HPC in Research & Medicine

GPU cluster thermal design, liquid-cooled infrastructure, and cleanroom-adjacent HPC facilities for research-grade computing environments.
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The Challenge

Modern GPU clusters consume 300-500 W per compute node; multi-node facilities reach 1-2 MW thermal load. Cleanroom adjacency for medical imaging and process isolation for genomics demand multidisciplinary engineering precision.

Our Approach

Thermal Architecture

Direct-to-Chip cooling enabling PUE below 1.1. Two-Phase Immersion Cooling for 5-6x density. Cleanroom-adjacent design. Waste heat recovery for facility HVAC and district heating.

Electrical Infrastructure

Redundant power (N+1, N+2) for 99.99% uptime. UPS for HPC transient loads. Generator integration with automated transfer switches.

Design & Delivery

Strategic consulting, 3D thermal modelling, CFD analysis, modular construction, and remote monitoring infrastructure.

Applications & Outcomes

  • Medical Imaging AI: 400% performance improvement; 45% energy reduction
  • Genomics Sequencing: 20-30% higher throughput; 60% heating demand reduction
  • Particle Physics: Specialist cooling for superconducting systems; 99.99% uptime

Ready to Discuss Your HPC Facility?

We combine thermal authority, research facility expertise, and dual-jurisdiction regulatory mastery for mission-critical HPC environments.

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