One of the effects of increasing urban population, increasing waste disposal is due to the increase in volume, they found several problems in managing the collection. Despite the use of new transferred to municipal landfills. Due to water, air, soil technologies for waste separation and recycling, some of this waste is restrictions and considering the rules and standards, it will be difficult to pollution and waste distribution in these areas and the existence of numerous reduce the adverse environmental effects of the landfill in Borujen, site determine a place that can receive municipal waste and has the least threat to environmental resources and human beings. Therefore, in order to on the characteristics of the area in ArcGIS software and TerrSet software was selection the sanitary landfill by considering the criteria and standards based performed by AHP hierarchical analysis process and fuzzy and neural network environmental and socio-economic criteria. The information layers of these logic. In this study, at first, the important criteria involved in landfills site selection based on the characteristics of the region were identified in three categories of physical, criteria were prepared in ArcGIS software environment and standardization was questionnaires. The results of performed by two methods of hierarchical and fuzzy analysis. Fuzzy analyzes were performed using Idrisi software, then weighting was performed by AHP method in hierarchical analysis showed that the groundwater level, with a weight of Expert Choice software and by entering expert opinions extracted from the operators and MLP and MCE methods. The result of combining 0.206, had the highest weight and the distance from agricultural lands with a weight of 0.15 in the next and the distance from protected areas with a weight of 0.11 was in the third order. Then the information layers were integrated the layers in the simple weighting method showed that 5.2% of the area from with simple weighted sum, weighted, fuzzy methods with And, Sum, Product MLP method 1.97% of the region and with MCE method 1.5% in the northwest northwest to northeast had the greatest potential, In the weighted sum method, 2.5% of the region had the greatest potential from north to northwest, and in the fuzzy method, 0.004% of the region had the greatest potential. In Idrisi software with with the And operator, 0.049% of the region and with the Product operator, showed that 0.32%, equivalent to 750 hectares of the area in the northeastern direction of the region had the greatest potential. The integration of methods part of Borujen city is suitable for landfilling municipal waste. Keywords: site selection, municipal waste landfill, hierarchical analysis, fuzzy, artificial neural network, Borujen city