Valve Sizing and Selection Webinar
Practical hydronic know-how for HVAC installers – 9 June 2pm | Free of Charge
Master Hydronic Design for Optimal HVAC Performance
Noisy valves, unstable control, low ΔT?
In many HVAC systems, the root cause isn’t the controller – it’s the valve. This makes mastering correct valve sizing and selection not just important, but crucial for project success. This session will provide clear, practical knowledge and Siemens' advanced tools to confidently address these challenges, ensuring stable control, easier commissioning, and enhanced energy efficiency in your projects. You’ll also see a live demo, practical examples, and have the chance to ask questions directly to a hydronics expert.
Benefits
This webinar is designed for:
- HVAC Installers
- Engineers
- Planners
- Anyone looking to improve their understanding of hydronic system behavior
What you'll learn
- Identify common HVAC valve types and where they fit best in your systems.
- Understand valve flow characteristics and why coils behave in non-linear ways.
- Correctly size static valves (using the Kvs approach) and check valve authority.
- Effortlessly select dynamic valves (PICV) with design flow and presetting logic.
- Discover which Siemens tools will support your sizing and selection process, making it quicker and more reliable.
Our expert: Alejandro Gonzalez Pozo
Alejandro Gonzalez Pozo is a Global Product Manager for valves and actuators at Siemens Smart Infrastructure, based in Zug, Switzerland. He is a recognized hydronics expert, specializing in control valves, pressure‑independent control valves (PICVs), and dynamic hydronic balancing for HVAC applications.
Alejandro works closely with OEMs, system integrators, and installers worldwide, supporting the design and implementation of energy‑efficient, stable hydronic systems. He holds a degree in Mechanical Engineering and a Master Fluid Mechanics and in Economics and regularly acts as a speaker in Siemens webinars, customer trainings, and educational video series, where he focuses on translating hydronic theory into practical, site‑ready guidance for real‑world projects.
