Pumps Design — Pressure Booster Systems
Pressure booster systems play a critical role in maintaining reliable water pressure in commercial and institutional buildings. This webinar explores the fundamentals of pressure boosting, including why multi-pump systems are commonly used, how proper sizing impacts performance, and the key design considerations that influence efficiency, reliability, and lifecycle cost. Participants will learn practical methodologies for evaluating demand requirements and selecting appropriately sized booster systems for real-world applications.
The course also examines system protection strategies and safety features that help prevent equipment damage, reduce downtime, and improve operational reliability. Attendees will gain insight into pressure tank sizing best practices, common design pitfalls, and the relationship between booster controls, pressure stability, and system performance. Through practical examples and application-focused discussion, participants will leave with the knowledge needed to design, specify, and evaluate booster systems with greater confidence in commercial building environments.
Professionals Who Would Be Interested in Attending
Professionals who already understand pump fundamentals and selection and are now responsible for reliable, efficient operation and control, including:
- Mechanical engineers involved in domestic water system design
- Plumbing engineers and plumbing designers
- Consulting engineers specifying pressure booster systems
- Facility managers responsible for water distribution performance
- Contractors and design-build professionals working on commercial buildings
- Building owners and operators seeking to improve system reliability
- Technical sales professionals supporting plumbing and pumping solutions
- Intermediate-level professionals seeking a deeper understanding of booster system design and protection strategies
Presenter: Irfan Ahmed Ashrafi - Technical Sales Manager - Plumbing Systems
Webinar overview
01-21-2027
02:00 - 3:00 ET
English