Event: DCD Connect | London, September 16-17 Read more

Data Center Technologies

A row of modern, high-density server racks featuring illuminated curved glass doors with warm internal lighting, situated on a white tiled raised floor inside a dimly lit data center room.

DCD>Connect | London

Bringing together more than 5,000 senior leaders working on Europe’s largest data center projects, DCD>Connect | London will drive industry collaboration, help you forge new partnerships and identify innovative solutions to your core challenges.

Munters Data Center Technologies is a market-leading provider of advanced climate solutions for cooling data centers. With a diversified product portfolio and extensive application knowledge, we create sustainable climate solutions for data center operators around the world. 

Visit Munters stand #5 to learn about our data center cooling solutions.

If you’re an end-user, specifier, investor or analyst from across the digital infrastructure ecosystem, register for your guest pass here.

Other registration types can register for a Vendor pass using the discount code: 20PERCENT.

Join us for the Debate: Efficiency vs. excess – How much cooling do we actually need?

Date: September 16 at 2:00 pm

Location: Main stage

Moderator: James Raddings, Digital Portfolio Lead, DCD

Speakers:

  • Jon Pettitt, Senior Director of Sales EMEA & APAC | Munters Data Center Technologies
  • Mohammad Salehi, Director Of Design Engineering – EU | Prime Data Centers
  • Christiaan Naude, Design & Engineering Lead EMEA | Vaultica Data Centers
  • Jon Summers, Research Lead – Data Centers | RISE Research Institutes of
    Sweden
  • Ozgur Duzgunoglu, Head of Engineering | Telehouse

Abstract: Europe’s cooling approach is being stress tested by high‑density workloads. Temperature bands, oversized plants, and legacy risk culture have shaped designs for years, but modern hardware, advanced adiabatic systems, and new fluid options are challenging those assumptions. As densities rise and efficiency becomes a core design driver, the question is whether current cooling stacks are engineered for efficient service delivery, or simply inherited from a different era.