Glass powder waste in pervious concrete

The incorporation of waste materials into concrete production has gained significant attention due to its potential to mitigate environmental impacts and enhance material properties. This chapter investigates the feasibility of utilizing glass powder waste as a partial replacement for cement in pervious concrete mixtures. Through a comprehensive review of the literature, the environmental benefits and mechanical properties associated with the inclusion of glass powder in concrete are elucidated. The experimental investigation entails the evaluation of compressive strength, permeability, and durability characteristics of pervious concrete specimens containing varying proportions of glass powder. Results indicate that the incorporation of glass powder positively influences the mechanical strength and permeability of pervious concrete, while also offering a sustainable solution for the disposal of glass waste. Moreover, the findings suggest an optimum replacement level of glass powder to achieve the desired mechanical and environmental performance. Overall, this research contributes to advancing sustainable construction practices by promoting the effective utilization of waste materials in concrete production, thereby reducing environmental footprint and enhancing material performance.