DEQ-CFW_00087645

E
4.0 UTILITIES
The utility area of DuPont Fayetteville Works consists of two No. 6 fuel oil boilers used
to provide steam to the production processes. The No. 1 oil -fired boiler has a maximum
firing rate of 139.4 million BTU per hour and the No. 2 oil -fired boiler has a maximum
firing rate of 88.4 million BTU per hour.
Note that over the next several years it is anticipated that much of the steam used by the
plant will be provided by the BCH Industries waste combustion unit that is co -located at
the facility. Plant operations began receiving steam from BCH in June of 1996 although
to date the supply of steam has been very intermittent.
The Fayetteville Works facility also contains a waste water treatment operation. This
operation is categorically exempt from permitting.
A complete emissions inventory and regulatory applicability analysis has been performed
for the Utilities area. A summary of these analyses are included in the following tables:
Table 4-1 Summary of Utility Emission Units
Table 4-2 Summary of Applicable Requirements
Table 4-3 Summary of Compliance Monitoring
g: \projects\fayett\butnaf
DEQ-CFW 00087645

0 0 9
TABLE 4-1
SUMMARY OF UTILITY EMISSION UNITS
Nolte: Both boilers vent to a common stack.
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TABLE 4-2
SUMMARY OF UTILITY UNIT APPLICABLE REQUIREMENTS
Emission Unit
Description
Emission''
Unit
]ID No.
Applicable Requirement
Regulatory, Citation
No. 1 Oil -Fired Boiler
PS -I
PM emissions < 0.267 lb/MMBTU
15A NCAC 213.0503
S02 emissions < 2.3 Ib/MMBTU
15A NCAC 2D.0516
Opacity <40%
15A NCAC 213.0521
Total heat input to both boiler <139.4 MMBTU/hr
15A NCAC 2D.0530
No. 2 Oil -Fired Boiler
PS-2
PM emissions < 0.267 lb/MMBTU
15A NCAC 25.0503
S02 emissions < 2.3 Ib/MMBTU
15A NCAC 213.0516
Opacity < 20%
15A NCAC 2D.0521
Total heat input to both boiler <139.4 MMBTU/hr
15A NCAC 213.0530
gAproje ctsWayett\butnaf

0 0 0
TABLE 4-3
SUMMARY OF COMPLIANCE MONITORING FOR UTILITY OPERATIONS
Emission Unit Description
Applicable Requirement
Compliance Monitoring
No. 11 Oil -Fired Boiler
PM emissions < 0.267 Ib/MMBTU
No formal monitoring is proposed; opacity monitoring will
Opacity < 40%
be performed if there are any indications of opacity
problems.
S02 emissions < 2.3 lb/MMBTU
The sulfur fuel oil content will be obtained from the vendor
and recorded in a logbook; the sulfur content will be
maintained below 2.2 wt%.
Total heat input to both boilers <139.4 MMBTU/hr
No. 6 fuel oil consumption will be monitored and maintained
below 929 gallons per hour.
No. 2 Oil -Fired Boiler
PM emissions < 0.267 lb/MMBTU
No formal monitoring is proposed; opacity monitoring will
Opacity < 40%
be performed if there are any indications of opacity
problems.
S02 emissions < 2.3 Ib/MMBTU
The sulfur fuel oil content will be obtained from the vendor
and recorded in a logbook; the sulfur content will be
maintained below 2.2 wt%.
Total heat input to both boilers <139.4 MMBTU/hr
No. 6 fuel oil consumption will be monitored and maintained
below 929 gallons per hour.
g:\prqjects\fayett\butnaf

FILENAME: 1VAF-B3.DBF R-1 SECTION B
B3
EMISSION SOURCE (OIUGAS FIRED BURNER)
REVISED: 04/15/94 AIR QUALITY SECTION
EMISSION SOURCE DESCRIPTION: Boiler #1 EMISSION SOURCE ID NO: pS-1
ONTROL DEVICE ID NO(S): EMISSION POINT ID NO(S): pEp-1
INDICATE WHETHER THIS SOURCE IS SUBJECT TO NSPS OR NESHAPS REGULATIONS
ALTERNATIVE OPERATING SCENARIO (AOS) NO:
DESCRIBE USE: ( x ) PROCESS HEAT ( ) SPACE HEAT ( ) ELECTRICAL GENERATION
( x ) CONTINUOUS USE ( ) STAND BY/EMERGENCY ( ) OTHER:
OPERATION DATE: January 1971
SEASONAL VARIATION (%) JAN-MAR: 25 APR-JUN: 25 JUL-SEP: 25 OCT-DEC: 25
MANUFACTURER: Zurn Industries MODELNO: 19M Keystone
TYPE OF BOILER ( ) UTILITY ( x ) INDUSTRIAL ( ) COMMERCIAL ( ) RESIDENTIAL
MAXIMUM FIRING RATE (MILLION BTU/HOUR) 139.4
FUEL USAGE (INCLUDING STARTUP) MAX DESIGN REQUESTED CAPACITY
FUEL TYPE UNITS CAPACITY (UNIT/HR) LIMITATION (UNIT/HR)
#6 Oil gal 929.33 929.33
_r --t i
FUEL CHARACTERISTICS (COMPLETE ALL THAT ARE APPLICABLE) SULFUR CONTENT
FUEL TYPE BTU CONTENT UNITS (% BY WEIGHT)
17 6 Oil 150,000 gal 2.2
METHOD OF TUBE CLEANING: Tube Blowing CLEANING SCHEDULE: At least once per day
DESCRIBE ANY MONITORING DEVICES, GAUGES, OR TEST PORTS: Boiler steam exi t flowmeter, Oxygen percentage
in flue gas; #6 fuel oil flow meter
INDICATE ALL REQUESTED STATE AND FEDERALLY ENFORCEABLE PERMIT LIMITS (e.g., materials of operation, material input rates, emission rates, etc.) AND DESCRIBE HOW THESE LIMITS
ARE MONITORED AND WITH WHAT FREQUENCY. See D3-2 Form.
COMMENTS:Propane is used for pilot light; #2 oil can be used as a start-up fuel.
DEQ-CFW 00087649

40
•
WATER
PEP-1
ATMOSPHERE
PS-1 L2
i
#6 FUEL OIL
FROM FUEL OIL
STORAGE TANK
PS-1 L3
------0- STEAM
FIGURE
ERM—Southeast, Inc. NO. 1 OIL —FIRED BOILER
CHARLOTTE, NORTH CAROLINA PS-1
ERM DUPONT — FAYETTEVILLE WORKS
S DUART, NORTH CAROLINA
DEQ-CFW 00087650

FILENAME: FAY-D3-l.DBF R-1 SECTION D
SPECIFIC EMISSION SOURCE EMISSION INFORMATION D3.1
('see note in instructions concerning state air toxics regulations)
QVISED: 04115/94 AIR QUALITY SECTION
EMISSION SOURCE DESCRIPTION: Boiler #1
EMISSION SOURCE ID NO.: PS-1 IS THIS SOURCE A FUGITIVE SOURCE? ( 1 YES ( X ) NO
ALTERNATIVE OPERATING SCENARIO (ADS) NO:
EMISSION RATE IN EMISSION RATE IN
LBSIHR LBSIYR
EMISSION FACTOR
POLLUTANT TYPE POTENTIAL ACTUAL POTENTIAL ACTUAL
TSP
3
21.76
5.13
190,617
44,922
PM-10
3
15.45
3.64
135,338
31,895
S02
3
320.62
74.09
2,808,631
649,000
NOx
3
62.27
16.47
545,444
144,251
CO
3
4.65
1.23
40,705
10,765
voc
3
0.706
0.187
6,187
1,636
Antimony*
Arsenic*
Beryllium*
dmium*
romium*
Cob t*
Lead*
Manganese*
Mercury*
Nickel*
Selenium*
Formaldehyde*
POMs*
HC1 *
COMMENTS: All emissions are based on AP-42 emission factors. Actual emissions are based on 1994
operation.
iftTote: Emissions associated with these pollutants are not quantified here because 'e .1»».. ...ai �.�» auae t11cLe are no
7 derally enforceable requirements limiting their emissions.
"A-,]
DEQ-CFW 00087651

FILENAME: FAY-D3-2.DBF R-1 SECTION D D3 2
SPECIFIC EMISSION SOURCE (REGULATORY ANALYSIS)
.EVISED: 04115194 AIR DUALITY SECTION
SION SOURCE DESCRIPTION: Boiler #1
EMISSION SOURCE ID NO: PS-1
ALTERNATIVE OPERATING SCENARIO (ADS) NO:
REGULATED
POLLUTANT
EMISSION AND OPERATING LIMITS
APPLICABLE
REQUIREMENT
PM
PM emissions must be less than 0.267 lb/MMBTU
15A NCAC 2D.0503
S02
S02 emissons must be less than 2.3 lb/MMBTU
15A NCAC 2D.0516
Opacity (PM)
Opacity <40-t
15A NCAC 2D.0521
Criteria Pollutants
Total heat input for both boiler <139.4 MMBTU/hr
15A NCAC 2D.0530
COMMENTS:
DEQ-CFW 00087652

FILENAME: FAY-D3-3.DBF R-1 SECTION D
, D3-3
SPECIFIC EMISSION SOURCE (REDUCTION AND RECYCLING ACTIVITIES)
EVISED: 04/15/94 AIR QUALITY SECTION
IN MISSION SOURCE DESCRIPTION: Boiler #1
EMISSION SOURCE ID NO: pS-1 I i
REGULATED ONGOING SOURCE QTY. EMITTED QTY. EMITTED PLANNED SOURCE
POLLUTANT REDUCTION BEFORE REDUCTION AFTER REDUCTION REDUCTION
ACTIVITIES (LBS/YEAR) (LBS/YEAR) ACTIVITIES
(ENTER CODES) (ENTER CODES)
COMMENTS:
DEQ-CFW 00087653

FORM D6 - PART A
A
BOILER EMISSION CALCULATIONS
(UTILITY, >100 MMBTU/HR)
#6 FUEL OIL
SITE INFORMATION
Site Name:
Emission Source Description:
Emission Source ID No.:
FUEL CHARACTERISTICS
Heat Value (BTU/gal):
Sulfur Content (%):
Actual Usage (gals/yr):
BOILER CHARACTERISTICS
Boiler Size (BTU/hr):
Act. Hrs of Operation (per yr):
Pot. Hrs of Operation (per yr):
GENERAL
Max S02 Emissions (lb/MMBT D:
GENERAL CALCULATIONS
Maximum Sulfur Content (%):
Potential Gallons of #6 used:
TSl
PM-11
SG
NO.
C(
VO(
Antimoni
Arseni(
Beryllium
Cadmium
Chromium
Cobalt
Lead
Manganese
Mercu r}
Nickel
Selenium
rw Formaldehyde
HCl
POM
g:\projects\fayett\B 1-#6.XLS
DuPont Fayetteville - Works
Boiler #1
PS-1
150,000
1.92
2,153,000
139,400,000
8,760
8.760
EMISSION FACTOR INFO.
2.3 Sulfur Multiplier: 157
TSP to PTt1-10 %: 71
2.20 * AP-42 - Table 1.3-2
8,140,960 ** AP42 - Table 1.3-5
ACTUAL EMISSIONS
POTENTIAL EMISSIONS
Emission
Emission
Emission
Emission
Emission
Emission
Factor
Rate
Rate
Factor
Rate
Rate
(lb/1000gal)
(lb/hr)
(lb/yr)
(lb/1000gal)
(lb/hr)
(lb/yr)
20.86
5.128
44922
23.41
21.760
190,617
1 14.81
3.641
31895
16.62
15.450
135,338
301.44
74.087
649000
345.00
320.620
2,808,631
67
16.467
144251
67
62.265
545,444
5
1.229
10765
5
4.647
40,705
0.76
0.187
1636
0.76
0.706
6,187
(lb/1E12 BTIJ)
(lb/hr)
(lb/yr)
(lb/IE12 BT1J)
(lb/hr)
(lb/yr)
35
1.29E-03
11.30
35
4.88E-03
42.74
67
2.47E-03
21.64
67
9.34E-03
81.82
4.2
1.55E-04
1.36
4.2
5.85E-04
5.13
114
4.20E-03
36.82
114
1.59E-02
139.21
75
2.76E-03
24.22
75
1.05E-02
91.59
99
3.65E-03
31.97
99
1.38E-02
120.89
III
4.09E-03
35.85
111
1.55E-02
135.55
49
1.81E-03
15.82
49
6.83E-03
59.84
16.7
6.16E-04
5.39
16.7
2.33E-03
20.39
1584
5.84E-02
511.55
1584
2.21E-01
1934.29
38
1.40E-03
12.27
38
5.30E-03
46.40
283
1.04E-02
91.39
283
3.95E-02
345.58
76190
2.81E+00
24605.56
76190
1.06E+01
93038.96
7.9
2.91E-04
2.55
7.9
1.10E-03
9.65
Page 1 12/14/95
t4 - 10
DEQ-CFW 00087654

FORM D6 - PART A
BOILER EMISSION CALCULATIONS
SUPPORTING DOCUMENTATION
#6 FUEL OIL
1) The PM-10 emission factor is calculated using the appropriate particle size distribution % factor given in Table 1.3-5
of AP-42 and multiplying the % by the TSP emission factor given in Table 1.3-2 of AP-42.
2) The S02 emission factor is according to Table 1.3-2 of AP-42 for fuel oil combustion and according to Table 1.4-2
for natural gas combustion.
3) For all other criteria pollutants, the emission rate (Ib/yr) is calculated as follows:
[ Emission Factor (lb/1000gal) * Actual or Potential Usage (gal/yr) ] / 1000
The emission rate (lb/hr) is calculated by dividing the (lb/yr) value by 8760 (hr/yr) or actual hours of operation.
4) For all other pollutants, the actual emission rate (lb/yr) is calculated as follows:
[ Emission Factor (ib/1E12 BTU) x Actual Fuel Usage (gal/yr) x Heat Value (BTU/gal) ] / 1E12
The emission rate (lb/hr) is calculated by dividing the (lb/yr) value by 8760 (hr/yr) or actual hours of operation.
5) For all other pollutants, the potential emission rate (lb/yr) is calculated as follows:
[ Emission Factor (lb/lE12 BTU) x Boiler Max Heat Input Rate (BTU/hr) x 8760 (hr/yr) ] / 1E12
The emission rate (lb/hr) is calculated by dividing the (lb/yr) value by 8760 (hr/yr) or actual hours of operation.
6) Maximum sulfur content is calculated as follows:
[Sulfur Multiplier x SON / 1000 (gal)] x [ I (gal) / Heat Value (BTU)) x [IE6 (BTU) / I (MMBTU)] = Max S (lb/MIvlBTU)
Rearranging for S(%o) gives:
S(%) = [Max S x Heat Value x 1000]/[1E6 x 1 x Sulfur Multiplier]
7) All Emission factors are from AP-42 Chapter 1.
8) HCl emissions are calculated based on a DuPont emission factor.
g:\proj ects\fayett\B 146.XLS
Page 2 12/14/95
q-II
DEQ-CFW 00087655

SECTION D - FORM D6
• ENGINEERING ANALYSIS TO SUPPORT PERMIT APPLICATION
IV
Emission Unit ID: PS-1
Emission Unit Description: Boiler 41
B. Regulatory Information:
This emission unit is subject to the following regulations:
1. 15A NCAC 2D.0503 - Particulates From Fuel Burning Indirect Heat Exchangers;
2. 15A NCAC 2D.0516 - Sulfur Dioxide Emissions From Combustion Sources';
3. 15A NCAC 2D.0521 - Control of Visible Emissions; and
4. Avoidance of 15A NCAC 2D.0530 - Prevention of Significant Deterioration;
The specific limits associated with each of these applicable regulations are as follows:
15A NCAC 2D.0503 states that allowable PM emissions from combustion units shall be
calculated using the equation: E =1.090 times Q to the-0.2594 power; where E is equal to the
allowable emission limit in lb/million BTU and Q = maximum heat input in million BTU/hour.
For combustion units installed prior to February 1, 1983, the term "Q" is defined as the sum of
the heat input from ALL combustion units in operation (or under construction) prior to February
1, 1983. At the DuPont Fayetteville Facility, prior to February 1, 1983, the combustion units in
operation consist of a 139.4 MMBTU/hr boilers (PS-1) and a 88.4 MMBTU/hr boiler (PS-2).
This gives a value of Q equal to 139.4 + 88.4 = 227.8. Thus for these combustion units,
allowable PM emissions (E) are calculated as = 1.09 * (227.8)^-0.2594 = 0.267 lb/MMBTU.
15A NCAC 2D.0516 requires that sulfur dioxide emissions shall not exceed 2.3 lb/MMBTU.
15A NCAC 2D.0521 requires for installations existing as of July 1, 1971 that visible emissions
shall not be more than 40 percent opacity when averaged over a six -minute period except that
six -minute periods averaging not more than 90 percent opacity may occur not more than once in
any hour nor more than four times in any 24-hour period.
15A NCAC 2D.0530 is the prevention of significant deterioration rule. Implementation of this
rule will prevent significant deterioration of air quality. For DuPont Fayetteville - Works, this
rule requires that the total heat input into the boilers (PS-1 and PS-2) does not exceed a
maximum of 139.4 million BTU per hour.
gAproj ecu\fayett\d6all
y-Q
DEQ-CFW 00087656

•
SECTION D - FORM D6 (continued - page 2)
ENGINEERING ANALYSIS TO SUPPORT PERMIT APPLICATION
Emission Unit ID: PS-1
Emission Unit Description: Boiler # 1
C. Control Device Information:
This emission unit is not equipped with a control device.
D. Compliance Information:
15A NCAC 2D.0503 - As indicated in the calculations contained in Part A of this D6 Form,
worst -case PM emissions occur when the boiler is firing No. 6 Fuel Oil. According to the AP-42
emission factor which has an A rating (23.4 lb PM/1000 gallons based on fuel oil containing the
allowable sulfur limit of 2.2% by weight), PM emissions are equal to approximately 0.156
lb/MMBTU (based on 150,000 BTU/gal). Thus, the worst -case emissions are approximately
58% of the allowable emissions (0.2671b/MMBTU), and therefore, no monitoring or
recordkeeping is required because compliance with 2D.0503 will be maintained.
15A NCAC 2D.0516 - As indicated in the calculations contained in Part A of this D6 Form,
sulfur dioxide emissions will be below 2.3 lb/MMBTU as long as the sulfur content in fuel oil is
below 2.2% by weight. Thus, fuel oil sulfur content will be obtained from the vendor and
recorded in a logbook. Sulfur content will be maintained below 2.2% by weight to ensure
compliance.
15A NCAC 2D .0521 - Because of the low PM emission levels, no opacity problems are
expected. Furthermore, historical operating information indicates no opacity problems during
normal operation. If there are any indications of unusual opacity problems, steps will be taken to
correct the problem. In the event that there is an opacity problem lasting more than four hours
NCDEHNR will be contacted as required by 15A NCAC 2D.0535.
15A NCAC 2D.0530 - Total heat input into the boilers can not exceed 139.4 million BTU per
hour. Thus, for #6 fuel oil (with heat value of 150,000 BTU/gal) consumption will be monitored
and maintained below 929 gallons per hour.
gAprojectsUayett\d6al l
H-13
DEQ-CFW 00087657

FIIENAME:FAY-E4.DBF R-1 SECTION E FE
COMPLIANCE PLAN (METHOD OF COMPLIANCE)
NPMD 911TA4 AIR QUALITY SECTION
ION SOURCE ID NO. P8-1
7NATIVE OPERATING SCENARIO (ADS) NO:N/A
REGULATED POLLUTANT pM
APPLICABLE REGULATION 15A NCAC 2D.0503
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE? 1
► YES (X 1 NO
IS ENHANCED MONITORING PROTOCOL ATTACHED?
( I YES (X ) NO
MONITORING DEVICE TYPE: None
MONITORING LOCATION:
OTHER MONITORING METHODS (DESCRIBE IN DETAIL): Based
on AP-42 emission factors, emissions are known to be 58 0
of allowable levels, and therefore, no monitoring or recordkeeping is required because
compliance is presumed.
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, 1 minute instantaneous readings taken to produce an
hourly average):
TEST METHODS
ENCE TEST METHOD DESCRIPTION:
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: N/A
FREQUENCY OF RECOROKEEPING (HOW OFTEN IS DATA RECORDED):
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED: A statement
will be made that compliance has been maintained. If
there have been any unusual occurrences that could possibly impact PM emissions, they will
be discussed.
IIERIPV. / 1 MONTH
vGl�l, 1. 1 I MONTHLY I ICY
/ 1 QUARTERLY , 1 ONCE EVERY v MONTHS
1 / u�nll I �II� I 1 tj I
( ) ONCE PER YEAR
I 1 OTHER (DESCRIBE):
DEQ-CFW 00087658

FILENAME:FAY-E4.DBF R-2 SECTION �4
COMPLIANCE PLAN (METHOD OF COMPLIANCE)
REVISED 04115194
AIR QUALITY SECTION
SION SOURCE ID NO. P8-1 REGULATED POLLUTANT S02
APPLICABLE REGULATION 15A NCAC 2D.0516
ALTERNATIVE OPERATING SCENARIO (ADS) NO:N/A
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE? ( 1 YES (X ) NO
IS ENHANCED MONITORING PROTOCOL ATTACHED? ( 1 YES (X ) NO
MONITORING DEVICE TYPE: NIA
MONITORING LOCATION:
OTHER MONITORING METHODS (DESCRIBE IN DETAIL): Sulfur content in #6 fuel oil supplied will be monitored to
ensure that it is below allowable level (2.2% by weight)
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, 1 minute instantaneous readings taken to produce an
hourly average):
TEST METHODS
•RENCETEST METHOD DESCRIPTION: Vendor will supply fuel oil sulfur content.
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: Weight fraction of sulfur in fuel.
FREQUENCY OF RECORDKEEPING(HOW OFTEN ISDATA RECORDED): Sulfur content will be recorded in a logbook monthly.
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED: Fuel oil sulfur content.
UENCY' 1 1 MONTHLY 1 ) QUARTERLY I X ) ONCE EVERY 6 MONTHS
( 1 ONCE PER YEAR ( ► OTHER (DESCRIBE):
L- - \5
DEQ-CFW 00087659

FILENAME: FAY-E4 . DBF R-3 SECTION E E4
COMPLIANCE PLAN (METHOD OF COMPLIANCE)
REVISED 04115194
AIR QUALITY SECTION
ISSION SOURCE ID NO. PS-1 REGULATED POLLUTANT Opacity (PM)
APPLICABLE REGULATION 15A NCAC 2D. 0521
ALTERNATIVE OPERATING SCENARIO (ADS) NO:N/A
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE? ( I YES (X ) NO
IS ENHANCED MONITORING PROTOCOL ATTACHED? ( ► YES (X ) NO
MONITORING DEVICE TYPE: Visual examination.
MONITORING LOCATION: Near emission point.
OTHER MONITORING METHODS (DESCRIBE IN DETAIL►: Potential PM emissions are 58 t of allowable emissions, and
compliance is presumed based on compliance history of the source. Any malfunction or upset
will be reported pursuant to 15A NCAC 2D.0535.
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, 1 minute instantaneous readings taken to produce an
hourlyaverage): Monitoring will be performed if there are indications of opacity problems.
TEST METHODS
FERENCE TEST METHOD DESCRIPTION: N/A
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: Recordkeeping will be performed if there is a malfunction or upset
pursuant to 15A NCAC 2D.0535.
FREQUENCY OF RECORDKEEPING (HOW OFTEN IS DATA RECORDED): As necessary, upon detection of a problem.
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED: Any malfunction or upset will be reported pursuant to 15A NCAC
2D.0535.
QUENCY: 1 1 MONTHLY ( ► QUARTERLY ( X ► ONCE EVERY 6 MONTHS
7 ( ► ONCE PER YEAR 1 ) OTHER (DESCRIBE):
`-4 --41P
DEQ-CFW 00087660

FILENAME:FAY-E4.DBF R-4 SECTION E FE4
-. COMPLIANCE PLAN (METHOD OF COMPLIANCE)
REVISED 04115194
AIR QUALITY SECTION
SIONSOURCEIDNO. pB-1
REGULATED POLLUTANT Total heat input to both boilers
I
APPLICABLE REGULATION 15A NCAC 2D.0530
RNATIVE OPERATING SCENARIO (ADS) ND:N/A
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE? (
1 YES (X ) NO
IS ENHANCED MONITORING PROTOCOL ATTACHED?
( ► YES (X ) NO
MONITORING DEVICE TYPE: Fuel oil flow meter.
MONITORING LOCATION:
OTHER MONITORING METHODS (DESCRIBE IN DETAIL):
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING
AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, i minute instantaneous readings taken to produce an
hourlyaverage): Fuel oil consumption will
be tracked and recorded daily.
TEST METHODS
ERENCE TEST METHOD DESCRIPTION: N/A
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: Fuel oil consumption.
FREQUENCY OF RECORDKEEPING (HOW OFTEN IS DATA RECORDED): Recorded daily.
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED:
QUEN Y: ( j MONTHLY
1 ) QUARTERLY I X 1 ONCE EVERY 6 MONTHS
( ► ONCE PER YEAR
( 1 OTHER (DESCRIBE):
4 - v�
DEQ-CFW 00087661

FILENAME: NAF-B3.D13F R-2 SECTION B [B3]
EMISSION SOURCE (OIL/GAS FIRED BURNER)
REVISED: 04/15/94 AIR QUALITY SECTION
ISSION SOURCE DESCRIPTION: Boiler #2 EMISSION SOURCE ID NO: PS-2
NTROL DEVICE ID NO(S): EMISSION POINT ID NO(S): pEp-1
INDICATE WHETHER THIS SOURCE IS SUBJECT TO NSPS OR NESHAPS REGULATIONS
ALTERNATIVE OPERATING SCENARIO (AOS) NO:
DESCRIBE USE: ( X ) PROCESS HEAT ( ) SPACE HEAT ( ) ELECTRICAL GENERATION
( g ) CONTINUOUS USE ( ) STAND BY/EMERGENCY ( ) OTHER:
OPERATION DATE: October 1982
SEASONAL VARIATION (%) JAN-MAR: 25 APR-JUN: 25 JUL-SEP: 25 OCT-DEC: 25
MANUFACTURER: Zurn Industries MODELNO: 19M Keystone
TYPE OF BOILER ( ) UTILITY ( X ) INDUSTRIAL ( ) COMMERCIAL ( ) RESIDENTIAL
MAXIMUM FIRING RATE (MILLION BTU/HOUR) 88.4
FUEL USAGE (INCLUDING STARTUP) MAX DESIGN REQUESTED CAPACITY
FUEL TYPE UNITS CAPACITY (UNIT/HR) LIMITATION (UNIT/HR)
#6 Oil gal 589.33 589.33
FUEL
FUEL CHARACTERISTICS (COMPLETE ALL THAT ARE APPLICABLE) SULFUR CONTENT
TYPE BTU CONTENT UNITS (% BY WEIGHT)
6 Oil 150,000 gal 2.2
METHOD OF TUBE CLEANING: Tube Blowing CLEANING SCHEDULE: At least once per day
DESCRIBE ANY MONITORING DEVICES, GAUGES, OR TEST PORTS: Boiler steam exit flowmeter, Oxygen percentage
in fluegas; #6 fuel oil flow meter to burner
INDICATE ALL REQUESTED STATE AND FEDERALLY ENFORCEABLE PERMIT LIMITS (e.g., materials of operation, material input rates, emission rates, etc.) AND DESCRIBE HOW THESE LIMITS
ARE MONITORED AND WITH WHAT FREQUENCY. See Form D3 -2.
COMMENTS: propane is used for pilot light; #2 oil can be used for start-up.
DEQ-CFW 00087662

•
•
•
WATER
�1 go
ERM-Southeast, Inc.
CHARLOTTE, NORTH CAROLINA
0
ERM
PEP-1
ATMOSPHERE
1
IPS-2 L2
I
PS-2 L3 - STEAM
PS-2
#6 FUEL OIL
FROM FUEL OIL
STORAGE TANK
NO. 2 OIL -FIRED BOILER
DUPONT-FAYETTEVILLE WORKS
DUART, NORTH CAROLINA
FIGURE
PS-2
4-)9
DEQ-CFW 00087663

FILENAME: FAY-D3-l.DBF R-2 SECTION D
, D3-1
SPECIFIC EMISSION SOURCE (EMISSION INFORMATION)
0 (*see note in instructions concerning state air toxics regulations)
Rrvigrn• nnii-;iaa AIR QUALITY SECTION
EMISSION SOURCE DESCRIPTION: Boiler ##2
EMISSION SOURCE ID NO.: PS-2 IS THIS SOURCE A FUGITIVE SOURCE? ( I YES I X ) NO
ALTERNATIVE OPERATING SCENARIO (ADS) NO: 0 M
EMISSION RATE IN EMISSION RATE IN
LBSIHR LBSIYR
EMISSION FACTOR
POLLUTANT TYPE POTENTIAL ACTUAL POTENTIAL ACTUAL
TSP
3
13.799
3.251
120,879
28,480
PM-l0
3
11.867
2.796
103,956
24,493
S02
3
203.32
46.971
1,781,083
411,466
NOx
3
32.413
8.570
283,941
75,075
Co
3
2.947
0.779
25,813
6,825
VOC
3
0.165
0.044
1,446
382
Antimony*
Arsenic*
Beryllium*
ium*
Chromium*
Cobal t*
Lead*
Manganese*
Mercury*
Nickel*
Selenium*
Formaldehyde*
PONS*
HC1 *
COMMENTS: All emissions are based on AP-42 emission factors. Actual emissions are based on 1994
operation.
te: Emissions associated with these pollutants are not quantified here because there are no
derally enforceable requirements limiting their emissions.
`A-J-0
DEQ-CFW 00087664

FILENAME: FAY-D3-2.DBF R-2 SECTION D D3 2
SPECIFIC EMISSION SOURCE (REGULATORY ANALYSIS)
w nr nrnu
VIJtu: tail IOIt14 non uvnu vw w.
ION SOURCE DESCRIPTION: Boiler #2
EMISSION SOURCE ID NO: PS-2 ALTERNATIVE OPERATING SCENARIO (ADS) NO:
REGULATED APPLICABLE
POLLUTANT EMISSION AND OPERATING LIMITS REQUIREMENT
PM PM emissions must be less than 0.267 lb/MMBTU 15A NCAC 2D.0503
S02 S02 emissons must be less than 2.3 1b/MMBTU 15A NCAC 2D.0516
Opacity (PM) Opacity <20% 15A NCAC 2D.0521
Criteria Pollutants Total heat input for both boiler <139.4 MMBTU/hr 15A NCAC 2D.0530
1 COMMENTS:
DEQ-CFW 00087665

FILENAME: FAY-D3 -3 . DBF R-2 SECTION D D3-3
SPECIFIC EMISSION SOURCE (REDUCTION AND RECYCLING ACTIVITIES)
Dev1e=n• nnririoe AID AI IAI ITV CCP`TIAAI
SSION SOURCE DESCRIPTION: Boiler #2
EMISSION SOURCE ID NO: PS-2
REGULATED ONGOING SOURCE QTY. EMITTED QTY. EMITTED PLANNED SOURCE
POLLUTANT REDUCTION BEFORE REDUCTION AFTER REDUCTION REDUCTION
ACTIVITIES (LBSNEAR) (LBSNEAR) ACTIVITIES
(ENTER CODES) (ENTER CODES)
COMMENTS:
DEQ-CFW 00087666

0
•
FORM D6 - PART A
BOILER EMISSION CALCULATIONS
(INDUSTRIAL, 10-100 MMBTU/HR)
#6 FUEL OIL
SITE INFORMATION
Site Name: DuPont Fayetteville - Works
Emission Source Description: Boiler #2
Emission Source ID No.: PS-2
FUEL CHARACTERISTICS
Heat Value (BTU/gat):
150,000
Sulfur Content (%):
1.92
Actual Usage (gals/yr):
1,365,000
BOILER CHARACTERISTICS
Boiler Size (BTU/hr):
88,400,000
Act. Hrs of Operation (per yr):
8,760
Pot. Hrs of Operation (per yr):
8,760
GENERAL
EMISSION FACTOR INFO.
Max S Content (lb/MMBTU):
2.3 Sulfur Multiplier: 157
GENERAL CALCULATIONS
TSP to PM-10 %: 86
Maximum Sulfur Content (%):
2.20
Potential Gallons of46 used:
5,162,560
TS]
PM-11
SO:
NO:
C(
V O(
Antimony
Arsenic
Beryllium
Cadmium
Chromium
Cobalt
Lead
Manganese
Mercury
Nickel
Selenium
Formaldehyde
POM
HCl
Ammonia
g:\projects\fayett\] 0-100#6.xls
ACTUAL EMISSIONS
POTENTIAL EMISSIONS
:>
Emission
Emission
Emission
Emission
Emission
Emission
Factor
Rate
Rate
Factor
Rate
Rate
(]b/I000gal)
(lb/hr)
(lb/yr)
(lb/1000gal)
(lb/hr)
(lb/yr)
20.9
3.251
28480
23.41
13.799
120,879
17.9
2.796
24493
20.14
11.867
103,956
301.4
46.971
411466
345.00
203.320
1,781,083
55.0
8.570
75075
55.0
32.413
283,941
5.0
0.779
6825
5.0
2.947
25,813
0,280
0.044
382
0.28
0.165
1,446
(lb/1E12 BTU)
(lb/hr)
(lb/yr)
(lb/IE12 BTU)
(lb/hr)
(lb/yr)
35
8.18E-04
7.17
35
3.09E-03
27.10
67
1.57E-03
13.72
67
5.92E-03
51.88
4.2
9.82E-05
0.86
4.2
3.71E-04
3.25
114
2.66E-03
23.34
114
1.01E-02
88.28
75
1.75E-03
15.36
75
6.63E-03
58.08
99
2.31 E-03
20.27
99
8.75E-03
76.66
III
2.59E-03
22.73
111
9.81E-03
85.96
49
1.15E-03
10.03
49
4.33E-03
37.94
16.7
3.90E-04
3.42
16.7
1.48E-03
12.93
1584
3.70E-02
324.32
1584
1.40E-01
1,227
38
8.88E-04
7.78
38
3.36E-03
29.43
283
6.61 E-03
57.94
283
2.50E-02
219.15
7.9
1.85E-04
1.62
7.9
6.98E-04
6.12
76190
1.78E+00
15599.90
76190
6.74E+00
59,000
iv
0.00E+00
0.00
0
0.00E+00
0.00
Page 1 10/23/96
y-a3
DEQ-CFW 00087667

FORM D6 - PART A
BOILER EMISSION CALCULATIONS
(INDUSTRIAL,10-100 MMBTU1HR)
#6 FUEL OIL
1) The PM-10 emission factor is calculated using the appropriate particle size distribution % factor given in Table 1.3-8
of AP-42 and multiplying the % by the TSP emission factor given in Table 1.3-2 of AP-42.
2) The S02 emission factor is according to Table 1.3-2 of AP-42 for fuel oil combustion and according to
Table 1.4-2 for natural gas combustion.
3) For all other criteria pollutants, the emission rate (lb/yr) is calculated as follows:
[ Emission Factor (lb/1000gal) * Actual or Potential Usage (gal/yr) ] / 1000, or
The emission rate (lb/hr) is calculated by dividing the (lb/yr) value by 8760 (hr/yr) or actual hours of operation.
4) For all other pollutants, the actual emission rate (lb/yr) is calculated as follows:
[ Emission Factor (lb/1E12 BTU) * Actual Fuel Usage (gal/yr) * Heat Value (BTU/gal) ] / 1E12
The emission rate (lb/hr) is calculated by dividing the (lb/yr) value by 8760 (hr/yr) or actual hours of operation.
5) For all other pollutants, the potential emission rate (lb/yr) is calculated as follows:
[ Emission Factor (lb/1E12 BTU) * Boiler Max Heat Input Rate (BTU/hr) * 8760 (hr/yr) ] / 1E12
The emission rate (lb/hr) is calculated by dividing the (lb/yr) value by 8760 (hr/yr) or actual hours of operation.
6) Maximum sulfur content is calculated as follows:
. [Sulfur Multiplier * S(%) / 1000 (gal)] x [I (gal) / Heat Value (BTU)] x [IE6 (BTU) / 1 (MMBTU)] = Max S (Ib/MMBTU)
Rearranging for S(%)
S(%) = [Max S x Heat Value x 1000]/[IE6 x 1 x Sulfur Multiplier]
7) All Emission factors are from AP-42 Chapter 1.
8) HCI emissions are calculated based on a DuPont emission factor.
g:\projects\fayett\10-100#6.x1s Page 2 10/23/96
y -.)y
DEQ-CFW 00087668

•SECTION D - FORM D6
ENGINEERING ANALYSIS TO SUPPORT PERMIT APPLICATION
Emission Unit ID: PS-2
Emission Unit Description: Boiler #2
B. Regulatory Information:
This emission unit is subject to the following regulations:
1. 15A NCAC 2D.0503 - Particulates From Fuel Burning Indirect Heat Exchangers;
2. 15A NCAC 2D.0516 - Sulfur Dioxide Emissions From Combustion Sources';
3. 15A NCAC 2D.0521 - Control of Visible Emissions; and
4. Avoidance of 15A NCAC 2D.0530 - Prevention of Significant Deterioration;
The specific limits associated with each of these applicable regulations are as follows:
15A NCAC 2D.0503 states that allowable PM emissions from combustion units shall be
calculated using the equation: E =1.090 times Q to the-0.2594 power; where E is equal to the
allowable emission limit in lb/million BTU and Q = maximum heat input in million BTU/hour.
For combustion units installed prior to February 1, 1983, the term "Q" is defined as the sum of
the heat input from ALL combustion units in operation (or under construction) prior to February
1, 1983. At the DuPont Fayetteville Facility, prior to February 1, 1983, the combustion units in
operation consist of a 139.4 MMBTU/hr boilers (PS-1) and a 88.4 MMBTU/hr boiler (PS-2).
This gives a value of Q equal to 139.4 + 88.4 = 227.8. Thus for these combustion units,
allowable PM emissions (E) are calculated as =1.09 * (227.8)^-0.2594 = 0.267 lb/MMBTU.
15A NCAC 2D.0516 requires that sulfur dioxide emissions shall not exceed 2.3 lb/MMBTU.
15A NCAC 2D.0521 requires for installations established after July 1, 1971 that visible
emissions shall not be more than 20 percent opacity when averaged over a six -minute period
except that six -minute periods averaging not more than 87 percent opacity may occur not more
than once in any hour nor more than four times in any 24-hour period.
15A NCAC 2D.0530 is the prevention of significant deterioration rule. Implementation of this
rule will prevent significant deterioration of air quality. For DuPont Fayetteville - Works, this
rule requires that the total heat input into the boilers (PS-1 and PS-2) does not exceed a
maximum of 139.4 million BTU per hour.
g Aprojects\fayett\d6al l
';_5
DEQ-CFW 00087669

SECTION D - FORM D6 (continued - page 2)
. ENGINEERING ANALYSIS TO SUPPORT PERMIT APPLICATION
Emission Unit IDs: PS-2
Emission Unit Description: Boilers #2
C. Control Device Information:
This emission unit is not equipped with a control device.
D. Compliance Information:
15A NCAC 2D.0503 - As indicated in the calculations contained in Part A of this D6 Form,
worst -case PM emissions occur when the boiler is firing No. 6 Fuel Oil. According to the AP-42
emission factor which has an A rating (23.4 lb PM/1000 gallons based on fuel oil containing the
allowable sulfur limit of 2.2% by weight), PM emissions are equal to approximately 0.156
lb/MMBTU (based on 150,000 BTU/gal). Thus, the worst -case emissions are approximately
58% of the allowable emissions (0.267 lb/MMBTU), and therefore, no monitoring or
recordkeeping is required because compliance with 2D.0503 will be maintained.
• 15A NCAC 2D.0516 - As indicated in the calculations contained in Part A of this D6 Form,
sulfur dioxide emissions will be below 2.3 lb/MMBTU as long as the sulfur content in fuel oil is
below 2.2% by weight. Thus, fuel oil sulfur content will be obtained from the vendor and
recorded in a logbook. Sulfur content will be maintained below 2.2% by weight to ensure
compliance.
•
15A NCAC 2D.0521 requires for installations established after July 1, 1971 that visible
emissions shall not be more than 20 percent opacity when averaged over a six -minute period
except that six -minute periods averaging not more than 87 percent opacity may occur not more
than once in any hour nor more than four times in any 24-hour period.
15A NCAC 2D.0530 - Total heat input into the boilers can not exceed 139.4 million BTU per
hour. Thus, for #6 fuel oil (with heat value of 150,000 BTU/gal) consumption will be monitored
and maintained below 929 gallons per hour.
gAprojectsWayett\d6al I
DEQ-CFW 00087670

FILENAME: FAY-E4 . DBF R-5 SECTION E E4
COMPLIANCE PLAN (METHOD OF COMPLIANCE)
REVISED 04115194
AIR QUALITY SECTION
SSION SOURCE ID NO. PS-2
REGULATED POLLUTANT pM
APPLICABLE REGULATION I5A NCAC 2D.0503
ALTERNATIVE OPERATING SCENARIO (ADS) NO:N/A
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE? (
1 YES (X ) NO
IS ENHANCED MONITORING PROTOCOL ATTACHED?
( ) YES (X ) NO
MONITORING DEVICE TYPE: None
MONITORING LOCATION:
OTHER MONITORING METHODS (DESCRIBE IN DETAIL): Based
on AP-42 emission factors, emissions are known to be 58
of allowable levels, and therefore,
no monitoring or recordkeeping is required because
compliance will be maintained.
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING
AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, 1 minute instantaneous readings taken to produce an
hourly average):
TEST METHODS
- ERENCE TEST METHOD DESCRIPTION:
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: N/A
FREQUENCY OF RECORDKEEPING (HOW OFTEN IS DATA RECORDED):
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED: A statement
will be made that compliance has been maintained. If
there have been any unusual occurrences that could possibly impact PM emissions, they will
be discussed.
QUENCY: ( 1 MONTHLY
( 1 QUARTERLY ( X ) ONCE EVERY 6 MONTHS
( ► ONCE PER YEAR
1 I OTHER (DESCRIBE):
LA -.? q
DEQ-CFW 00087671

FILENAME:FAY-E4.DBF R-6 SECTION E FE
COMPLIANCE PLAN (METHOD OF COMPLIANCE)
REVISED 04/15/94
AIR QUALITY SECTION
SION SOURCE ID NO. PS-2
REGULATED POLLUTANT S02
APPLICABLE REGULATION 15A NCAC 2D. 0516
ALTERNATIVE OPERATING SCENARIO (ADS) NO:N/A
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE?
( I YES (X ) NO
IS ENHANCED MONITORING PROTOCOL ATTACHED?
( ► YES (X ) NO
MONITORING DEVICE TYPE: N/A
MONITORING LOCATION:
OTHER MONITORING METHODS (DESCRIBE IN DETAIL): Sulfur content in #6 fuel oil supplied will be monitored to
ensure that it is below allowable level (2.2% by weight)
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, 1 minute instantaneous readings taken to produce an
hourly average):
TEST METHODS
RENCE TEST METHOD DESCRIPTION: Vendor will
supply fuel oil sulfur content.
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: Weight fraction
of sulfur in fuel.
FREQUENCY OF RECORDKEEPING (HOW OFTEN IS DATA RECORDED):
Sulfur content will be recorded in a logbook monthly.
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED: Fuel oil sulfur
content.
LMUENCY: 1 I MONTHLY
I ) QUARTERLY I X 1 ONCE EVERY 6 MONTHS
( ► ONCE PER YEAR
( ) OTHER (DESCRIBE):
DEQ-CFW 00087672

FILENAME:FAY-E4.DBF R-8 SECTION E E4
COMPLIANCE PLAN (METHOD OF COMPLIANCE)
onnecn nAM 9I94
AIR QUALITY SECTION
I
SION SOURCE IDNO. Pg-2 REGULATED POLLUTANT Opacity (PM)
APPLICABLE REGULATION 15A NCAC 2D. 0521
RNATIVE OPERATING SCENARIO (ADS) NO:N/A
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE? ( I YES (X 1 NO
IS ENHANCED MONITORING PROTOCOL ATTACHED? 1 ► YES (X 1 NO
MONITORING DEVICE TYPE: Visual examination.
MONITORING LOCATION: Near emission point.
OTHER MONITORING METHODS (DESCRIBE IN DETAIL): Potential PM emissions are 58 % of allowable emissions, and
compliance is presumed based on compliance history of the source. Any malfunction or upset
will be reported pursuant to 15A NCAC 2D.0535.
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, 1 minute instantaneous readings taken to produce an
hourlyaverage): Monitoring will be performed if there are indications of opacity problems.
TEST METHODS
RENCE TEST METHOD DESCRIPTION: N/A
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: Recordkeeping will be performed if there is a malfunction or upset
pursuant to 15A NCAC 2D.0535.
FREQUENCY OF RECORDKEEPING (HOW OFTEN IS DATA RECORDED): As necessary, upon detection of a problem.
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED: Any malfunction or upset will be reported pursuant to 15A NCAC
2D.0535.
UtNI;Y: 1 1 MONTHLY I I Gunn r r:na, r r X i r.EVERY uu� L6' MONTHS
( ► ONCE PER YEAR ( ► OTHER (DESCRIBE):
4-;g
DEQ-CFW 00087673

FILENAME: FAY—E4 . DBF R - 7 SECTION E E4
COMPLIANCE PLAN (METHOD OF COMPLIANCE)
REVISED 04115194
AIR QUALITY SECTION
SION SOURCE ID NO. PS-2
REGULATED POLLUTANT Total heat input to both boilers
APPLICABLE REGULATION 15A NCAC 2D.0530
ALTERNATIVE OPERATING SCENARIO (ADS) NO:N/A
MONITORING REQUIREMENTS
IS ENHANCED MONITORING APPLICABLE? (
► YES (X ) NO
IS ENHANCED MONITORING PROTOCOL ATTACHED?
( 1 YES (X ) NO
MONITORING DEVICE TYPE: Fuel oil flow meter.
MONITORING LOCATION:
OTHER MONITORING METHODS (DESCRIBE IN DETAIL):
GENERALLY DESCRIBE THE FREQUENCY AND DURATION OF MONITORING
AND HOW THE DATA WILL BE RECORDED (i.e., every 15 minutes, 1 minute instantaneous readings taken to produce an
hourlyaverage): Fuel oil consumption will
be tracked and recorded daily.
TEST METHODS
RENCE TEST METHOD DESCRIPTION: N/A
REFERENCE TEST METHOD CITATION:
RECORDKEEPING REQUIREMENTS
DATA (PARAMETER) BEING RECORDED: Fuel oil consumption.
FREQUENCY OF RECORDKEEPING (HOW OFTEN IS DATA RECORDED►: Recorded
daily.
REPORTING REQUIREMENTS
GENERALLY DESCRIBE WHAT IS REPORTED:
flllr.l(.V. I 1 MU\II V
uuvU 1. I IIYIVIY 11lL1
QUARTERLY 1 X IUIYUC EVERY OIYIUIYIfiJ
( ► ONCE PER YEAR
I ) OTHER (DESCRIBE):
LA-30
DEQ-CFW 00087674