Buildings, Vol. 14, Pages 3660: Sustainable High-Performance Concrete Using Zeolite Powder: Mechanical and Carbon Footprint Analyses

Buildings, Vol. 14, Pages 3660: Sustainable High-Performance Concrete Using Zeolite Powder: Mechanical and Carbon Footprint Analyses

Buildings doi: 10.3390/buildings14113660

Authors: Hasan Mostafaei Hadi Bahmani

This study investigates environmentally friendly high-performance concrete (HPC) by partially replacing cement and silica sand with zeolite powder. The replacement levels included 10%, 20%, and 30% for cement and up to 50% for silica sand. The optimal mix achieved 85 MPa compressive strength, 6 MPa tensile strength, and 7.8 MPa flexural strength with a 30% cement replacement, reducing the carbon footprint to approximately 659.72 kg CO2/m3. These findings demonstrate the potential of zeolite powder to enhance sustainability in HPC without compromising essential mechanical properties, promoting eco-friendly practices in construction.