Investigating the Durability Properties of Green Concrete Using Pozzocrete P60 and Recycled Plastic Polypropylene

Abstract

The increasing concern for environmental sustainability in construction has prompted the exploration of innovative materials in concrete technology. This study investigates recycled plastic polypropylene as a partial replacement for fine aggregate and Pozzocrete P60 as a supplementary cementitious material in green concrete. Concrete mixtures with varying proportions of Pozzocrete P60 and recycled plastic polypropylene are formulated. Pozzocrete P60 fly ash replaces concrete at 0% to 40%, while recycled plastic polypropylene replaces fine aggregate at an optimized ratio of 3%. The primary objective is to evaluate these additives' influence on the resulting concrete's durability properties. Parameters such as water absorption, permeability, resistance to chemical attacks, and long-term performance will be assessed. Additionally, the environmental impact of green concrete, including energy consumption, carbon footprint, and resource utilization, will be analyzed. The findings provide insights into the feasibility and efficiency of utilizing Pozzocrete P60 and recycled plastic polypropylene for sustainable and eco-friendly concrete production, guiding the construction sector toward environmentally conscious practices without compromising structural integrity.