Reflect Scientific Secures Patents for Data Center Cooling with Cryogenic Innovation

Rhea-AI Summary

Reflect Scientific (RSCF) has secured a U.S. Patent for its innovative cryogenic cooling system designed for data centers and server farms. The "Room Portable Blast Chiller" uses liquid nitrogen to rapidly cool overheated IT environments, particularly during power surges, peak usage times, or brownout conditions.

The system features a compact, portable design requiring no external electrical connection, a patented heat exchanger for unrestricted cooling flow, and a wall-mountable version for permanent installations. This innovation addresses the increasing cooling demands driven by AI, cloud computing, and big data operations, offering an energy-efficient solution for maintaining high-performance computing systems.

Positive

• Secured U.S. Patent for innovative cryogenic cooling technology
• Addresses growing market need in data centers driven by AI and cloud computing
• System operates without external electrical connection, reducing operational costs
• Offers both portable and permanent installation options for flexibility

Negative

• Liquid nitrogen dependency may create supply chain and cost considerations
• New technology may face adoption challenges in conservative data center market

OREM, Utah, May 13, 2025 (GLOBE NEWSWIRE) -- Reflect Scientific, Inc. (Symbol: RSCF), a leader in cryogenic technology, today announced a U.S. Patent for its innovative system to cool computer rooms using cryogenic methods. This development addresses the growing challenge of heat management in data centers and server farms, especially as artificial intelligence and cloud computing dramatically increase computing loads and energy consumption.

The patented “Room Portable Blast Chiller” introduces a fast-response, energy-efficient system that uses liquid nitrogen to rapidly cool overheated spaces in IT environments. It is instrumental during power surges, peak usage times, or brownout conditions threatening sensitive computing hardware.

“With AI, cloud computing, and big data pushing the limits of today’s infrastructure, our cryogenic cooling system offers a sustainable and scalable solution,” said Kim Boyce, CEO of Reflect Scientific. “Our technology keeps high-performance systems running safely and efficiently while minimizing downtime and energy use.”

Key features of the new system include:

• A compact, portable blast chiller that can reduce a room’s temperature in minutes—no external electrical connection required.
• A patented heat exchanger design that delivers rapid cooling without flow restrictions.
• A version mountable to a wall for fixed installations, ideal for permanent server room integration.
  

This advancement reinforces Reflect Scientific’s commitment to cutting-edge cryogenic systems that serve the biotech, pharmaceutical, and IT infrastructure sectors.

About Reflect Scientific, Inc.
Reflect Scientific, Inc., based in Orem, Utah, develops and markets innovative, proprietary technologies in cryogenic cooling for the biotechnology, pharmaceutical, medical, and transportation markets. Among Reflect Scientific’s products are low-temperature freezers and refrigerated systems for laboratory, transportation, and computer server room uses. Visit reflectscientific.com for more information. See us on Twitter @ReflectSci and LinkedIn www.linkedin.com/company/reflect-scientific.

Forward-Looking Statements
This press release contains forward-looking statements within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. Forward-looking statements are not a guarantee of future performance or results, and will not necessarily be accurate indications of the times at, or by, which such performance or results will be achieved. Forward-looking statements are based on information available at the time the statements are made and involve known and unknown risks, uncertainties and other factors that may cause our results, levels of activity, performance or achievements to be materially different from the information expressed or implied by the forward-looking statements in this press release. This press release should be considered in light of the disclosures contained in the filings of the Company that are contained in the OTC Markets Group, LLC under the trading symbol “RSCF” and related prior filings by the Company that are referenced therein and contained in the EDGAR Archives of the Securities and Exchange Commission under the heading “Disclosure,” including those identified in such filings as “forward-looking statements.”

Contact
Investor Relations
801-607-1039
info@reflectscientific.com

FAQ

What is the new patent that RSCF received for data center cooling?

RSCF received a U.S. Patent for the 'Room Portable Blast Chiller', a cryogenic cooling system using liquid nitrogen to rapidly cool data centers and server rooms during high-demand periods.

How does Reflect Scientific's RSCF new cooling system work?

The system uses liquid nitrogen for rapid cooling, features a portable design requiring no external power, and includes a patented heat exchanger for unrestricted cooling flow. It can be used as a portable unit or wall-mounted for permanent installation.

What markets will benefit from RSCF's cryogenic cooling patent?

The technology primarily benefits data centers and server farms, especially those handling AI, cloud computing, and big data operations that generate significant heat and require efficient cooling solutions.

What are the key features of RSCF's Room Portable Blast Chiller?

Key features include a compact portable design, no external electrical connection requirement, patented heat exchanger for rapid cooling, and availability in both portable and wall-mountable versions.

How does RSCF's cooling system address data center challenges?

The system provides rapid cooling during power surges, peak usage times, and brownout conditions, helping maintain safe operating temperatures for sensitive computing hardware while minimizing downtime and energy use.