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MIDAS, a pioneer in immersion cooling for data centres, is partnering with Oleon, a trusted provider of sustainable, bio-based oleochemical products.

Following extensive testing, Oleon's Qloe fluids have been officially approved for use in MIDAS' advanced plug-and-play immersion systems—marking a significant step forward in sustainable high-performance data-centre cooling.

The collaboration arrives as AI, high performance computing (HPC), and crypto workloads drive unprecedented heat densities amid increasing energy and water constraints.

Together, MIDAS and Oleon will deliver efficient, sustainable cooling that meets both performance and environmental requirements.

 MIDAS' immersion systems are engineered for the extreme demands of modern workloads, delivering significant energy savings and space reduction with built-in redundancy for maximum reliability.

This scalable, future-ready approach enables higher density with a smaller environmental footprint.

Oleon's Qloe fluids complement these systems: derived from renewable plant-based sources, they are biodegradable, non-toxic, and environmentally responsible.

With excellent dielectric strength, high thermal transfer, low viscosity, and high flash points, Qloe is ideal for safe, high-performance immersion cooling.

MIDAS Immersion CEO, Scott Sickmiller, data centres shouldn't have to choose between density and sustainability.

"By combining MIDAS's proven immersion platforms with Oleon's Qloe fluid, customers gain reliable thermal headroom with renewable, biodegradable chemistry—ready for AI at scale,” he said.

Data Centre fluids lead at Oleon, Maarten Trautmann , said the collaboration with Midas has been great.

"Midas has a long history of immersion cooling deployments and we've proven the compatibility of our systems, with a drive to sustainability and performance. I look forward to collaborating with Midas on a global scale,” Trautmann said.

Oleon specialises in the development and production of sustainable chemical solutions derived from natural, renewable resources.