Immersion Cooling

Single and dual‑phase immersion for 100 kW+ rack‑equivalent densities, AI‑managed for stable thermals, smaller footprints, and lower energy use

Immersion CoolingOverview

Desert Dragon operates immersion-ready halls as a managed service, integrating tank-based compute blocks (typically two racks per tank), plate-and-frame heat exchangers, and continuous fluid telemetry including inlet and outlet temperature, flow, ΔT, and viscosity. Immersion cooling removes server fans and thermal hotspots, enabling significant density gains beyond traditional air cooling while maintaining stable clock performance across extended AI training and inference workloads, ideal for national-scale programs and enterprise GPU estates.

Through our proprietary AI platfrom, FinBladeAI, our NOC and SOC teams continuously monitor, predict, and optimize thermal behavior in real time, adjusting operating setpoints, scheduling maintenance windows, and executing guided incident runbooks. This ensures client environments sustain peak performance with transparent SLOs and fully auditable operational changes. 

Our promise is simple: silicon runs cooler, faster, and longer by design, not by chance.

Performance & Efficinecy Benefits

Immersion-ready infrastructure enables ultra-high compute density, delivering 5–10× greater capacity per rack while reducing cooling energy by up to 40% and lowering data center footprint by up to 50%.

Capabilities & Features

Our DTC cooling ecosystem is purpose-built for modern AI and HPC hardware, enabling rapid deployment of high-density server racks without additional engineering. Integrated direct-to-chip liquid cooling allows customers to deploy high-performance hardware without custom cooling integration.

Operational Stewardship​

Implements sampling cadence, particulate control, spill containment, and qualified service windows under documented runbooks.​

Heat Rejection Integration​

Connects tanks and CDUs to dry coolers or campus loops, sized for seasonal efficiency and redundancy.​

Scale Out by Design​

Starts with pilot tanks and expands to cluster blocks with staged CDU and heat-rejection adders, without rearchitecting the hall.​

AI Powered Controls​

FinBladeAI learns workload patterns, forecasts heat load, and auto-tunes flows and temperatures for stable training and inference SLOs, exposed through dashboards and reports.​

Reliability Engineering​

Deploys redundant pumps, supports concurrent maintenance, and tracks component health with alerting and trend analytics.​

Interoperability & Lifecycle Enablement​

Supports multi-vendor tanks and qualified dielectric fluids; provides OEM-aligned retrofit guidance and qualifies server SKUs for immersion service.​

Operational Outcomes forImmersion Cooling Infrastructure

The following outcomes illustrate the operational value delivered by immersion-ready infrastructure, along with key deployment considerations that support safe, reliable, and scalable implementation.

  • Higher sustained performance for multi-GPU nodes operating under long-duty cycles.

  • 5–10× density gains compared to conventional air cooling, enabling significantly smaller infrastructure footprints.

  • Lower cooling energy per rack and measurable improvements in overall facility PUE.

  • Predictable operations through AI-managed setpoints, SLO dashboards, and full change and audit trails.

  • Deployment considerations kept simple for operational clarity and planning.

  • Fluid selection: Single- or dual-phase fluid choices aligned with safety requirements, target density, and service models.

  • Site readiness: Verification of floor loading capacity, service clearances, and deployment logistics.

  • OEM alignment: Certain OEMs require approved immersion kits or certified integrators to maintain warranty compliance.

Secure, Flexible Hyperscaling &
Colocation Solutions

Get in touch with us to learn how our secure colocation environments and industry-leading interconnection services can support your growth and ensure operational continuity.