معرفی
Dr. Glen C. Irvin, Jr. is a Research Professor at Rice University's Department of Chemical and Biomolecular Engineering since 2019. His research focuses on scalable carbon nanotube (CNT) synthesis, commercialization, and applications in energy storage, power grid resilience, and hydrogen co-production. He co-led the ARPA-E OPEN 2018 Program, developing CNT-based power cables and reactor systems. Dr. Irvin holds 44 US patents, including innovations in CNT transparent conductors, nanocomposites, and OLED display technologies.
- Educations:
- Ph.D., Chemical Engineering, Tulane University (1999)
- B.S., Chemical Engineering, University of Illinois Urbana-Champaign (1995)
His research interests revolve around advancing CNT technology for decarbonization, including lightweight power cables, battery conductive agents, and clean hydrogen production. He leads the Carbon Hub at Rice, aiming to commercialize carbon solids for sustainable solutions. Key projects include DOE-funded efforts to develop CNT-based power transmission lines and lightweight motors/generators.
Dr. Irvin’s articles highlight breakthroughs in CNT synthesis, reactor design, and scalable manufacturing. His work spans from foundational studies (e.g., catalyst dynamics) to applied innovations (e.g., CNT touchscreens and OLED displays). Recent focuses include optimizing reactor systems for kiloton-scale production and integrating CNTs into next-gen batteries and grid infrastructure.
- Awards:
- Inducted into Kodak’s Distinguished Inventors Gallery
- 44 US Patents in nanotechnology and materials science
As a serial innovator, Dr. Irvin has led industrial ventures like Unidym’s CNT manufacturing plant in South Korea and Shocking Technologies’ nanocomposite production. His advisory roles include leadership in the Carbon Technical Council and DOE-funded initiatives. Current efforts emphasize leveraging CNTs to address global energy and emissions challenges through scalable, cost-effective solutions.
Dr. Irvin’s labs and collaborations include the Rice Carbon Hub, Oak Ridge National Lab’s PCAT facility, and industry partnerships. His work bridges academia and industry, driving real-world deployment of nanotechnology for sustainable infrastructure and clean energy systems.
