340-220-0150
Determining VOC Emissions Using Material Balance
VOCtot = VOCadd - VOCcons
Where:
340-220-0160
Determining Sulfur Dioxide Emissions Using Material Balance
(3) SO2 = %S/100 x F x 2
Where:
(4) SO2adj = SO2 x 0.97
Where:
340-220-0170
Verified Emission Factors Using Source Testing
(7)(b)
If the correlation coefficient (R2) is less than 0.50, the EEAF shall be:EEAF = 1 + SD/EFavg
Where:
8(a)
If the regression analysis correlation coefficient is less than 0.50, the actual emissions shall be the average emission factor determined from at least nine test runs multiplied by the EEAF multiplied by the total production for the entire year; orAE = EFavg x EEAF x P
Where:
(9)(a)
All emissions during startup and shutdown, and emissions greater than normal shall be assumed equivalent to operation without an air pollution control device, unless accurately demonstrated by the owner or operator and approved by the Department in accordance with OAR 340-220-0170(9)(b), (9)(c), (9)(d), and (9)(e). The emission factor plus the EEAF shall be adjusted by the air pollution control device collection efficiency as follows:Actual emission factor = (EF x EEAF)/(1 - PCDE)
Where:
Particulate Matter: |
|
| ESP or baghouse 0.90 | |
| High energy wet scrubber 0.80 | |
| Low energy wet scrubber 0.70 | |
| Cyclonic separator 0.50 | |
Acid gases: |
|
| Wet or dry scrubber 0.90 | |
VOCs: |
|
| Incinerator 0.98 | |
| Carbon absorber 0.95 | |