Environmental No Impact Factor for Decision Making on Pollutants
M. G. Babare, H. K. Jadhav, Sangeeta L. Jadhav
Abstract
M. G. Babare, H. K. Jadhav, Sangeeta L. Jadhav
Abstract
The decision making process based on environmental impacts of pollutants can be mathematically expressed. It will be helpful for taking right decisions on discharge of water pollutants and emissions of air pollutants in the environmental recipient components. No effect release can be made possible by reducing the pollutants with suitable decision making for which the indicators for potential impacts from the produced pollutant release has to be developed as Environmental No Impact Factor (ENIF). With the development of suitable mathematical models, NEIF can be applied to different pollutant releases in order to select the best option for reducing the potential impacts from the released/discharged pollutants. The present paper describes the scientific aspects in brief for such model applicable for discharge of water pollutants, emission of air pollutants and release of soil pollutants by which decision making becomes easier.
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The decision making process based on environmental impacts of pollutants can be mathematically expressed. It will be helpful for taking right decisions on discharge of water pollutants and emissions of air pollutants in the environmental recipient components. No effect release can be made possible by reducing the pollutants with suitable decision making for which the indicators for potential impacts from the produced pollutant release has to be developed as Environmental No Impact Factor (ENIF). With the development of suitable mathematical models, NEIF can be applied to different pollutant releases in order to select the best option for reducing the potential impacts from the released/discharged pollutants. The present paper describes the scientific aspects in brief for such model applicable for discharge of water pollutants, emission of air pollutants and release of soil pollutants by which decision making becomes easier.
Key concepts: Pollutant, Environmental science, Air pollutants, Environmental impact assessment, Criteria air contaminants, Water pollutants, Environmental engineering, Air pollution