Credits: 3 (3-0-0)
Description
Plume Rise Models; Introduction to Air Quality Modelling;Turbulence fundamentals;Basic diffusion equation; ficks law; deterministic; numerical and statistical modeling approach; Fundamentals of Receptor modelling; Dispersion and receptor models; Fundamentals of Indoor air quality modelling techniques; Fundamentals of Water quality modeling: surface water and ground water models; Fate and transport of Conservative and non-conservative pollutants. Modelling as a tool for strategising pollution prevention and control.