In January’s webinar, instructor Mike Mancini discusses the key aspects of suction recirculation in pumps, including its effects on performance and strategies for managing effectively.
Tag Archives: Hydro University
Webinar: Taming Bad Actors with Data & Analysis – Sponsored by Pumps & Systems Magazine
Being able to accurately and efficiently diagnose the root cause of problematic behavior in “bad actor” pumps is essential to ensuring reliable operation and reducing total cost of equipment ownership.
In this webinar featuring Hydro’s Kyle Bowlin and Glen Powell, centrifugal pump case studies are used to highlight analytical methodologies for identifying and resolving problems in rotating equipment. Discussion will focus on vibration analysis using advanced methods to understand possible resonant conditions.
Seminar- Hands-On Vertical Pump Training (Chicago)
Attend this two-day seminar designed to provide a comprehensive understanding of vertical turbine pumps. Led by Hydro’s professional instructors and experienced field service specialists, this course combines expert instruction with hands-on training to help participants enhance pump performance and reliability.
Three Classroom Modules:
- Vertical Pump Fundamentals
- Pump Inspection & Rebuilding Guidelines & Techniques
- Vertical Pump Failure Modes & Case Studies
Hands-On Module:
- Full-size Goulds multistage vertical turbine pump, including two bowl assemblies, columns, and discharge head
- Includes alignment techniques
View the class flyer for more information. Contact us for group rates.
Webinar: Understanding Pump Failure Modes with Real World Case Studies
In December’s webinar, instructor John Neely discusses common pump failure modes, sharing real-world case studies and insights on identifying key issues during equipment health reviews, with lessons learned from as-found conditions and site-specific challenges.
Webinar: Net Positive Suction Head (NPSH)
In November’s webinar, instructor Bob Jennings helps you understand atmospheric pressure, the physics of fluids, vapor pressure, cavitation, how to calculate NPSH, and the different methods that can be used to eliminate or reduce cavitation.