Haydale has partnered with Levidian Nanosystems and DC Cooling Solutions to commercialize a graphene-enhanced cooling fluid additive that increases thermal conductivity by 28 percent. The companies are currently in advanced discussions to deploy the technology across 200MW of data center compute capacity within the next year.
The immediate implication of this graphene-enhanced fluid is increased thermal headroom for data center operators, allowing for higher rack densities without expanding physical cooling footprints. As streaming platforms and cloud providers integrate more power-hungry AI processors, managing heat becomes a primary bottleneck for scaling compute capacity. This technology offers a path to overclocking chips and reducing energy consumption in direct-to-chip cooling loops, which is critical for maintaining margins as infrastructure costs rise. Watch for the conversion of the 200MW pipeline into active deployments to validate the fluid's performance in live production environments.
Haydale has developed a graphene-based Super-Efficient Thermal Transfer Fluid (SETTF) that improves data center thermal conductivity by 28 percent. Developed with Levidian Nanosystems and DC Cooling Solutions, this technology allows operators to increase rack density and manage heat from power-hungry AI processors without expanding their physical cooling infrastructure footprints.
The fluid increases thermal conductivity in data centers by 28 percent, allowing for higher rack densities and better heat management for AI processors.
The SETTF requires only 0.05 percent of the total fluid volume to match the thermal conductivity of pure water.
Initial installations are scheduled to begin within the next 12 months, with advanced discussions currently underway for 200MW of compute capacity.
A new joint venture with Liquitherm Technologies Group will manage the manufacturing and distribution of the fluid for the data center market.
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