Due to intensive urban growth and increased sources of pollutants, air has been polluted in most large and industrialized cities. Considering the risk of this pollution for the health of people living in Awareness and understanding of this issue will make it possible to prevent or mitigate its risks. There polluted areas, knowledge and awareness about different aspects of this issue is of great importance. are different types of air pollutants that have harmful effects on human health, plants and animals photocatalytic absorption are among the various methods of removing air pollutants. In this study, and affect the natural environment. Among the major environmental pollutants, carbon monoxide, nitrogen monoxide, nitrogen dioxide and hydrogen sulfide are important. Adsorption and two types of natural zeolite (Clinoptilolit) and synthetic zeolite (Sodalit) from sludge of stone cutting considering the efficiency of adsorbents and ease of their synthesis and application, the important plants modified by titanium dioxide were used for removal of carbon monoxide and nitrogen oxides. In order to characterize zeolites, BET and SEM-EDX analysis was used for all samples and XRD issue of recycling as well as the use of low-value materials for the production of efficient and analysis was used to determine the type of synthetic zeolite. In this research, in addition to The concentration of pollutant gases was measured using the gas analyzer device MRU VARIO plus effective sorbents has been also considered. For this purpose, the sludge was used for the production of synthetic zeolite. Experiments related to the simultaneous removal of carbon monoxide and SE model. The effect of different parameters including adsorbent amount (0.1, 0.5 and 1 g), moisture nitrogen oxides (nitrogen monoxide and nitrogen dioxide) were designed by Design Expert software. oxides) with a flow rate of 0.5 L/ min and UV radiation of 10 watts per square meter were considered content (1%, 5% / 2 and 5%), inlet gas flow rate (0.2, 0.6 and 1 L/min), UV-type A (0, 8, 16, 24 watts per square meter) and sorbent type (Clinoptiolite, Sodalit, Clinoptiolite/Titanium dioxide and moisture, the concentration of concurrent gas (250 ppm carbon monoxide and 24 ppm nitrogen Sodalit/Titanium dioxide) were investigated. Finally, 1 gram Sodalit/Titanium dioxide adsorbent, 5% as optimized conditions for use in other experiments. The maximum adsorption rates of carbon Keywords: Air pollotion, Sorption, Photocatalyst, Sodalite, Clinoptilolite, Composite monoxide and nitrogen oxides were 61.5% and 61.4%, respectively. Optimum nanocomposite was regenerated 3 times after use and provided an acceptable efficiency. For carbon monoxide and nitrogen oxides, the experimental data fitted very well to the pseudo second-order kinetic model and Langmuir isotherm. Furthermore, there was a good correlation between Langmuir-Hinshelwood kinetic model for both two types of pollutant gases.