Grants Grants Already Finished


As part of its commitment to advancing research excellence, Al-Ayen University is proud to highlight a selection of successfully completed research grants. These projects, funded by the University through competitive internal programs, reflect the dedication of our researchers to addressing real-world scientific and technological challenges.

This section provides a snapshot of notable completed grants, showcasing impactful outcomes across materials science, corrosion engineering, and nanotechnology. Each entry includes key information about the project title, funding code, affiliated institution, and a brief summary of the research focus and objectives.

 

First Grant

  • Project Title: Innovative Corrosion Inhibitors: A New Frontier in Materials Protection
  • Project Code: AUIQ-RFP-2024-CI
  • Funding Institution: Al-Ayen Iraqi University (AUIQ)
  • Summary: This research focused on the development of next-generation corrosion inhibitors, aiming to extend the lifespan and performance of industrial materials. The project addressed critical industrial needs by formulating protective compounds and evaluating their effectiveness under real-world corrosion conditions.

Second Grant

  • Project Title: Development of Novel Corrosion Inhibitors for Enhanced Protection of Carbon Steel in Acidic Environments
  • Project Code: AUIQ-2024-001
  • Funding Institution: Al-Ayen University (AUIQ)
  • Summary: The project aimed to design, synthesize, and test advanced corrosion inhibitors specifically tailored to protect carbon steel in acidic media. Laboratory testing and electrochemical evaluations were conducted to validate the inhibitors' performance, contributing to more sustainable industrial applications.

Third Grant

  • Project Title: Graphene and Its Applications
  • Project Code: AUIQ-2024–012
  • Funding Institution: Al-Ayen University (AUIQ)
  • Summary: This research explored the versatile properties of graphene and its potential applications in electronic devices, coatings, and advanced materials. The project included experimental synthesis and testing to assess graphene's performance in various domains.
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