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 Weight (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 Weight of MCEM From Front Half Glassware Rinses (g) 

Volume of Acetone Used 3A (ml)

Volume of MC Used 3M (ml)

3M Weight of MCEM From Back Glassware Rinses (g)

3M Net of MCEM Adjusted from Blanks (g)

A398 Reactor

3WB Weight of MCEM From Blank (g)

3W Net of Extracted Water Adjusted from Blank (g)

Total mg of Gaseous MCEM

Volume of Deionized Water Used 3W (ml)

Volume of Deionized Water Used in Blank (ml) 

2M Net MCEM Adjusted from Blank (g) 

4A Weight of Acetone Blank (g)

4M Weight of MC Blank (g)

Volume of MC Used in Blank (ml)

Volume of Acetone Used in Blank (ml)

3W Weight of Impinger Water 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 

Havg = 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) = converted water volume 

Total silica gel catch (ml)

Vwsg (std) = converted silica gel water volume 

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 velocity

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 average 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

% O2 in Gas Stream

%CO2 in Gas Stream

A398 Reactor

4/23/2013

Method 5 Parameter

p = Stack gas velocity pressure (avg. 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 Analytical 

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 Ro

Pbar Barometric Pressure During Test (in Hg)