Data Center Solutions: Precision Performance through Balancing & Air Removal
Supporting resilient, energy-efficient, mission critical systems
Sponsored by Aalbert Hydronic Flow Control | Presented by James Baggley
Webinar On-Demand
Join us for a data center-focused webinar exploring the critical role of air removal and system balancing in maximizing efficiency and reliability. Whether you're involved in design, installation/set-up, operations, or facility optimization, this session provides actionable strategies to support resilient, energy-efficient, mission critical systems. Learn how Aalberts hydronic flow control solutions—like the Vacumat Eco and UltraMatic—tackle dissolved gases, optimize flow, and ensure stable performance in high-demand environments. We’ll cover how proper air separation and hydronic balancing help maximize operational efficiency, reduce maintenance and minimize downtime.
Image courtesy of Aalbert Hydronic Flow Control
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James Baggley is the Senior Applications Engineer at Aalberts hydronic flow control and the company’s lead technical trainer. With over seven years of experience, James specializes in helping engineers, contractors, and building owners apply efficient hydronic solutions in complex, mission-critical environments like data centers. His in-depth product knowledge and practical approach to system design and optimization make him a go-to expert for real-world application support and system education. |
For nearly 50 years, Aalberts hydronic flow control has been on the cutting edge of engineering technology, working with its customers to create seamless solutions for their needs. Sustainability is just common sense. We are committed to achieving our goals sustainably, and to offering our customers quality solutions that are clean, green, and waste-free.
Nexus and Flamco, part of Aalberts NV, operate under the Aalberts hydronic flow control overarching brand and provide innovative and efficient solutions 'from source to emitter'.
Originally published in PM Engineer and Plumbing & Mechanical
Originally published in August 2025
LEARNING OBJECTIVES
- Compare available balancing solutions and evaluate how each maintains flow stability in high-demand cooling systems.
- Maximize server ΔT values using targeted air removal techniques and precision balancing.
- Quantify the impact of dissolved gases and air pockets on data center performance and reliability.
- Increase system efficiency by up to 15% through the removal of dissolved air.
