Test ID: 4-23-13 Courtyard A Reactor 4-2 **Value** 0.0001 0 0.0001

260.00 230.00 0.0015 0.0000 0.0000 200.00 200.00 0.0015

200.00 275.00 0.005 0.005

1300.00 1000.00 0.0002 0 0.00020

**Value** 5.2000 1.6000 6.8000 1A Filter W eight (g)

Total mg of Particulate MCEM **Total mg of MCEM MCEM Analysis Calculations**  1B QC Filter Blank (g) Net MCEM From Filter (g)

Volume of Acetone Used 2A (ml) Volume of MC Used 2M (ml) 2M W eight of MCEM From Front Half Glassware Rinses (g)

Volume of Acetone Used 3A (ml) Volume of MC Used 3M (ml) 3M W eight of MCEM From Back Glassware Rinses (g) 3M Net of MCEM Adjusted from Blanks (g)



## A398 Reactor

3W B W eight of MCEM From Blank (g) 3WNet of Extracted W ater Adjusted from Blank (g)

Total mg of Gaseous MCEM Volume of Deionized W ater Used 3W(ml) Volume of Deionized W ater Used in Blank (ml) 2M Net MCEM Adjusted from Blank (g) 4A W eight of Acetone Blank (g) 4M W eight of MC Blank (g) Volume of MC Used in Blank (ml) Volume of Acetone Used in Blank (ml)

3WW eight of Impinger W ater Plus Back Half Rinses Extracted (g)



## 4/23/2013

**MCEM Analysis Data**Test ID: 4-23-13 Courtyard A Reactor 4-2



### Value 0.4854 0.84 20 0
28.8 28.75642042 0.004035146 540.1 682 29.8 45 1.61 1.027 29.8 120 1.41 80.231 6.9 29.79 0.3 0.00049087385



### Value 80.5073238 31.10168 -10.5 -0.49424 17.4 0.82041 0.004035 0.038617 95.3982 I = % Isokinetic variation 

### Air Test Calculations

 Hav g= average orifice meter differential Vm = Total sample volume from dry gas meter (dcf) Vlc Volume collected Ps = Absolute stack gas pressure (in Hg)

Vwc (std) = conv erted water v olume Total silica gel catch (ml) Vwsg (std) = conv erted silica gel water v olume Bws = fraction of gas that is moisture Vwc(std) Nozzle diameter (in) Area of Nozzle (ft^2)

Vm (std) = Volume of sample measured by DGM (dscf) Vs = Average stack gas v elocity Total impinger catch (ml)  H@ = Orifice meter calibration factor, (in. water) Y = Dry gas meter calibration factor Pbar = Barometric pressure, (in. Hg) Total sampling time required for test (min) Tm = Absolute average dry gas meter temp (R). Ts = Stack gas absolute av erage temperature (R) Pm = Pressure at orifice meter (in. Hg) Ta = Sampling site ambient temperature, (°F) Md = Stack gas dry molecular weight, (lb/lb-mole) Ms = Stack gas (wet) molecular weight (lb/lb-mole) Bws = Stack gas moisture content % O 2 in Gas Stream %CO 2 in Gas Stream 

## A3 **98 Reactor**

**4/23/2013**

**Method 5 Parameter**
 p = Stack gas v elocity pressure (av g. sqrt  p - in. water) Cp = Pitot tube calibration coefficient

### Test ID: 4-23-13 Courtyard A Reactor 4-2

**Value** 5.2000 0.0052 1.6 0.0016 80.50732383 31.1017 682 29.8 29.79 12.57 0.004035146 1080498.459 0.15 3.69 0.05 1.14 0.0646 0.0199 **0.0845**

**ACFM 23456.89**  **SCFM 18081.27**  **DSCFM 18008.30766** 

Total g of MCEM in Particulate Sample Total mg of MCEM in Gaseous Sample



## A398 Reactor **4/23/2013**

**Combined Method 5 Parameter and Analytical**

Total g of MCEM in Gaseous Sample Total mg of MCEM in Particulate Sample

Vm(std) Volume of Air Sampled by DGM (dscf) Vs Velocity of Wet Scrubber During Test (ft/s) Tr Average Temperature Wet Scrubber During Test (°R) Pbar Barometric Pressure During Test (in Hg)

Area of Stack (ft2) Ps = Absolute stack gas pressure (in Hg)

Bws Moisture in Wet Scrubber Emissions Qstd Flow of Roof Vent Emissions (dscf/hr) Emission Rate of Gaseous MCEM lb/hr Emission Rate of Gaseous MCEM lb/d

**Concentration of Total MCEM mg/dscf** Emission Rate of Particulate MCEM lb/hr Emission Rate of Particulate MCEM lb/d Concentration of Gaseous MCEM mg/dscf Concentration of Particulate MCEM mg/dscf

## Value 19.9 0.01990 80.507324 31.101684 682 29.8 12.57 0.0040351 1080498.5

**Value** 0.588 14.119 0.247 Emission Rate of Particulate lb Particulate/hr Emission Rate of particulate lb particulate/d Concentration of Particulate mg/dscf Area of the Dry Scrubber Bws Moisture in Roof Emissions Qstd Flow of Roof Vent Emissions (dscf/hr) 

## Combined Method 5 Parameter and Analy **tical** 

## North Wet Scrubber Emission Calculations

**4/23/2013**

**Air Test Final Results** Total mg of Particulate Total g of Particulate Vm(std) Volume of Air Sampled by DGM (dscf) Vs Average stack gas velocity Ts Stack Gas R o 

### Pbar Barometric Pressure During Test (in Hg)