Straight from the schoolhouse
A new webinar series from Bell & Gossett designed to bring the Little Red Schoolhouse's hydronic training straight to your screen
Join us for one-hour webinars covering the fundamentals of hydronic systems, taught by our technical training manager Taylor Goade.
Registrants will receive a recording via email after each webinar.
Straight from the Schoolhouse Webinars (2-3PM ET)
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On demand: Calculating Fundamentals of Flow & Head
Attendees will learn how to calculate flow rate and head loss values with example calculations being provided.
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On demand: Hydronic Balancing - What, Why, & How
Attendees will be introduced to the fundamental concept of hydronic system balancing and its function.
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On demand: Adaptive Re-use
We will summarize how to address decarbonization in existing buildings and highlight the most immediate opportunities to help our built environment, and its infrastructure, operate more efficiently and sustainably.
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On demand: Pump Curves Introduction
Attendees will learn to read pump curves and use them to size centrifugal pumps.
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On demand: Managing Air in Hydronic Systems - An Introduction
We will discuss the importance of managing air in hydronic systems.
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On demand: Control Valves & Authority - An Introduction
We will host a more technical discussion on control valves and their role in hydronics systems.
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November 20: Data Center Cooling Strategies
We will discuss the role of liquid cooling and optimal heat transfer techniques
Speaker
Taylor Goade
Taylor Goade is a training manager for Xylem’s Bell & Gossett Commercial Buildings team as well as an instructor in the Little Red Schoolhouse training facility. His 10+ years of industry experience encompasses hydronic and steam system design, application, and troubleshooting knowledge acquired as a mechanical engineer, field representative, and manufacturer. In addition to this experience, Taylor also holds Bachelor’s and Master’s Degrees in Mechanical Engineering.
Straight from the Schoolhouse
Same trusted education, now more accessible than ever.