OXIDES OF SULFUR ANNUAL EMISSION REPORT

Company Name Holly Refining & Marketing Company-Woods CrossSite Name Wood Cross RefineryCompany ID - 2137Site ID - 10123NOTE: Be aware that this report uses different methods of calculating emissions than are required for the 2006 Emissions Inventory.

1 1998 2668 51-4 30600106 No 281 

2

2006 (using 1998 method of calculation) 2668 51-4 30600106 No 281 

3

2006 (if method of calculation is different from 1998) 2668 51-4 30600106 No 281 

* EF for mixed fuel calculated using (lb SOx/mmscf gas) = (avg ppm H2S/1000000) x (64 lb SO2/lb mole) x (1000000 scf/mmsc /(379 scf/lb mole) EF = 2.393 lbs of SOx/mmscf of mixed fuel

**EF for mixed fuel claculated using (lb SOx/mmscf gas) = (avg ppm H2S/1000000) x (64 lb SOx/lb mole) x (1000000 scf/mmscf) / (379 scf/EF = 3.06 lbs of SOx/mmscf of mixed fuel

Associated 

Stack ID

Raw M

Year DAQ ID

Pt Source

ID SCC Description of Process

NSPS 

(Yes/No)

boiler Mixed boiler Mixed boiler Mixed 

4

2006 CalculationsThis form is to be used by sources that have emitted 100 tons or more of SOx in any calendar year after 1999, and that are not subject to 

monitoring reporting requirements (40CFR Part 75). Row 1 in the following table(s) contains historical inventory data for the listed compone

calculate the 2006 process emissions using the same method that was used in the historical data. The inputs required are in green font. To over the top of the old data. Row 3 (shaded) is used to show and calculate any changes in the method of calculation from 1998 to 2006 (i.sulfur, heating value, controls, breakdowns, estimation methods). If the current method of calculating the SOx emissions does not work with 

3, the calculation should be provided in the row 4. Rows 3 and 4 should have the same calculations as contained in the 2006 Emission Inv

2006_Inventory_Documentat
1 1998 2669 51-5 30600106 No 282 

2

2006 (using 1998 method of calculation) 2669 51-5 30600106 No 282 

3

2006 (if method of calculation is different from 1998) 2669 51-5 30600106 No 282 

1 1998 2672 51-6 30600106 No 283 

2

2006 (using 1998 method of calculation) 2672 51-6 30600106 No 283 

3

2006 (if method of calculation is different from 1998) 2672 51-6 30600106 No 283 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

boiler Mixed boiler Mixed boiler Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

boiler Mixed boiler Mixed boiler Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 2675 51-7 30600106 No 284 

2

2006 (using 1998 method of calculation) 2675 51-7 30600106 No 284 

3

2006 (if method of calculation is different from 1998) 2675 51-7 30600106 No 284 

1 1998 2677 09-1 30600106 No 2954 

2

2006 (using 1998 method of calculation) 2677 09-1 30600106 No 2954 

3

2006 (if method of calculation is different from 1998) 2677 09-1 30600106 No 2954 

Year DAQ ID

Pt Source

ID SCC Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

34" stack/combustion Fuel G34" stack/combustion Fuel G34" stack/combustion Fuel G

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3393 07-1 30600106 No 264 

2

2006 (using 1998 method of calculation) 3393 07-1 30600106 No 264 

3

2006 (if method of calculation is different from 1998) 3393 07-1 30600106 No 264 

1 1998 3394 09-2 30600106 No 2956 

2

2006 (using 1998 method of calculation) 3394 09-2 30600106 No 2956 

3

2006 (if method of calculation is different from 1998) 3394 09-2 30600106 No 2956 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3395 10-2 30600106 No 266 

2

2006 (using 1998 method of calculation) 3395 10-2 30600106 No 266 

3

2006 (if method of calculation is different from 1998) 3395 10-2 30600106 No 266 

1 1998 3396 17-1 30600106 Yes 2957 

2

2006 (using 1998 method of calculation) 3396 17-1 30600106 Yes 2957 

3

2006 (if method of calculation is different from 1998) 3396 17-1 30600106 Yes 2957 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

incinerator Mixed incinerator Mixed incinerator Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3397 04-3 30600301 No 260 

2

2006 (using 1998 method of calculation) 3397 04-3 30600301 No 260 

3

2006 (if method of calculation is different from 1998) 3397 04-3 30600301 No 260 

1 1998 3704 11-1 30600106 No 267 

2

2006 (using 1998 method of calculation) 3704 11-1 30600106 No 267 

3

2006 (if method of calculation is different from 1998) 3704 11-1 30600106 No 267 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

Catalytic Cracking Circulation Mixed Catalytic Cracking Circulation Mixed Catalytic Cracking Circulation Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3706 13-1 30600106 Yes 269 

2

2006 (using 1998 method of calculation) 3706 13-1 30600106 Yes 269 

3

2006 (if method of calculation is different from 1998) 3706 13-1 30600106 Yes 269 

1 1998 3707 45-3 10500106 No 272 

2

2006 (using 1998 method of calculation) 3707 45-3 10500106 No 272 

3

2006 (if method of calculation is different from 1998) 3707 45-3 10500106 No 272 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

heater Mixed heater Mixed heater Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3711 45-4 10500106 No 276 

2

2006 (using 1998 method of calculation) 3711 45-4 10500106 No 276 

3

2006 (if method of calculation is different from 1998) 3711 45-4 10500106 No 276 

1 1998 3931 04-1 30600301 No 259 

2

2006 (using 1998 method of calculation) 3931 04-1 30600301 No 259 

3

2006 (if method of calculation is different from 1998) 3931 04-1 30600301 No 259 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

heater Mixed heater Mixed heater Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

FCC operation Mixed FCC operation Mixed FCC operation Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3936 06-2 30600202 No 262 

2

2006 (using 1998 method of calculation) 3936 06-2 30600202 No 262 

3

2006 (if method of calculation is different from 1998) 3936 06-2 30600202 No 262 

1 1998 3937 06-3 30600202 No 263 

2

2006 (using 1998 method of calculation) 3937 06-3 30600202 No 263 

3

2006 (if method of calculation is different from 1998) 3937 06-3 30600202 No 263 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3938 08-1 30600101 Yes 265 

2

2006 (using 1998 method of calculation) 3938 08-1 30600101 Yes 265 

3

2006 (if method of calculation is different from 1998) 3938 08-1 30600101 Yes 265 

1 1998 3940 12-1 30600106 No 268 

2

2006 (using 1998 method of calculation) 3940 12-1 30600106 No 268 

3

2006 (if method of calculation is different from 1998) 3940 12-1 30600106 No 268 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 3941 45-1 30600106 No 270 

2

2006 (using 1998 method of calculation) 3941 45-1 30600106 No 270 

3

2006 (if method of calculation is different from 1998) 3941 45-1 30600106 No 270 

1 1998 3942 45-2 30600106 No 271 

2

2006 (using 1998 method of calculation) 3942 45-2 30600106 No 271 

3

2006 (if method of calculation is different from 1998) 3942 45-2 30600106 No 271 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 4337 06-1 30600202 No 261 

2

2006 (using 1998 method of calculation) 4337 06-1 30600202 No 261 

3

2006 (if method of calculation is different from 1998) 4337 06-1 30600202 No 261 

1 1998 4345 66-1 30600904 No 285 

2

2006 (using 1998 method of calculation) 4345 66-1 30600904 No 285 

3

2006 (if method of calculation is different from 1998) 4345 66-1 30600904 No 285 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed 

4

2006 Calculations

Year DAQ ID

Pt Source

ID SCC

furnace Mixed 

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

flare 54% of total Crude Process flare Emergflare 54% of total Crude 

4

2006 Calculations

2006_Inventory_Documentat
1 1998 4346 66-2 30600904 No 286 

2

2006 (using 1998 method of calculation) 4346 66-2 30600904 No 286 

3

2006 (if method of calculation is different from 1998) 4346 66-2 30600904 No 286 

1 1998 4347 68-1 30600904 No 287 

2

2006 (using 1998 method of calculation) 4347 68-1 30600904 No 287 

3

2006 (if method of calculation is different from 1998) 4347 68-1 30600904 No 287 

Year DAQ ID

Pt Source

ID SCC Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

flare 46% of total Mixed flare 46% of total Emergflare 46% of total Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

propane flare Propanpropane flare Propanpropane flare Propan

4

2006 Calculations

2006_Inventory_Documentat
1 1998 13855 07-2 30609903 No 3736 

2

2006 (using 1998 method of calculation) 13855 07-2 30609903 No 3736 

3

2006 (if method of calculation is different from 1998) 13855 07-2 30609903 No 3736 

1 1998 18417 51-8 30600106 No 259 

2

2006 (using 1998 method of calculation) 18417 51-8 30600106 No 259 

3

2006 (if method of calculation is different from 1998) 18417 51-8 30600106 No 259 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

furnace Mixed furnace Mixed furnace Mixed 

Year DAQ ID

Pt Source

ID SCC

4

2006 Calculations

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

boiler Mixed boiler Mixed 

4

2006 Calculations

boiler Mixed 

2006_Inventory_Documentat
1 1998 1487 4-1 30600301 No 259 

2

2006 (using 1998 method of calculation) 1487 4-1 30600301 No 259 

3

2006 (if method of calculation is different from 1998) 1487 4-1 30600301 No 259 

EQUIPMENT WITH NO SOx IN 1998 

16395 68-1 

170808 6-4b 0.000588 AP-42 Table 3.2-3 

5499 4-4a 0.000588 AP-42 Table 3.2-3 5502 4-4b 0.000588 AP-42 Table 3.2-3 5503 6-4a 0.000588 AP-42 Table 3.2-3 5504 6-4b 0.000588 AP-42 Table 3.2-3 5505 11-2a 0.000588 AP-42 Table 3.2-3 

177034 19-1 1.51 CEM 177024 68-2 1.51 CEM 177025 68-3 1.51 CEM 

Year DAQ ID

Pt Source

ID SCC

Description of Process

NSPS 

(Yes/No)

Associated 

Stack ID

Raw M

Thermal catalystic Cracking Gas OThermal catalystic Cracking Gas O

4

2006 CalculationsDuplicate of source 04-1

DAQ ID

Point 

Source ID Description of Process

SOx Emission 

Factor

Thermal catalystic Cracking Gas O

Reciprocating comp.Reciprocating comp.

EF Method How sulfur content was calcula

Flare emergencyReciprocating comp.Reciprocating comp.Reciprocating comp.Tank Heater

TOTAL

Process furnaceTank HeaterReciprocating comp.

2006_Inventory_Documentat
2006_Inventory_Documentat
OXIDES OF SULFUR ANNUAL EMISSIO

Units/Yr

mm cu ft 38 mmBtu/hr 925 Btu/scf 0mm cu ft 38 mmBtu/hr 932 Btu/scf 0

mm btu 38 mmBtu/hr 932 Btu/scf 0

Throughput Generating Emissions

%

Ash

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

Design 

Rate Units

If Throughput is a Fuel 

2006_Inventory_Documentat
Units/Yr

mm cu ft 71 mmBtu/hr 925 Btu/scf 0mm cu ft 71 mmBtu/hr 925 Btu/scf 0mm cu ft 71 mmBtu/hr 932 Btu/scf 0

Units/Yr

mm cu ft 55 mmBtu/hr 925 Btu/scf 0

hrs/year 55 mmBtu/hr 932 Btu/scf 0

mm cu ft 55 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

Unspecified

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel

UnspecifiedUnspecified

2006_Inventory_Documentat
Units/Yr

hours/year 0 0 0 0hours/year 0 0 0 0hours/year 0 0 0 0

Units/Yr

mm cu ft 7.1 mmBtu/hr 925 Btu/scf 0mm cu ft 7.1 mmBtu/hr 932 Btu/scf 0mm cu ft 7.1 mmBtu/hr 0 Btu/scf 0

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

mm cu ft 32 mmBtu/hr 925 Btu/scf 0mm cu ft 32 mmBtu/hr 932 Btu/scf 0mm cu ft 32 mmBtu/hr 932 Btu/scf 0

Units/Yr

mm cu ft 2.4 mmBtu/hr 925 Btu/scf 0mm cu ft 2.4 mmBtu/hr 925 Btu/scf 0mm cu ft 2.4 mmBtu/hr 925 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

mm cu ft 10.8 mmBtu/hr 925 Btu/scf 0mm cu ft 10.8 mmBtu/hr 925 Btu/scf 0mm cu ft 10.8 mmBtu/hr 0 Btu/scf 0

Units/Yr

mm cu ft NA mmBtu/hr 925 Btu/scf 0mm cu ft NA mmBtu/hr 925 Btu/scf 0mm cu ft 2.2 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

Sulfur Plant

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel

Sulfur PlantSulfur Plant

2006_Inventory_Documentat
Units/Yr

mm cu ft 12 mmBtu/hr 925 Btu/scf 0mm cu ft 12 mmBtu/hr 925 Btu/scf 0mm cu ft 12 mmBtu/hr 0 Btu/scf 0

Units/Yr

mm cu ft 18.5 mmBtu/hr 925 Btu/scf 0mm cu ft 18.5 mmBtu/hr 925 Btu/scf 0mm cu ft 18.5 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

mm cu ft 3.5 mmBtu/hr 925 Btu/scf 0mm cu ft 3.5 mmBtu/hr 925 Btu/scf 0mm cu ft 3.5 mmBtu/hr 0 Btu/scf 0

Units/Yr

1000 cu ft 9.2 mmBtu/hr 925 Btu/scf 01000 cu ft 9.2 mmBtu/hr 925 Btu/scf 01000 cu ft 9.2 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

1000 cu ft 11.3 mmBtu/hr 925 Btu/scf 01000 cu ft 11.3 mmBtu/hr 925 Btu/scf 01000 cu ft 11.3 mmBtu/hr 0 Btu/scf 0

Units/Yr

mm cu ft 78.8 mmBtu/hr 925 Btu/scf 0mm cu ft 78.8 mmBtu/hr 932 Btu/scf 0mm cu ft 78.8 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

mm cu ft 29.1 mmBtu/hr 925 Btu/scf 0mm cu ft 29.1 mmBtu/hr 925 Btu/scf 0mm cu ft 29.1 mmBtu/hr 0 Btu/scf 0

Units/Yr

mm cu ft 11 mmBtu/hr 925 Btu/scf 0mm cu ft 11 mmBtu/hr 925 Btu/scf 0mm cu ft 11 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

mm cu ft 83.7 mmBtu/hr 925 Btu/scf 0mm cu ft 83.7 mmBtu/hr 925 Btu/scf 0mm cu ft 83.7 mmBtu/hr 0 Btu/scf 0

Units/Yr

mm cu ft 36.4 mmBtu/hr 925 Btu/scf 0mm cu ft 36.4 mmBtu/hr 925 Btu/scf 0mm cu ft 36.4 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

mm cu ft 15 mmBtu/hr 925 Btu/scf 0mm cu ft 15 mmBtu/hr 925 Btu/scf 0mm cu ft 15 mmBtu/hr 0 Btu/scf 0

Units/Yr

mm cu ft 11.8 mmBtu/hr 925 Btu/scf 0mm cu ft 11.8 mmBtu/hr 925 Btu/scf 0mm cu ft 11.8 mmBtu/hr 0 Btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

2006_Inventory_Documentat
Units/Yr

mm cu ft 50.1 mmBtu/hr 925 Btu/scf 0mm cu ft 50.1 mmBtu/hr 925 Btu/scf 0mm cu ft 50.1 mmBtu/hr 0 Btu/scf 0

Units/Yr

BBLs NA NA 0 0BBLs NA NA 0 0

mm cu ft NA 0 0 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

Flaring

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel

FlaringFlaring

2006_Inventory_Documentat
Units/Yr

BBLs NA NA 0 0BBLs NA NA 0 0

mm cu ft NA NA 0 0

Units/Yr

BBLs NA 2563.3 Btu/scf 0BBLs NA 2563.3 Btu/scf 0BBLs NA 0 Btu/scf 0

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

Flaring

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel

FlaringFlaring

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel

2006_Inventory_Documentat
Units/Yr

mm cu ft 3.9 mmBtu/hr 925 Btu/scf 0mm cu ft 3.9 mmBtu/hr 925 Btu/scf 0mm cu ft 3.9 mmBtu/hr 0 Btu/scf 0

Units/Yr

mm cu ft 925 btu/scf 0mm cu ft 81.8 932 btu/scf 0mm cu ft 0 btu/scf 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

P

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

2006_Inventory_Documentat
Units/Yr

mm bbls/yr 78.8 mmBtu/hr 333 bbls/hr 0mm bbls/yr 78.8 mmBtu/hr 333 bbls/hr 0mm bbls/yr 78.8 mmBtu/hr 0 bbls/hr 0

Throughput Generating Emissions

Design 

Rate Units

If Throughput is a Fuel 

Heating

Value Units

%

Sulfur

How Sulfur 

Content is calculated

%

Ash

P

2006_Inventory_Documentat
2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * below) 0 2 Mass balance (See ** below) 0 1 CEM 

Estimate Method

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Estimate 

Code

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

0.1030.2070.209

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

99 0 4 Stack test 99 0.06 4 Stack test 

99 0.06 4 Stack test 2002 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.3330.2250.455

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

501.460

Estimate 

Code Estimate Method

0.000

285.220

2006_Inventory_Documentat
Secondary Control

0 4 1996 Stack tests 0 4 1996 Stack tests 0 4 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

0.000

Estimate 

Code Estimate Method

0.0000.124

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0470.0270.055

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.1620.1560.316

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0190.0020.004

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

45 0 1 CEM45 0 1 CEM

45 0 0 CEM

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.1110.0580.119

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

146.020

Estimate 

Code Estimate Method

0.000

170.780

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

#DIV/0!

0.0000.000

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0520.0360.072

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0150.0130.027

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0000.0000.000

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0000.0000.000

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.2480.2040.413

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.1580.1080.218

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0550.0370.075

2006_Inventory_Documentat
Secondary Control

37.6 2 Mass balance (See * on page 1) 

0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

38.421

0.5331.080

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.2350.1510.307

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0010.0000.000

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0000.0000.000

2006_Inventory_Documentat
Secondary Control

0.464 0 2 Mass balance (See * on page 1) 

0.581 0 2 Mass balance (See ** on page 1) 

0.287 0 1 CEM 

Secondary Control

23 54.98% 8 AP42 23 8 AP42 23 1 CEM 

Estimate 

Code Estimate Method

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

64.791

Estimate 

Code Estimate Method

0.0010.000

2006_Inventory_Documentat
Secondary Control

23 0 8 AP42 23 17.18 8 AP42 

23 17.18 1 CEM 

Secondary Control

0 Propane does not contain sulfur 0 Propane does not contain sulfur 0 Propane does not contain sulfur 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

54.724

Estimate 

Code Estimate Method

17.18017.180

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

0.000

Estimate 

Code Estimate Method

0.0000.000

2006_Inventory_Documentat
Secondary Control

0 2 Mass balance (See * on page 1) 0 2 Mass balance (See ** on page 1) 0 1 CEM 

Secondary Control

0.290 0 1 CEM 

3.095 2.55 1 CEM 

2.819 2.55 1 CEM 

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

Estimate 

Code Estimate Method

0.0000.0110.022

Estimate 

Code Estimate Method

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

2006_Inventory_Documentat
Secondary Control

0.003 0 2 Mass balance (See * on page 1) 

0.000 0 2 Mass balance (See ** on page 1) 

0.000 0 

COM

Estimate 

Code Estimate Method

Em

F

Control 

Efficiency 

(%)

Emissions

(tons/yr)

Emissions 

from 

Breakdown 

(tons/year)

Control 

Code (See 

List)

Name of

Secondary 

Control

Control 

Code (See 

List)

2006_Inventory_Documentat
TOTAOtheTOTA

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMExplainExplainExplain

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

2006_Inventory_Documentat
2006_Inventory_Documentat
Fuel gas CEM

Fuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEMFuel gas CEM

How average ppm H2S is 

calculated

How average ppm H2S is 

calculated

2006_Inventory_Documentat
Explain

ExplainExplain

ADJUSTED

0.2090.455

285.220

0.1240.0550.3160.0040.119

170.780

0.0000.0720.027

0.0000.0000.4130.2180.0751.0800.307

How average ppm H2S is 

calculated

2006_Inventory_Documentat
0.000

0.0000.5810.000

17.180

0.0000.0223.0950.000

480.353

0.066

480.419

2006_Inventory_Documentat