TU Delft Partners with Collins Aerospace and Pratt & Whitney for Sustainable Aviation Research
Key Ideas
  • TU Delft signs a new master research agreement with Collins Aerospace and Pratt & Whitney for sustainable aviation research, including projects on advanced materials and hydrogen propulsion.
  • The collaboration aims to develop novel engine configurations using thermal energy recovery technologies to improve fuel efficiency and reduce CO2 emissions.
  • Partnership will involve research projects over the next five years, focusing on manufacturing processes, lightweight materials, and advancements in aircraft technology.
  • The agreement builds on existing cooperation through programs like Clean Aviation and includes sponsorship of TU Delft's aerospace student association and internship opportunities at Collins Aerospace.
TU Delft has entered into a new master research agreement with Collins Aerospace and Pratt & Whitney, subsidiaries of RTX Corporation, to advance sustainable aviation research. The collaboration will focus on various areas such as advanced materials, hydrogen propulsion, manufacturing processes, and industrial design. Professor Henri Werij of TU Delft emphasizes the importance of partnering with leading aerospace companies to achieve climate-neutral aviation by 2050. The agreement will involve multiple research projects over the next five years, with a focus on developing innovative engine configurations that enhance fuel efficiency and reduce CO2 emissions. One of the initial projects will involve collaborating on a high-speed inspection system to improve aircraft material manufacturing processes. The partnership also aims to support more sustainable aviation through the development of technologies critical for the industry's future. RTX Chief Science Officer, Michael Winter, highlights the role of collaboration with research institutions in advancing emerging technologies and nurturing talent. The agreement expands on the longstanding partnership between the companies and TU Delft, with a history of cooperation in projects like storing liquid hydrogen fuel for commercial aircraft. The collaboration includes sponsoring TU Delft's aerospace student association, providing internship opportunities, and focusing on advancing clean aviation technologies.
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