Medical Area Total Energy Plant, Draft And Final Environmental Impact Reports Final
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— 7 ~ 2 X =- 2 X '—T- ^ X — r- = 396 Ibs/hr inO r-^J /-I rrrn r^J xrr. mm. nr 10 ft flue gas 359 ft NO- 5-46 Impact on Ambient Air Quality The air quality impact of the proposed total energy plant has been estimated by using a mathematical model to describe the dispersion and dilution of air contaminants once they leave the stack. This type of atmospheric diffusion modelling has been accepted by the Environmental Protection Agency as an appropriate tool for determining impact of var- ...ious contaminant sources. Details of the model used in this analysis are presented in Appendix D.
The analysis was done for both peak load and 50% of peak load oper- ating conditions since for some downwind locations a lower load may pro- duce higher ambient concentration due to a lower plume rise which may offset the decrease in emissions. Emissions and exit velocity during these conditions are as follows: Load Contaminant Emission Rate Exit Velocity SO2 525 Ibs/hr peak NO^ 876 Ibs/hr 60 fps particulates 54 Ibs/hr 50% of peak NO 2 particulates 263 Ibs/hr 438 Ibs/hr 27 Ibs/hr 30 fps Ground Level Concentrations The following discussion is a presentation of the contributions to ambient air quality from the proposed project.
What to read after Medical Area Total Energy Plant, Draft And Final Environmental Impact Reports Final?
You can find similar books in the "Read Also" column, or choose other free books by Boston Redevelopment Authority to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
_„, ., ,.
— 7 ~ 2 X =- 2 X '—T- ^ X — r- = 396 Ibs/hr inO r-^J /-I rrrn r^J xrr. mm. nr 10 ft flue gas 359 ft NO- 5-46 Impact on Ambient Air Quality The air quality impact of the proposed total energy plant has been estimated by using a mathematical model to describe the dispersion and dilution of air contaminants once they leave the stack. This type of atmospheric diffusion modelling has been accepted by the Environmental Protection Agency as an appropriate tool for determining impact of var- ...ious contaminant sources. Details of the model used in this analysis are presented in Appendix D.
The analysis was done for both peak load and 50% of peak load oper- ating conditions since for some downwind locations a lower load may pro- duce higher ambient concentration due to a lower plume rise which may offset the decrease in emissions. Emissions and exit velocity during these conditions are as follows: Load Contaminant Emission Rate Exit Velocity SO2 525 Ibs/hr peak NO^ 876 Ibs/hr 60 fps particulates 54 Ibs/hr 50% of peak NO 2 particulates 263 Ibs/hr 438 Ibs/hr 27 Ibs/hr 30 fps Ground Level Concentrations The following discussion is a presentation of the contributions to ambient air quality from the proposed project.
What to read after Medical Area Total Energy Plant, Draft And Final Environmental Impact Reports Final?
You can find similar books in the "Read Also" column, or choose other free books by Boston Redevelopment Authority to read onlineMoreLess
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