UAE researcher develops fire-resistant concrete for sustainable construction

Published by Arabian Business

Dr. Rami Hawileh’s research, conducted over ten years at the AUS Structures and Construction Materials Lab, focuses on creating concrete with non-metallic reinforcements and eco-friendly materials

A researcher at American University of Sharjah (AUS) has developed concrete alternatives that address sustainability and durability concerns in construction.

Dr. Rami Hawileh’s research, conducted over ten years at the AUS Structures and Construction Materials Lab, focuses on creating concrete with non-metallic reinforcements and eco-friendly materials.

The work centres on replacing traditional cement with fibre-reinforced polymer (FRP) composites, which suit the UAE’s climate conditions.

UAE researcher develops fire-resistant concrete for sustainable construction

Dr. Rami Hawileh’s research, conducted over ten years at the AUS Structures and Construction Materials Lab, focuses on creating concrete with non-metallic reinforcements and eco-friendly materials

A researcher at American University of Sharjah (AUS) has developed concrete alternatives that address sustainability and durability concerns in construction.

Dr. Rami Hawileh’s research, conducted over ten years at the AUS Structures and Construction Materials Lab, focuses on creating concrete with non-metallic reinforcements and eco-friendly materials.

The work centres on replacing traditional cement with fibre-reinforced polymer (FRP) composites, which suit the UAE’s climate conditions.

New concrete technology in UAE reduces carbon emissions in construction

“Our work on replacing traditional cementitious materials in concrete with sustainable alternatives is highly relevant to the UAE’s commitment to reducing the environmental impact of construction,” Dr. Hawileh, Professor in Civil Engineering and Riad T. Sadek Chair in Civil Engineering said.

The research addresses the UAE’s construction needs through materials that resist corrosion and maintain structural integrity.

“We will be reducing the reliance on conventional cement, aligning with the UAE’s sustainability and carbon reduction goals. FRP materials in the form of rebars are ideal for reinforcing concrete structures exposed to the region’s challenging environmental conditions, as they enhance durability without the risk of degradation typical of traditional steel reinforcement,” Dr. Hawileh added.

The project includes collaborations with Dr. Jamal Abdalla and partnerships with UAE construction firms including MAPIE, TransGulf, Emirates Beton, and the Sharjah Civil Defence Authority.

International cooperation extends to institutions such as the Korea Advanced Institute of Science and Technology, Clemson University, and Qatar University.

The findings appear in publications including Construction and Building Materials, Engineering Structures, and the American Society of Civil Engineers’ journals.

“Through these partnerships, we are applying our research in real-world projects, from implementing green concrete in new construction to strengthening existing buildings with advanced materials. These collaborations allow us to pilot our findings and contribute directly to the UAE’s construction industry by introducing innovative, sustainable solutions that enhance building durability and safety,” he said.