# Format RBLf Report Page 1 of 8Format RBLC Report Page 2 of8



# ..**~,.,** ...... "

## .

UNKNOWN STARTUP/SHUTDOWN (Su/SDI RATES HAVE ALSO BEEN ESTABLISHED FOR THE COMBINED TURBINE/DUCT BURNER STREAM. NOX IS LIMITED TO 220 LB/HR DURING SUo FAC1LlTYWIDESUiSD EMISSIONS OF NOX (FROM 2TURBINES AND2 DUCT BURNERS, ARE ALSO LIMITED TO 74.33TPY. (8\ LOW NOX BURNERS AND SELECTIVECATLYTIC REDUCTION (SCRl ADD-ON CONTROLS Unspecified 21.8000 LB/H HOURLY MAXIMUM 955000 TIYR ANNUAL MAXIMUM 3.0000 PPM ANNUAL AVERAGE Did 

### factors. other then 

### air pollution technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other 

### Applicable NSPS. OPERATING PERMIT Requirements: Control Method: Est. 

### % 

### Efflclency: Compliance Verified: Pollutant/Compliance Notes: Test Method: Emission Limit 

### 1: Emission Limit 2: 

### Standard Emission:

USA PSD-LA-704 06/0611005(actual1 110017762651 4911 211112

ORLEANS LA 

### Permit Number: Permit Date: CECIL STERLING 6196962940 FRS**NUlI1~er:** NEW 600 MW NATURAL GAS-FIRED COMBINED CYCLE POWER PLANT SIC Code' A: New/Greenfield Facility NAICS: COUNTRY' 

### Corporate/Company Name:

# (~·~~~1j[~~~$~~:~'~~:~~~;iStg:. Faclllry Name:**F~lcilitJ** 

### Contact: Facility 

### Descrtptlon: Permit T)'lle: EPA Region: Faciluy County: Facility State: 

### COMPREHENSIVEREPORT Report Date: 03116/20 I0 

# IIFadli;! lnJ(,nml,inn 

# II

RBLC 10: LA-DI92 (tillal) 

### Date Determination 04/0812008 

### Last Updated:



# IIProcess/PollutantInformation 

# II Faciltry ZIP Code: 70129 Permit Issued B\': LOUISIANA DEPARTMENT OF ENV QUALITY (Agency Name)

. MR. KEITH JORDAN (Agency Contact) (225)219-3613 KEITH.JORDAN@LA.GOV Other Agency Contact Info: PERMIT\VRITER: TEGANTREADAWAY. 225-219-3181 

### Other Permitting THIS FACILiTY 

### WAS NEVER CONSTRUCTED, THEPSD PERMIT WAS RESCINDED ON 11/1/06. Information:

POLLUTANT NAME: (8 l CO OXIDATION CATALYST AND GOOD COMBUSTION PRACTICES 630-08-0 Unspecified 17.7000 LB/H HOURLY MAXIMUM 775000 T/YR ANNUAL MAXIMUM 4.0000 PPM (g1 I.W02 ANNUAL AVERAGE Curbon Monoxide

UNKNOWN STARTUP/SHUTDOWN (SU/SDl RATES HAVE ALSO BEEN ESTABLISHED FORTHE COMBINED TURBINE/DUCT BURNER STREAM. CO IS LIMITED TO 1530LB/HR DURING SUoFACILITY-WIDE SU/SD EMISSIONS OF CO (FROM 2TURBINES AND 2 DUCT BURNERSI ARE ALSO LIMITED TO 567.11 TPY. CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: Standard Emission: POLLUTANT NAME,

Did factors. other then air pollution technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other 

### Applicable OPERATING PERMIT Requirements: Control Method: Est. % 

### Efflclency: Compliance Verified: Pollutant/Compliance Notes:

Particulate matter. filterable 

### < 10J1. (FPM IOl 2006.00 MMBTU/H 15.210 tNannul Gas (includes propane 

### & liquified petroleum gusu GASTURBINES

- 

### 187MW(2)

Process 

### Type: PriIlUU')" Fuel: Throughput: Process Notes: PROCESS NAME,

Did 

### factors. other then 

### ail' pollution technology 

### considerations influence the BACT decision'): 

### t i Case-by-Case Basis: BACT-PSD Other 

### Applicable OPERATING PERMIT 

### Requirements: Control Method: i Pl USE OF CLEAN BURNING FlIEL AND GOOD COMBUSTION PRACCICES Est. % Efflclcncy: 

### Compliance Verified: UNKNOWN 

### Polluuuu/Compllancc Notes:

Sulfuric Acid (mist. vapors. etc) Volatile Organic Compounds (VOC)

7664-93-9 Unspecified 85000 LB/H '·SEENOTES. HOURLY MAXIMUM 37.2000 TIYR ANNUAL MAXIMUM VOC

UNKNOWN STARTUP/SHUTDOWN iSU/SDI RATES HAVE ALSO BEEN ESTABLISHED FOR THE COMBINED TURBINE/DUCT BURNER STREAM. 

## voe IS LIMITED TO 95 LB/HR DURING SUoFACILITY-WIDE Su/SD EMISSIONS OF VOC (FROM 2TURBINES AND 2 DUCT BURNERS) ARE ALSO LIMITED TO 3458 TPY. (B l CO OXIDATION CATALYST AND GOOD COMBUSTION PRACTICES Unspecified 2.8000 LB/H HOURLY MAXIMUM 12.3000 T/YR ANNUAL MAXIMUM 1.1000 PPM«jJ IYk02 ANNUAL AVERAGE

POLLUTANT NAME, POLLUTANT NAME:
CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 

### 2:

Did 

### factors, other then air 

### pollution technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other Appticable OPERATING PERMIT 

### Requirements: Control Method: Est. % Efficiency: Compliance Verified: 

### Pollutant/Compliance .Notes:

CAS Number: Test Method: Emission Limil 

### 1: Emission Limit 2: 

### Standard Emission: Did factors, other then air 

### pollution technology 

### constderattons influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other Applicable OPERATINq PERMIT 

### Requirements: Control Method: (Pl USEOF LOW SULFUR NATURALGAS.I.SGRAINS PER 100SCF Est. % Efflclency: Compliance .vertfled: UNKNOWN Standard Emission:

Nitrogen Oxides (NOx) 10102 PM Unspecified 29.4000 LB/H HOURLY MAXIMUM 128.8000 T/YR ANNUAL MAXIMUM

NOTAVAILABLE

Sulfur Dioxide, (S02) 7446-09-5 Unspecified 10.1000 LB/H HOURLY MAXIMUM 44.2000 T/YR ANNUAL MAXIMUM

POLLUTANT NAME: POLLUTANT 

### r-;M1E:

CAS Number: CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: Standard Emission: Did 

### factors. other then air 

### pollution technology 

### conslderatlons influence the BACT decisions: U Case-by-Case Basis: BACT-PSD Other 

### Applicable NSPS. OPERATING PERMIT Requirements: Control Method: (p) USEOF LOW SULFUR NATURAL GAS. 1.8GRAINS PER 100 SCF Est. % Efflctency: Compliance 

### verified: UNKNOWN 

### Pollutant/Compliance Notes: 

### CAS Number: T('sl**M~thod:** Emission Limit 

### I: 

### Emission Limit 

### 2: Standard Emission:



# hltp:llcfpub.epa.go\'/rblc/Reports/RptDetailedListingbyIdcnriiier.cfmRequest'Timeoul=50... 3/16/20

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# I0

# Format RBLC Report Page 3 of8Format RBLC Report pPage 4 of8

Pollutant/Compliance Notes: REGULATED POLLUTANT IS SULFURIC ACID MIST. *BASED 

### ON 55tH, CONVERSION OF S02 TO 

### S03


## IlproceSSlPollutantInfonnation 

# II

PROCESS DUCT BURNERS (2) NAME,

Sulfuric Acid 

### nnisr. vapors. etc) (B) CO OXIDATiON CATALYST AND GOOD COMBUSTION PRACTICES Volatile Organic Compounds (VOC)

UNKNOWN STARTUP/SHUTDOWN (SU/SD) RATES HAVE ALSO BEEN ESTABLISHED FOR THE COMBINED" TURBINE/DUCT BURNER STREAM. VOC IS LIMITED TO 95 LB/HR DURING SUoFACILITY-WIDE SU/SD EMISSIONS OF VOC (FROM 2 TURBINES AND 2 DUCT BURNERS) ARE ALSO LIMITED TO 34.58 TPY. IB) CO OXIDATION CATALYST AND GOOD COMB USTION PRACTICES

VOC Unspecified 12.9000 LB/H HOURLY MAXIMUM 565000 T/YR ANNUAL MAXIMUM 0.0170 LB/MMBTU ANNUALAVERAGE Unspecified 6.6000 LBIH HOURLY MAXIMUM 28.9000 T/YR ANNUAL MAXIMUM

NOT AVAILABLE

UNKNOWN STARTUP/SHUTDOWN (SU/SD) RATES HAVEALSO BEEN ESTABLISHED FOR THE COMBINED TURBINE/DUCT BURNER STREAM. CO IS LIMITED TO 1530 LB/HR DURING SUoFACILITY-WIDE Su/SD EMISSIONS OF CO (FROM 2 TURBINES AND 2 DUCT BURNERS) ARE ALSO LIMITED TO 567.11 TPY.

POLLUT,\NT NAME, Did factors, other then air pollution 

### technology considerations 

### influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other 

### Applicable OPERATING PERMIT Requirements: Control Method: Est. % Efficiency: Compliance Verified: Pollutant/Compliance Notes:

Did factors, other then air 

### pcllutlon technology 

### constderations influence 

### the BACT decisions: 

### U Case-by-Case Basis: BACT·PSD Other Applicable OPERATING PERMIT Requirements: Control Method: Est. % Efflctency: Compliance Verified: Pollutant/Compliance 

### Notes: Test Method:

POLLUTANT NAME: 

### Emission Limit 1: Emission Limit 2: Standard Emission:

CAS 

### Number: Test'Method: Emission Limit 

### 1: Emission Limit 

### 2: Standard Emission:

UNKNOWN '·DOES NOT INCLUDE CONTRIBUTION FROM (NH4)2S04. ADDITIONAL 4.3 LB/H ASSUMES 100<;< CONVERSION OF 3.2 LB/H H2S04.

Sulfur Dioxide (S02) 7446-09-5 Unspecified 3.8000 LB/H HOURLY MAXIMUM 16.6000 T/YR ANNUAL MAXIMUM 0.0050 LB/MMBTU ANNUALAVERAGE 

### Particulate 

### mutter,filterable< 

### 10Jl

### (FPM[0)

(p) USEOFCLEAN BURNING FUEL AND GOOD COMBUSTION PRACTICES PM Unspecified 11.9000 LB/H HOURLY MAXIMUM 52.1000 T/YR ANNUAL MAXIMUM 0.0100 LB/MMBTU'· ANNUALAVERAGE 11.310 (Nururul Gas(includes propane andliquefiedpetroleum gasn

759.00 MMBTUiH

POLLUTANT NAME, CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission: POLLUTANT NAME,

Did 

### factors,other then air pollution technology conslderutlons influence the BACT decisions: U Case-by-Case 

### Basis: BACT-PSD Other Applicable NSPS,OPERATING PERMIT Requirements: Control Method: Est. % 

### Efflclency: 

### Cempllance Verified: Pollutant/Compliance Notes: CAS Number: 

### Test Method: Emission Limit 1: Emission Limit 2: Standard Emission: 

### Process 

### Type: Primary Fuel: 

### Throughput: Process Notes.



### Particulate matter, 

### filterable < 10

### Jl(FPMIO)
PM Unspecified 0.1400 LB/H HOURLYMAXIMUM 0.0500 TIYR *SEENOTES.ANNUALMAXIMUM UNKNOWN REGULATED POLLUTANT IS SULFURIC ACID MIST. '·3.8 LB/HR S02' -'We TO H2S04' 98 LBMOLEl64 LB-MOLE (P) USE OF LOW SULFUR NATURAL GAS. 1.8GRAINS PER 100SCF 7664-93-9 Unspecified 3.2000 LBiH '·SEE NOTES. HOURLY MAXIMUM 14.0000 T/YR ANNUAL MAXIMUM

19.00 MMBTUlH 13.310 (Natural Gas (includes propane and liquefied petroleum gusn

POLLUTANT NAME: CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Did factors, other then air 

### pollution technology considerations influence the BACT decisions: U Case-by-Case Basls: BACT -PSD Other Applicable OPERATING PERMIT Requirements: Control Method: Est. % Efficiency: Compliance Verified: Pollutant/Compliance Notes: CAS Number: Test Method: Emission Limit 

### 1:- Emission Limit 

### 2: Standard Emission:

Process TYI)e: 

### Prhnary Fuel: Throughput: Process Notes: 

# IIProcess/PollutantInforma,ion 

# II**::~i,ESS'l.Q~W;W&§;~~~J~~,~f** .,

Carbon Monoxide 630-08-0 IB) LOW NOX BURNERS AND SELECTIVECATLYTIC REDUCTION (SCR) ADD-ON CONTROLS Nitrogen Oxides (NOx)

UNKNOWN STARTUP/SHUTDOWN (SU/SD) RATES HAVE ALSO BEEN ESTABLISHED FOR THE COMBINED TURBINE/DUCT BURNER STREAM. NOX IS LIMITED TO 220 LB/HR DURING SUoFACILlTYWIDESu/SD EMISSIONS OF NOX (FROM 2 TURBINES AND 2 DUCT BURNERS) ARE ALSO LIMITEDTO 74.33 TPY. 10102 Unspecified 8.2000 LB/H HOURLY MAXIMUM 35.9000 T/YR ANNUAL MAXIMUM

NOTAVAILABLE

POLLUTANT NAME, CAS Number: Did factors, other then air 

### pollution technology considerations influence the BACT decisions: U Case-by-Case Basis: BACT-PSD Other 

### Applicable NSPS, OPERATING PERMIT Requirements: Control 

### Method: Est. % Efficiency: Compliance Verified: Pollutant/Compliance Notes: CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard**~missioll:** POLLUTANT NAME: Did factors, other then HiI' pollution technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other 

### Applicable NSPS, OPERATING PERMIT Requirements: 

### Control Method. (p) USE OF LOW SULFUR NATURAL GAS. 1.8 GRAINS PER 100SCF Est. % Efficiency: 

### Compliance Verified: UNKNOWN 

### Pollutant/Compliance Notes:



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# Format RBL\= Report Page 5 of8Format RBLC Report Page 6 of8

UNKNOWN 'TPY LIMIT FOR ALL 3 HEATERS. AGGREGATE HEAT INPUT IS LIMITEDTO 14,250MM BTU/YR. ONLY 2 OFTHE3 HEATERS ARE ALLOWED TO OPERATE AT ANYGIVENTIME. 0.0400 TIYR "SEE NOTES. ANNUAL MAXIMUM 0.0050 LB/MMBTU ANNUALAVERAGE

(Pi GOOD COMB USTION PRACTICES 

### Did factors, other then air pollution technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other Applicable OPERATING PERMIT Requirements: Control Method: Est. % 

### Efficiency: Compliance Verified: Pollutant/Compliance Notes: Emission Limit 2: Standard Emission:

UNKNOWN "TPY LIMIT FOR ALL3 HEATERS. AGGREGATE HEAT INPUT IS LIMITED TO 14,250MM BTUIYR. ONLY 2 OFTHE3 HEATERS ARE ALLOWED TO OPERATE AT ANY GIVEN TIME. 0.0070 LB/MMBTU ANNUALAVERAGE

(Pl USEOF LOW SULFUR PIPELINE NATURAL GAS AND GOOD COMBUSTION PRACTICES 

### Standard Emission: Did 

### factors,other then air pollution technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT·PSD Other 

### Applicable OPERATING PERMIT 

### Requirements: Control Method: 

### Est. % 

### Efficiency: Compliance 

### Verified: Pollutant/Compliance Notes:

Particulate 

### matter, filterable< 

### 1011 (FPM

### 10)
PM 

### Unspecified 1.7500 LB/H HOURLY MAXIMUM 7.6700 TIYR ANNUAL MAXIMUM 35000.00 GALS H20/MIN 

### 99.009 (Industrial Process Cooling Towers)

POLLUTANT NAME: 

### CAS Number: Test Method: Emission Limit 1: 

### Emission Limit 

### 2: Standard Emission: Process T)'pe: Primary Fuel: Throughput: 

### Process Notes: 

## IIProcesS/PollutantInformation II
PROCESS CHILLER COOLING TOWER NAME:

UNKNOWN *TPY LIMIT FOR ALL 3 HEATERS. AGGREGATE HEAT INPUT IS LIMITED TO 14,250MM BTu/YR. ONLY 2 OF THE 3 HEATERS ARE ALLOWED TO OPERATE AT ANY GIVEN TIME. 

### Sulfur Dioxide(S021 7446-09-5 Unspecified 0.0080 LB/H HOURLY MAXIMUM 0.0030 TIYR ;'SEE NOTES. ANNUAL MAXIMUM 0.0004 LB/MMBTU ANNUALAVERAGE

(Pl USE OF LOW SULFUR PIPELINE NATURAL GAS AND GOOD COMBUSTION PRACTICES POLLUTANT NAME:

Did 

### factors. other then air pollution 

### technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other 

### Applicable OPERATING PERMIT 

### Requirements: Control Method: Est. % 

### Efficiency: Compliance 

### Verified: Pollutant/Coutpllance Notes: CAS Number: Test Method: Emission Limit 1: 

### Emission Limit 2: 

### Standard Emission:

POLLUTANT NA ME: UNKNOWN 8 CYCLES: TDS 

# =250 PPM 0.0050 'if DRIFT ANNUAL AVERAGE (N)

17,210 

### (Fuel Oil (ASTM # 1.2. 

### includes kerosene, aviation, diesel 

### fueln

425 HP Did factors, other then HiI' 

### pollution technology 

### conslderatlons influence the !3ACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other 

### Applicable OPERATING PERMIT Requirements: Control Method: Est. % 

### Efflciency: Compliance Verified: Pollutaru/Compllance 

### Notes:

Process Type: Primal")' Fuel: Throughput: Process Notes: 

## IIProcesS/PoliUlantInformation II
PROCESS DIESEL FIRED WATER PUMP NAME: LOW NOX BURNERS AND GOOD COMBUSTION PRACTICES

UNKNOWN 'TPY LIMIT FOR ALL 3 HEATERS. AGGREGATE HEAT INPUT IS LIMITEDTO 14.250MM BTu/YR. ONLY 2 OFTHE3 HEATERS ARE ALLOWED TO OPERATE AT ANY GIVEN TIME. 10102 

### Unspecified 18100 LB/H HOURLY MAXIMUM 0.6800 T/YR 'SEE NOTES. ANNUAL MAXIMUM 0:0950 LB/MMBTU ANNUALAVERAGE 

### Nitrogen Oxides (NOx\

Did factors. other then air pcllutfou technology considerations influence the BACT decisions: U Case-by-Case 

### Basis: ' BACT-PSD Other Applicable OPERATING PERMIT Requirements: Control Method: Est. % Etflclency: Compliance 

### Verified: Pollutant/Compliance 

### Notes: POLLUTANT NAME: 

### CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission:

CAS Number: 

### 630-08-0 Test Method: Unspecified Emission Limit 1: 

### 1.5200 LB/H 

### HOURLYAVERAGE EmiSSIOn Limit 2: 0 5700**T/Y~R** 

### *SEE NOTES ANNUAL**MAXI~UM** 

# I

# 06

Standard Emlsslon: 

# a08DP**b~/MMBTU,** ANNUALAVERAG,E 

# PfM
Old 

### factors, other then air pollution technology considerations Influence the BACT declslons: U 

# l I
Did factors. other then air pollution technology considerations influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other APillicable( OPERATING PERMIT Requirements: Control Method: (Pl GOOD ENGINE DESIGN AND PROPER OPERATING PRACTICES 

### Est. % 

### Efflclency: 

### Ccrnpllance Verified: UNKNOWN Pollutant/Compliance Notes: OPERATING TIME= 52 HRIYR Case-by-Case 

### Basis: Other Applicable Requirements: Control Method: Est. % 

### Efficiency: Compliance 

### Verified: Pollutant/Compliance Notes: BACT-PSD OPERATING PERMIT (Pl GOOD COMBUSTION PRACTICES

UNKNOWN *TPY LIMIT FOR ALL3 HEATERS. AGGREGATE HEAT INPUT IS LIMITEDTO 14.250 MM BTU/YR. ONLY 2 OFTHE3 HEATERS ARE ALLOWED TO OPERATE AT ANY GIVEN TIME. POLLUTANT NAME: 

### CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission: Purticulute 

### matter,filterable< 

### 1011 (FPM

### 10)
PM Unspecified 0.1400 LB/H HOURLY MAXIMUM 0.0040 TIYR ANNUAL MAXIMUM 0.1500 G/B-HP-H ANNUAL AVERAGE

POLLUTA NT NA ME: 

### Volatile Organic Compounds (Voe) CAS Number: 

### Test Method: Emission Limit 1: VOC 

### Unspecified 0.1000 LB/H HOURLY MAXIMUM POLLUTANT NAME: 

### CAS Number: Test Method: Sulfur Dioxide 

### (S02) 7446-09-5 

### Unspecified



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# Format RBLC Report Page 7 of 8Format RBLC Report .Pa¥e 8 of8

Did factors, other then air pollution technology considerations influence the BACT decisions: U Case-by-Case Basis: BACT-PSD Other Applicable OPERATING PERMIT Requirements: Control Method: (PI GOOD ENGINE DESIGN AND PROPER OPERATING PRACTICES 

### Est. % 

### Efflclency: Compliance Verified: UNKNOWN 

### Pollutant/Compliance Noles: OPERATING TIME=52 HR/YR Volatile Organic Compounds (VOCI VOC Unspecified 0.1200 LB/H HOURLY MAXIMUM 0.5300 TIYR ANNUAL MAXIMUM 10.00GAUMIN



### CAS Number: Test Method: Emission Limit 1: Emission Limit 

### 2: Standard Emission: Did factors, other then air pollution technology considerations influence the BACT decisions: U Case-by-Case 

### Basis: BACT-PSD Other Applicable OPERATING PERMIT Requirements: Control Method: (N) 

### Est. % 

### Efficient)': .Compliance Verified: UNKNOWN Pollutant/Compliance Notes: 0.20 LB/IOOO GAL ANNUAL AVERAGE Primary Fuel: Throughput: Process Notes:
POLLUTANT NAME: 0.6100 LB/H HOURLY MAXIMUM 0.0200 TIYR ANNUAL MAXIMUM 0.6500 G/B-HP-H ANNUAL AVERAGE

10102 Unspecified 8.9000 LB/H HOURLY MAXIMUM 0.2300 TIYR ANNUAL MAXIMUM 9.5000 G/B-HP-H ANNUAL AVERAGE Nitrogen Oxides (NOxl POLLUTANT NAME: Emission Limit 1: 

### Emission Limit 2: Standard Emission:

CAS Number: Test Method: 

### Emission Limit 1: Emission Limit 2: 

### Standard Emission:



### !IProcess/PoliutantInformation 

# II

PROCESS MAIN COOLING TOWER NAME: 

### Did 

### factors, other then air pollution technology considerations influence the BACT decisions: U Case-by-Case Basis: BACT·PSD Other Applicable OPERATING PERMIT Requirements: Control Method: (PI GOOD ENGINE DESIGN AND PROPER OPERATING PRACTICES 

### Est. % Efficiency: 

### Compliance Verified: UNKNOWN Pollutant/Compliance Notes: OPERATrNG TIME::: 52 HRIYR Process T.ype: Primary Fuel: Throughput: Process Notes: 99.009 (Industrial Process Cooling Towers)

290200.00GAL/MIN



### Did factors, ether then air pollution technology considerations influence the BACT decisions: U Case-by-Case Basis: BACT-PSD Other Applicable OPERATING PERMIT 

### Requirements: Control Method: (PI GOOD ENGINE DESIGN AND PROPER OPERATING PRACTICES 

### Est. % 

### Efficient)': Cornpllauce Verified: UNKNOWN Pollutant/Compliance Notes: OPERATING TIME::: 52 HR/YR UNKNOWN TDS 

### = 30.000 PPM O.OOOI'kDRIFT ANNUAL AVERAGE Particulate mutter. filterable 

### < 10JL 

### (FPMIO) PM Unspecified 2.6100 LB/H HOURLY MAXIMUM 11.4500 TIYR ANNUAL MAXIMUM

(PI MARLEY EXCEL DRIFT ELIMINATORS 

### Did factors. other then air pollution technology considerations influence the BACT decisions: U Case-by-Case Basis: BACT-PSD Other Applicable OPERATING PERMIT Requirements: Control Method: Est. % 

### Efficiency: Compliance Verified: Pollutant/Compliance Notes: CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission: POLLUTANT NAME: Carbon Monoxide 630-08-0 Unspecified 1.8800 LB/H HOURLY MAXIMUM 

### 0.0500 TIYR ANNUAL MAXIMUM 2.0100 G/B-HP-H ANNUAL AVERAGE POLLUTANT NAME: 

### CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission:

POLLUTANT NAME: Volatile Organic Compounds (VOCl 

### CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission: VOC Unspecified 0.0500 LB/H HOURLY MAXIMUM 

### 0.0010 T/YR ANNUAL MAXIMUM 0.0500 G/B-HP-H ANNUAL AVERAGE 

### Did factors, other then air pollutlou technology conslderatlcns influence the BACT decisions: U Case-by-Case Basis: BACT-PSD Other Applicable OPERATING PERMIT Requirements: Control Method: (PI GOOD ENGINE DESIGN AND PROPER OPERATING PRACTICES Est. % 

### Efficiency: Compliance Verified: UNKNOWN Pollutant/Compliance Notes: OPERATING TIME::: 52 HR/YR 

# IIProcess/PollutantInformation 

# II

PROCESS OIUWATERSEPARATOR NAME: 

### Process 'I'ype: 99.999 (Other Miscellaneous Sources)



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# Format RBL<;;Report Page 1 of8Format RBLC Report Page 2 of8

PROCESS FUEL GAS HEATER NAME: 

### IProcess/Pollutant

## Information 

# I COMPREHENSIVEREPORT

Report Date: 03116/20 I0

Unknown Unknown

Volatile Organic Compounds (VOC)

Particulate Matter (PM) VOC. 

### Unspecified 0.1100 LB/H 

### 0.4070 TIYR 

### 7446-09-5 Unspeci 

### tied 0.0690 LB/H 

### 0.2530 TIYR 

### 0.0043 LB/MMBTU 

### Sulfur Dioxide (S02) Unknown

POLLUTANT NAME:

POLLUTANT NAME: POLLUTANT NAME: 

### Compliance Verified: Pcllutant/Compllance Notes:

Did factors, other then air pollution technology considerations influence the BACT decisions: Case-by-Case Basis: BACT-PSD Other 

### Applicable Requirements: Control Method: (P) 

### NATURAL GAS FUEL Est. % 

### Efflclency: Compliance Verified: Unknown 

### Pollutant/Compliance Notes: CAS Number: Test Method: Emission Limit]: Emission Limit 2: 

### Standard Emission:

CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 

### 2: Standard Emission: Did factors, other then air pollution technology considerations influence the BA€Tdecisions: Case-by-Case**B~lSis:** 

### LAER Other Applicable Requirements: 

### Control Method: (P) GOOD COMBUSTION PRACTICES Est. % 

### Efflclcncy: Compliance 

### Verified: Jnknowll Pollutant/Compliance Notes: USA 

### 211 [[ 1 010001 1012412001 

### (actual) 1100[2553761

4911 Permit Number: 

### AES RED OAK LLC Permit Date: ALBERT BERGERON. PLANT FRS 

### Number: DRCTR 

### 7035221315 CBERGERON@AESC.COM ELECTRICITYGENERATION SIC Code: 

### D: Both B (Add new process to existing facility) &C (Modify process at existing NAICS: 

### facility) 2 COUNTRY: MIDDLESEX NJ 

### 08872 NEW JERSEY DEPT OF ENV PROTECTION (Agency Name) 

### ALlYA KHAN (Agency Contact) (6091292-2169 ALlYA.KHAN@DEP.STATE.NJ.US VIDHU SUKHEJA PO BOX 

### 027 TRENTON, NJ 

### 08625-0027 (609) 633-1124 -MODIFICATION TO PERMIT APPROVED 

### 1/2811000TO ADD FUEL GAS HEATER. AUXILIARY BOILER. EMERGENCY GENERATOR AND MODIFY CONDITIONS FOR

### 3TURBINES AND MONITORING REQUIREMENTS FOR COOLING TOWERS. AFFECTED CLASS I AREA: EDWIN B. FORSYTHE NWR. 

### 95 K.

. 

### Facilit)' Descrtptlcn: 

### Permit Type:

Process T)'I)e: 13.3[0 

### (Natural Gas (includes propane and liquefied petroleum gusn 

### Prima!")' Fuel: NATURALG,\$ 

### Throughput: 16.00MMBTU/H_, Process

### Notes: FUEL GAS HEATER PRE-HEATS THE PIPELINE NATURAL GAS FUEL ENTERING THE COMBUSTION TURBINE UNITS AT 

### 70 DEGREES F 

### Other Agency Contact Info: EPA Region: Facility Count)': Facility State: 

### Facilit)' ZIP Code: Permit Issued B)': Corporate/Company Name::.'

# §~~SC**R~6 b;\~,~L;~;,**  Facility Name: 

### Facility Contact:

Other Permlttlug Information: 

## Ilbldlit)' 

## Information 

# II

RBLC ID: NJ-D036 (finuh 

### Dale Determination 07/0812008 

### Last Updated:

Unknown PM 

### Unspecified 0.1200 LB/H 

### 0.4330 T/YR 

### 0.0271 LB/MMBTU 

### CAS Number: Test Method: Emission Limit]: Emission Limit**~:** Standard 

### Emission: Did 

### factors, other then air pollution 

### technology consktemuons influence the BACT decisions: Case-by-Case 

### Basis: BACT-PSD Other Applicable Requirements: Control Method: (N) NONE- PM EMISSIONS ALREADY VERY LOW 

### Est, % Efficiency: Compliance Verified: Unknown

### Pollutant/Complian~e Notes: Unknown

Unknown (p) GOOD COMBUSTION PRACTICE 6.8600 LB/H 

### 3.1810 TIYR

# ;~.~~i?**f~!&lMa:tu** Emission Limit 2: POLLUTANT NAME, 

# 7/,5ffYV\--

Did factors, other then air pollution technology conslderatlons influence the BACT decisions: Case-by-Case Basis: BACT -PSD Other Applicable Requirements: Control Method: Est. % Efflclency: 

### Compliance Verified: Pollutant/Compliance Notes: Standard Emission: CA S Number: 

### Test Method: 

### Emission Limit]:



### IProcess/PollutantInformation

Est_ % 

### Efflclency: Did factors, other then air pollution technology considerations influence the BACT decisions: Unknown Case-by-Case 

### Basis: LAER OtherAI)plicable Requirements: Control Method: IN) NONE- CONCLUDED THAT FUEL GAS HEATER HAS FAR LOWER HEAT INPUT RATE AND SUCH NOX CONTROLS ARE NOT PROBABLE BASED ON COST-EFFECTIVENESS AUXILIARY BOILER



### 12.310 (Nuturul 

### Gas (includes propane and liquetied petroleum gusn NATURALGAS 

### 120.00 MMBTUlH



### 630-08-0 Unspecified 6.0000 LB/H 

### 10.8000 T/YR 

### Carbon Monoxide POLLUTANT NAME: 

### CAS Number: Test Method: Emission Limit]: Emission Limit 

### 2: PROCESS 

### NAME: Process 

### Type: Primary Fuel: Throughput: 

### Process Notes: Nitrogen Oxides (NOx) 10102 Unspecified 0.1200 LB/MMBTU 

### 1.1970 LB/H 

### 0.1200 LB/MMBTU POLLUTANT NAME: 

### CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 

### 2: Standard Emission:



# http.z/cfpub.epa.gov/rbIc/Reports/RptDetailedListinghyIden tifier.cfrn?RequestTirneoute

# Sfl.; 3/16/20IOhttp.z/cfpub.epa,gov/rblc/Reports/RptDetailedListingbyIdenti fier .cfrn?RequestTimeout=50

.., 3/16/2010

# Format R BLC Report Page 3 of8Format RBLC Report .Page 40f8

, ,

Did 

### factors, other then air pollution technology considerations influence the BACT decisions: Case-by-Case Basis: BACT-PSD 

### OtherApplicable 

### Requirements: Control Method: (PI GOOD COMBUSTiON PRACTICE Est. 

### % Efficiency: Compliance Verified: UnKnO\\;11 

### PolluhmtlCompJiance Notes: Case-by-Case Basis: BACT-PSD Other Applicable Requirements: 

### Control Method: (PI GOOD COMBUSTION PRACTICES Est. % Efficiency: Compliance Verified: Unknown 

### Pollutant/Compliance Notes: 

# IIProcess/PollutantInformation 

# II

PROCESS AUXILIARY BOILER- DISTILLATEOIL NAME: 

### Standard Emission:



### POLLUTANT NAME: CAS Number: Test Method: Emission Limit 1: Emission Limil2: 

### Standard Emission: 0.0500 LBtMMBTU

Nitrogen Oxides (NOx) 

### 10102 Unspecified 0.0360 LBtMMBTU 4.3200 LBtH 0.0360 LBtMMBTU Unknown

Process Type: Primary Fuel: Throughput: Process Notes: 13.220 (Distillate Fuel Oil (ASTM # 1.2, includes kerosene. aviation. diesel fueln 

### DISTILLATEFUEL OIL 99.00 MMBTUIH DISTILLATE OIL USED AS BACK-UP FUEL- SEE NOTES FOR NATURAL GAS IN AUX. BOILER Did 

### factors, other then air pollution technology considerations influence the BACT decisions: Case-by-Case Basis: LAER Other Applicable 

### Requirements: Control Method: (Pl LIMITED OPERATION OF 3600 H/YR Est. 

### % Efflclency: Compliance Verified: Unknown Pollutant/Compliance Notes: Did 

### factors, other then 

### alr pollution technology 

### conslderatlons influence the BACT decisions: Case-by-Case Basis: BACT-PSD Other Applicable Requirements: 

### Control Method: (P) GOOD COMBUSTION PRACTICES Est. % Efficiency: Compliance Verified: Unknown Pollutant/Compliance Notes: 

### POLLUTANT NAME: CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 

### 1: Standard Emission: 

### Sulfur Dioxide(S02) 

### 7446-09-5 Unspecified 

### 0..

### ~140 LBtH 0.9260 TtYR 0.0043 LBtMMBTU Unknown 

### POLLUTANT NAME: CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 

### 2: Standard Emission: Carbon Monoxide 

### 630-08-0 Unspecified 

### 9.9000 LBtH 35640 TIYR 0.1000 LBtMMBTU Unknown

Did factors, other then air pollution technology considerations influence the BACT decisions: Case-by-Case Basis: BACT-PSD Other Applicable Requirements: Control Method: (P) NATURALGAS FUEL Est. 

### % Efflctency: Compliance Verified: Unknown Pollutunt/Compllance Noles:

Unknown 

### Unknown

Sulfur Dioxide (S02) 

### 10102 Unspecified 

### 0.1000 LBtMMBTU 9.9000 LBtH 0.1000 LBtMMBTU Nitrogen Oxides (NOx)



### 7446-09-5 Unspecified 

### 5.0210 LBtH 1.8070 TIYR 0.0507 LBtMMBTU POLLUTANT NAME: Did factors, other then air pollution 

### technology considerations influence the BACT decisions: 

### Case-by-Case Basis: LAER Other Applicable Requirements: Control Method: (Pl LIMIT BOILER USE TO 3600 H/YR Est. % 

### Efflclency: Compliance Verified: Unknown Pollutant/Compliance Notes: 

### POLLUTANT NAME:

Did factors, other then ail" pollution technology considerations influence the BACT decisions: Case-by-Case Basis: BACT -PSD Other Applicable Requirements: 

### Control Method: (PI LOW SULFUR OIL (NO PERCENTAGES GIVENI Est. % Efficient)': Compliance Verified: Unknown Pollutant/Compliance Notes: CAS Number: Test i\lethod: Emission Limit 1: Emission Limit 2: 

### Standard Emission:

CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: 

### Standard Emission: Unknown Unknown

Volatile Organic Compounds (VOC)

Particulate Matter (PM) 

### PM Unspecified 

### 0.7920 .LBtH 1.4260 TIYR 

### 0.0066 LBtMMBTU VOC Unspecified 

### 0.4800 LBtH 0.8640 TIYR POLLUTANT NAME:

POLLUTANT NAME: CAS Number: Test Method: Emission Limit 1: Emission Limit 

### 2: Standard Emission: CAS Number: Test Method: Emission Limit 1: Emission Limit 

### 2: Standard Emission: Did f;ICIOrs, other then air pollution technology considerations influence the BACT decisions: Case-by-Case Basis: LAER Other Applicable Requirements: Control Method: (Pl GOODCOMBUSTfONPRACTICES Est. % Efflclency: Compliance Verified: Unknown 

### Pollutant/Compliance Notes: ADDrTIONAL EMISSION LIMIT: 

### 0.004 LB/MMBTU.

Did factors, other then air pollution technology 

### conslderatlons influence the BACT decisions: Unknown



# http://cfpub.epa.gov/rblc/Reports/RptDetailedListingby Identifier.cfm?RequestTimeout=50... 3/ I6/20IOhttp://cfpub.epa.gov/rblc/Reports/RptDetaiIedLi stingbyIdenti fier.cfm ?RequestTimeout=50... 3/ I6/20I0

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# Report

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# Page 5 of8Format RBLC Report Page 6 of8


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Unknown Particulate 

### Matter (PM) PM 

### Unspecified 2.6700 LB/H 0.6700 T/YR POLLUTANT NAME: 

### Other Appllcable Requirements: Control Method: (Pl GOOD COMBUSTION Est. % 

### Efficiency: Compliance Verified: Unknown Pollutant/Compliance Notes: ADDITIONAL EMISSION LIMIT: 0.246 LB/MMBTU.

CAS Number: Test Method: Emission Limit 1: 

### Emission Limit 

### 2: Standard Emission: Did factors, other then air pollution technology constderauons influence the BACT decisions: Case-by-Case Basis: BACT -PSD Other Applicable Requirements: Control Method: 

### (PI LIMITED U.SE Est. % 

### Efficiency: Compliance Verified: Unknown 

### Pollutant/Compllance Notes: Unknown 

### Volatile Organic Compounds (yael VOC Unspecified 0.4950 LB/H 0.1780 TIYR

PM Unspecified 3.9600 LB/H 1.4260 TIYR 0.0400 LB/MMBTU 

### Particulate Matter (PM) POLLUTANT NAME:

POLLUTANT NAME: CAS Number: 

### Test Method: Emission Limit 1: 

### Emission Limit 2: Standard Emission: CAS Number: 

### Test Method: Emission Limit 1: Emission Limit 2: 

### Standard Emission: Did 

### factors, other then air pollution technology considerations Influence the BACT decisions: 

### Case-by-Case Basis: LAER Other Applicable Requirements: Control Method: (PI GOOD COMBUSTION PRACTICES Est. % Efficiency: 

### Compliance Verified: Unknown 

### Pollutant/Compliance Notes: ADDITIONAL EMISSION LIMIT: 0.005 LB/MMBTU.



## !process/PollutantInformation 

# I Did 

### factors, other 

### then air 

### pollution technology considerations Influence 

### the BACT decisions: Unknown Case-by-Case 

### Basis: BACT·PSD Other Applicable 

### Requlrements: Control Method: (p) 

### LIMITED USE Est. % 

### Efflclency: Compliance 

### Verified: Unknown Pollutant/Compliance Notes: Carbon Monoxide

Unspecified 1.1100 LB/H 2.7800 TIYR 630-08-0 POLLUTANT NA ME: 

### CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: Standard Emission: Did 

### factors, other then air pollution technology conslderatlons 

### influence the BACT decisions: U 

### Case-by-Case Basis: BACT-PSD Other Applicable Requirements: Control Method: (Pl GOOD COMBUSTION PRACTICE Est. % Efflclency: 

### Compliance Verified: UNKNOWN Pollutant/Compliance Notes: 17.110 (Fuel Oil (ASTM·.# 1.2. includes kerosene. aviation. diesel 

### fueln DIESEL FUEL EMERGENCY GENERATOR



### Process Type: Primary Fuel:**PI~OC:ESS** NAME:



### Throughputr 49.00 MMBTUlH Process Notes:**POSSIBLEBLACK·ST~gTCAPABILITY** TOTHESITE IF GRID POWER IS LOST MAX ALLOWABLE USE LESS THAN 500 HIYR POLLUTANT NAME: Nitrogen 

### Oxides (NOxl 10102 

### Unspecified 159.6500 LB/H 39.9900 TIYR



### 15.210 (Natural Gas (includes propane & 

### liquitied petroleum gas)) NATURALGAS 1967.00MMBTU/H AT HHV THIS MODIFICATION REFLECTS CHANGES TO STARTUP/SHUTDOWN DEFINITIONS. POLLUTANT MONITORING REQUIREMENTS. AND SCR CHANGES FOR THIS PROCESS 

### CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: Standard Emission: Did 

### factors, other then air pollution 

### technology considerations influence the BACT decisions: U Case-by-Case Basis: LAER Other Applicable Requirements: Control Method: (Pl LIMITED USE Est. % 

### Efflciency: Compliance Verified: UNKNOWN Pollutant/Compliance Notes:

Process T)'IJC: 

### Primary Fuel: Throughput: Process Notes: 

## IlproceSSIPOllutantInformation 

# II

PROCESS THREE501 FTURBINES WITH HRSG NAME: Unknown

Volatile 

### Organic Compounds (VOC) Sulfur Dioxide (S02)

VOC 

### Unspecified 12.0400 LBIH 3.0100 T/YR 

### Unspecified 2.4500 LB/H 0.6100 TIYR 7446-09-5

POLLUTANT NAME: POLLUTANT NAME:



### CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission: Did factors, other then air pollution technology considerations influence the BACT decisions: Unknown Case-by-Case Basis: LAER CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: Standard 

### Emission: Did factors, other then air pollutlen technology 

### considerations influence the BACT decisions: Case-by-Case 

### Basis: BACT-PSD Other Applicable 

### Requirements: Control Method: (Pl LOW SULFUR FUEL Est. % Efflclency: Compliance Verified: Unknown Pollutant/Compliance Notes:



# http://cfpub.epa.govlrblc/Reports/RptDetailedListingby Identifier.cfm?RequestTimeout=50... 3/16/20 1Ohttp://cfpub.epa.gov/rblc/Reports/RptDetaiI edListingby Identifier.cfm?RequestTimeout=50... 3/16/20 10

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# -,**,~** 

# ..

Unknown

Total Suspended Purticulures



### Unspecified 

### 15.7900 T/YR }.GOOO LB/H PM Unspecified 0.0041 LB/MMBTU 87.0000 LB/H VOC

USED TO COOL CIRCULATING CONDENSE COOLING WATER 

### 99.009 (Industrial Process Cooling Towers)

POLLUTANT NA ME: 

### CAS Number: Test Method: Emission Limit 1: Emission Limit 2: Standard Emission: Did 

### factors, other then air pollution 

### technology conslderatlons influence the BACT decisions: Unknown 

### Case-by-Case Basis: BACT-PSD Other Applicable Requirements: Control Method: (N) Est. % Efflclency: Compliance 

### Verified: Unknown 

### Pollutant/Compliance Notes: CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: Standard Emission: Did factors, other then air pollution technology 

### conslderatlons influence the BACT decisions: Case-by-Case Basis: BACT-PSD Other Applicable Requirements: Control Method: (N) 

### Est. % 

### Efficiency: Compliance Verified: Unknown Pollutant/Compliance 

### Notes:

Process Type: Primary Fuel: Throughput: Process Notes: 

## IIProceSS/PolllltantInformation 

# II

PROCESS COOLING TOWER- 10CELL WET MECHANICAL DRAFT NAME:



### NitrogenOxides (NOx) 10102 

### Ammonia (NH3l

Unspecified I 11.0000 LB/H 

### 15.3000 PPM @ 

### IYk 02 

### ASSUMED 15ljf, 02 

### Unspecified

Not Available Carbon Monoxide

7664-41-7 Unspecified 504.0000 LB/H 

### 12.2000 PPM@ 15t'ff· 02 630-08-0

POLLUTANT NAME: POLLUTANT NAME: POLLUTANT NAME:



### CAS Number: Test l\fethod: Emission Limit 1: 

### Emission Limit 2: Standard Emission: Did factors. other then air pollution technology conslderatlons influence the BACT decisions: U Case-by-Case 

### Basis: BACT-PSD OtherApplicable Requirements: Control Method: (A) SCR- MODIFIED FROM 42.1 GAL NH3/H TO 72.11 GALNH3/H AND FROM 201k 

### TO 19% NH3 SOLUTION 

### CAS Number: Test Method: 

### Emission Limit 1: 

### Emission Limit 2: Standard Emission: Did factors, other then air pollution technology considerations influence the BACT decisions: Unknown Case-by-Case 

### Basis: BACT-PSD Other Appflcable 

### Requirements: Control Method: tN) NH3 EMISSIONS ARE FROM SCR. NO EMISSION LIMIT IS GIVEN. 

### Est. % Efflclency. 

### Compliance Verified: Unknown Pollutnnt/Compllauce Notes: CAS Number: Test Method: Emission Limit 

## 1: Emission Limit 2: Standard Emission: Did factors, other then air pollution technology considerations influence the BACT decisions: U Case-by-Case 

### Basis: BACT-PSD OtherApplicable Requirements: Control Method: (N) Est. % 

### Efficiency: Compliance Verified: UNKNOWN Pollutant/Compliance Notes:

Est. % Efficiency. Compliance 

### Verified: Pollutant/Compliance 

### Notes: UNKNOWN

POLLUTANT NAME: Total 

### Suspended Particulates PM Unspecified 0.0135 LB/MMBTU 

### CAS Number: Test Method: Emission Limit 

### 1: Emission Limit 2: Standard Emission: Did 

### factors, other then air pollution technology 

### considerations influence the BACT decisions: Unknown Case-by-Case Basis: BACT·PSD OtherApplicable Requirements: Control Method: (N) 

### Est. % 

### Efflclency: Compliance Verified: Unknown Pollutant/Compliance Notes:

POLLUTANT NAME: 

### Volatile Organic Compounds (VOel



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