Senior Vice President, Sales and Marketing Bryan Muzyka traveled to Washington, D.C. at the invitation of Senator Dave McCormick to advocate for the proposed Liquid Cooling for AI Act

LANCASTER, Pa. —July 24— Advanced Cooling Technologies, Inc. (ACT), a leading thermal management company headquartered in Lancaster, Pennsylvania, announced today that Senior Vice President, Sales and Marketing Bryan Muzyka recently traveled to Washington, D.C. at the invitation of U.S. Senator Dave McCormick (R-Pa.) to provide industry perspective on the proposed Liquid Cooling for AI Act of 2025.

The bipartisan legislation, introduced by Senators Dave McCormick (R-Pa.), Chris Coons (D-Del.), Ted Budd (R-N.C.), and Adam Schiff (D-Calif.), is designed to help advance U.S. leadership in artificial intelligence by supporting more efficient, resilient, and scalable data center infrastructure. As AI workloads continue to drive higher chip densities, higher rack power, and greater energy demand, liquid cooling is becoming an essential technology for enabling next-generation compute performance while reducing strain on utilities and water resources.

ACT brings a practical engineering perspective shaped by years of experience in advanced liquid cooling and two-phase thermal management. As AI infrastructure pushes beyond the limits of traditional air cooling, ACT’s work engineering, testing, and manufacturing high-performance thermal systems positions the company as a trusted technical resource for customers, policymakers, and industry partners working to scale liquid cooling responsibly.

“AI leadership will not be determined by compute alone. It will also depend on whether the United States can build the infrastructure to power, cool, and scale that compute responsibly,” said Bryan Muzyka, Senior Vice President of Sales and Marketing at ACT. “The Liquid Cooling for AI Act recognizes what our engineers see every day: cooling is no longer a secondary design consideration. It is becoming a core infrastructure requirement. We are honored to join Senator McCormick in this important conversation and to bring ACT’s technical perspective as a Pennsylvania company helping solve some of the country’s most urgent thermal challenges.”

The proposed legislation directs the Government Accountability Office to assess the research, development, and deployment conditions affecting liquid cooling utilization in AI compute clusters and high-performance computing facilities. It also requires the Department of Energy to evaluate those findings and submit recommendations to Congress on liquid cooling and heat reuse research and development.

The bill calls for comprehensive review of the factors that will shape liquid cooling adoption, including deployment, scalability, interoperability, lifecycle cost, safety, failure modes, resiliency, and cybersecurity. It also encompasses critical infrastructure and components such as coolant distribution units, secondary loops, manifolds, hoses, quick-disconnects, valves, pumps, filters, leak detection and containment, corrosion control, instrumentation, and controls.

For ACT, the discussion came at a pivotal moment. Data center operators, hardware manufacturers, and infrastructure developers are actively evaluating how to transition from traditional air cooling to more efficient liquid cooling architectures capable of supporting advanced AI systems. That transition requires more than selecting a cooling method. It requires engineered systems that can be validated, manufactured, integrated, maintained, and scaled reliably across real data center environments.

“As chip power continues to rise, cooling becomes more than an equipment decision. It becomes a national infrastructure issue,” Muzyka added. “Scaling AI responsibly requires more than adopting liquid cooling in name. It requires engineered systems, validated performance, reliable components, and practical best practices that can support real-world deployment. ACT was proud to contribute to that effort.”

ACT’s invitation to Washington underscores the growing recognition that thermal management is central to the future of AI infrastructure. By supporting informed research, industry collaboration, and practical best practices, the Liquid Cooling for AI Act aims to help the United States deploy AI infrastructure that is not only powerful, but also efficient, resilient, and scalable.

About ACT

Advanced Cooling Technologies, Inc. (ACT) is a premier thermal management solutions company providing design and manufacturing services to meet customers’ needs across all stages of the product lifecycle. ACT serves global customers in diverse markets including Defense, Aerospace, Electronics, HVAC, Data Centers, Enclosure Cooling, and Energy. The company specializes in innovative, performance-optimized thermal management technologies and solutions tailored to each customer’s unique requirements. For more information, visit 1-ACT.com.

Media Contact: amy.griscom@1-act.com