Home / Articles
Harnessing Agricultural Waste for Enhancing Ultra High Performance Concrete: A Pathway to Sustainable Construction |
![]() |
Author Name Dilshad Husain Jafari and Dr. Abhishek Agrawal Abstract This research focuses on the innovative use of agricultural waste to enhance the sustainability of ultra-high-performance concrete (UHPC) while maintaining its superior properties. It reviews current studies on replacing silica fume with agricultural by-products and evaluates their effectiveness in improving concrete's performance. The study highlights key environmental and economic benefits, including a reduction in cement consumption, leading to lower carbon emissions, and an enhancement in the concrete’s microstructure, which improves durability and strength. By incorporating these agricultural by-products, the construction industry can move towards more sustainable practices, aligning with global efforts to reduce resource depletion and environmental impact. The approach not only offers cost-effective alternatives but also contributes to waste reduction, supporting a circular economy. Overall, this study underscores the importance of eco-friendly strategies in construction materials, providing a pathway to more sustainable and resilient infrastructure development. KEYWORDS Agricultural by-products, sustainable UHPC, advanced concrete technology, waste valorisation. Published On : 2024-10-01 Article Download : ![]() |