ThermalWorks accelerates time to compute and delivers maximum performance for high density workloads. Backed by gigawatt-scale manufacturing.

1.15 Average PUE

Measured not modeled
industry-leading efficiency.

A holistic, end-to-end design optimized for free cooling delivers compounding, system-wide efficiencies that maximize tokens-per-watt.

Up to 60º ΔT

Delta T Flexibility without compromise

A single platform runs high-temp and low-temperature circuits simultaneously to enable field configurations that match actual—not forecast— compute requirements.

Unmatched Efficiency. Zero Water Consumption.

Built for density.
Deployed at scale.

AI-Ready Cooling

Support densities to 70 kW/rack with air cooling and 200 kW/rack with liquid cooling today—prep for emerging 600 kW racks in the future

Massive water savings

Ultra-efficient waterless cooling saves billions of gallons of water each year even in high ambient temperatures beyond 135ºF.

Integrated Heat Recovery

Integrated waste heat recovery technology transforms 100% of IT waste heat into low-cost, high-grade heat.

RAPID DEPLOYMENT  

Fully integrated Central Chiller Plant and plug-and-play modularity enable the fastest deployment in the industry.

Next-gen performance

Adaptive, scalable cooling for high-density AI environments. ThermalWorks’ field-configurable systems respond dynamically to changing operating conditions, sustaining performance across liquid and air workloads.

Co-engineered

Designed hand-in-hand with hyperscalers, AI cloud providers, and leading OEMs, ThermalWorks cooling systems are developed dynamically to meet customer deployments, then mass-manufactured at a global scale.

Accelerate Time to Compute

Integrated design and factory commissioning deliver plug-and-play systems with minimal field labor. Global-scale production compresses delivery, accelerate time to first token.

Turn Heat Into Value

Integrated heat recovery captures waste heat at usable temperatures with little-to-no upgrade stage required. ThermalWorks' dispersed heat eliminates the need for energy intensive operations to supply district heating networks or desalinate/purify water for offsite use.

60-80°C (140°F)

hot water from heat produced

80+ warehouses

heated reliably

50,000+ gallons

purified water per day

100%

waste heat repurposed

A Fully Integrated  Cooling Ecosystem

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Multi-Function Chiller Plant

Free, trim, and full mechanical cooling with pumps and controls in one fully integrated unit. Autonomous operation shifts between modes to maximize free cooling hours, even at high ambient temperature. Hydronic loop conditions adapt to optimize liquid-side or air-side performance.

Liquid Cooling Distributor Units

Row-based 1 MW & 2.5 MW CDUs for direct liquid cooling, with 2° C approach at 100% load. Built-in redundancy and intelligent controls hold precise flow through load swings to maximize compute performance and tokens per watt. Enables scaling retrofits to full AI factory deployments.

Polypropylene Piping

Pre-fabricated Aquatherm piping reduces on-site labor and can be installed in live environments with near-zero downtime. Heat fusion welds pipe into a single monolithic material: no gaskets, no threads, no leak paths. Inert polypropylene doesn't scale or corrode. Rated to 200°F and 100 psi, a rapid-install platform for the entire cooling chain.

Precision Air Handlers

Maximize air cooling to where it’s needed with long-throw targeted airflow, custom microchannel coils, and fan arrangements that minimize pressure drop, extend service life, and cut fan energy overhead by 50%.

Hot Aisle Containment

Pre-fabricated, ready-to-connect, and configurable HAC combines thermal management with pre-installed data, power, and technical water infrastructure. Minimize on-site labor, standardize performance, and accelerate time to compute.

Cooling Innovation. AI scale

ThermalWorks designs, develops, and mass-manufactures advance cooling solutions for hyperscale & AI cloud providers.

Design

With more than 100 patents in thermal management under their belts, the ThermalWorks engineering team designs systems via two deployment paths: a standard high-performance portfolio that’s ready to configure; and fully custom approach engineered to a customer's specific requirements.

Development

Advanced prototyping equipment, environmental simulation, and comprehensive in-house testing take ThermalWorks designs from concept to production-ready hardware. Development cycles run in months, not years.

Mass Manufacturing

ThermalWorks products are built on high-throughput, industrialized production lines in North America and Europe, producing multiple gigawatts of cooling capacity per year. For high-volume customers, ThermalWorks provisions dedicated production lines, reserving capacity and anchoring lead times against forecast demand.

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