Table 3-2. Caoncentrations Calculated For Some Compounds
Detected in Spectra of Concentrated Samples Extracted
From the Unit 4 Stack at Sharton Gas-Fired Turbine

Spectra   Nitric Oxide (a)     Ammonia              Hydrochloric Acid    Hexane (b)
          In-Cell   Flue Gas   In-Cell   Flue Gas   In-Cell   Flue Gas   In-Cell   Flue Gas
          (ppm)(c)  (ppm)(d)    (ppm)     (ppm)      (ppm)     (ppm)      (ppm)     (ppm)
--------  ------------------   ------------------   ------------------   ------------------
TINL125B   52.72     0.3258      0.07     0.0004       7.29    0.0451       1.42    0.0088
TINL204B   59.60     0.5575     -0.22    -0.0021       2.20    0.0206       0.50    0.0046
TINL304B   48.21     0.2705      0.01     0.0001    -120.66   -0.6771     -14.91   -0.0837
TINLAMB1    3.42     0.0230     -0.48    -0.0032      23.22    0.1561       3.09    0.0208
TINLAMB2   -0.34    -0.0023     -0.81    -0.0055       2.70    0.0182       0.71    0.0048
TOUT109B   54.81     0.3980     16.68     0.1212       4.22    0.0307       4.33    0.0314
TOUTAMB1    5.20     0.0377      1.73     0.0126       2.95    0.0215       1.42    0.0103

        (a)  Compounds for which Entropy has obtained quantitative reference spectra
        (b)  Probably a mixture of alkane hydrocarbons which may include hexane
                and together give absorbances similar to hexane.
        (c)  Concentration of detected compound in FTIR cell calculated using MCOMP
                analytical routine.
        (d)  Concentration of detected compound in flue gas calculated by dividing
                in-cell concentration by the concentration factor (see Section 4.6.5).