Cooling AI-Ready Data Centers with Resilient, Efficient Thermal Management & Responsible Water Stewardship Across Resource-Constrained, Urban & Climate-Variable Eastern Hubs
Cooling infrastructure has become one of the defining challenges for AI-ready data centers, with cooling now accounting for 40-50% of total facility energy use as GPUs surpass 1,000 W per chip. Across East Coast hubs, hot, humid summers and freeze-protection challenges are accelerating the shift from traditional cooling toward closed-loop chilled water, air-cooled chillers, and direct-to-chip liquid cooling systems. While water constraints are less severe than on the West Coast, growing scrutiny around power consumption, grid capacity, and utility costs is making climate-specific, efficient cooling design essential for scalability and community acceptance. As hyperscalers, colocators, and developers rapidly scale AI infrastructure, mechanical engineering teams continue to face mounting pressure to deliver resilient, energy-efficient cooling within increasingly constrained power, water, and urban environments.
Advancing Data Center Cooling Innovation East 2026 was the first and only forum dedicated exclusively to data center mechanical systems across established and emerging Eastern hubs, bringing together 80+ mechanical, thermal and cooling engineers from hyperscalers, colocators, developers, engineering firms and contractors for deep technical learning, peer-to-peer problem-solving, and unmatched networking to address how to deliver efficient, scalable and reliable cooling systems that will set the standard for the future of the digital economy across the East Coast.
Across the event, attendees had the opportunity to explore scalable liquid cooling deployment, optimize heat rejection strategies, improve water stewardship, navigate how cooling solutions can overcome grid and utility constraints, and future-proof cooling architectures for the next generation of AI-ready infrastructure. Through technical case studies, interactive discussions, and peer-led knowledge sharing, participants left with practical insights to tackle their most pressing cooling challenges and accelerate the deployment of efficient, sustainable data center infrastructure.
The event was designed to encourage personal interaction instead of just presentations
Chief Technology Officer, CleanCold Technologies
My role is tied to cooling technologies so it was great to see a conference specifically focused on this application. I was energizing to see the dialog between presenters and audience
Mechanical Engineer, Compass Data Centers
What a spectacular conference! This group of Liquid Cooling experts reviewed every detail of cooling options.
Business Development Manager, Hitachi High-Tech
It was a great experience engaging with industry leaders and learning how rapidly cooling strategies are evolving to support high-density AI workloads. What stood out most was the shift toward proactive, liquid-based and future-ready infrastructure design
Data Center Mechanical Engineer Microsoft
Explore the 2026 Full Event Guide
- Preview real‑world cooling case studies covering liquid, hybrid, and high‑density deployments under Eastern climate, grid, and water constraints
- See the full agenda at a glance, broken down by workshops, panels, and technical focus areas so you can prioritize what matters most to you
- Discover who you’ll hear from, with confirmed speakers from hyperscalers, colocators, and leading engineering firms
- Understand who attends, including the roles and organizations shaping mechanical cooling decisions
- Review registration options, early‑rate savings, and group discounts in one place
2026 Partners
2026 Attending Companies Included
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