One of the factors producing and releasing carbon dioxide gas is the production of concrete. In the production of concrete materials as well as in the production of carbon dioxide, carbon dioxide is produced and released. Certainly, Portland cement is one of the most expensive materials in construction. But due to the disadvantages that exist in the cycle of production and consumption in concrete in different environments, materials can be used as alternatives. Geopolymer can be a suitable alternative to Portland cement as a practical and practical solution. Geopolitical concrete leads to reduced environmental degradation by reducing the amount of carbon dioxide entering the atmosphere, reducing energy consumption and natural resources. The use of industrial waste that reduces the type of recycling itself and reduces environmental impact is all about keeping the natural conditions favorable for future generations. The purpose of this paper, by conducting experiments on various geopolitical concrete with different strengths, is to investigate the pollutant and also the price of geopolitical concrete compared to the rest of concrete samples. After examining the samples, we conclude that less geo-polymeric concrete Compared to conventional concrete and recycled geopolitical concrete. Recycled geo-polymer concrete has a lower finished cost than ordinary concrete and geopolitical concrete. Recycled Geo-Concrete Concrete due to the use of recycled materials has a higher emission index than geo-polymeric concrete. Also, with increasing concrete strength, the percentage of geopoliaric concrete contamination with ordinary concrete is high. By increasing the resistance of the samples, we see a great deal of influence on the increase of pollution and the increase in the price of the samples. Also, by examining geomagnetic blocks, the recovered geo-polymer block has a lower cost than other blocks, due to the use of recycled materials. Geopolitical blocks are also less costly than the rest of the blocks due to the fact that their primary materials are found in nature in abundance. By examining the above results, we conclude that the use of geopolitical concrete is much more suitable for conservation and survival of the environment.