ChemTreat Launches New Program for Direct-to-Chip Data Center Cooling
Veralto’s company, ChemTreat, recently announced the launch of its “comprehensive treatment and monitoring program” made for direct-to-chip (D2C) liquid cooling systems in high-density data centers operating AI. The program is dubbed “CTSolutions D2C”, and comes to meet the demands for advanced monitoring, fluid reliability, and control driven by the accelerated rate of worldwide data center development from AI, High Performance Computing (HPC), and next-generation workloads.
In a PR Newswire press release, the company states that “D2C cooling is becoming essential to maintaining rack densities and thermal performance” and elaborates that the program “CTSolutions D2C addresses this shift by delivering a fully integrated approach to water treatment technology, service, monitoring, and automation.” ChemTreat says that CTSolutions D2C helps data centers meet imperative uptime targets by supporting sustained system reliability and efficiency.
"This launch is about readiness and risk reduction at scale," said Jacob Paugh, Director of Commercial and Institutional Business at ChemTreat. "D2C systems require more than chemistry, they need continuous monitoring, system cleanliness, and a preventive mindset. CTSolutions D2C is designed to support these needs from pre-commissioning through full operation."
The CTSolutions D2C program includes industry-standard coolants to provide compatibility with a multitude of OEM systems, specialty biocides made particularly for D2C applications, the CTVista+ monitoring platform to provide insights into alerts, fluid chemistry, and performance. These are just a few of many features the program includes that can be helpful in data centers.
“Our CTSolutions® D2C package is more than a product, it's a partnership," said Paugh. "We're bringing together our best-in-class aqueous coolant technologies, rapid monitoring tools, and decades of field expertise to help data centers operate more efficiently and reliably from day one."