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As power generation moves onsite, waste heat becomes a powerful resource – and a valuable opportunity for contractors serving data centers.

By rethinking the role of the driveshaft as a linchpin of mechanical stability, today’s data center cooling towers are engineered to thrive under relentless, ever-changing thermal loads.

Explore how hospitals and other critical facilities must rethink emergency power and resilience strategies as extreme weather and grid stresses create increasingly complex and challenges.

Stack effect isn’t just an HVAC nuisance – it’s a physics issue that shapes every decision in high-rise residential conversions.

The USC Brain Health Center integrates advanced clinical care, research, and technology to improve outcomes for patients, writes Michael Scruggs, PE, project manager at RMF Engineering.

This article explores how large facilities are using alternative cooling tower treatment strategies, like advanced oxidation processes (AOP), to reduce water use and operational costs without sacrificing uptime.

Budderfly and Viridi are rolling out 100 battery energy storage systems across commercial sites nationwide, promising seamless integration with HVAC and building systems to boost resiliency and lower costs.

By connecting data center waste heat to district heating networks, operators and cities can transform an environmental challenge into a community resource.

As Northern Virginia’s data center boom strains power, water, and infrastructure, industry leaders are turning to district energy to transform waste heat into a scalable, low-carbon resource.

By swapping complexity for simplicity, turnkey electrode boilers are helping industries electrify fast – no hard hats or headaches required.