Consider a thermoelectric plant with 30 MW of installed capacity and athermal efficiency of 24%. Determine the maximum pollutant concentration (in mg/m3) (y=0) and at ground level (z=0 and H=0), of a gas , for thefollowing situation:• Calorific value (Q=heat) of the gas = 35,000 kJ/kg.• Wind speed at a height of 10 m = 5.5 m/sIf the maximum limit allowed by the standard for gas X were 1 mg/m3, would the environmental impact be significant? Write the impact
Consider a thermoelectric plant with 30 MW of installed capacity and athermal efficiency of 24%. Determine the maximum pollutant concentration (in mg/m3) (y=0) and at ground level (z=0 and H=0), of a gas , for thefollowing situation:• Calorific value (Q=heat) of the gas = 35,000 kJ/kg.• Wind speed at a height of 10 m = 5.5 m/sIf the maximum limit allowed by the standard for gas X were 1 mg/m3, would the environmental impact be significant? Write the impact
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question
Consider a thermoelectric plant with 30 MW of installed capacity and a
thermal efficiency of 24%. Determine the maximum pollutant concentration (in mg/m3) (y=0) and at ground level (z=0 and H=0), of a gas ,
for the
following situation:
• Calorific value (Q=heat) of the gas = 35,000 kJ/kg.
• Wind speed at a height of 10 m = 5.5 m/s
If the maximum limit allowed by the standard for gas X were 1 mg/m3, would the environmental impact be significant? Write the impact
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