Modeling the emission distribution of Neka power plant with the prospect of achieving the design of eco-industrial park

 In designing ecological industrial parks, an attempt is to maximize the self-purification of the system by defined mechanisms in order to reduce the pollution produced by industries first and then, to reuse the by-products of industrial processes. Due to the high vulnerability of the coastal sector, species diversity and rapid sequence in the region, the use of environmental methods in the environment of shahid salimi powerplant (Neka) is inevitable. The purpose of this study is to calculate and model the distribution of SO2, NOx pollutants to be displayed seasonally and annually using ADMS software in the form of GIS layers and to achieve the design criteria of an eco- industrial park in the study area, the mass flow of SO2 and NOx is calculated in gr/sec and also the flue smoke of the powerplant fuel consumption is analyzed in cold and hot seasons of the year separately. The results showed that in Neka power plant, the average concentration of NOx gas per unit of steam is 304 μg/m3 and in combined cycle unit is 77.75 μg/m3 and also the average concentration of SO2 per unit of steam is 267.25 μg/m3 during the year which does not meet any of WHO and European clean air standards.