Vol. 7 [Alumni News] UT Startup Celadyne Technologies Receives $250,000 Seed Investment for Hydrogen Membrane Technology

• Celadyne Technologies, a materials science and energy startup out of the University of Texas at Austin (UT)'s Cockrell School of Engineering, has secured a $250,000 investment from the UT Seed Fund, managed by Discovery to Impact.
• The funding will be directed toward advancing hydrogen applications in defense, industrial, and transportation sectors while strengthening the domestic hydrogen supply chain.

The core problem Celadyne is tackling:

• Widespread adoption of hydrogen energy has long been held back by issues in production, transport, and storage — particularly the performance limitations of membranes inside fuel cells and electrolyzers.
• Existing membranes suffer from durability issues, limited efficiency, and safety risks, most notably the danger of hydrogen permeating the membrane and forming explosive mixtures with oxygen.

Celadyne's approach:

• The company has developed two membrane products — Dura and Electra — that allow hydrogen devices to operate faster, at higher temperatures, and over longer lifespans.
• Founder and CEO Dr. Gary Ong, a former visiting graduate researcher and postdoctoral researcher at UT, described the membrane as the single component that governs the performance of every electrochemical device, arguing that breakthroughs at the material level unlock gains across all downstream applications.
• The technology also supports self-sustaining vehicles and operations in remote or mission-critical settings.

About the UT Seed Fund:

• Launched in 2022 with $10 million, the fund has backed 11 early-stage startups built on UT intellectual property across computer sciences, physical sciences, material sciences, and life sciences.
• Celadyne is the latest addition to the portfolio, which focuses on translating university research into scalable commercial products.

(Source: UT News)