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As AI heat output outpaces air cooling, data centers must adopt hydronic cooling. Water scarcity is also driving these designs toward efficient, closed-loop systems.
How layered suppression strategies — from wet pipe to preaction to clean agent — protect irreplaceable collections at the Baltimore Museum of Art.
June 1, 2026
Discover how the Baltimore Museum of Art uses layered fire suppression strategies—from wet pipe to preaction to clean agent systems—to protect irreplaceable collections from both fire and water damage.
Hydronic cooling systems offer relief as high-density chips and AI workloads push thermal management to the edge.
February 2, 2026
As AI and high-performance chips push traditional cooling to its limits, discover how hydronic systems and smart monitoring are revolutionizing data center thermal management to ensure future resilience and efficiency.
Early off-world construction will be done largely through prefabricated, fully tested modules built on Earth and deployed/installed by robotics, with human expertise guiding remotely.
As space exploration shifts to long-term habitation, the success of off-world infrastructure will rely entirely on the foundational expertise and precision of the trades.
Mentorship cannot be treated as a side task squeezed into already full schedules. Mentors must intentionally set aside time — and mental space — to be effective.
June 1, 2026
To combat the impending retirement wave and transfer critical institutional knowledge, engineering firms must embrace intentional, structured mentorship to prepare the next generation of talent for real-world challenges.
As data center construction rapidly expands, project teams must carefully weigh the critical tradeoffs between protection, cost, and operational impact to choose the right fire protection strategy.
Other recommendations include proper mixing valves, adequate disinfectant residuals and flushing/cleaning maintenance to manage biofilm and stagnation.
Designing a safe domestic hot water system requires balancing the need for high distribution temperatures to prevent Legionella growth with code-compliant temperature controls to eliminate the risk of scalding at the fixture.