We design, engineer, procure, and commission mechanical cooling systems for hyperscale AI data centers. Purpose-built thermal solutions engineered for the most demanding compute environments.
From initial thermal modeling to final system handoff, we deliver every phase of datacenter mechanical infrastructure under one contract.
Full mechanical engineering for cooling plants, piping networks, and air handling systems. Designed to meet your exact power density and redundancy targets.
Learn MoreDirect OEM relationships and master purchase agreements that eliminate long lead times. We secure equipment at volume pricing and align delivery to your construction schedule.
Learn MoreSystematic verification of every mechanical system before your first rack goes live. Our process catches issues before they become outages.
Learn MoreThermal architecture and mechanical layouts tailored for AI and HPC workloads. Every design is validated against real heat rejection profiles and density targets.
Learn MoreIndependent technical advisory for owners evaluating cooling strategies, vendor selection, or facility upgrades. Unbiased guidance backed by field data from dozens of hyperscale deployments.
Learn MoreFactory-built mechanical modules that ship ready to connect. Cut site labor by months and standardize quality across multi-campus deployments.
Learn More
We specialize in cooling systems for AI and high-performance computing facilities. This is not general HVAC. Every system we deliver is engineered for the extreme heat densities that high-performance compute environments generate.
Equipment lead times kill datacenter schedules. Our direct OEM relationships and master agreements eliminate that bottleneck.
We hold volume pricing with every major mechanical equipment manufacturer. That means faster quotes, priority production slots, and delivery timelines aligned to your construction milestones. No gaps. No idle crews waiting on gear.
Our Procurement ProcessTell us about your project requirements. Our engineering team will scope the mechanical infrastructure and deliver a timeline within one week.