Effect of ceramic tile waste on strength parameters of concrete-a review

Abstract

The shift to economy will be heavily influenced by the ceramic sector. Non-renewable materials have been converted into partially renewable resources with advancements in recycling. In accordance with these developments, the use of wastes, such as ceramics, as alternative aggregate materials for building have sparked a lot of study. Ceramic waste aggregates may be utilised to solve complicated challenges like material shortages on building sites and minimise waste in the environment. The greatest impediment to broad use of waste recycling is a lack of understanding of its impact on ceramic tile production. Ceramic waste can be used in concrete to improve its strength and other durability factors. In this review, the study is focused on the conduct of concrete made with the replacement of coarse aggregate with waste made from ceramic tile. Ceramic waste can be used as a partial replacement of coarse aggregate to achieve different properties of concrete. Apart from the need to dispose solid waste, the civil construction sector has demanded the development of novel materials with improved technical features. The utilisation of solid waste in concrete has piqued the imagination of indefinite investigators experimenting with waste material as aggregate substitute. The substitute for coarse aggregate is ceramic tile waste in concrete, which had improved mechanical, physical and longevity properties. It is most essential to develop eco-friendly concrete from ceramic waste. Finally, the most environmentally friendly concrete is chosen, since it has the best compressive strength and impact on the environment. It was determined that using ceramic tile waste in the building industry more over lowers the construction cost for materials though aids in achieving long term success.