrasonic cleaning<br> TOC (total organic carbon) - ultrasonic cleaning<br> DOC (dissolved organic carbon share of TOC) - ultrasonic cleaning<br> SAC (spectral absorption coefficient) - ultrasonic cleaning<br> BOD (biochemical oxygen demand) - ultrasonic cleaning</p> <p>*Chloride can be seen in the menu on the terminal but only the last value. No real-time monitoring and control function when used on the NitraLyt or VARiON sensor as compensation for nitrate.</p> <p>The entire system accommodates up to 20 sensors for the above listed parameters in any combination. Any sensor can also be changed out at any time without re-wiring if another parameter is needed. Simply change sensors (parameters) and start getting data for the new parameter.</p> <p>Interested in winning an IQ SensorNet system? (<a href="http://bit.ly/YSIwinIQSN">http://bit.ly/YSIwinIQSN</a>)</p></p><p><a href="http://video.ysi.com/iq-sensornet-wastewater-monitoring"><img src="http://video.ysi.com/19476794/20724578/4d67f231f71cb8a7e7e77fc81cb87b15/standard/download-1-thumbnail.jpg" width="600" height="317"/></a></p> activated sludge how to monitor water quality treatment plant wastewater wastewater monitoring water quality ysi