Course Description

Following a concise review of pump fundamentals, the one day class moves into the equations and principles that govern pump operation and system behavior. Students will explore the mathematics behind pump theory, including affinity laws and Bernoulli’s equation, and learn how these principles apply to real systems. The basics of pump selection software will be covered, along with the minimum system and process information required to properly select a pump. System design best practices and common pitfalls will be discussed, emphasizing how design decisions directly impact reliability, efficiency, and maintenance requirements. Practical, scenario-based exercises will allow students to evaluate operating conditions and select the most appropriate pump for each application. The course also addresses life-cycle cost analysis, highlighting the long-term impact of prioritizing initial purchase price over total cost of ownership. Mechanical seals and common seal plans will be reviewed, with guidance on selecting appropriate seal designs and materials of construction for specific services. By the end of the course, attendees will be able to: -Apply pump theory equations to real system design -Use pump selection software effectively -Identify the critical data required for proper pump selection -Design pump systems that promote reliability and efficiency -Evaluate life-cycle cost versus initial cost -Select appropriate mechanical seal types and seal plans The goal of Pumps 301 is to equip attendees with the knowledge and confidence to properly design pump systems and select pumps for new or modified processes. When partnering with local distributors or vendors, participants will be able to engage as informed stakeholders and confidently specify pumps suited to their application.