This webinar will focus on the application and installation of air valves and where are they frequently used. SKU: LW 512C

This webinar will look at what Transient Pressure Monitoring is, why it is important, where it can be applied, and some lessons learned through field examples and computer models. SKU: LW504C

This webinar addresses how a check valve operates within a system. SKU: LW 503C

This is a discounted bundle of five (5) waterhammer related webinars: Fundamentals of Waterhammer and Surge Suppression, Waterhammer Evaluation and Surge Suppression Methods, Check Valve Selection to Minimize Waterhammer, Transient Pressure Monitoring: Assessing Waterhammer and Use of Air Valve in Water Systems n Water Systems and Waterhammer (transient) considerations​. SKU: WB500C

This webinar will cover common equations in surge physics and common evaluation methods. SKU: LW502C

This webinar provides an informative methodology for troubleshooting excessive vibration in newly installed and existing pumping equipment as well as to identify the source of the vibration and provide corrective action strategies to resolve those vibration issues. SKU: RB 508B

This is a discounted bundle of four (4) vibration related webinars: Introduction to Vibration in Rotodynamic Pumps, Troubleshooting Rotodynamic Pump Vibration Issues, Vibration Measurement and Allowable Values for Rotodynamic Pumps, and Vibration Corrective Action Strategies for Pumping Systems. SKU: WB 501B

Attendees will gain knowledge on Pump Systems Optimization & Assessments, which are critical to reducing your energy consumption and increasing your overall reliability, plus any optimized pumping systems will greatly reduce your maintenance costs.

This webinar offers a recap of issues and problems in intake design, followed by an examination of physical and CFD modeling techniques. It delves into the benefits, applicability, and acceptance criteria of physical modeling, discussing topics such as hydraulic similitude, model limits, instrumentation, testing programs, reporting, and the process of developing an RFP for physical modeling. Additionally, it discusses the future direction of the ANSI/HI 9.8 Standard. The session concludes with a summary of key points and a Q&A session for further discussion. RW704B

This webinar series is based on the Hydraulic Institute’s Intake Design for Rotodynamic Pumps ANSI/HI 9.8 standard. The standard enables designers, owners, and users to configure functional pumping facility designs and provides remedial measures for problem intakes.