TEAM ID 

## LAFARGEBDLGMTL Tuesday, March 27, 2007 166 

## TULSAROGERSCNTYLINE Updated: 

### 4113/2006 Address: 2609 N 145TH EAVE TULSA OK 74116 ResponsibleOfficial Contact: PAM BENNETT

Phone: (918)437-3902

Fax: (918)234-7599 

### EMISSIONS Status: Class:

SIC: County: Sub: Section:

Town: Range: Active A> 3241 ROGERS SW/4 22 20N 14E Directions: From 

### 1-44 & TurnerTpk., take 

### 1­ 244 E. to 129th EastAve. Go N. on 129th EastAve. to Apache. E. on Apache to 145th East Ave. N. of 145th 

### E. Ave. to plant. 1-44 to 129th EastAve, then N 2 UTM Zone: 15 Horizontal: 246.856

Vertical: 4009.234
Pollutant Estimated (tons) CasNo. • Carbon Monoxide**2~4.165** 630080 • Nitrogen Oxides

-NOx 1829.961 • PM-Coarse (Particulate Matterbetw 636.645 • PM-Fine (Particulate Matter<2.5 m 9.701 • SulfurOxides

- SOx 3049.604 • VolatileOrganics (non-HAP) 8.511 Benzene 1.7 71432 Formaldehyde 5.2 50000 Hydrogen chloride 4.9 7647010 Toluene 1.6 108883 

### POINTS Seq. Name Status UTMH UTMV EPOI Primary Raw Material Crushing Active 247.1 4008.8 2 EP02**Second~ry** Raw Material Crushing(Juction House D/C) Idle 247.1 4008.8 3 EP03 Raw Mill #1 Active 247.1 4008.8 4 EP04 Raw Mill #2 Active 247.1 4008.8 5 EP05 AuxiliaryRaw Material Grinding#2 Active 247.1 4008.8 6 EP06 AuxiliaryRaw Material Grinding#1 Active 247.1 4008.8 7 EP07 Kiln Feed Blend Silo Active 247.1 4008.8 8 EP08 Kiln Feed Pumps#1,2,3 Active 247.1 4008.8 9 EP09 Kiln Feed PumpX-Pump Active 247.1 4008.8 10 EPIO Raw Material Storage Silos (South) Active 247.1 4008.8 11 EPII Raw Material Storage

- North Ac·tive 247.1 4008.8 12 EPI2 Kiln #1 Feed System Active 247.1 4008.8 13 EP13 Kiln #2 Feed System Active 247.1 4008.8 14 EPI4 Kiln #1 Active 247.1 4008.8 15 EPI5 Kiln #2 Active 247.1 4008.8 16 EPl6ClinkerCooler#1 Active 247.1 4008.8 17 EP17 ClinkerCooler#2 Active 247.1 4008.8 18 EP20ClinkerStorage Active 247.1 4008.8 19 EP21 Finish Grinding#1 Active 247.1 4008.8 20 EP22 Finish Grinding#1 System Active 247.1 4008.8 21 EP23 Auxiliary Finish Grinding#1 Active 247.1 4008.8 22 EP24 Finish Grinding#2 Active 247.1 4008.8 23 EP25 Auxiliary Finish Grinding#2 Active 247.1 4008.8 24 EP26 Finish Grinding#2 System Active 247.1 4008.8 Page I of7

# 2005 TEAM 10 166 

## LAFARGEBDLGMTL TULSAROGERS CNTYLINE Tuesday, March 27, 2007 Updated: 4/13/2006 

### 25 EP27 Coal unloadingfrom railcar Active 247.1 4008.8 26 EP28 CoallCokeCrusher Active 247.1 4008.8 27 

### EP29 Packing House

- SackingMachine#1 Active 247.1 4008.8 28 EP30 Packing House

- SackingMachines#2 and#2A Active 247.1 4008.8 29 EP31 Packing House

- BagCleaner Active 247.1 4008.8 30 EP32 Packing House

- SackingMachines#3 Idle 247.1 4008.8 31 EP34 MasonryCementStorage

- Silo#7 Active 247.1 '4008.8 32 EP35 Train loading Cementsilo#16(East) Active 247.1 4008.8 33 EP36Train loading Cementsilo#15(West) Active 247.1 4008.8 34 EP37 Truck loading

- Cement silos (Middle) Active 247.1 4008.8 35 EP38 Truck loading

- Cement silos#2,4,6,6A (East) Active 247.1 4008.8 36 EP39 Truckloading

- Cement silos#1 ,3,5,5A (West) Active 247.1 4008.8 37 EP42 DustUnloading Active 247.1 4008,8 38 EP43 Dust Silo Active 247.1 4008.8 39 EP49 Finish Mill #3 Separator Active 247,1 4008.8 40 EP50 Finish Mill #3 Discharge Active 247,1 4008,8 41 EP51 Finish Mill #3 Nuisance South DIC 

### Active 247.1 4008.8 42 EP52 Finish Mill#3 ClinkerlGypsumTransport DIC ' 

### Active 247.1 4008.8 43 EP53 Finish Mill#3 North Nuisance DIC 

### Active 247.1 4008.8 44 EP54 Rail Cement SilosDustCollector Active 247.1 4008.8 45 Plant Fugitive Emissions Active 247.1 4008:8 46 EP55#1 Coal Silo Active 247.1 4009,1 47 EP56#2 Coal Silo Baghouse Active 247.1 4009,1 48 EP57 North Clinker ElevatorBaghouse Active 247,1 4009,1 49 EPI8#3 Hot BeltBaghouse Active 247,1 4009,1 50 EP19#4 Hot BeltBaghouse Idle 247.1 4009.1 51 EP41 West Truck LoadingSpout DIC 

### Active 247.1 4009,1 52 EP40 EastTruck LoadingSpout DIC 

### Active 247.1 4009,1 53 EP33 PackingSystem#4 Idle 247,1 4009,1 54 EP44 Silo 16 Rail LoadingSpout Active 247,1 4009.1 55 EP45 Silo 14 Rail Loading Spout Active 246.856 4009,234 56 EP46 Silo 12 Rail Loading Spout Active 247,1 4009.1 57 EP47 Silo 10 Rail Loading Spout Idle 247,1 4009,1 58 EP48 Silo 8 RailLoadingSpout Idle 246,856 4009,234 59 EP60 Flyash Silo Active 246,856 4009,234 60 EP61 ClinkerAdditives Silo Active 246.856 4009,234 61 EP62 ClinkerAdditives Silo Active 246.856 4009,234 62 EP63 Feed Hopper Active 246.856 4009.234 63 EP64 ClinkerStockpileConveyor Active 246.856 4009,234 64 EP65 NewCemConveyorNo. I Active 246.856 4009.234 65 EP66 RBT Diesel Engine Active 246.856 4009,234 66 EP79 NewCem ConveyorNo, 2 Active 246,856 4009.234 67 EP80 RBTDiesel Engine 2 Active 246,856 4009,234 

### PROCESSES Seq# Description 

### Annual Rate Hourly Units Hr/Yr Hr/Day Day/wk 

# see Conf. t 

### Industrial Processes,Mineral Prod 1287200.00 800 Tons 1609 24 7 30500609 N 2 Industrial Processes, Mineral Prod 0,00 800 Tons 0 0 0 30500610 N 3 Industrial Processes, Mineral Prod 2,10 0.001 Million standardcubic feet 6191 24 7 30590003 N Page2of7TEAM ID 

## LAFARGEBDLGMTL Tuesday, March 27, 2007 

# 2005 166 

## TULSAROGERS CNTYLINE Updated: 

### 4113/2006 4 Industrial Processes, Mineral Prod 1.70 0.001 Million standard cubic feet 6552 24 

### 7 30590003 N 

### 5 Industrial Processes, Mineral Prod 655200.00 100 Tons 6552 24 

### 7 30500609 N 

### 6 Industrial Processes, Mineral Prod 619100.00 100 Tons 6191 24 

### 7 30500609 N 7 Industrial Processes, Mineral Prod 1310.40 .. '0.2 1000tons 6552 24 

### 7 30500699 N 8 Industrial Processes, Mineral Prod 392000.00 500 Tons 784 24 

### 7 30500612 N 

### 9 Industrial Processes, MinerarProd 1429400.00 200 Tons 7147 24 

### 7 30500612 N 10 Industrial Processes, Mineral Prod 210200.00' 200 Tons 1051 24 

### 7 30500612 N II Industrial Processes, Mineral Prod 210200.00 ..200 Tons. 1051 24 6 30500712 N 12 Industrial Processes, Mineral Prod 952920.00 120 Tons 7941 24 

### 6 30500612 N 13 Industrial Processes, Mineral Prod 940800.00 120 Tons 7840 24 

### 6 30500699 N 14 Industrial Processes, In-process Fu 5682.00 0.65 Tons 7941 24 

### 7 39001299 N 14 Industrial Processes, Mineral Prod 316148.00 96 Tons' 7941 24 7 30500606 N 14 Industrial Processes, In-process Fu 42296.00 5.6 Tons 7941 24 6 39000201 N 14 Industrial Processes, In-process Fu 16.50 0,002 Million standard cubic feet 7941 24 

### 7 39000602 N 15 Industrial Processes, In-processFu 45131.00 5.15 Tons 7840 24 

### 7 39000201 N 15 Industrial Processes, In-process Fu 23.60 0.003 Million standard cubic feet 7840 24 

### 7 39000602 N 15 Industrial Processes, In-processFu ,6531.00 0.745 Tons 7840 24 

### 7 39001299 N 15 Industrial Processes, Mineral Prod 293789.00 0.96 Tons 7840 24 

### 7 30500606 N 16 Industrial Processes, Mineral Prod 762336.00 96 Tons 7941 24 

### 7 30500614 N 17 Industrial Processes, Mineral Prod 752640.00 96 Tons 7840 24 

### 7 30500614 N 18 Industrial Processes, Mineral Prod 762336.00 96 Tons 7941 24 7 30500618 N 19 Industrial Processes, Mineral Prod 286923.00 39 Tons 7357 24 

### 6 30500617 N 20 Industrial Processes, Mineral Prod 286923.00 39 Tons 7357 24 

### 6 30500617 N 21 Industrial Processes, Mineral Prod 286923.00 39 Tons 7357 24 6 ,30500617 N 22 Industrial Processes, Mineral Prod 303615.00 39 Tons 7785 24, 6 30500617 N 23 Industrial Processes, Mineral Prod 303615.00 39 Tons 7785 24 6 30500617 N 24 Industrial Processes, Mineral Prod 303615.00 39 Tons 7785 24 6 30500617 N 25 Industrial Processes, Mineral Prod 302400.00 150 Tons 2016 24 

### 6 30501044 N 26 Industrial Processes, Mineral Prod 302400,00 150 Tons 2016 24 

### 6 30510203 

### N 27 Industrial Processes, Mineral Prod 14070,00 70 Tons 201 24 6 30500619 N 28 Industrial Processes, Mineral Prod 95830,00 70 Tons 1369 24 6 30500619 N 29 Industrial Processes, Mineral Prod 613200.00 70 Tons 1570 24 7 30500619 N 30 Industrial Processes, Mineral Prod 0.00 70 Tons 

# o 

# o o 30500619 N 31 Industrial Processes, Mineral Prod 148191.00 141 Tons 1051 24 

### 6 30500618 N 32 Industrial Processes, Mineral Prod 145089.00 141 Tons 1029 24 

### 6 30500618 N 33 Industrial Processes, Mineral Prod 260286.00 141 Tons 1846 24 6 30500618 N 34 Industrial Processes, Mineral Prod 1235160.00 141 Tons 8760 24 6 30500699 N 35 Industrial Processes, Mineral Prod 1235160.00 141 Tons 8760 24 6 30500619 N 36 Industrial Processes, Mineral Prod 1235160.00 141 Tons . 8760 24 

### 6 30500619 N 37 Industrial Processes, Mineral Prod 6930.00 10 Tons 693 24 

### 6 30500699 N 38 Industrial Processes,'Mineral Prod 79410.00 10 Tons 7941 24 6 30500699 N 39 Industrial Processes, Mineral Prod 480123.00 63 Tons 7621 '24 6 30500699 N 40 Industrial Processes, Mineral Prod 480123.00 63 Tons 7621 24 

### 6 30500616 N 41 Industrial Processes, Mineral Prod 480123.00 63 Tons 7621 24 

### 6 30500616 N 42 Industrial Processes, Mineral Prod 480123.00 63 Tons 7621 24 

### 6 30500616 N 43 Industrial Processes, Mineral Prod 480123.00 63 Tons 7621 24 6 30500616 N Page 3 of7

### TEAM ID 

## LAFARGEBDLGMTL Tuesday, March 27,2007 

# 2005 166 

## TULSAROGERSCNTYLINE Updated: 4/13/2006 

### 44 Industrial Processes, Mineral Prod 145089.00 141 Tons 1029 24 

### 6 30500618 N 

### 45 Industrial Processes, Mineral Prod 1.00 Tons 8760 24 7 30500699 

### N 46 Industrial Processes, Mineral Prod 302400.00 150 Tons 2016 24 6 30510203 

### N 47 Industrial Processes, Mineral Prod 302400.00 150 Tons 2016 24 

### 6 30510203 N 

### 48 Industrial Processes, Mineral Prod 762336.00 96 Tons 7941 24 6 30500616 N 

### 49 Industrial Processes, Mineral Prod 762336.00 96 Tons 7941 

## o o 30500616 

### N 50 Industrial Processes, Mineral Prod 0.00 

## o 1000tons 

# o o 

# o 30500616 

### N 51 Industrial Processes,Mineral Prod 385200.00 150 Tons 2568 24 

### 6 30500699 N 

### 52 Industrial Processes, Mineral Prod 385200.00 150 Tons 2568 24 6 30500699 

### N 53 Industrial Processes, Mineral Prod 0.00 

# o Tons 

# o o 

# o 30500619 

### N 54 Industrial Processes, Mineral Prod 43800.00 600 Tons 73 24 6 30500699 N 

### 55 Industrial Processes, Mineral Prod 43800.00 600 Tons 73 24 6 30500619 

### N 56 Industrial Processes, Mineral Prod 20400.00 600 Tons 34 24 6 30500619 N 

### 57 Industrial Processes, MineralProd 0.00 

# o Tons 

# o o 

# o 30500699 N 

### 58 Industrial Processes, Mineral Prod. 0.00 

## o Tons 

# o o o 30500619 N 

### 59 Industrial Processes, MineralProd 20380.00 10 Tons 2038 24 6 30500619 N 

### 60 Industrial Processes,Mineral Prod 28000.00 10 Tons 2800 24 6 30500618 

### N 61 Industrial Processes, Mineral Prod 28000.00 10 Tons 2800 24 6 30500618 N 

### 62 Industrial Processes, Mineral Prod 270.00 

### 10 Tons 27 24 6 30500616 N 

### 63 Industrial Processes, Mineral Prod 22200.00 10 Tons 2220 24 6 30500616 N 

### 64 Industrial Processes, Mineral Prod 2720.00 80 Tons 34 24 6 30500616 N 

### 65 Industrial Processes, In-processFu 66.40 66.4 Horsepower 

### 34 24 6 39000599 N 

### 66 Industrial Processes, Mineral Prod 1440.00 80 Tons 18 24 6 30500616 N 

### 67 Industrial Processes, In-process Fu 66.40 66.4 Horsepower 18 24 6 39000599 

### N 

### CONTROLS Point# Pollutant Estimated Allowed Est. Method 

### Control t 

## Em'vo Control

## 2 Eff2% 

### *PM-Coarse(ParticulateMatterbetween 2. 1.2 

# o Mass Balance Fabric Filter 99.00% .. Uncontrolled 0.00'}l 2 

## *PM-Coarse(Particulate Matterbetween 2. 0 

## o Mass Balance Fabric Filter 99.00% .. Uncontrolled**O.OO~** 3 

## *PM-Coarse{ParticulateMatterbetween 2. 

### 11.94 

## o Mass Balance Fabric Filter­ 99.90% .. Uncontrolled**o.oo~** 

### 3 

## *Carbon Monoxide 0.088 

## o AP-42 Factors '" Uncontrolled 0.00% .. Uncontrolled 0.00'7 

### 3 

## *Nitrogen Oxides

- NOx 0.08 

## o AP-42 Factors '" Uncontrolled 0.00% .. Uncontrolled 0.00'7 . 

### 3 

## *Volatile Organics (non-HAP) 0.006 

## o AP-42 Factors '" Uncontrolled 0.00% .. Uncontrolled 0.00'7 

### 3 

## * Sulfur'Oxides

- SOx 0.001 

# o AP-42 Factors '" Uncontrolled 0.00% '" Uncontrolled 0.00'7 

### 4 

## *PM·Coarse(Particulate Matterbetween 2. 12.6 

# o Mass Balance Fabric Filter 99.90% '" Uncontrolled 0.00'7 4 

### '" Carbon Monoxide 0.072 

## o AP-42 Factors '" Uncontrolled 0.00% '" Uncontrolled**O.OOO~** 

### 4 '" Nitrogen Oxides

- NOx 0.065 

## o AP-42 Factors '" Uncontrolled· 0.00% '" Uncontrolled 0.00'7 4 

### '" Volatile Organics(non-HAP) 0.005 

# o AP-42 Factors**~** 

### Uncontrolled 0.00% .. Uncontrolled 0.00'1 4 '" SulfurOxides

- SOx 0.001 

## o AP-42 Factors '" Uncontrolled 0.00% .. Uncontrolled 

### O.OO') 5 '" PM-Coarse(Particulate Matterbetween 2. 1.4 

## o Mass Balance Fabric·Filter 99.90% '" Uncontrolled 0.00'7 6 

### '" PM·Coarse(Particulate Matterbetween 2. 1.2 

## o Mass Balance Fabric Filter

­ 99.90% '" Uncontrolled 0.00'7 7 

### '" PM·Coarse(Particulate Matterbetween 2. 5.1 

## o Mass Balance Fabric Filter 99.90% '" Uncontrolled 0.00'7 8 '" PM-Coarse (ParticulateMatterbetween 2. 0.1 

## o Mass Balance Fabric Filter 99.90% .. Uncontrolled 

### O.OO'} 9 '" PM-Coarse(Particulate Malterbetween 2. 0.4 

# o Mass Balance Fabric Filter 99.90% .. Uncontrolled 0.00'7 10 '" PM-Coarse(Particulate Matterbetween 2. 0.4 

## o Mass Balance Fabric Filter 99.90% '" Uncontrolled 

### O.OO'} II '" PM-Coarse(Particulate Malterbetween 2. 0.3 

# o Mass Balance Fabric Filter 99.90% '" Uncontrolled 0.00· 12 '" PM-Coarse(ParticulateMatterbetween 2. 1.77 

# o MassBalance Fabric Filter 99.90% .. Uncontrolled 

### O.OO'}\ 13 '" PM·Coarse(ParticulateMatterbetween 2. 1.75 

## o Mass Balance Fabric Filter 99.90% '" Uncontrolled 0.00').: Page4 of71";1,:1'**:.,~~** ........

TEAM lD 

## LAFARGE BDLG MTL Tuesday, March 27,2007 

# 2005· 166 

## TULSAROGERS CNTYLINE Updated: 4113/2006

14 • SulfurOxides

- SOx 1580.7 2148 AP-42 Factors • Uncontrolled 0.00% • Uncontrolled 0.00"; 14 • Nitrogen Oxides

- NOx 948.4 

# o AP-42 Factors • Uncontrolled 0.00% • Uncontrolled 0.00"; 14 • Carbon Monoxide 13\.9 

# o EPA RM Stack Test • Uncontrolled 0.00% • Uncontrolled 0.00"; 14 • PM-Coarse (Particulate Matterbetween 2. 87.12 

# o Mass Balance Fabric Filter 99.90%·Uncontrolled 0.00"; 14 • Volatile Organics (non-HAP) 4.4 

# o AP-42 Factors • Uncontrolled 0.00%· Uncontrolled 0.00°/ 14 Hydrogen chloride 3.6 

# o EPA 

### RM StackTest • Uncontrolled 0.00%· Uncontrolled 0.00"; 14 Formaldehyde 2.3 

# o EPA 

### RM StackTest • Uncontrolled 0.00% • Uncontrolled 0.00"; 14 Toluene 

# o EPA 

### RM StackTest • Uncontrolled 0.00% • Uncontrolled 0.00° 14 Benzene 0.9 

# o EPA 

### RM StackTest • Uncontrolled 0.00% • Uncontrolled 0.00° 15 • SulfurOxides

- SOx 1468.9 

# o AP-42 Factors • Uncontrolled 0.00% • Uncontrolled 0.00'l15 • Nitrogen Oxides

- NOx 881 :4 

# o AP-42 Factors • Uncontrolled 0.00%· Uncontrolled 0.00° 15 • Carbon Monoxide 162.1 

# o AP-42 Factors • Uncontrolled . 0.00% • Uncontrolled 0.00"; Ij • PM-Coarse (Particulate Matterbetween 2. 86.02 

## o AP-42 Factors Fabric Filter 99.90%· Uncontrolled 0.00"; 15 • Volatile Organics (non-HAP) 4.1 

## o AP-42 Factors • Uncontrolled 0.00%· Uncontrolled 0.00"; 15 Formaldehyde 2.9 

### <i AP-42 Factors • Uncontrolled 0.00% • Uncontrolled 0.00"; 15 Hydrogen chloride \.3 

# o AP-42 Factors • Uncontrolled 0.00% • Uncontrolled 0.00'l-: 15 Benzene 0.8 

# o AP-42 Factors • Uncontrolled 0.00% • Uncontrolled 0.00'l-: 15 Toluene 0.6 

## o AP-42 Factors • Uncontrolled 0.00% • Uncontrolled 0.00"; 16 • PM-Coarse (Particulate Matterbetween 2. 18.3 

## o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 17 • PM-Coarse (Particulate Matterbetween 2. 18.1 

## o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 18 • PM-Coarse(Particulate Matterbetween 2. 1.1 

# o Mass Balance Fabric'Filter 99.90%· Uncontrolled 0.00"; 19 • PM-Coarse (Particulate Matterbetween 2. 12.5 

## o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 20 • PM-Coarse (Particulate Matterbetween 2. 1.6 

## o Mass Balance Fabric Filter 99.90% . • Uncontrolled 0.00"; 21 • PM-Coarse (Particulate Matterbetween 2. 1.6 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; . 22 • PM-Coarse (Particulate Matterbetween 2. 13.2 

## o Mass Balance Fabric Filter 99.90%·Uncontrolled 0.00"; 23 • PM-Coarse (Particulate Matterbetween 2. 1.7 

## o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 24 • PM-Coarse (Particulate Matterbetween 2. 1.7 

## o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 25 • PM-Coarse (Particulate Matterbetween 2.' 0.4 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 26 • PM-Coarse (Particulate Matterbetween 2. 0.3 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 27 • PM-Coarse (Particulate Matterbetween 2. 0.09 

## o Mass Balance Fabric Filter 99.90%·Uncontrolled 0.00'l28 • PM-Coarse (Particulate Matterbetween 2. 0.6 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00'l29 • PM-Coarse (Particulate Matterbetween 2. 0.1 

## o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00'l30 • PM-Coarse (Particulate Matterbetween 2. 0 

# o Mass Balance Fabric Filter 99.00%· Uncontrolled 0.00"; 31 • PM-Coarse (Particulate Matterbetween 2. 0.4 

## o Mass Balance Fabric Filter 99.90%· Uncontrolled ·0.00'7 32 • PM-Coarse (Particulate Matterbetween 2. 0.069 

# o**Ma~s** Balance Fabric Filter 99.90%· Uncontrolled 0.00'l33 • PM-Coarse (Particulate Matterbetween 2. 0.8 

## o Mass Balance Fabric Filter 99.00%· Uncontrolled 0.00"; 34 • PM-Coarse (Particulate Matterbetween 2. 4.7 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00'7 35 • PM-Coarse (Particulate Matterbetween 2. 3.7 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 36 • PM-Coarse (Particulate Matterbetween 2. 4.7 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 37 • PM-Coarse (Particulate Matterbetween 2. 

## o.i 

# o Mass Balance Fabric Filter 99.90%·Uncontrolled 0.00"; 38 • PM-Coarse (Particulate Matterbetween 2. I.J 

## o Mass Balance Fabric Filter 99.90%·Uncontrolled 0.00'l39 • PM-Coarse (Particulate Matterbetween 2. 19.6 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 40 • PM-Coarse (Particulate Matterbetween 2. 6.532 

# o Mass Balance Fabric Filter 99.90%·Uncontrolled 0.00"; 41 • PM-Coarse (Particulate Matterbetween 2. 0.49 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00'l42 • PM-Coarse (Particulate Matterbetween 2. 1".96 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 43 • PM-Coarse (Particulate Matterbetween 2. 0.49 

# o Mass Balance Fabric Filter 99.90%· Uncontrolled 0.00"; 44 • PM-Coarse (Particulaie Matterbetween 2. 0.331 

# o Mass Balance Fabric Filter 99.90%·Uncontrolled 0.00"; 45 • PM-Coarse (Particulate Matterbetween 2. 305.4 

# o Mass Balance Dust Suppressi 85.00% • Uncontrolled**0.000~** 45 • PM-Fine (Particulate Matter<2.5 microns 9.7 

# o Mass Balance Dust Suppressi 85.00% • Uncontrolled 0.00'lPage 5 of7

# 2005 TEAM ID 

### 166 

## LAFARGEBDLGMTL TULSAROGERSCNTYLINE Tuesday, March 27,2007 Updated: 

### 4/13/2006 46 .. PM-Coarse (Particulate Matterbetween 2. 0.432 

## o Mass Balance Fabric Filter 99.90% .. Uncontrolled 

## o.oo'} 47 .. PM-Coarse(Particulate Matterbetween 2. 0.135 

# o Mass Balance Fabric Filter 99.90% .. Uncontrolled 0.00" 48 .. PM-Coarse(ParticulateMatterbetween 2. 0.425 

# o Mass Balance Fabric Filter 99.90% .. Uncontrolled 0.00" 49 .. PM-Coarse (ParticulateMatterbetween 2. 0.425 

# o Mass Balance Fabric Filter 98.00% .. Uncontrolled 0.00";, 51 .. PM-Coarse(ParticulateMatterbetween 2. 0.34 

# o Mass Balance Fabric Filter 99.90% .. Uncontrolled 

### O.OO'}: 52 .. PM-Coarse (Particulate Matterbetween2. 0.3 

# o Mass Balance Fabric Filter 99.90% .. Uncontrolled 

### O.OO'}: 54 .. PM-Coarse(Particulate Matterbetween 2. 0.01 

## o Mass Balance Fabric Filter 99.90% .. Uncontrolled 0.00<;; . 55 .. PM-Coarse(ParticulateMatterbetween 2. 0.01 

# o Mass Balance Fabric Filter 99.00% .. Uncontrolled 0.00<;; 56 .. PM-Coarse(ParticulateMatterbetween 2. 0.001 

# o Mass Balance FabricFilter 99.90% .. Uncontrolled 0.00<;; 57 .. PM-Coarse(Particulate Matterbetween 2. 0 

# o Mass Balance Fabric Filter 99.90% .. Uncontrolled 0.00°" 58 .. PM-Coarse(Particulate Matterbetween 2. 0 

# o Mass Balance .. Uncontrolled 0.00% • Uncontrolled 0.00<;; 59 .. PM-Coarse(Particulate Matterbetween 2. 0.9 

# o Mass Balance Fabric Filter 99.00% .. Uncontrolled 0.00<;; 60 .. PM-Coarse(Particulate Matterbetween 2. 0.2 

# o Mass Balance Fabric Filter 99.00% .. Uncontrolled 

### O.OO'}: 61 .. PM-Coarse(ParticulateMatterbetween 2. 0.2 

# o Mass Balance Fabric Filter 99.00% .. Uncontrolled 0.00<;; 62 .. PM-Coarse(ParticulateMatterbetween 2. 0.001 

# o AP-42 Factors .. Uncontrolled 0.00% .. Uncontrolled 0.00<;; 

### 63 .. PM-Coarse(ParticulateMatterbetween 2. 0.001 

# o AP-42 Factors .. Uncontrolled 0.00% .. Uncontrolled 0.00<;; 

### 64 .. PM-Coarse(ParticulateMatterbetween 2. 0.001 

# o Mass Balance Fabric Filter 99.00% .. Uncontrolled 0.00<;; 65 .. Nitrogen Oxides

- NOx 0.01 

# o Manuf. Test Data (wI DE .. Uncontrolled 0.00% .. Uncontrolled**O.OO~** 65 .. Carbon Monoxide 0.003 

# o Manuf. Test Data (wI DE .. Uncontrolled 0.00% .. Uncontrolled 0.00"; 65'
.. PM-Coarse(Particulate Matterbetween 2. 0.001 

# o Manuf. TestData (wIDE .. Uncontrolled 0.00% • Uncontrolled 0.00"; 65 .. SulfurOxides SOx 0.001 

# o Manuf. TestData (wIDE .. Uncontrolled 

### 0.00"10
.. Uncontrolled 0.00"; 

### 66 .. PM-Coarse(Particulate Matterbetween 2. 0.001 

# o Mass Balance Fabric Filter 99.00%"Uncontrolled 0.00"; 67 .. Nitrogen Oxides NOx 0.006 

# o Manuf. TestData (wIDE .. Uncontrolled 0.00%"Uncontrolled 

### O.OO'}: 67 .. Carbon Monoxide 0.002 

# o Manuf. Test Data (wI DE .. Uncontrolled' 0.00%" Uncontrolled 

### O.OO'}: 67 .. SulfurOxides

- SOx 0.001 

# o Manuf. Test Data (wI DE .. Uncontrolled 0.00%" Uncontrolled 

### O.OO'}: 67 .. PM-Fine (Particulate Matter<2.5 microns 0.001 

# o Manuf.Test Data (wIDE .. Uncontrolled 0.00%" Uncontrolled 

### O.OO'}: 

### STACKS Point# ID StackDescription Height(ft) Dia_(ft) 

### Temp{F) Flow Plume Ht.(ft) 8621 Primary RawMaterial Croshing 50 2 70 14400 

# o 2 8622 SecondaryRawMaterial Crushing 60 

### 1.8 70 2600 

## o 3 8623 RawMaterial Grinding#1 100 4 180 36000 

# o 4 8624 RawMaterial Grinding#2 100 4 180 36000 

# o 5 8625 AuxiliaryRawMaterial Grinding#2 55 

### 1.6 70 4000 

# o 6 8626 Auxiliary RawMaterial Grinding#1 55 

### 1.6 70 4000 

# o 7 8627 Kiln Feed Blend Silo 93 135 14400 

# o 8 8628 Kiln Feed Pumps#1,2,3 31 1.3 70 1340 

# o 9 8629 Kiln Feed Pump#4 23 

### I 70 1000 

# o 10 8630 RawMaterial Storage 149 

### 1.8 70 7800 

# o II 8631 RawMaterial Storage

- North 149 

### 1.8 70 5000 

## o 12 8632 Kiln #1 Feed System 97 

### 1.7 200 5200 

# o 13 8633 Kiln#2Feed System 97 

### 1.7 200 5200 

# o 14 8634 Kiln#1 43 6.9 500 160000 

# o 15 8635 Kiln#2 43 6.9 500 160000 

# o 16 8636 ClinkerCooler#I 53 

### 8 200 43000 

## o 17 8637 ClinkerCooler#2 53 8 200 43000 

## o 18 8640 ClinkerStorage 70 0.7 70 2600 

# o 19 8641 Finish Grinding#

### I 100 

### 4 200 31750 

# o 20 8642 Finish Grinding#I System 

### 67 0.8 70 4000 

# o Page6of7

### TEAM ID 

## LAFARGE BDLGMTL Tuesday, March 27, 2007 

# 2005 166 

## TULSAROGERS CNTYLINE Updated: 4113/2006 21 8643 AuxiliaryFinish Grinding#1 55 0.8 70 4000 

# o 22 8644 Finish Grinding#2 100 

### 4 200 31750 

# o 23 8645 AuxiliaryFinish Grinding#2 55 0.8 200 4000 

# o 24 8646 Finish Grinding#2 System 64 0.8 70 4000 

# o 25 8647 Coal unloadingfrom railcar 7 2 70 3500 

# o 26 8648 Coal/CokeCrusherD/C 135 \.8 70 3000 .0 

### 27 8649 PackingHouse

- SackingMachine#1 82 \.8 115 8600 

# o 28 8650 PackingHouse

- Sacking Machines#2 and #2A 82 \.8 115 8600 

# o 29 8651 PackingHouse

- BagCleaner. 9 0.6 70 1372 

# o 30 8652 Packing House

- SackingMachines#3 82 1.8 115 8600 

# o 31 8653 MasonryCement Storage

- Silo #7 161 \.2 

### 115 7000· 

# o 32 8654 Train loading

- Cement silo#16(East) 170 

### \.9 115 12500 

# o 33 8655 Train loading

- Cement silo#15(West) 170 \.9 115 7800 

# o 34 8656 Truckloading

- Cement silos (Middle) 154 2.1 115 10000 

# o 35 8657 Truckloading

- Cement silos #2,4,6,6A (Easi) 161 1.3 

### 115 7800 

# o 36 8658 Truck loading

- Cement silos #1 ,3,5,5A (West) 161 1.3 

### 115 12500 

# o 37 8663 Dust Unloading 26 0.5 100 5200 

# o 38 8664 Dust Silo 62 \.I 

### 100 3000 

# o 39 14304 Finish Mill#3·Seperator Stack 116 5 175 60000 

# o 40 14306 Finish Mill#3 Discharge Stack 

### 116 3 200 20000 

# o 41 14308 Finish Mill#3 Nuisance Discharge Stack 60 2 

### 200 1500 

# o 42 14312 Finish Mill#3 Clinker/GypsumTransportStack 50 200 6000 

# o 43 14315 Finish Mill#3 North Nuisance D/C 50 0.7 200 1500 

# o 44 14316 Rail Cement Silo Dust Collector Stack 151 1.7 115 6000 

# o 45 14317 PlantFugitive Emissions· .0 

# o o o 5 46 16955 #1 Coal Silo Baghouse 135 \,1 

### 70 4000 

# o 47 16956 #2 Coal Silo Baghouse 130 

### 1.\ 70 1250 

# o 48 16957 North ClinkerElevatorBaghouse 61 120 1000 

# o 49 16958 #3 Hot Belt Baghouse 61 120 1000 

# o 50 16959 #4 Hot Belt Baghouse 61 120 1000 

# o 51 16960 West SpoutBaghouse 35 \.I 

### 115 2500 

# o 52 16961 .East SpoutBaghouse 35 \.I 

### 115 2500 

# o 53 22079 PackingSystem#4 82 1.8 115 8600 

# o 54 22080 .Silo 16 Rail Loading 38 \.I 

### 115 2100 

# o 55 22081 Silo 14 Rail Loading Spout 38 \.I 

### 115 2200 

# o 56 22082 Silo 12 Rail Loading Spout 38 \.I 

### 115 2100 

# o 57 22083 Silo IO·Rail Loading Spout 38 \.I 

### 115 2000 

# o 58 22084 Silo 8 Rail Loading Spout 38 \.I 

### 115 2100 

# o 59 33434 Flyash Silo. 149 \.8 70 7800 

# o 60 33435 ClinkerAdditives Silo 149 

### \.8 70 1600 

# o 61 33436 ClinkerAdditives Silo 149 

### \.8 70 1600 

# o 62 33437 ClinkerAdditives Silo Handling System 

# o o o o 20 63 33438 ClinkerAdditives Silo Conveyor 

# o o o o 20 64 33439 Clinker Additives Silo RBT**Transf~r** 

### System 3 0.5 70 1200 

# o 65 33445· 66.4hp RBT Diesel Engine Clinker Additives Silo 

# o o o o 5 66 33466 .ClinkerAdditives Silo

- RBT II 

### Transfer System 

# o o o o 5 67 33467 66.4 HP RBT Diesel Engine

- Clinker Additives Silo 

# o o o o 5

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