The Chemours Company and 2CRSi have entered into a Joint Development Agreement to accelerate deployment of two-phase liquid cooling solutions for high density servers and IT equipment. This announcement follows the successful qualification of Chemours’ Opteon two phase immersion cooling fluid in 2CRSi server platforms, validating its readiness for commercial scale deployment.
Meeting the Thermal Demands of AI and High-Performance Computing:
Modern AI training, inference workloads, and HPC simulations require tightly packed accelerators that generate substantial heat. Two phase liquid cooling addresses this by using phase change heat transfer, where the coolant absorbs heat as it boils and then condenses back into liquid form. This method enables highly efficient thermal dissipation compared to traditional air-cooling systems.
According to Nathan Blom, Vice President of Liquid Cooling at Chemours, two phase liquid cooling is key to unlocking the next generation of high-performance computing while significantly reducing energy and water consumption. He emphasized that the collaboration with 2CRSi will help customers future proof infrastructure and transition toward more efficient and resilient digital ecosystems.
By combining Chemours’ expertise in advanced thermal fluids with 2CRSi’s engineering capabilities in high density server design, the partnership aims to deliver scalable and reliable cooling architectures suited for AI centric environments.
Energy Efficiency and Sustainability Advantages:
One of the strongest advantages of two-phase liquid cooling lies in its sustainability impact. The technology can reduce cooling energy usage by up to ninety percent and enable power usage effectiveness levels approaching one. Reduced dependency on mechanical chillers and air conditioning systems leads to lower operational expenses and minimized carbon emissions.
Additionally, the cooling fluids are designed for recovery and reuse, supporting circularity initiatives and responsible environmental practices. As global data center operators face stricter energy efficiency regulations and climate commitments, advanced cooling technologies are becoming strategic necessities rather than optional upgrades.
Advancing High Density Server Innovation:
2CRSi has been recognized for pioneering compact and energy efficient server systems. Alain Wilmouth, CEO of 2CRSi, stated that the company has always been at the forefront of server cooling innovation. He highlighted that collaboration with Chemours reflects a shared vision to address the surging energy demands of AI and GPU accelerated computing while paving the way for compact and energy efficient edge data centers.
The joint development initiative will focus on optimizing direct to chip and immersion cooling systems, enabling servers to operate reliably in increasingly dense rack environments. This advancement supports applications ranging from hyperscale AI clusters to edge computing platforms powering low latency use cases such as autonomous systems and advanced telecommunications networks.
Impact on the Data Center Industry:
The collaboration between Chemours and 2CRSi signals a broader transformation within the global data center ecosystem. As AI workloads expand rapidly, operators are reevaluating infrastructure strategies to balance performance growth with sustainability goals. Two phase liquid cooling offers a pathway to achieve higher compute density without proportionally increasing power consumption or environmental impact.
By accelerating commercialization through joint innovation, the partnership is likely to influence adoption trends across hyperscale, enterprise, and edge facilities. The integration of advanced thermal management technologies will play a critical role in enabling next generation digital services and AI driven applications.
Conclusion:
The Joint Development Agreement between The Chemours Company and 2CRSi marks a significant milestone in the evolution of high-density server cooling. Through successful fluid qualification and strategic collaboration, both companies are positioning two phase liquid cooling as a foundational technology for future AI and HPC infrastructure. As data center performance demands intensify, energy efficient and sustainable cooling solutions will become central to industry transformation, and this partnership sets a strong precedent for the future of advanced thermal management.
