Chemours and DataVolt Forge Strategic Alliance to Accelerate Liquid Cooling Adoption and Foster Innovation in AI-Driven Data Centers
The Chemours Company (NYSE: CC), a global leader in advanced chemistry and material solutions, has entered into a strategic agreement with DataVolt, a prominent designer, developer, and operator of sustainable digital infrastructure. This forward-looking collaboration is focused on the development, demonstration, and adoption of advanced liquid cooling technologies for data centers, in response to the escalating demand for high-performance computing and the growing influence of artificial intelligence (AI).
Through this partnership, Chemours and DataVolt aim to lead the charge in transforming the way data centers manage heat and energy consumption, particularly as next-generation computing applications—including AI, machine learning, and high-density chip technologies—place increasing pressure on infrastructure efficiency and sustainability. The companies will focus specifically on pioneering two-phase direct-to-chip cooling and two-phase immersion cooling methods, among other innovative thermal management approaches.
Advancing Liquid Cooling Technologies
Liquid cooling is gaining rapid traction as the future of thermal management in data centers, offering a viable and sustainable alternative to traditional air-based cooling systems. With data centers accounting for a growing share of global energy consumption, the need for more energy-efficient cooling methods has become a top priority for industry stakeholders. Liquid cooling not only addresses performance limitations but also enables substantial reductions in water and power usage.
The Chemours-DataVolt collaboration will harness the unique strengths of both organizations. Chemours, with its legacy in material science and thermal management technologies, brings to the table its advanced line of Opteon™ dielectric fluids. These ultra-low global warming potential (GWP) fluids are engineered for use in two-phase cooling systems, offering superior heat transfer capabilities while meeting increasingly stringent environmental standards.
DataVolt, on the other hand, contributes deep expertise in designing and operating scalable, high-performance, and environmentally responsible digital infrastructure. Their future-ready AI data centers are built with modularity, efficiency, and rapid deployment in mind—ideal characteristics for integrating next-generation cooling technologies.
Executive Perspectives on the Collaboration
The significance of this partnership was underscored by Denise Dignam, President and CEO of Chemours, who stated, “Our collaboration with DataVolt represents another significant step in our liquid cooling roadmap. By combining our thermal management expertise with DataVolt’s knowledge of designing and operating sustainable data centers, we can accelerate the adoption of liquid cooling and other innovative technologies.”
Dignam added that the partnership is not only about technical advancement but also about reducing the total cost of ownership (TCO) for data center operators and minimizing their environmental impact. “Our goal is to deliver scalable solutions that maximize performance and efficiency while driving meaningful sustainability outcomes. We are thrilled to work alongside DataVolt and other industry leaders to build a more responsible and future-ready digital infrastructure.”
Echoing this sentiment, Rajit Nanda, CEO of DataVolt, emphasized the importance of collaboration in meeting the data processing demands of the future. “We are excited to announce this agreement with Chemours to develop state-of-the-art solutions—including liquid cooling technologies—for our AI-driven data centers,” Nanda said. “This collaboration underscores our commitment to being at the forefront of innovation as we build data centers that are not only high-performing but also sustainable and cost-effective.”
Nanda highlighted the mission-critical role of liquid cooling in supporting the deployment of AI factories, which are often characterized by exceptionally high compute densities. “By integrating Chemours’ advanced liquid cooling solutions, and by partnering with key players across the industry, we aim to build data centers that are more efficient, rapidly scalable, and prepared to meet the performance needs of next-generation AI workloads.”
Meeting the Demands of AI and High-Performance Computing
The data center industry is undergoing a paradigm shift fueled by exponential increases in data generation, AI workloads, edge computing, and hyperscale cloud deployments. Conventional cooling methods—relying heavily on chilled air and massive mechanical HVAC systems—are no longer sufficient to manage the heat generated by modern, high-density processors such as GPUs and ASICs used in AI applications.
This is where Chemours’ liquid cooling technologies shine. Two-phase immersion cooling, for example, submerges electronic components in a specially formulated dielectric fluid that changes phase (from liquid to vapor) as it absorbs heat. This method enables heat to be removed far more efficiently than traditional air cooling, while significantly reducing energy usage. Chemours’ Opteon™ dielectric fluids offer an optimal balance of thermal performance, environmental responsibility, safety, and longevity.
According to internal data and third-party evaluations, Chemours’ Opteon™ fluids used in liquid cooling applications can deliver:
- Up to 90% reduction in cooling energy consumption, significantly lowering operational costs.
- Up to 40% reduction in total cost of ownership (TCO) by eliminating or downsizing expensive HVAC systems and infrastructure.
- Near elimination of water usage, addressing growing global concerns around water scarcity.
- Improved rack density and computational throughput, enabling operators to house more servers per square foot without performance degradation.
- Circularity and heat recovery, allowing data centers to repurpose heat for district heating or internal energy reuse and reclaim and recycle dielectric fluids, reducing environmental waste.
Driving a Broader Ecosystem of Innovation
The agreement between Chemours and DataVolt is part of a broader industry effort to future-proof digital infrastructure. As part of the partnership, both companies plan to work with other stakeholders—equipment manufacturers, software vendors, system integrators, and standards bodies—to develop a shared roadmap for liquid cooling and sustainable data center design.
Chemours has also been investing heavily in its liquid cooling portfolio in recent years, seeking to build a comprehensive suite of solutions tailored to modern computing environments. The company has made its Opteon™ fluids available to original equipment manufacturers (OEMs) and data center operators, while also supporting pilot deployments, field trials, and industry research efforts.
Similarly, DataVolt is expanding its global footprint with an emphasis on modular, AI-optimized data centers that can be deployed in diverse locations with minimal environmental impact. Their approach combines cutting-edge engineering with sustainable practices, such as renewable energy integration, circular cooling systems, and real-time energy monitoring to enhance operational transparency and compliance.
A Vision for the Future
Ultimately, the partnership between Chemours and DataVolt represents a bold vision for the future of digital infrastructure—one that aligns performance with planetary responsibility. By investing in innovation today, these companies are positioning themselves—and their partners—to meet the unprecedented compute demands of tomorrow without compromising on energy efficiency or environmental stewardship.
As AI becomes more deeply embedded in everyday technologies—from healthcare and finance to manufacturing and logistics—the role of high-performance, sustainable data centers will only become more critical. With this new agreement, Chemours and DataVolt are sending a strong message: the future of computing is not only faster and smarter but also greener.
For more information about Chemours’ Opteon™ cooling solutions and ongoing sustainability initiatives, visit Opteon.com.
