The above research is to evaluate the potential of natural zeolite in preventing the alkali-silica reaction of concrete aggregates. For this purpose, the natural natural zeolite has been used, along with hot and dry aggregates, which have reactive properties. Microsilica is also used as a reference material for zeolite. After analyzing the physical and chemical properties of zeolite cone, the longitudinal expansion of the samples was carried out with replacement rates of zeolite and microsilica with a portion of the cement mixing. The results of the comparison with the control sample indicated that zeolite with 20% replacement would control the alkali-silica reaction in both Aggregate. Also, considering that microsilicon, by replacing 11% in hot-ground aggregates and replacing 7% in anagna aggregates, controls the alkali-silica reaction. Considering the performance of zeolite and microsilicon in controlling the ASR complication, zeolite, due to the greater volume of replacement, reduces cement consumption and, consequently, reduces environmental contamination. Also, economically, the cost of providing zeolite is much less costly and cheaper than microsilica