Df= | ml/min dilution gas + ml/min source gas |
......................................... | |
ml/min source gas |
Cppm VOC= | (Area) (slope) x Vc x 24.1 |
............................ | |
Vj x MW (VOC) x Vg |
Where: |
Area=area of VOC peak (area units). |
Slope=slope of calibration curve (ugm/area unit). |
Vc=Condensate Volume (milliliters). |
Vj=injection volume (milliliters). |
Vg=volume of gas sampled (liters). |
MV VOC=molecular weight of VOC (gram per gram mol). |
24.1=molar volume at standard conditions in liters per gram mol. |
lbs VOC | = | C ppm(VOC) x SCFM x MW (VOC) x 60 min/hr |
....... ............................................. | ||
hr | 387 x 10<6> |
Where:
C ppm (VOC)=sum of bag sample and condensate concentrations in part per million of each VOC.
MW (VOC)=molecular weight of VOC (pounds per pound-mol).
SCFM=cubic feet minute at 70 [degree]F and 1 atm emitted from the source operation (dry if impingers used; wet if no impingers used).
387=molar volume at standard conditions in cubic feet per pound-mol.
N.J. Admin. Code § 7:27B-3.9