Using recycled coarse aggregate and ceramic waste to produce sustainable economic concrete
Batikha M. Ali S.T.M. Rostami A. Kurtayev M.
2021Taylor and Francis Ltd.
International Journal of Sustainable Engineering
2021#14Issue 4785 - 799 pp.
In this research, experimental work was conducted to validate the efficiency of Ceramic Waste Powder (CWP), Ceramic Fine Aggregate (CFA) and Recycled Coarse Aggregate (RCA) as a replacement for cement, Natural Fine Aggregate (NFA) and Natural Coarse Aggregate (NCA) respectively. The importance of this study is the utilization of ceramic waste and RCA together in the concrete mix in order to decrease usage of natural resources in production of concrete, and also to reduce carbon emissions from cement production and dependency on landfills for C&D materials. Eight concrete mixes were prepared in this study, and the mechanical properties, shrinkage, cost and CO2 emissions were obtained for each mix. Finally, a benefit index was derived to estimate the validity of the new recycled concrete in terms of the mechanical properties, cost and CO2 emissions together. It was found that a concrete mix with 100% replacement of NCA by RCA, 20% cement replacement by CWP and 20% NFA replacement by CFA was 26% more advantageous than the control mix in terms of being sustainable and economic. This product proved to be a promising mix, 47% of whose conventional concrete components could be replaced by recycled materials.
ceramic waste , co2 emissions , Concrete , cost , recycled Coarse Aggregate , sustainability
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School of Energy, Geoscience, Infrastructure and Society, Heriot-Watt University, Dubai, United Arab Emirates
Civil Engineer, Khatib Alami, Dubai, United Arab Emirates
Civil Engineer, Asayesh Construction Safety, Dubai, United Arab Emirates
Deputy of director, Ontystuck Kurylys Service LLC construction company, Shymkent, Kazakhstan
School of Energy
Civil Engineer
Civil Engineer
Deputy of director
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