ML021150206

From kanterella
Jump to navigation Jump to search
Converting North Anna Power Station'S Exclusionary General Permit to a State Operating Permit
ML021150206
Person / Time
Site: North Anna  Dominion icon.png
Issue date: 04/12/2002
From: Faggert P
Dominion Virginia Power
To: Vaughan A
Dominion Generation, Office of Nuclear Reactor Regulation
References
Download: ML021150206 (9)
v • d • e


Text

Pamela F. Faggert Dominion Vice President and Chief Environmental Officer 5000 Dominion Boulevard, Glen Allen, VA 23060 Phone: 804-273-3467 CERTIFIED MAIL April 12, 2002 Mr. A. Dahlgren Vaughan Environmental Engineer Senior DEQ - Fredericksburg Satellite Office 806 Westwood Office Park Fredericksburg, VA 22401 RE: Converting North Anna Power Station's Exclusionary General Permit to a State Operating Permit DEQ Air Reg. No. 40726

Dear Mr. Vaughan:

This letter responds to your letter dated March 28, 2002, which raised two issues for Dominion's consideration and requested comments on the draft State Operating Permit (SOP) for Dominion's North Anna Power Station. Dominion proposes to limit the hours of operation of the auxiliary boilers and emergency generators to keep the facility-wide nitrogen oxide (NOJ)emissions below the Title V major source threshold of 100 tpy. All other criteria pollutants are below NO.

emission levels.

First, you asked us to consider that our emissions calculations were based on AP-42 and not manufacturer guarantees, stack tests, or other methods of determining compliance. We recognize that AP-42 may not give exact emissions calculations. However, we believe that in this case, AP 42 is conservative and tends to over-predict emissions. Therefore, by complying with the annual hours of operation limits that form the basis of the proposed facility-wide emission limit calculated using AP-42, we are all ensured that this facility is not a "major source" for Title V purposes.

Second, you pointed out that insignificant emissions units must be included in the calculation to determine Title V applicability. There are three additional emergency diesel electricity generators and two diesel-driven pumps for the fire suppression system at the facility that were not included in our original application because they qualify as insignificant emissions units under Virginia's regulations. Because our permit application proposed limits that are close to the Title V major source threshold, when these insignificant emissions units are included in the site wide emissions, fewer hours of operation can be allocated to the other emission units at the site to remain below the threshold.

Dominion believes that the potential to emit of the insignificant emissions units should be calculated in accordance with EPA's policy on emergency generators as they are all "emergency only" in function; i.e., in the absence of other information, 500 hours0.00579 days <br />0.139 hours <br />8.267196e-4 weeks <br />1.9025e-4 months <br /> of operation per year is a reasonable upper limit. (See EPA memorandum from John Seitz entitled "Calculating Potential to Emit (PTE) From Emergency Generators," dated September 6, 1995.) Since these are clearly

Mr. A. Dahlgren Vaughan April 12, 2002 Page 2 insignificant by both Virginia regulations and EPA policy, we believe that no separate permit limit is required to limit their potential to emit.

These emissions will be less than 10 tons per year of NOx assuming all five insignificant units operate 500 hours0.00579 days <br />0.139 hours <br />8.267196e-4 weeks <br />1.9025e-4 months <br /> per year. We propose to reduce the allowable hours of operation of the station blackout generator, whose fuel consumption is limited by a separate permit, to an equivalent of 500 hours0.00579 days <br />0.139 hours <br />8.267196e-4 weeks <br />1.9025e-4 months <br /> of operation per year. We propose to replace the current fuel consumption limit equivalent to 500 hours0.00579 days <br />0.139 hours <br />8.267196e-4 weeks <br />1.9025e-4 months <br /> per year with a limit of 350 hours0.00405 days <br />0.0972 hours <br />5.787037e-4 weeks <br />1.33175e-4 months <br /> of operation per year for the station blackout generator. We believe that this can be accomplished by a single additional permit condition limiting the allowable hours of operation of the station blackout generator to 350 hours0.00405 days <br />0.0972 hours <br />5.787037e-4 weeks <br />1.33175e-4 months <br /> per year. We propose that it is not necessary to change the existing permit for the station blackout generator; this condition is simply an overlay that will further limit that unit's potential emissions. This change will also necessitate a change in draft permit condition 12 from 98.7 tons NOx per year to 96.35 tons NOx per year. This reduction in overall facility emissions includes all of the accountable insignificant activities and will ensure that the facility as a whole will not exceed the Title V major source thresholds. Finally, inclusion of such a condition in the state operating permit will have the effect of consolidating our existing permit requirements into one permit. We recognize that we still must comply with the terms of the existing permit.

Attachment A contains an emissions summary and calculations for the proposed annual limits for ES-I through ES-12. A revised Page 11 of the Form 7 to reflect a new proposed fuel consumption limit for the station blackout generator is included in this submittal along with a certification page signed by North Anna's Site Vice President.

We have two other specific comments relating to the draft permit, both concerning the station blackout generator (Unit ES-3 in our application). Draft conditions 3 and 4 both require that the station blackout generator be equipped with a fuel flow meter. Since all other compliance in this permit will be based on hours of operation, we request that the station blackout generator also be required to measure and record hours of operation and the proposed fuel metering requirement be eliminated. This generator is already equipped with a device to monitor hours of operation.

Otherwise, the permit is acceptable as drafted.

Dominion appreciates this opportunity to work with you in advance of the formal publication of the draft permit. If you have any questions or desire additional information, please call Andy Gates at (804) 273-2950.

Very truly yours, Pamela F. Faggert

Enclosures:

Revised pages of Form 7 Revised emissions calculations including insignificant emissions units

Mr. A. Dahlgren Vaughan April 12, 2002 Page 3 cc:

U. S. Nuclear Regulatory Commission Region II Atlanta Federal Center 61 Forsyth St., SW, Suite 23T85 Atlanta, GA 30303 Docket Nos. 50-338/50-339 License Nos. NPF-4/NPF-7 U. S. Nuclear Regulatory Commission Document Control Desk Washington, DC 20555 Docket Nos. 50-338/50-339 License Nos. NPF-4/NPF-7 Mr. M.J. Morgan NRC Senior Resident Inspector North Anna Power Station

COMMONWEALTH OF VIRGINIA Department of Environmental Quality AIR PERMIT APPLICATION Generalinformation CHECK ALL FORMS THAT APPLY AND LIST ALL ATTACHED DOCUMENTS.

LOADING RACKS AND OIL-WATER SEPARATORS, Page 10 1 STACK PARAMETERS AND FUEL DATA, Page 11 MAP AND LOCALITIES LIST (information), Pages iii-iv AIR POLLUTION CONTROL AND MONITORING EQUIPMENT, PAGE 12 CONFIDENTIAL INFORMATION, Page v

-AIR POLLUTION CONTROL/SUPPLEMENTAL INFORMATION, PAGE 13 FORMULA-BASED HAZARDOUS AIR POLLUTANT INFORMATION, Page vi 1 CRITERIA POLLUTANT EMISSIONS, Page 14 HAZARDOUS AIR POLLUTANT LIST (information), Pages vii-viii TOXIC OR HAP OR OTHER EMISSIONS, Page 15 REQUEST FOR LOCAL GOVERNMENT CERTIFICATION FORM, Page ix OPERATING PERIODS, Page 16 1 CONTENTS AND DOCUMENT CERTIFICATION, Page 1 GENERAL INFORMATION, Page 2 LIST ATTACHED DOCUMENTS GENERAL INFORMATION (continued), Page 3 MAP _ FACILITY SITE PLAN _ PROCESS FLOW DIAGRAM/SCHEMATIC FUEL-BURNING EQUIPMENT, Page 4 MSDS SHEETS 1 ESTIMATED EMISSIONS

SUMMARY

_ STACK TESTS PROCESSING, Page 5 AIR MODEL DATA _ LOCAL GOVERNING BODY CERTIFICATION INKS, COATINGS, STAINS, AND ADHESIVES, Page 6 FORM INCINERATORS, Page 7 VOLATILE ORGANIC COMPOUND/PETROLEUM STORAGE TANKS, Page 8 VOLATILE ORGANIC COMPOUND/PETROLEUM STORAGE TANKS CONTINUED, Page 9 Note added form sheets above; also indicate the number of copies of each form in blank provided.

DOCUMENT CERTIFICATION FORM (see other side for instructions)

/ certify under penalty of law that this document and all attachments [as noted above] were preparedunder my direction or supervision in accordance with a system designed to assure that qualified personnelproperly gather or and evaluate the information submitted. Based on my inquiry of the person or persons who manage the system, the information submitted is, to the those persons directly responsible for gatheringand evaluating the information, penalties for best of my knowledge and belief, true, accurate, and complete. I am aware that there are significant submitting false information, including the possibility of fine and imprisonment for knowing violations.

SIGNATURE: A.eaDATE:

NAME: D. A. Heacock Site Vice President REGISTRATION TITLE:

NUMBER: 40726 COMPANY: Virginia Electric and Power Company

References:

Virginia Regulations, 9 VAC 5-80-10.D.4. See reverse of this form for instructions.

I

STACK PARAMETERS AND FUEL DATA:

COMPANY NAME Virginia Electric and Power Company DATE 04/12/2002 (Rev.) IREGISTRATION NUMBER 40726 VENT/STACK OR EXHAUST DATA FUEL(S) DATA MAX. MAX. MAX.

EXIT RATED EXPECTED EXPECTED HIGHER VENT/

EXIT EXIT GAS GAS EXIT BURNED/ BURNED/ BURNED/ HEATING STACK VENT VOLUME GAS HOUR DAY YEAR VALUE MAX.

UNIT VENT/ CONFIG. STACK DIA. VELOCITY TEMP. TYPE OF (SPECIFY (SPECIFY (SPECIFY (SPECIFY MAX. %  %

REF. STAC (USE HEIGHT (fpm) (acfm) (on FUEL UNITS% UNITS) UNITS) UNITS) SULFUR ASH NO. K NO. CODE K) (feet) (feet)

Distillate (Diesel 647.9 15,550 323,950 140,000 1 80 7 714 27,496 518 or No. 2) gal gal gal Btu/gal 0.2 trace ES-1 EP-1 Distillate (Diesel 647.9 15,550 323,950 140,000 EP-2 1 80 7 714 27,496 518 or No. 2) gal gal gal Btu/gal 0.2 trace ES-2 Distillate (Diesel 261.4 6,274 91,500 140,000 ES-3 EP-3 3 30 2.17 8,440 31,044 800 or No. 2) gal gal gal Btu/gal 0.2 trace ES-4 EP-4 ES-5 EP-5 Distillate 250,800 ES-6 EP-6 (Diesel 250.8 6,020 gal 140,000 ES-7 EP-7 2 15 2 4,042 12,700 800 or No. 2) gal (ea) gal (ea) (total) Btu/gal 0.2 trace Code K - Vent/Stack Configuratlon

1. Unobstructed vertical discharge
2. Obstructed vertical discharge (e.g., raincap)
3. Horizontal or downward discharge (e.g., T-stack)
99. Other (specify)

FORM 7 REVISED March 15, 1996 11

CRITERIA POLLUTANT EMISSIONS:

COMPANY NAME Virginia Electric and Power Company DATE 04/1212002 (Rev.) REGISTRATION NUMBER 40726 M MAXIMUM EMISSION RATES TO ATMOSPHERE OF CRITERIA POLLUTANTS 0

D TOTAL 10 pM OR SUSPENDED SMALLER SULFUR NITROGEN VOLATILE C PARTICULATE PARTICULATES DIOXIDE OXIDES CARBON ORGANIC LEAD STATE O S MONOXIDE COMPOUNDS* OPERATING BASIS OF UNIT D (rSP) - (PM10 ) (SO2) (NOx) (CO) (VOC) - Pb) PERMIT ESTIMATE REF. E EMISSION (USE CODE' NO. I lb/hr tons/yr lb/hr tons/yr lb/hr tons/yr lb/hr tons/yr Ib/hr tons/yr lb/hr tons/yr lb/hr tons/yr CAP (Yes/No) M) 0.17 18.40 4.60 .12.96 3.24 3.24 0.81 0.22 0.06 0.00 0.00 Yes ES-1 & 0 1.30 0.32 0.70 ES-2 I AP-42 3

29.90 5.23 6.70 1.17 0.00 0.00 Yes 0.40 1.80 0.32 18.50 3.24 157.20 27.51 ES-3 0 2.30 AP-42 ES-4, 3 2.01 1.01 7.09 3.55 112.36 56.18 29.85 14.92 2.88 1.44 0.00 0.00 Yes ES-5, 0 2.45 1.22 ES-6, AP-42 ES-7 Insign. No - Use 3 Units 0 2.65 0.66 2.65 0.66 2.48 0.62 37.71 9.43 8.12 2.03 3.08 0.77 0.00 0.00 9/6/95 EPA (total) I I Policy for PTE AP-42 TOTAL 2.6 2.2 12.0 96.4 23.0 3.4 0.00 Code M - Emission Estimate Method (provide detailed calculations Includlng assumed control effIciency of control equipment to support reported values.)

1. Stack Test (include a copy of summary)
2. Material Balance (include calculations)
3. Emission Factor (identify source) and include calculations
99. Other (describe)
  • TSP, PM1o, and VOCs should also be split up by component and reported under TOXIC OR HAZARDOUS POLLUTANTS.

REVISED March 15, 1996 FORM 7 14

Attachment A (REVISED)

Requested Permit Limits for North Anna Lead (Pb) 0.00 0.00 NOx 12.96 3.24 ES-1 Aux Boiler 4A & TSP 1.30 0.32 500 ES-2 Aux Boiler 4B Combined PMo 0.70 0.17 So 2 18.40 4.60 VOC 0.22 0.06 CO 29.90 5.23 NOx 157.20 27.51 TSP 2.30 0.40 ES-3 Blackout Generator PMo 350 1.80 0.32 so, 18.50 3.24 VOC 6.70 1.17 CO 29.85 14.92 ES-4 Emergency Diesel Generator NOx 112.36 56.18 ES-5 Emergency Diesel Generator TSP 1002.45 1.22 ES-6 Emergency Diesel Generator PMo 00 2.01 1.01 ES-7 Emergency Diesel Generator so, 7.09 3.55

.. VOC 2.88 1.44 SCO 8.12 2.03 Security Emergency Generator NOx 37.71 9.43 Diesel Generator for Dam TSP 2.65 0.66 Fire Pump Emergency Diesel Generator PMlo 500 2.65 0.66 Fire Pump Emergency Diesel Generator s,06 Spent Fuel Storage Emergency Generator S22.48 06 VOC 3.08 0.77 CO 23.00 Lead (Pb) 0.00 NOx 96.35 TOTAL ANNUAL EMISSIONS TSP 2.61 PM10 2.16 SO 2 12.00 VOC 3.43

North Anna Power Station EMISSIONS CALCULATIONS 1 1 1 1 r ...

aomwn f reraximian Maxtt=n I Madtnhours emum noumor of Maximum Heat Input oparaton at fullload Fuel Type  % Sulfur lJ--+J=*= P,**I *m,**m,*) Im&+k*aJ* (MBbtu/h) MOMriy, Eisi Ui' v M- -M P ,elThroughput (psrhouri gVk I ....

No.2 PuelC 0.2 aalliour 140.000 Btu/081a 90.7 8760 rS-i AuxO Eoer4A so.,

0.2 OaloOiour oalft~ur 140.000 BtU/qal 90.7 E8-2 ALsoBoiler48 0.5 110 0nn I 05,dn~d ES-3 lh 140000 StLdgal ES-4 0.2 250.8 gal/hour 1402000 1l/a ES-5 0.2 250.8 galkrour Blu/gal ES-6 0.2 250.8 galthour 140,000 Btulgal 0

ES-7 0.2 250.8 qalihour Emission Factor Emission Unit Pollutant Emission Factor Units Emission Factor Source L9 14.188 4A_ _o__

"ES-1 AUXBoiler 4A Lead (Pb) rable 1 0.001 12.957 0.004 56.762 ES-1 Aux Boiler4A ES-i Aux Boiler 4A 2. Table 1 1.296 5.675 1.0f Ib/Kgal AP-42. Table 1.3-7. 501 Edition ES-i Aux Boiler 4A PM 10 AP-42, . .

. +. 1--

ES-1 Aux Boilaer4A AP-42. Table 1.3-1.5th Edition 80.59

_2 n14__u1 vOC 0.220 0.965 iler 4A ES-2 ALMBoiler 4B CO n 3.239 14.188 ES-2 Aux Boller,49 la 1.3-11,5th Edition 0.001 0.004 ES-2 Aux Boiler 45 ole1.3-1, Sth Edition 12.957 56.752 R g7g ES-2 Aux Boiler4B Cga I , .

PM,^ 1.01 IbAloal AP-42. Table 1.3-7. 501 Edition 0700 ES-2 Aux<Bo[ler4B S02 142 (lb/l(gal)(%S) AP-42, Table 1.3-1, 5th Edition 16.399 80.59 AP-42, Table 1.3-3, SthEdition 0.220 0.965 S.............

ES-2 Aux Boler4B ...... ........,.,....,........... .

VOC 0.34 m"

Ib/KQal I.-..'.",..'....'.-,..::

-,..::*..,..'..,".."*:,.*.,.*"......'..,.:".%,::,,.*...*.*.-***.,.'..-.,........"'::'.**:.-..:..:.-.-:-.,-.."ý-"",,:

ES-3 Blackout Generator CO 10.4 torVyr Permit (Reg. No. 40726) 29.901 Permit (Rog. No. 40726) 10.400 ES-3 Blackout Generator NOx 39.3 torilr Perilt (Reg. No. 40726) 157.201 Permit (Rog. No. 40726) 39.300 ES-3 Blackout Generator PM 0o 1.0 tonlyr Permit (Reg. No. 40726) 1.801 Permt l(Reg,No. 40726) 1.000 ES-3 Blackout Generator SO 4.6 tonryr Permit (Rag. No. 40726) 18,500 Permdt (Rag. No. 40726) 4.600 ES-3 Blackout Generator TSP 0.8 toner Permit (Reg. No. 40726) 2.300 Permit (Rog. No. 40726) 0.800 ES-3 Blackout Generator VOC 1.7 ton/ r Permit Fte. No. 40726 6.701 Permit Reo. No. 40726 1.700

... -. ..-:......... ... . . .:::,.,.:c:...::::c0::+........ .... ............... '...-................. . .. ,

ES-4 Emergency Diesel Generator CO 0.85 Ib/MMBIu AP-42, Table 3.4-1 29.845 7.461 ES-4 Emergoency Diesel Generator NOx 3.2 Ib/MMBtu AP-42, Table 3A-1 112.358 28.090 ES-4 Emergency Diesel Generator TSP 0.0697 lb/MMBlu AP-42, Table 3.4.2 2.447 0.612 E.-4 Emergency Diesel Generator PM o 0.0573 IbJMMElu AP-42, Table 3.4-2 2.012 0.503 0

ES-4 Emergency Diesel Generator SO2 1.01 (b/MMBtu)-(%S) AP-42. Table 3.4-1 7.093 1.773 ES-4 Emer.en Diesel .. Generator VOC 0.0819 Ib/MMBtu AP-42, Table 3.4-1. TOC nonmethane 2.876 0.719

~ ...

...... c....,,,............... .... . . ............-.  :.::... . .......... . .. ... . . . .

ES-S Emergency Diesel Generator CO 0.85 Ib/MMBtu AP-42. Table 3.4-1 29.845 7.461 ES-S Emergency Diesel Generator NOx 3.2 lb/MMEtu AP-42, Table 3.4.1 112.358 28.090 ES-5 Emergency Diesel Generator TSP 0.0697 lbIMM~lu AP-42. Table 3.4-2 2.447 0.612 ES-5 Emergency Diesel Generator PM,(, 0.0573 lb/MMOIu AP-42, Table 3.4-2 2.012 0.503 ES-5 Emergency Diesel Generator SO 1 01 IblmmBtuMl)(%S) AP-42, Table 3.4-1 7.093 1.773 ES-S mer ren Diesel Genrator VOC 0.0819 IbIMMBlu AP-42. Table 3.4-1. TOCnonmethane 2.876 0.719 ES-6 Emergency Diesel Generator CO 0.85 Ib/MMBtu AP-42. Table 3.4-1 29.845 7.461 ES-6 Emergency Diesel Generator NOx 3.2 lb/MMBtu AP-42, Table 3.4-1 112.358 28.090 ES-S Emergency Diesel Generator TSP 0,0697 Ib/MMBEu AP-42, Table 3.4-2 2.447 0.612 ES-6 Emergency Diesel Generator PM,0 0.0573 lbiMMBlu AP-42, Table 3.4-2 2.012 0.503 ES-6 Emergency Diesel Generator SO2 1.01 (Ib/MMBtu)*(%S) AP-42, Table 3.4-1 7.093 1.773 S-6 Emeine Diesel Generator VOC 0.0819 lb/MMBtu AP-42, Table 3.4-1 TOC nonmthane 2.876 0.719 Es-7 Emer.r *-- Diesel Generator CO 0.85 lb/MMElu AP-42, Table 3.4-1 29.845 7.461 ES-7 Emergency Diesel Generator NOx 3.2 Ib/.MMBfu AP-42. Table 3.4-1 112.358 28.090 ES-7 Emergency Diesel Generator TSP 0.0687 IblMMBtu AP-42, Table 3.4-2 2.447 0.612 ES-7 Emergency Diesel Generator PM,0 0.0573 IbIMMBIU AP-42, Table 3.4-2 2.012 0.603 ES-7 Emergency Diesel Generator S00 1.01 0bMMBtUit)/(%S) AP-42, Table 3.4-1 7.093 1.773 ES-7 Emergency Diesel Generator VOC 0.08101 lb/MMEtu AP-42, Table 3.4-1, TOO nonmethane 2.876 0.719 NAPS SOP Attachment A r¶vISED.xlE0mission calculations 4/121202CAG

North Anna Power Station INSIGNIFICANT EMISSION UNITS M~murn Heat Input Umlt on houns of nVkt.

W.tecn lMEh~bulh operation at fullload ES-8 Secuuiy Emergency Generator No. 2 Fuel Oil 0.5 11.8 oal/hour 140 000 lt 1.85 500 No.,2 Fuel Oil 0.5 12.5 ealhnour 14:0000 Btu/1eW 1.75 500 ES-9 Diesel Generator for Dam No. 2 Fuel Oil 0.5 12.5 ,althour &140000 Btu/gel 1.75 500 ES-1 Fire Pump Emnergency Diesel Generator No. 2 Fuel Oil 0.5 12.5 alelhour 140,000 Stu/*al 1.75 500 ES-1 FIre Puimp Emergency Diesel Generator No. 2 Fuel Oil 0.5 11.8 elhour 140A000 BAu/ 1.65 500 ES-12 Spent Fuel Storage Emergency Generator Emission Factor Unit Ref No. Pollutant Emission Factor Units Emission Factor Source Uncontrolled lbouEmIssions on/v CO 0.05 lb/MMstu AP-42. Table 3.3-1 1.57 0.30 ES-8 Security Emergency Generator Lead (Pb) 0.0*00 Ib/MMBtu AP-42, Table 3.3.1 0.00 0.00 ES-8 Securty Emergency Generator NOx 4.41 lb/MMBfu AP-42, Table 3.3-1 7.28 1.82 ES-8 Security Emergency Generator ES-8 Security Emergency Generator PM 10 0.31 lb/MMBtu AP-42. Taoble$.3-1 (Assmne PM=PM1I) 0.51 0.13 ES-8 Security Emergency Generator SO2 0.25 Ib/MMB*t AP-42, Table 3.3-1 0.48 0.12 0.15 ES-8 -ec--!* Ememenl Generator -. .VOC

.:.:.:.:.:.:.:..:.:.:.:.::..u:...: 0.36 lb/MMEtu AP-42, Table 3.3-1. Hvdrcarbons

..cy....,......,...,.....,.........................*....................,: :.j*p(! j:::......

0.59 ..... ______:_______:_________  :

ES-9 Diesel Generator for Dam CO 0.96 rb/MMBtu AP-42, Table 3.3-1 1.66 0.42 Lead (Pb) 0.006+00 Ib/MMBtu AP-42, Table 3.3.1 0.00 0.00 ES-9 Diesel Generator for Dam ES-9 Diesel Generator for Dam NOx 4.41 lb/MM~tu AP-42. Table 3.3-1 7.72 1.93 ES-9 Diesel Generator for Dam PMo 0.81 lb/MM~tu AP-42, Table 3.3.1 (Assumen PM=PM10) 0.o4 0.14 ES-9 Diesel Generator for Dam SO, 0.20 Ib/I,1MBtu AP-42, Table 3.3-1 0.51 0.13 ES-9 Diesel Generator tor Dam VOC 0.38 lb/MMBtu AP-42. Table 3,3-1, Hydrocarbons 0.63 0.16 ES-10 Fire Pump Emergency Diesel Generator CO 0.95 lb/MMBtu AP-42, Table 3.3-1 1.66 0.42 ES-10 Fire Pump Emergency Diesel Generator Lead (Pb) 0.005*00 lb/MMstu AP-42. Table 3.3-1 0.00 0.00 ES.10 Fire Pump Emergency Diesel Generator NOx 4.41 lb/MM~tu AP-42, Table 3.3-1 7.72 1.93 OS-la Fire Pump Emergency Diesel Generator PM io 0.31 lbiMmatu AP-42, Table 3.3-1 (AssumnePM=PM10) 0.54 0.14 ES-10 Fre Pump Emergency Diesel Generator S02 0.29 lbMMBtu AP-42, Table 3.3-1 0.51 0.13 ES-1IRre Pump Emer.ncy Diesel Generator VOC 0.38 lb/MMstu AP-42, Table 3.3.1. HYdrocarbens 0.63 0.16 ES-11 Fire PumTp Emergency Diesel Generator 00 0.05 Ib/MMBtu AP-42, Table 3.3-1 1.66 0.42 ES-I Fire Purmp Emergency Diesel Generator Lead (Pb) O.00E+00 Ib/MMBtu AP-42. Table 3.3-1 0.00 0.00 ES-11 Fire Pump Emergency Diesel Generator NOx 4.41 lb/MMBtu AP-42, Table 3.3-1 7.72 1.93 ES-11 Fire PuFmp Emergency Diesel Generator PMio 0.31 IbitMMtu AP-42, Table 3.3-1 (Assume PM=PMI0) 0.54 0.14 ES-1I Fire Pump Emergency Diesel Generator SO 2 0.29 Ib/MMBtu AP-42, Table 3.3.1 0.51 0.13 TS-11 Fire Puwop Eme~ency Diesel Generator VOC 0.36 lb/MMBfu AP-42, Table 3.3-1. Hydrocarbons 0.63 0.16 ES-12 Spent Fuel Storage Emergency Generator CO 0.95 Ib/MMBfu AP-42, Table 3.3.1 1.57 0.39 MS-12 Spent Fuel Storage Emergency Generator Lead (Pb) O.00E+00 lb/MMBtu AP,42, Table 3.3-1 0.00 0.00 ES-12 Spent Fuel Storage Emergency Generator NOx 4.41 lb/MMBtu AP-42, Table 3.3-1 7.28 1.82 tS-12 Spent Fuel Storage Emergency Generator PM1 o 0.31 lb/MMEfu AP-42, Table 3.3-1 (Assume PM=PM10) 0.51 0.13 ES-12 Spent Fuel Storage Emergency Generato W2 0.29 Ib/MMBfu AP-42, Table 3.3-1 0.48 0.12 50-12 Spent Fuel Storage Emergency Generator VOC 0.36 Ib/MMBtu AP-42. Table 3.3-1, Hydrocarbons 0.59 0.15 Annual Emissions = (Emission Factor)(Maxornum fuel throughput)(Madmurm hours of operaton per year)

Ob/kgal)(kgaV1 000 gal)(gablhour)(hour/year)(toni2000 1b)= ton/yoear Ma~dmumfuel throughput = (maxrmurn heat input)/(heoang value of fuel)

(MBtu~r)(1,000,000 BtufMBtu)/1 40,000 Bfu/gal) = gal/hour calculations 4/12/02 CAG NAPS SOP Altachment A 11EV1SED.Ahr~mlssion

Retrieved from "https://kanterella.com/w/index.php?title=ML021150206&oldid=2704868"