Pulp and paper mills are characterized by emissions of malodorous gases that commonly create discomfort for people, also in little concentration in the air. This issue is crucial for enterprises that are not actually using the best available technology for reducing non-condensable gases. Thereby, for existing enterprises, it is very important to realize the proper suitable upgrading by choosing the best solution for their specific working process. In this work, a preliminary review of the scientific literature has been done in order to select the best technology for a case study located in Russian Federation. After the technology choice, the pollutant dispersions in the atmospheric air has been calculated by using a specific software (“Prism” NPP “Logus”) based on Method OND-86. Obtained outcomes respect the actual Russian regulation.

Pulp and paper mills are characterized by emissions of malodorous gases that commonly create discomfort for people, also in little concentration in the air. This issue is crucial for enterprises that are not actually using the best available technology for reducing non-condensable gases. Thereby, for existing enterprises, it is very important to realize the proper suitable upgrading by choosing the best solution for their specific working process. In this work, a preliminary review of the scientific literature has been done in order to select the best technology for a case study located in Russian Federation. After the technology choice, the pollutant dispersions in the atmospheric air has been calculated by using a specific software (“Prism” NPP “Logus”) based on Method OND-86. Obtained outcomes respect the actual Russian regulation.