Future Concrete Born from Innovation: Chemical Engineering Students at Emirates International University Successfully Utilize Fly Ash to Support Sustainable Construction
University Media
In a move reflecting advanced engineering awareness of environmental challenges and the requirements of sustainable construction, the College of Engineering and Information Technology at Emirates International University witnessed the discussion of a unique graduation project by students from the Chemical Engineering Department entitled: “The Effect of Using Fly Ash on Concrete Performance.” This scientific experiment exemplified the level of academic and applied excellence that the department offers its students.
The project was prepared by a select group of students from the department: Ahmed Abdullah Hajjam, Mubarak Abdullah Al-Hussam, Abdulkarim Mohammed Madhish, Ammar Yasser Al-Madhaji, Ibrahim Mohammed Al-Muhammadi, and Khalid Ali Al-Samaki, under the supervision of Dr. Eng. Ahmed Al-Ghanwa, and with the follow-up of Assistant Supervisor Eng. Mohammed Al-Hashdi.
The discussion committee consisted of: Professor Dr. Suleiman Al-Safi, Professor of Concrete and Building Materials; Eng. Jamal Saeed, specializing in control, control processes, and design; and Professor Dr. Hani Damaj, Head of the Chemical Engineering Department.
The project explored the feasibility of using fly ash as a partial replacement for cement or sand in concrete mixes, aiming to improve concrete properties and reduce the environmental impacts associated with cement production and natural resource consumption. This reflects a growing global awareness of green building technologies and sustainable development.
The study included field visits to several relevant entities, along with a series of advanced specialized laboratory tests and experiments. These analyses analyzed the performance of concrete mixes, measuring compressive strength, density, and resistance development over time, using a rigorous scientific methodology that combined research and practical application.
The project results demonstrated a significant improvement in the performance of some concrete mixes, in addition to achieving important environmental benefits. These benefits include reducing carbon dioxide emissions, recycling industrial waste, and supporting the concepts of green concrete and sustainable building, thus enhancing the prospects for adopting more efficient and environmentally friendly engineering solutions in the future.
The project reflected the advanced capabilities of chemical engineering students in applying scientific knowledge to find practical solutions to real-world challenges. It underscored the Emirates International University's commitment to preparing engineering professionals with scientific competence, innovative vision, and the ability to contribute to building a more sustainable future through high-quality educational outcomes that combine creativity, scientific research, and practical application.
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