Question: e) (5 marks) Using the dispersion equation, calculate the likely concentrations of the particulates (PM10) at 600m and 2km downwind of the factory? C(x,y)=UHyzQexp(2z2H2)exp(2y2y2) Information

 e) (5 marks) Using the dispersion equation, calculate the likely concentrations

e) (5 marks) Using the dispersion equation, calculate the likely concentrations of the particulates (PM10) at 600m and 2km downwind of the factory? C(x,y)=UHyzQexp(2z2H2)exp(2y2y2) Information you will need - Emission of PM10 (which in this case is the same as the PM2.5 that was from part c) Q converted to g/s - Neutral (stability class D) - Effective stack height (H):60m - Wind speed at effective stack height (UH):8m/s - receptor is directly downwind from the stack so y=0

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