Question

power plant burns 1000 tons of coal per day, 2% of which is sulf. All of the sulfur is bumed completely and emitted into the air from a stack with an effective teaght of 100 m For and speed of m calculate (a) the ground level SO2 concentration along the plume center line 10 km downwind, (b) the minimum ground level 50, concentration for B stanity ng a comente to the wind speed and (c) the downwind distance of maximum ground level SO₂ for B stability​

Answer 1

A power plant burns 1000 tons of coal per day, 2% of which is sulfur, and all of this is emitted from the 100-m stack. For a wind speed of 10 m/s, calculate:

a. the maximum ground level concentration of SO2, 10 km downwind from the plant

b. the maximum ground level concentration and the point at which this occurs for stability categories A, C, and F.

(Part b should be done with a computer.)

Step-by-step solution:

Step 1 of 5

a.

Compute source strength or emission rate as follows:

Convert tonnes/day into kg/sec as follows:

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