Zeolites, commonly referred to as molecular sieves, are aluminosilicate minerals with an open structure and interconnecting holes that can be explored by molecular, atomic, and ionic components. Zeolites, called pozzolans, are hydrophilic aluminum silicates that contain alkali and alkaline earth elements. Their structure consists of a framework of SiO4 and AlO4 tetrahedrons with oxygen atoms at their corners. A pozzolan is a siliceous or aluminous substance that, when combined with cement, interacts with the resultant calcium hydroxide to generate a cementitious compound and eliminates inappropriate expansion induced by alkali-aggregate interactions. Furthermore, zeolites can reduce the porosity of the blended cement paste while improving the interfacial microstructure features since their structure offers distinct adsorptive properties that, when utilized with active acidic and polarizing sites, convey a catalytic abilities. This review focus on evaluating the improvement properties of concrete when replacing partial cement by zeolites. Trích dẫn: Le T.B.T. (2024), The effects of zeolite minerals as a partial substitute for cement on the strength properties of concrete. Tạp chí Khoa học và Công nghệ Trường Đại học Xây dựng Miền Tây, số 10, tr. 14-20.