This training provides detailed definition and instruction on how Net Positive Suction Head Available (NPSHA) is calculated. Various system calculation examples for NPSHA are worked through, which explain any nuance you may need to understand, including, calculations based on pressure measurements, tank levels, and system frictional losses are detailed. SKU: LW212B

This training provides detailed definition and instruction on how Net Positive Suction Head Available (NPSHA) is calculated. Various system calculation examples for NPSHA are worked through, which explain any nuance you may need to understand, including, calculations based on pressure measurements, tank levels, and system frictional losses are detailed. SKU: LW207F

This 2-part webinar Bundle will provide an overview of the basics of pump installation and maintenance and focusing on ensuring efficient, reliable, and safe operation. The participants will also learn about the pump types, construction and performance characteristics related to potential failure modes. SKU: WB508B

This webinar, accompanied by an extended Q&A session, aims to provide a comprehensive and practical resource for understanding common operating problems, maintenance, and troubleshooting related to pump systems. It caters to both novices and experienced professionals in the field. With a strong emphasis on real-world application issues, the presentation offers insights into the hydraulic principles underlying pump operation, addressing efficiency, performance curves, and system interaction matters. SKU: LW210C

This webinar series outlines the adverse effects of poorly designed pump piping which impacts overall system reliability and efficiency. Participants will be able to identify well-engineered pump piping designs that provide a uniform and symmetric fluid velocity profile to the pump and explain how this can help avoid cavitation problems, seals failures, and premature bearing issues. SKU: LW705C

This webinar will examine pump specific speed and its role in standard rotodynamic pump calculations. As an index of pump performance, specific speed provides valuable insight into the hydraulic characteristics of a pump, helps define the Preferred Operating Region (POR), and provides guidance on the impeller type that yields optimal pump efficiency. SKU: LW114C

This is a discounted bundle of seven (7) pump design related webinars: (1) Specific Speed and Attainable Efficiency for Rotodynamic Pumps (2) Axial Thrust in Rotodynamic Pumps: Calculations, Effects, and Mitigation Strategies (3) Radial Thrust and Shaft Deflection in Rotodynamic Pumps (4) Shaft Analysis and Bearing Life Calculations in Rotodynamic Pumps (5) Critical Speed in Rotodynamic Pumps: Dry, Lateral, and Torsional (6) Model Testing for Large Rotodynamic Pumps (7) Pump Physical Modifications and the Effects on Hydraulic Performance. SKU: WB100B

This presentation aims to give engineers a comprehensive understanding of axial thrust loads in rotodynamic pump operation. SKU: LW113C

This webinar covers the main water processing, solids handling processing and auxiliary flow processes for a typical 10 - 100 MGD water treatment plant. SKU: LW 213 A

This presentation provides engineers with a comprehensive understanding of radial thrust loads and shaft deflection in rotodynamic pumps. SKU: LW107C

This webinar covers the preliminary, secondary, tertiary and effluent management sections of a typical 10 - 100 MGD wastewater treatment plant. SKU: LW 214 A

This presentation aims to equip engineers with a comprehensive understanding of shaft stress, shaft stretch, and bearing life calculations in rotodynamic pumps. Attendees will gain fundamental knowledge, including key definitions, equations, and calculation procedures related to shaft behavior and bearing life. SKU: LW108C

This presentation aims to equip engineers with fundamental knowledge about the topic of critical speed in rotodynamic pumps. The webinar will encompass dry, lateral, and torsional critical speed along with essential principles, definitions, and their effects on rotodynamic pumps. SKU: LW109C

This presentation aims to provide engineers with a fundamental understanding of pump model testing for large rotodynamic pumps. SKU: LW111C

This presentation will provide engineers with an understanding of how physical pump modifications affect hydraulic performance in rotodynamic pumps. Engineers will gain comprehensive insights into trimming, underfilling, vane angle adjustments, and volute/casing modifications. SKU: LW112C