This webinar will provide a summary of all HI laboratory test standards for rotodynamic pumps. The presenter will cover test procedures, setups, and arrangements along with data acquisition, acceptance grades, and instrumentation. Learn the basics of factory performance testing in this live webinar. SKU: LW 509D

This webinar will review how reciprocating pumps start and stop flow with every revolution of the shaft, which results in system pressure pulsations that will be above and below the average. SKU: LW802C

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

This webinar will cover methods to determine attainable pump efficiency for rotodynamic pumps based on design considerations and alterations to the pump. SKU: LW106C

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 is a discounted bundle product which consists of four (4) Intake Design webinars: Date: May 7, June 4, July 9 & August 6, 2025. These webinar series visually aid the standard’s overview of design objectives, required inlet bell design diameter, submergence requirements, using the standard for proper instructions on intake structures for clear liquids and solids-handling pumps, highlights of key technologies used when designing the pump intake including physical and computation fluid dynamics (CFD). WB700C

This webinar is based on the Hydraulic Institute’s Intake Design for Rotodynamic Pumps ANSI/HI 9.8 Standard, which enables designers, owners, and users to configure functional pumping facility designs and provides remedial measures for problematic intakes. The webinar offers an overview of intake design considerations, available tools, and historical context, delving into potential issues and outlining specific design objectives with references to Section 9.8.2 and Appendix H for modification guidance. LW701C

Thursday March 27, 2024: The webinar will cover application considerations, applicable standards, energy regulations and labeling, and a 13-step pump selection guide from initial system design to specification. Attendees will leave with a fundamental understanding of the important considerations involved in pump selection that will result in reliable and efficient operation. SKU: LW103C

Motor and Variable Frequency Drives Course addresses common questions surrounding motors, VFDs and their system interaction. SKU: VC401C

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

This webinar delves into the application of the ANSI/HI 9.8 Intake Design for Rotodynamic Pumps Standard, specifically addressing clear liquid intake design and the crucial aspect of achieving uniform flow. It comprehensively covers various intake configurations for clear liquids, ranging from rectangular to unconfined intakes, including formed suction inlets (FSIs), circular designs, trench types, tanks, and can intakes. LW702C

This webinar provides a recap of issues and problems associated with solids-bearing liquid intake design, followed by an exploration of the use of the ANSI/HI 9.8 Intake Design for Rotodynamic Pumps Standard. It covers various intake structures for solids-bearing liquids, including circular, regular, confined wet-well, and trench-type designs, supplemented with detailed 3D renderings and plan view figures from the Standard. The session concludes with real-world field examples, a summary of key points, and a Q&A session for further discussion. LW703C

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. LW704C