ADEQ ARK A N S A S Department of Environmental Quality MAR 26 2014 Wayne Tumey, Environmental Manager Nucor Corporation (Nucor Steel, Arkansas) P.O. Box 30 Armorel, AR 72310 Dear Mr. Tumey: The enclosed Permit No. 1139-AOP-R18 is your authority to construct, operate, and maintain the equipment and/or control apparatus as set forth in your application initially received on 10/21/2013. After considering the facts and requirements of A.C.A. §8-4-101 et seq., and implementing regulations, I have determined that 'Permit No. I139-AOP-R18 for the construction, operation and maintenance of an air pollution control system for Nucor Corporation (Nucor Steel, Arkansas) to be issued and effective on the date specified in the permit, unless a Commission review has been properly requested under Arkansas Department of Pollution Control & Ecology Commission's Administrative Procedures, Regulation 8, within thirty (30) days after service of this decision. The applicant or permittee and any other person submitting public comments on the record may request an adjudicatory hearing and Commission review of the final permitting decisions as provided under Chapter Six of Regulation No.8, Administrative Procedures, Arkansas Pollution Control and Ecology Commission. Such a request shall be in the form and manner required by Regulation 8.603, including filing a written Request for Hearing with the APC&E Commission Secretary at 101 E. Capitol Ave., Suite 205, Little Rock, Arkansas 72201. If you have any questions about filing the request, please call the Commission at 501-682-7890. . Mike Bates Chief, Air Division ARKANSAS DEPARTMENT OF ENVIRONMENTAL QUALITY 5301 NORTHSHORE DRIVE / NORTH UTILE ROCK / ARKANSAS 72118-5317 / TELEPHONE 501-682-0744 / FAX501-682-0880 www.adeq.state.ar.us
Transcript
ADEQARK A N S A SDepartment of Environmental Quality
MAR 26 2014
Wayne Tumey, Environmental ManagerNucor Corporation (Nucor Steel, Arkansas)P.O. Box 30Armorel, AR 72310
Dear Mr. Tumey:
The enclosed Permit No. 1139-AOP-R18 is your authority to construct, operate, and maintain theequipment and/or control apparatus as set forth in your application initially received on10/21/2013.
After considering the facts and requirements of A.C.A. §8-4-101 et seq., and implementingregulations, I have determined that 'Permit No. I 139-AOP-R18 for the construction, operationand maintenance of an air pollution control system for Nucor Corporation (Nucor Steel,Arkansas) to be issued and effective on the date specified in the permit, unless a Commissionreview has been properly requested under Arkansas Department of Pollution Control & EcologyCommission's Administrative Procedures, Regulation 8, within thirty (30) days after service ofthis decision.
The applicant or permittee and any other person submitting public comments on the record mayrequest an adjudicatory hearing and Commission review of the final permitting decisions asprovided under Chapter Six ofRegulation No.8, Administrative Procedures, Arkansas PollutionControl and Ecology Commission. Such a request shall be in the form and manner required byRegulation 8.603, including filing a written Request for Hearing with the APC&E CommissionSecretary at 101 E. Capitol Ave., Suite 205, Little Rock, Arkansas 72201. If you have anyquestions about filing the request, please call the Commission at 501-682-7890.
Si~ceret, .
~V't-~-
Mike BatesChief, Air Division
ARKANSAS DEPARTMENT OF ENVIRONMENTAL QUALITY5301 NORTHSHORE DRIVE / NORTH UTILE ROCK / ARKANSAS 72118-5317 / TELEPHONE 501-682-0744 / FAX501-682-0880
www.adeq.state.ar.us
ADEQOPERATINGAIR PERMIT
Pursuant to the Regulations ofthe Arkansas Operating Air Permit Program, Regulation 26:
Permit No. : 1139-AOP-R18
IS ISSUED TO:
Nucor Corporation (Nucor Steel, Arkansas)7301 East County Road 142
Blytheville, AR 72315Mississippi CountyAFIN: 47-00233
THIS PERMIT AUTHORIZES THE ABOVE REFERENCED PERMITTEE TO INSTALL,OPERATE, AND MAINTAIN THE EQUIPMENT AND EMISSION UNITS DESCRIBED INTHE PERMIT APPLICATION AND ON THE FOLLOWING PAGES. THIS PERMIT ISVALID BETWEEN:
June 10,2011 AND June 9, 2016
THE PERMITTEE IS SUBJECT TO ALL LIMITS AND CONDITIONS CONTAINEDHEREIN.
Nucor Steel (Nucor), a Division ofNucor Corporation, owns and operates a scrap steel mill inHickman, Mississippi County, Arkansas (approximately 10 miles east of Blytheville). Nucorproduces flat-rolled steel primarily from steel scrap and scrap substitutes using the electric arcfurnace (EAF) process.
This modification is a minor modification which adds a Pickle Line Sump and monovent.Emissions increased 0.2 tons of HCl.
Regulations
The following table contains the regulations applicable to this permit.
Regulations
Arkansas Air Pollution Control Code, Regulation 18, effective June 18,2010
Regulations of the Arkansas Plan ofImplementation for Air Pollution Control,Regulation 19, effective July 27, 2013Regulations of the Arkansas Operating Air Permit Program, Regulation 26, effectiveNovember 18,2012
40 CFR Part 60, Subpart De - Standards ofPerformance for Small Industrial-Commercial-Institutional Steam Generating Units40 CFR Part 60, Subpart AAa - Standards ofPerformance for Electric Arc Furnaces andArgon-Oxygen Decarburization Vessels Constructed After August 7, 198340 CFR Part 60 Subpart Illl, Standards of Performance for Stationary CompressionIgnition Internal Combustion Engines40 CFR Part 63 Subpart ZZZZ, National Emission Standards for Hazardous AirPollutants for Stationary Reciprocating Internal Combustions Engines40 CFR Part 63 Subpart YYYYY, National Emission Standards for Hazardous AirPollutants for Area Sources: Electric Arc Furnace Steel Making Facilities.40 CFR Part 63 Subpart CCCCCC, National Emission Standards for Hazardous AirPollutants for Source Category: Gasoline Dispensing Facilities. .
Emission Summary
The following table is a summary of emissions from the facility. This table, in itself, is not anenforceable condition of the permit.
*HAPs mcluded m the VOC totals. Other HAPs are not included in any other totals unlessspecifically stated.**Air Contaminants such as ammonia, acetone, and certain halogenated solvents are not VOCsor HAPs.
Air permit 1139-A was issued to this facility on May 14, 1991.
Permit 1139-AR-l
The permit was modified on August 12, 1992, to include changes due to revised designspecifications, improved data, and to allow for potential mill expansion (air permit 1139-AR-l).This permit was issued under the Prevention ofSignificant Deterioration (PSD) regulations asfound in 40 CFR 52.21.
Permit 1323-A
On July 22, 1992, Heckett Plant 49 was issued air permit 1323-A to operate the slagprocessing/metal reclaim operations under contract with Nucor. Heckett Plant was permitted toemit 10.84 tpy ofPM/PM IO• Air permit #1323-A was rescinded upon issuance of air permit#1139-AR-3 on February 22, 1995.
Permit 1335-A
On September 8, 1992, Inorganic Recycling of Arkansas, Inc. (IRA) was permitted under airpermit # 1335-A to operate the EAF dust processing facility. IRA was permitted to emit 180.69tpy ofPMIO, 162.94 tpy ofS02, 87.6 tpy of CO, 7.01 tpy ofPbO, 6.48 tpy ofNOx- 4.48 tpy ofPM, and 0.088 tpy ofHgO. Air permit #1335-A was rescinded upon issuance of air permit#1139-AR-3 on February 22, 1995. The IRA sources were assigned source numbers SN-30 andSN-36 and included in Nucor's permit. These sources were removed from Nucor's permitbecause this process was operated by IRA, which was a separate corporate entity that was notsubject to Nucor's control.
Permit 1139-AR-2
On January 25, 1994, Nucor was issued air permit 1139-AR-2 to allow installation ofthirteenoxy fuel burners with rated heat input capacity of 18 million British thelmaI units per hour (MMBtu/hr) each and one unit rated at 18 MM Btu/hr which was previously authorized by theDirector (for a total of252 MM Btu/hr rated heat input capacity from the oxy fuel burners).These burners were intended to provide a remedy for cold spots that were identified in theelectric arc furnaces (EAFs). The oxy fuel burners were included in the original permit, but werenot installed. The modification allowing installation of the oxy fuel burners was not considered amajor modification to an existing major source because the increase in NO x emissions wereestimated to be less than the significance level of 40 tons per year (tpy) for Prevention ofSignificant Deterioration (PSD) as found in 40 CFR 52.21. Nucor has conducted stack testingfor CO and NO x from the oxy fuel burners to compare emissions with and without the oxy fuelburners during operation of the EAFs. The test results revealed that CO emissions decrease
when the oxy fuel burners are in operation. NO x emissions increased by 26.23 tpy which is lessthan the PSD significance level.
Permit 1139-AR-3
Air permit 1139-AR-3 issued on February 22, 1995 allowed Nucor to increase their steelproduction levels from 300 to 475 tons per hour. This permit was issued under the PSD. Thatmodification also permitted the use of iron carbide as a scrap supplement, the replacement of theoxy fuel burners with low NOx burners, and the installation of two small baghouses to captureparticulate emissions from the lime charging system. The EAF baghouse dust processing andslag processing operations, previously operated under separate permits, were consolidated intothe Nucor permit with this revision. Air permits 1323-A and 1335-A were rescinded. Emissionlimits for criteria pollutants were rounded to one decimal place in 1139-AR-3 according toDepartment policy.
Air permit 1139-AR-3 also allowed MG Industries, a subcontractor to Nucor, to install andoperate an air separation facility on the Nucor site. Ambient atmospheric air is compressed in athree or four stage centrifugal compressor with intercooling between each stage to removecontaminants. After the final compression stage, the air is cooled to ambient temperature toremove the heat of compression, and then cooled to approximately 40QF to condense most of thewater contained in the air. The air will enter an air separation cold box where it is cooled to-270 OF. Part of the oxygen is condensed out by liquid reflux passing down the column and theremaining oxygen is boiled out of the liquid reflux by the air. Pure nitrogen is condensed fromthe top of the high pressure column by boiling pure liquid oxygen in a low pressure column.Oxygen product is withdrawn in either a gaseous state or a liquid state for transfer to storage.No emissions are associated with this process.
Permit 1139-AR-4
In September, 1996, air permit I 139-AR-4 was issued to Nucor. A third ladle metallurgy furnace(LMF) (SN-39) was installed to be used as a holding station. This station allowed Nucor theflexibility to continue to make steel in the Electric Arc Furnace (EAF) in the event that thecaster is inoperable. The new LMF did not increase the maximum steel production of the EAFs.Emissions from the LMF are ducted to a separate baghouse.
An oxygen lancing station (SN-40) was authorized to be located in a building near the slagprocessing area. Slag skulls which are too large to break using the "breaking ball" were to be cutusing an oxygen lance. This process generates iron oxide dust, thus, this operation will beperformed within a building and emissions will be ducted to a baghouse (SN-40). This sourcewas dismantled and removed shortly after it was constructed.
Some of the Continuous Emissions Monitoring Systems (CEMS) required by previous permits,were replaced with semiannual testing requirements contingent upon continued compliance withthe permit terms and conditions surrounding the issue. Removal of the CEMs for VOC, NO x,
and S02 was authorized by ADPC&E permit 1139-AR-4.
Permit 1139-AOP-RO was issued on 9/7/99 and was the first permit issued to Nucor under theArkansas Air Operating Permit Program. An administrative amendment was done on 12/10/99.The facility is subject to Title V requirements. The facility is a PSD major source. This permitincluded the following modifications:
1. The permit authorized the expansion of the EAF Baghouse. On June 20, 1997, NucorSteel submitted a permit modification application for the expansion of the EAF Baghouse(SN-Ol). The facility proposed to add 18 baghouse compartments, install three (3)additional fans, and increase the maximum design air flow from 1.75 million acfm to 2.5million acfm. Increased particulate matter (PM) emissions from the baghouse expansionwere projected to be 49.1 TPY. Nucor Steel also submitted an application for exclusionfrom new source review for the proposed baghouse expansion. The baghouse expansionwas approved to be excluded from new source review because it qualified as a pollutionprevention project based on EPA memo dated July 1, 1994 concerning pollution controlprojects and new source review applicability. In February 2005, a U.S. Circuit Courtruling stated EPA did not have the authority to create pollution control projectexemptions for PSD and vacated those portions of the 1992 and 2002 rules. The sourcewhich was modified as a pollution control project has under gone PSD review numeroustimes since this permit. The source currently meets a BACT level of control and itsemissions have been analyzed to insure they meet the PMIO NAAQS and PSD incrementstandards. Further review of this source due to vacation of the rule is not necessary.
2. The permit authorized the construction and operation of the Cold Rolling Mill. OnAugust 18, 1997, Nucor Steel submitted an addendum to the Title V application forconstruction of a cold rolling mill. The cold mill consists of a pickle line, three (3) pickleline boilers, cold reversing mill/temper mill, galvanizing line, eight (8) annealingfurnaces, three (3) alkali wash burners, hydrated lime silo, entry scale, scale breaker,alkali wash mist eliminator, galvanizing line dryer, chromate spray, and chromate dryer.The summary of pollutant emission rates associated with the cold roll mill project areshown in the following table.
3. The permit incorporated the increase of the slag processing rate authorized previously bythe Department. At that time, the facility also had requested to increase nitrogen oxideand sulfur dioxide emission limits from the vitrification unit (SN-36) and to install twocharge carbon silos and an iron carbide storage dome, which changes were also approved.The EAF Dust Reclamation (SN-30 and SN-36) is no longer included in Nucor's permit.This process was owned and operated by a separate company which contracted by Nucorto process the baghouse dust.
Subsequently, Nucor Steel submitted an amendment to its Title V air permit applicationto further increase the monthly slag processing rate from 30,000 to 62,000 tons/monthand to increase the annual slag production rate from 300,000 to 700,000 tons. The onlyphysical change of this amendment was the installation of two charge carbon silos and an
iron carbide storage dome. The installation of the charge carbon silos and iron carbidedome was unrelated to the requested increase in slag processing throughput. The increasein slag throughput was the result of emission factor changes, which allowed Nucor toincrease the throughput without significantly affecting emissions. The crushed stoneprocessing section of AP-42 was updated in January of 1995 in Section 11.19.2. ThePM emission factor used in the previous permits for slag processing was 0.16 Ib/ton. Thenew factor is 0.0315 Ib/ton. SN-18 and SN-23 are the affected sources.
4. The permit specified a number of existing but previously uninventoried sources. Thetotal change in permitted emissions resulting from the previously uninventoried sourceswas 15.4 tpy of total particulate.
Several emission factors used to calculate emission were changed throughout the permit. Thetotal change in permitted emissions resulting from the updated emission factors was 9.5 tpy oftotal particulate,The EAF Dust Reclamation (SN-30 and SN-36) was no longer included in Nucor's permit.
Permit 1139-AOP-RO did not go through PSD review for the following reasons: Permittedemission increases from the last permit occurred due to use of updated emission factors, theaddition of existing but previously uninventoried sources, and a slag processing throughputincrease. The only physical changes were the addition of a new cold rolling mill process, abaghouse expansion, and the installation of two charge carbon silos and an iron carbide storagedome. The baghouse expansion was approved to be excluded from new source review because itqualified as a pollution prevention project based on an EPA memo dated July 1, 1994 concerningpollution control projects and new source review applicability. The new cold rolling milladdition resulted in a potential to emit increase less than the applicable PSD significant levels,therefore this project does not trigger new source review. The new storage domes' potential toemit was less than the PSD significant levels, therefore, did not trigger PSD review.
All of the above mentioned projects are unrelated to each other. The slag processing increase isa result of lower published emission factors. The baghouse expansion is being done to reducethe fugitive emissions from the melt shop. The construction of the cold roll mill is a totally newprocess which does not affect the existing steel-making process.
Permit 1139-AOP-Rl
Permit 1139-AOP-R1 covered the installation of new equipment for loading railcars at the EAFbaghouse dust silo, and tying the silo directly to the EAF baghouse and eliminating the bin vent.The new equipment will collect displaced air from railcars as the railcars are loaded with dust,and route the displaced air to the EAF baghouse. This will minimize the amount of dust that willaccumulate in the load out area. Tying the silo directly to the EAF baghouse will eliminate thesilo emission point (SN-17). The facility also added direct evacuation on the bucket elevator thatfeeds the silo. Previously, the elevator displaced air exhausted through the silo bin vent. Thesemodifications result in a 0.9 ton per year decrease in potential particulate emissions. Thismethod of handling and transferring baghouse dust to and from the baghouse dust silo for
removal off-site is at least as effective in controlling air emissions as the method described inpermit 1139-A.
Permit 1139-AOP-R2
Permit 1139-AOP-R2 was issued on September 11,2000. The permit covered the installation ofa wastewater lime storage silo which will be designated SN-64. The storage silo has adisplacement air bin vent filter with an outlet emission rate of 0.01 gr/dscf. At 950 scfm, themaximum potential emission rate is 0.1 lb/hr and 0.5 tpy. This new source is included in theAuxiliary Operations Compliance Unit section ofthis permit. The bottom of the silo has a rotaryair lock with a rubber hose attached to feed lime into a cement truck.
Permit 1139-AOP-R3
Permit 1139-AOP-R3 was issued on January 3, 2001. The permit covered the followingmodifications: Increase in the annual emissions from 25 to 37 for LMF#3 (SN-39), this increaseaccounts for periods of time when the LMF #1 or LMF #2 is down; the injection carbon silovents (SN-43 and 44) were routed to the lime/carbon silo baghouses (SN-38 and 39); a 3.5MMBTU/hr burner was added to the alkali wash (SN-58) section of the galvanizing line; sixinsignificant activities were added including 2 diesel storage tanks, 2 emergency generators, and2 emergency pumps; and the roof monitor designations for SN-06, 19,20, and 21 were revised.
Permit 1139-AOP-R4
Permit 1139-AOP-R4 was issued on October 23,2001. This modification covers the addition ofa new steel coil cutting building, SN-65, and a briquetting operation, SN-66. The predominateemission increase from the addition of these sources is 2.4 tpy of particulate matter. This permitis also to modify the galvanizing line (SN-54) to become a dual purpose line by adding thecapability to continuously anneal cold rolled product without zinc coating. Nucor is notchanging the emission limits for the source, SN-54. With this modification Nucor is also addinga 1.5 MMBTU/hr natural gas fired dryer to the new chromate section of the galvanizing line.This dryer is replacing the dryer SN-60 at the chromate section. The old dryer for SN-60 is nowbeing used at the phosphate section ofthe galvanizing line. The two dryers cannot operate at thesame time and are interlocked from an operation standpoint. Therefore the two dryers are bothcombined under SN-60 and the emission rates for these sources are unchanged. Nucor is alsoadding a second baghouse module to both of the lime dust collectors (SN-37 and SN-38). Thiswill allow one module to be down for cleaning while the other module is in operation for boththese sources. This will not affect emission from these sources.
Permit 1139-AOP-RS
Nucor made a number of changes with this permit modification. Nucor first submitted a minormodification to their permit; this minor modification included enclosing the railcar loadout ofEAF dust and venting the enclosure through a baghouse, SN-67. Nucor also added an enclosedconveyor that will convey raw materials which will also be controlled by a baghouse, SN-68.
Nucor also requested changing compliance conditions for two baghouses, SN-37 and 38, frompressure drop readings to opacity readings.
Nucor also submitted a modification which included ducting LMF No.3 (SN-39) to the EAFbaghouse (SN-OI); updated the cooling tower emissions and inventory; added a second truckconveyor for lime and carbon unloading (SN-69); modified the EAF (SN-OI) operations asspecified in the permit application and supporting documents; modified the carbon exhaust silos(SN-43 and 44) so that their exhausts are returned to their silo bin vents exhaust; added a small(l MMBTU) skid mounted boiler; removed the iron carbide silo SN-41; added sand to theoxygen torch cutting of coils (SN-65); and modified the slag processing plant to add a screeningplant and a mill scale plant (SN-23). These changes will require a number of sources to undergoPrevention of Significant Deterioration (PSD) review.
Prevention of Significant Deterioration
BACT Analysis SummarySource Description Pollutant Control Technology BACT Limit
SN-01 EAF's, LMF's, NOx Natural gas fired oxy- 0.51 lb/ton ofcasters and canopies fuel burners steel
CO Direct Shell 2.0 lb/ton of steelEvacuation
VOC Scrap management 0.088 lb/ton ofsystem steel
PM IO Baghouse 0.0018 gr/dscfS02 0.2 lb/ton of steel
Slag Processing PM IO Keep material 4.1 tpyEquipment sufficiently damp
Permit 1139-AOP-R6
This permit was issued on April 3, 2006. This permit incorporates a number of changes to thefacility. In addition to being the Title V renewal for the facility, Nucor is adding a roof feedmetallics system to each EAF, which will decrease tap to tap time and increase slag and millscale
throughputs. Also the operating restrictions on the pickle line boilers, SN-52, the ColdReversing Mill/Temper Mill, SN-53, and the Annealing Furnaces, SN-61 were removed. Nucoris also adding a Zinc Dross furnace, SN-73; a Pickle Line Dryer, SN-74; and a Ladle Dryer, SN20. These changes will require PSD review for all the criteria pollutants.
Summary of PSD issues Permit 1139-AOP-R6
The changes made to the facility in this permit are considered a major modification under PSDregulations. Because of these changes PSD review is required for the following pollutants N02,CO, S02, PMIO, VOC and Lead.
Best Available Control Technology
BACT Analysis SummarySource Description Pollutant Control Technology BACT LimitSN-01 EAF, LMF, caster NOx Natural gas fired 0.51 lb/ton of steel
and canopies oxy-fuel burnersCO Direct Shell 2.0 lb/ton of steelVOC Evacuation 0.088 lb/ton of steel
Scrap management 0.0018 gr/dscfPM IO system 0.2 lb/ton of steelS02 Baghouse
SN-52 Pickle Line Boilers NOx Low NOx Burners 0.075 lb/MMBTUCO Good Combustion 0.084 lb/MMBTU
PracticeVOC Good Combustion 0.00055Ib/MMBTU
PracticePM 10 Natural Gas Usage 0.0076 lb/MMBTU
only/ Goodcombustion practice
S02 Natural Gas Usage 0.0006 lb/MMBTUonly/ Goodcombustion practice
S02 Natural Gas Usage 0.0006 lb/MMBTUonly/ Goodcombustion practice
SN-18 Slag Processing PM IO Water Sprays
1139-AOP-R7
Permit 1139-AOP-R7 was issued on July 17,2006. This permit included a minor modapplication which adds 3 bin vent filters to the Roof Flux Feed system. The original permit forthe roof feed flux system had the dust from the three conveyor transfer points carried back to abaghouse but it was determined prior to installation that the distance was too great to providesufficient airflow to the baghouse to control these sources. Therefore the bin vents were added.These bin vents were added as sources SN-75, 76, and 77. The lime storage silo baghouses SN37 and SN-38 will be removed upon installation of Roof Flux Feed system. Each of thesebaghouses has two modules which allow the one module to be cleaned while the other is inoperation. Nucor planned to move one of the modules from these baghouses to control theparticulate emissions from the day bins inside the melt shop. Once the roof flux feed system isinstalled and the baghouses SN-37 and 38 are no longer needed the other module will be put inservice with the module controlling dust from the day bins. The day bin baghouse wasdesignated as SN-78.
1139-AOP-R8
This permit was issued October 24, 2006. It included a minor mod application which adds athird cell to the existing cooling tower system #3, SN-48. Estimated emissions from the new cellare 0.07 tpy of particulate emissions. Permitted emissions for the source did not change.
1139-AOP-R9
This permit was issued on December 12,2007. This modification added a new Cold RollingMill and ancillary sources to the facility. These were added as sources SN-79 through SN-95.This permit also added update of the Melt Shop Emissions (SN-Ol) to include filterable andcondensable PM emissions as required in their previous permit. The melt shop baghouses weremodified from roof monovent exhaust to a 140 ft. stack on each baghouse.
A number of minor modifications were also incorporated into this permit. The bin vent filter onthe Lime Storage Silo, SN-38, was replaced with a baghouse. Also 3 emergency generators, SN96,97, and 98 were added to the permit. Emissions from the modifications increased 326.7 tonsof PM, 168.8 tons of CO, 71.3 tons ofNO x- 27 tons ofSOz, and 11.8 tons ofVOC. The majorityof the increase in PM was from the addition of condensable emissions to the permit which werepreviously unpermitted.
Prevention of Significant Deterioration
The changes made to the facility in this permit are considered a major modification under PSDregulations. Because of these changes PSD review is required for the following pollutants NOz,CO, and PMJO.
Best Available Control Technology
The PSD regulations mandate that a case-by-case Best Available Control Technology (BACT)analysis be performed on all new or modified affected sources at which a net emissions increasewill occur.
BACT Analysis Summary
Source Description Pollutant Control Technology BACT Limit
SN-80 Pickle Line Boiler NOx Low NOx burners 0.075 lb/MMBTU
CO Good Combustion 0.084 lb/MMBTUPractice
PM/PMJO Good Combustion 0.0076Ib/MMBTUPractice
SN-82 Galvanizing Line NOx SNCR - Direct fired 0.035Ib/MMBTUSection. SCR-Radiant Tube Section
This permit was issued on April 15, 2009. This modification added a baghouse on the roof fluxconveyor belts, SN-78A, and removed the roofmonovents, SN-19, 20, and 21, on the melt shopbuilding. The closed roof will capture emissions through the canopy system and duct them to themelt shop baghouses, SN-01. Nucor also added 4 burners at the caster deck emissions fromthese burners will be routed to the melt shop baghouses, SN-Ol.
Nucor also requested to install a baghouse on the carbon injection system, SN-43, 44, 45, and 46,in place ofthe present bag filter. Since the previously permitted limit was a BACT limit and thenew baghouse would result in slightly higher emissions due to the increased airflow, in order tomake this change the BACT limit must be re-evaluated. Nucor did not submit a BACT analysiswhich would justify the increase in emissions and the change was not made.
This permit was issued on January 24, 2011. Nucor in this modification made a number ofmodifications. A number of changes were made to the roof flux feed system. Two pneumaticvalves were added to operate one shuttle conveyor at a time. More pneumatic valves were addedto avoid evacuating equipment that does not operate continuously. The baghouse controllingSN-78A was replaced with a cyclone which is ducted to the three melt shop baghouses. The dustcollected by the cyclone is routed back to conveyors and to the electric arc furnaces.
A baghouse was added to control emission from the alloy carousel in the melt shop. A 400-HPEmergency Generator, SN-I00, was added to the Cold Mill. The burners on the pickle lineboiler have been replaced with the heat input rate changing from 12.6 MMBTU/hr to 12.5MMBTU/hr. One of the burners in the galvanizing line, SN-58 was incorrectly listed at 3.5MMBTU/hr instead of5.3 MMBTU/hr. Sources SN-09, SN-14, and SN-16 were never installedand are being removed from the permit. A number of sources in the permit list heat input ratesdifferent from the actual rates of the installed equipment. Sources SN-08, SN-07, SN-I0, SN-ll,SN-12, SN-13, SN-14, and SN-15 were corrected. Two tundish mandrels were installed andpreviously unpermitted. These are now listed as sources SN-09 and SN-14.
Permit 1139-AOP-R12
Permit 1139-AOP-RI2 was issued on June 10,2011. This permit was the Title V renewal for thefacility. In this permit, roadway emissions and a number of combustion engines, emergencygenerators, and gasoline tanks which were previously insignificant were added as sources. Alsosources SN-73 and SN-79 through SN-95 were being removed from the permit as they werenever constructed.
Permit 1139-AOP-R13
In this modification Nucor replaced a burner on the EAF with a burner of identical size that canalso inject direct reduced iron (DRI) fines, replaced the dense phase pneumatic conveyor thattransfers the carbon from the storage silos to the Asbury hoppers with a pocket belt conveyor,installed automatic side trimmers on the pickle line, and added the ability to apply a rustpreventative to the tempered coils.
Permit 1139-AOP-R14
This permit was issued on February 17,2012. This permit modification added a vacuumdegasser, SN-94, a vacuum degasser boiler, SN-95, a contact cooling tower, SN-125, and a truckdump/6 bin alloy handling system, SN-124 to the permit. Also as part of this modification Nucoris replaced the existing 150 ton ladles with 165 ton ladles to allow more free board space toaccommodate the vacuum degasser and increased the transformer size for the ladle metallurgyfurnaces from 20 MVA to 30 MVA. These changes trigger PSD review for S02 and CO.
Prevention of Significant Deterioration Issues with Permit 1139-AOP-R14
The changes made to the facility in this permit are considered a major modification under PSDregulations. The increases from the four new sources triggered PSD review for CO. When thepast actual to the future projected actual the modified ladle metallurgy furnaces are considered,both S02 and CO were above the significant emission rate. This required PSD review for thosepollutants. All other pollutants were below the significant emission rates including greenhousegases.
Best Available Control Technology
The PSD regulations mandate that a case-by-case Best Available Control Technology (BACT)analysis be performed on all new or modified affected sources at which a net emissions increasewill occur. The following table is a summary of the BACT determinations made in this permit.BACT determinations for the facility made in previous permits can be found in the PermitHistory section of this permit.
BACT Analysis Summary
Source Description Pollutant Control BACT LimitTechnology
0.102 lb/ton steel from the
S02 No Control LMF alone
0.33 lb/ton steel for all SN-01SN-01 Ladle Metallurgy
0.02 lb/ ton steel produced
CO No Control from LMF alone
2.0 lbs/ton steel or all SN-01
Natural Gas 0.005 lb/ton steel processed
Vacuum Tank S02 CombustionSN-94
Degasser Only
CO CO Flare 0.075 lb/ton steel processed
Natural GasS02 Combustion 0.0006 lb/MMBTU
SN-95 VTD BoilerOnly
GoodCombustion 0.061 lb/MMBTU
CO Practice
The CO and S02 BACT for the LMF was determined to be no control. The variable nature ofthe emissions from the LMF and low emissions concentrations make control infeasible. Analysisof similar sources found none with controls. The LMFs at Nucor are routed, together with allemissions from the melt shop including the EAF, to a single baghouse.
The CO BACT control for the Vacuum Tank Degasser was determined to be a flare. Analysis ofall similar sources showed they all used flares to control CO emissions. The S02 BACT controlwas determined to be natural gas combustion only in the burners.
The BACT control for CO for the VTD Boiler was determined to be good combustion practice.This control options is consistent with BACT determinations for other boilers of similar size.Due to the low S02 emissions there was no control feasible for BACT control for S02.
Permit 1139-AOP-R15
Permit 1139-AOP-RI5 was issued on July 11,2012. This permit modification added a noncontact cooling tower, SN-126 to the permit as part of the vacuum degasser system added in tothe permit in the 1139-AOP-RI4. Emission increases are 0.1 tpy of PM and PM IO• Emissionsfrom the new cooling tower combined with the emissions from the degasser system did nottrigger any additional PSD requirements.
Permit 1139-AOP-R16
Permit 1139-AOP-RI6 was issued on November 30,2012. This permit modification includedmodifications to the software controlling the annealing furnace to allow it to run hotter andlonger. These modifications are associated with the PSD modification adding the vacuumdegasser system in 1139-AOP-RI4. As the previous modification was PSD major for S02 andCO, the changes to the annealing furnace require BACT limits for those pollutants. Permittedemission limits did not change.
Prevention of Significant Deterioration
The changes made to the facility in this permit are considered a major modification under PSDregulations. The increases from the modification to the annealing furnace combined with theemissions from the earlier permitted portions of the project emissions for both S02 and CO wereabove the significant emission rate. This required PSD review for those pollutants. All otherpollutants were below the significant emission rates including greenhouse gases.
Best Available Control Technology
The PSD regulations mandate that a case-by-case Best Available Control Technology (BACT)analysis be performed on all new or modified affected sources at which a net emissions increasewill occur. The following table is a summary of the BACT determinations made in this permit.BACT determinations for the facility made in previous permits can be found in the PermitHistory section of this permit.
Source Description Pollutant Control BACT LimitTechnology
Natural Gas
S02 Combustion 0.0006 lb/MMBTU
SN-6IAnnealing OnlyFurnace Good
Combustion 0.084 lb/MMBTUCO Practice
The CO and S02 BACT for the annealing furnace was determined to be good combustionpractice and natural gas combustion only respectively.
Permit 1139-AOP-R17
Permit 1139-AOP-RI7 was issued on February 11,2013. In this modification Nucor added anew bin vent filter system on the carbon silos, SN-29, and replaced the slag processingequipment, SN-I8 and 23, due to a new contractor.
The facility receives scrap iron and steel by barge, rail, and truck. The scrap is either unloadedand stockpiled on site or loaded directly into furnace charging buckets. The charging buckets(which are on rails) are loaded outside the melt shop. Once loaded, they travel into the buildingand stop beneath the lime silo where pebbled lime is added. The scrap, pebbled lime and carbonare then charged into one of the two electric arc furnaces (EAF), which have a combinedcapacity or target production rate of 585 tons of steel per hour. During each heat, additionalmaterials are charged into the EAFs through the Roof Flux Feed System. There are no limitationswhich would preclude tapping both furnaces at the same time or charging one furnace whiletapping the other. There are ten (10) EAF natural gas-fired low NOx burners with maximum heatinput capacities of 15 MMbtu/hr each. The EAF burners exhaust to the EAF baghouse.
After charging, graphite electrodes are positioned just above the steel in the furnaces. Whenelectricity is applied, an arc jumps from the end of the electrodes to the steel. The heat generatedfrom this arc, along with the heat from the carbon and auxiliary burners, melts the scrap intomolten steel. As the steel melts, additional carbon is injected, limestone slag floats to the top ofthe furnace, and the steel sinks to the bottom. When the melt cycle is complete, the slag is pouredoff of the top of the furnace. The molten steel is then transferred to ladle metallurgy stations.
Hot gases are captured in "fourth hole" ducts (direct shell evacuation systems, or DSE) and viacanopy hoods located in the overhead roof exhaust system. The combination of canopy hoodsand a "dust wall" surrounds furnaces and evacuates furnace emissions during charging, tapping,and slagging operations through canopy hoods. The exhaust is ducted to a multi-compartment,positive-pressure, reverse air type baghouse (SN-O1). The baghouse also controls exhaust fromthe No.1, No.2, and No.3 ladle metallurgy stations (LMFs) and No.1 and No.2 continuouscasters and other Melt Shop sources including, #1 and #2 Tundish Preheaters (SN-10 and 15),Tundish Nozzle Preheaters, #1 and #2 Ladle Preheat Stations (SN-08 and 13), #1 and #2 LadleDryout Stations (SN-07 and 12), and the #3 Ladle Dryout Station.
Specific Conditions
1. The permittee shall not exceed the emission rates set forth in the following table. Thepermittee shall demonstrate compliance with this condition by Specific Conditions 6and 13-31. [Regulation 19, §19.901 and 40 CFR Part 52, Subpart E]
2. The permittee shall not exceed the emission rates set forth in the following table. Thepermittee shall demonstrate compliance with this condition by compliance withSpecific Conditions 6 and 13-31. [Regulation 19, §19.501 et seq., and 40 CFR Part52, SUbpartE]
~ SN Pollutant lb/hr tpy
I SN-OlPM (filterable + condensable) 106.9 468.2
PM IO (filterable + condensable) 106.9 468.2
3. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these emission limits shall be demonstrated by compliance withSpecific Conditions 6 and 13-31. [Regulation 19, §19.901 and 40 CFR Part 52,Subpart E]
Pollutant EAF BACT Limit LMF BACT LimitNOx 0.51 lb/ton of steel No BACT limit.CO 2.0 lb/ton of steel 0.02 lb/ton of steel
VOC 0.088 lb/ton of steel 0.005 lb/ton of steelPMIO (filterable) 0.0018 gr/dscf 0.0018 gr/dscf
S02 0.2 lb/ton of steel 0.102 lb/ton of steel
4. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these emission limits shall be demonstrated by compliance withConditions 6 and 13-25. [Regulation 18, §18.801 and A.C.A. §8-4-203 as referencedby A.C.A. §8-4-304 and §8-4-311]
I Source I Pollutant I lb/hr I tpy IArsenic 0.01 0.05
5. The EAF Baghouse (SN-01), Railcar Loading (SN-67), and EAF Melt Shop aresubject to 40 CFR, Part 60, Subpart A, General Provisions and 40 CFR, Part 60,Subpart AAa, Standards of Performance for Steel Plants: Electric Arc Furnaces andArgon-Oxygen Decarburization Vessels Constructed After August 7, 1983 due toconstruction of the facility in 1991. A copy of Subpart AAa is provided in theAppendices of this permit. [40 CFR Part 60, Subpart A and Subpart AAa]
6. The permittee shall perform stack testing ofSN-01 for PM emissions. Testing shall beperformed annually in accordance with Specific Condition 5, Plantwide Condition 4,and EPA Reference Method 5D as found in 40 CFR, Part 60, Appendix A. Thesampling time and sampling volume for each run shall be at least 4 hours and 4.50dscm (160 dscf). The permittee shall report all emissions measured using Method 5Das filterable PM or PMIO or may conduct separate filterable PM IO testing using EPAReference Method 201 or 201A. The permittee shall also conduct test forcondensable particulate emissions concurrently using EPA reference Method 202.The permittee shall report all emissions measured as PM IO or may conduct separatePMIO testing using EPA Reference Method 201 or 201A as found in 40 CFR, Part 60,Appendix A. To show compliance with the various filterable, and filterable +condensable PM and PM IO limits for this source, the permittee shall report testingresults from the appropriate methods. The report shall include information specifiedin §60.276a(f) of40 CFR, Part 60, Subpart AAa. [§19.304 and §19.704 ofRegulation 19, §60.275a(e)(1) of 40 CFR, Part 60, Subpart AAa, and 40 CFR Part 52,Subpart E]
7. Unless the presence of inclement weather makes concurrent testing infeasible, thepermittee shall conduct the performance tests required by Specific Conditions 6, 10,and 16, concurrently. [§19.304 of Regulation 19 and 60.275a(e)(4) and 60.275aG) of40 CFR, Part 60, Subpart AAa]
8. The permittee shall submit to the Department a written report of the results of theperformance test required by Specific Condition 6. The repOli shall includeinformation specified in §60.276a(f) of 40 CFR, Part 60, Subpart AAa, and theinformation required under Plantwide Condition 4. [§19.304 and §19.705 ofRegulation 19, §60. 276a(f) of 40 CFR, Part 60, Subpart AAa, and 40 CFR Part 52,Subpart E]
9. The permittee shall not discharge into the atmosphere any gases from the EAFBaghouse (SN-01) exhibiting 3 percent opacity or greater. [§19.304 of Regulation 19and §60.272a(a)(2) of 40 CFR, Part 60, Subpart AAa]
10. The permittee shall perform observations of the opacity of the visible emissions fromEAF Baghouse (SN-01) by a certified visible emission observer as follows: Visibleemission observations are conducted at least once per day when the furnace isoperating in the melting and refining period. These observations shall be taken inaccordance with Method 9, and, for at least three 6-minute periods, the opacity shall
be recorded for any point(s) where visible emissions are observed. Where it ispossible to determine that a number of visible emission sites relate to only oneincident of the visible emissions, only one set of three 6-minute observations will berequired. In this case, Method 9 observations must be made for the site of highestopacity that directly relates to the cause (or location) of visible emissions observedduring a single incident. Records shall be maintained of any 6-minute average that isin excess of 3% opacity. Reports of exceedances shall be submitted in accordancewith Specific Condition 11. Should the permittee install a single stack to its melt shopbaghouse the permittee shall install and operate a bag leak detection system inaccordance with §60.273a(c), (e), (f), and (g). The permittee shall maintain recordsfor each bag leak detection system as outlined in §60.276a(h). [§19.304 of Regulation19 and 40 CFR, Part 60, Subpart AAa]
11. The permittee shall submit a written report of exceedances of the EAF baghouseopacity and the EAF Melt Shop opacity to the Department semi-annually inaccordance with General Provision 7. For the purposes of these reports, exceedancesare defined as all 6-minute periods during which the average opacity is 3 percent orgreater at the EAF baghouse, and all 6-minute periods during which the averageopacity is 6 percent or greater at the EAF Melt Shop due solely to the operations ofthe EAF. Opacity observations shall be recorded on a visible emissions observationform. The information presented in Figures 9-1 and 9-2 to EPA Method 9 shall berecorded. [40 CFR, Part 60, Subpart AAa, and §19.304 of Regulation 19]
12. The permittee shall not discharge into the atmosphere any gases which exit from EAFMelt Shop which exceed 6 percent opacity or greater due solely to the operations ofthe EAF. Exceedances shall be defined as a1l6-minute periods during which theaverage opacity is 6'percent or greater. This opacity limit shall apply at all times thatthe EAF is in operation and due solely to the operations of the electric arc furnace.[40 CFR, Part 60, Subpart AAa, and §19.304 of Regulation 19]
13. The permittee shall either (a) install, calibrate, and maintain a monitoring device thatallows the pressure in the free space inside each EAF to be monitored, pursuant to 40CFR §60.274a(t), or (b) perform daily observations of shop opacity, pursuant to 40CFR §60.273a(d). The permittee shall notify the Department which method it electswithin 30 days after the effective date of this permit. If the permittee elects toconduct opacity observations, the permittee shall conduct daily opacity readings onthe EAF Melt Shop as follows: Shop opacity observations shall be conducted at leastonce per day when the furnace(s) is operating in the meltdown and refining period.Shop opacity shall be determined as the arithmetic average of 24 or more consecutiveIS-second opacity observations of emissions from the shop taken in accordance withMethod 9. Shop opacity shall be recorded for any point(s) where visible emissionsare observed in proximity to an affected EAF. Where it is possible to determine thata number of visible emission sites relate to only one incident of visible emissions,only one observation of shop opacity will be required. In this case, the shop opacityobservations must be made for the site of highest opacity that directly relates to the
cause (or location) of visible emissions observed during a single incident. Records ofthese opacity observations shall be kept on site and made available for inspectionupon request. Reports of exceedances shall be submitted in accordance with SpecificCondition 11. [40 CFR, Part 60, Subpart AAa, and §19.304 of Regulation 19]
14. The permittee shall either:a. Check and record the control system fan motor amperes and damper positions ona once per shift basis;b. Install, calibrate, and maintain a monitoring device that continuously records thevolumetric flow rate through each separately ducted hood; orc. Install, calibrate, and maintain a monitoring device that continuously records thevolumetric flow rate at the control device inlet and check and record damper positionson a once per shift basis.
15. The permittee shall notify the Department which method it elects to use within 30days after the effective date of this permit. If the permittee elects a method whichuses a volumetric flow measuring device, the permittee shall comply with thepertinent provisions of 40 CFR §60.274a(b). If the permittee elects a method basedon periodic monitoring of fan motor amperes, damper positions, or both, thepermittee shall comply with 40 CFR §60.274a(c), and shall conduct a compliance testto re-establish these parameters as specified in 40 CFR §60.274a(c) within 180 daysafter the effective date of this permit. [40 CFR, Part 60, Subpart AAa, and §19.304 ofRegulation 19]
16. The permittee shall determine baseline values of the fan motor amperes and damperpositions, or volumetric flow rate during annual performance testing in accordancewith Specific Condition 7, as may be required to demonstrate compliance accordingto the method chosen by the permittee pursuant to Specific Condition 14. The valuesof these parameters as determined during the most recent demonstration ofcompliance shall be maintained at the appropriate level for each applicable period.Appropriate level shall be defined as flow rates equal to or greater than those flowrates established as the baseline during the last annual performance testing on theEAF baghouse. The term appropriate period shall be defined as the time periodbetween each annual performance testing on the EAF baghouse. Flow rates less thanthe baseline flow rate may be considered unacceptable operation by the Department,if operation at such flow rates results in opacity readings from the EAF melt shopgreater than 6%. [40 CFR, Part 60, Subpart AAa, and §19.304 of Regulation 19]
17. The permittee shall perform monthly operational status inspections of the equipmentthat is important to the performance of the total capture system (i.e., pressure sensors,dampers, and damper switches). This inspection shall include observations of thephysical appearance of the equipment (e.g., presence of holes in ductwork or hoods,flow constrictions caused by dents or accumulated dust in ductwork, and fan erosion).
Any deficiencies shall be noted and proper maintenance performed. [40 CFR, Part 60,Subpart AAa, and §19.304 of Regulation 19]
18. The permittee shall visually inspect the upper chamber of the baghouse (SN-Ol) forvisible emissions from individual bags on a monthly basis. Worn, frayed, ordefective bags shall be replaced within two weeks following the inspection in whichthe defect is found. The permittee shall maintain a log of the inspection andmaintenance activities. The log shall be signed and dated by the person responsiblefor making the inspection and/or repair. This log shall be kept on site and can be usedby the Department for enforcement purposes. [§19.303 of Regulation 19 and A.C.A.§8-4-203 as referenced by §8-4-304 and §8-4-311]
19. The permittee shall maintain records of the following information: (1) all dataobtained under Specific Condition 16; and (2) all monthly operational statusinspections performed under Specific Condition 18. [40 CFR, Part 60, Subpart AAa,and §19.304 of Regulation 19]
20. If the permittee elects to install a device to measure the pressure in the free spaceinside the EAFs pursuant to Specific Condition 13, the pressure shall be recorded as15-minute integrated averages. The monitoring device may be installed in anyappropriate location in the EAF duct prior to the introduction of ambient air such thatreproducible results will be obtained. The pressure monitoring device shall have anaccuracy of ± 5 mm of water gauge over its normal operating range and shall becalibrated according the manufacturer's instructions. [40 CFR, Part 60, Subpart AAa,and §19.3040fRegulation 19]
21. If the permittee elects to install a device to measure the pressure in the free spaceinside the EAFs pursuant to Specific Condition 13, during each performance testingconducted in accordance with Specific Condition 6, the permittee shall determinebaseline values of the pressure in the free space inside the furnace during themeltdown and refining period(s). The pressure determined during the most recentdemonstration of particulate emission compliance shall be maintained at all timeswhen the EAF is operating in a meltdown and refining period. Operation at higherpressures may be considered by the Department to be unacceptable operation andmaintenance of the affected facility. [40 CFR, Part 60, Subpart AAa, and §19.304 ofRegulation 19]
22. If the permittee elects to install a device to measure the pressure in the free spaceinside the EAFs pursuant to Specific Condition 13, the permittee shall maintainrecords which demonstrate compliance with Specific Condition 21 and may be usedby the Department for enforcement purposes. The records shall be updated on a dailybasis, shall be kept on site, and shall be provided to Department personnel uponrequest. [40 CFR, Part 60, Subpart AAa, and §19.304 of Regulation 19]
23. During any performance test conducted in accordance with Specific Condition 6, theowner or operator shall monitor the following information for all heats covered by thetest:
(l) Charge weights and materials, and tap weights and materials;(2) Heat times, including start and stop times, and a log of process operation,
including periods of no operation during testing and, if the permittee has electedto measure the pressure inside the EAFs pursuant to Specific Condition 14, thepressure inside an EAF when direct-shell evacuation control systems are used;
(3) Control device operation log; and(4) Continuous monitor or Reference Method 9 data. [40 CFR, Part 60, Subpart AAa,
and §19.304 of Regulation 19]
24. The permittee shall retain all records of the measurements required by SpecificConditions 14 through 23 for at least 2 years following the date of the measurement.[40 CFR, Part 60, Subpart AAa, and §19.304 of Regulation 19]
25. Operation ofthe EAFs at a furnace static pressure that exceeds the value establishedunder Specific Condition 21 or at flow rates lower than those established underSpecific Condition 14, may be considered by the Department to be unacceptableoperation and maintenance of the affected facility, if operation at such rates results inopacity readings at the Melt Shop Building greater than 6%. Operation at such valuesshall be reported to the Department semiannually. [40 CFR, Part 60, Subpart AAa,and §19.304 of Regulation 19]
26. The permittee shall perform stack testing of SN-O1 for NO x, S02, CO, and VOCemissions. Testing shall be performed in accordance with Plantwide Conditions 3 and4 and shall be repeated every six months thereafter. The permittee shall measure NO x,
S02, and CO emissions in accordance with EPA Reference Methods 7E, 6C, and 10,respectively. The permittee shall measure the total VOC emissions using EPAReference Method 25A, from which it will subtract out methane (CH4) and ethane(C2H6) emissions from the EAF baghouse using EPA Reference Method 18 to arriveat applicable VOC levels for purposes of this permit. Semiannual stack testing for apollutant is not required if the permittee elects to operate a CEMS for that pollutant atSN-Ol. [§19.702 of Regulation 19 and 40 CFR Part 52, Subpart E]
27. For each stack test performed in accordance with Specific Condition 26 thatdemonstrates compliance with the lb/hr emission rates in Specific Condition 1, thepermittee shall calculate an emission factor for NO x, CO, S02, and VOC, that reflectsthe pounds of each pollutant emitted per ton of steel tapped during the stack test. Theemission factor shall be calculated by dividing the emission rate by the productionrate, and shall be expressed as lb/ton. The emission rate for each pollutant shall be
the average of the emission rates established for each test run conducted during thestack test, expressed in pounds per hour. The production rate shall be determined bydividing the total tons of steel tapped from the EAFs during all test runs conductedduring the stack test by the total amount of time of the test runs, and shall beexpressed as tons per hour. The emission factor for each pollutant shall be reported tothe Department together with the stack test results. [§19.702 of Regulation 19 and 40CFR Part 52, Subpart E]
28. The permittee shall report to the Department each month the total number of tons ofsteel tapped from the EAFs during each ofthe previous twelve months. For eachmonth, the emission factor from the nearest preceding stack test shall be multiplied bythe total tons of steel tapped during that month, to establish the amount of eachpollutant emitted during that month. The emissions so calculated for each of the lasttwelve months shall be added together and expressed as tons of pollutant per year.The sum of the last twelve months shall not exceed the ton per year limits for SN-Olin Specific Condition 1. If more than one stack test is conducted during a month, thecalculation for that month shall be modified so that the total number of tons of steeltapped during the period between two consecutive stack tests shall be multiplied bythe emission factor established by the stack test at the beginning of any such period.[§19.702 of Regulation 19 and 40 CFR Part 52, Subpart E]
29. The permittee shall perform stack testing ofSN-01 for lead (Pb) emissions. Testingshall be performed in accordance with Plantwide Conditions 3 and 4 and shall berepeated annually thereafter. The permittee shall measure lead emissions inaccordance with EPA Reference Method 12 or other alternate method, provided theDepartment approves the alternate method prior to use. [§19.702 of Regulation 19and 40 CFR Part 52, Subpart E]
30. In lieu of, or in addition to calculating an emission factor for NOx, S02, CO, andVOC and reporting EAF production each month as provided in Specific Conditions27 and 28, the permittee may install and operate a monitoring device thatcontinuously monitors and records NOx, S02, CO, and VOC concentration of gases inthe duct leading to the EAF baghouse. The NOx and S02 monitors shall be operatedin accordance with performance specification #2 which is found in 40 CFR Part 60,Appendix B, and the CEMS conditions in Attachment A of this permit. The COmonitor shall be operated in accordance with performance specification #4, which isfound in 40 CFR Part 60, Appendix B, and the CEMS conditions in Attachment A ofthis permit. For purposes of measuring VOCs, the permittee may use an adjustmentfactor which will assume that the VOCs are 30% less than THC or, may take actualmeasurements of methane concentrations to subtract from the THC measurement toarrive at the VOC concentration. The VOC monitor shall be operated in accordancewith the CEMS conditions in Attachment A of this permit. The permittee shallprovide reporting from the CEMS in parts per million (ppm) and also in pounds perhour (lb/hr). The permittee shall indicate the methodology used to determine the lb/hr
figure in the required reporting. Both ppm and lb/hr data shall be used forcompliance purposes. The lb/hr value shall be determined using 3-hour blockaverages for compliance purposes. [§19.703 of Regulation 19,40 CFR Part 52,Subpart E, and AC.A §8-4-203 as referenced by §8-4-304 and §8-4-311]
31. Ifthe permittee elects to install CEMS, it shall give the Department 15 days advancedwritten notice. Thereafter, the permittee shall demonstrate compliance either byproviding monthly production reports pursuant to Specific Conditions 27 and 28, orquarterly CEMS excess emission reports. If the permittee elects to discontinue use ofCEMS, it shall give the Department 15 days advance written notice and shall resumeor continue compliance with Specific Condition 27 and 28. [§19.703 of Regulation19,40 CFR Part 52, Subpart E, and AC.A. §8-4-203 as referenced by §8-4-304 and§8-4-311 ]
32. The permittee shall for metallic scrap utilized in the EAF meet the prepare andimplement a pollution prevention plan as required in §63.10685(a)(1) or the scraprestrictions of §63.10685(a)(2). [Regulation 19, §19.304 and 40 CFR Part 63, SubpartYYYYY]
33. The permittee shall for scrap containing motor vehicle scrap participate in andpurchase motor vehicle scrap from providers who participate in a program for theremoval of mercury switches as required in §63.1 0685(b)(2) that is approved by theAdministrator of 40 CFR Part 63, Subpart YYYYY, prepare and submit for approvala site specific plan for removal of mercury switches as required in 63.1 0685(b)(1), orcertify the scrap does not contain motor vehicle scrap. For scrap that does not containmotor vehicle scrap the permittee must maintain records of documentation that thescrap does not contain motor vehicle scrap. [Regulation 19, §19.304 and 40 CFR Part63, Subpart YYYYY]
34. The permittee shall maintain the records required in §63.10 and records whichdemonstrate compliance with the requirements of the pollution prevention plan andscrap restrictions of Specific Condition 32, with the mercury requirements in SpecificCondition 33, and the requirements of required in §63.10685(c). Additionally thepermittee must maintain records identifying each scrap provider and documenting thescrap provider's participation in an approved mercury switch program. If the motorvehicle scrap is purchased from a broker, the permittee must maintain recordsidentifying each broker and documentation that all scrap provided by the broker wasprovided by other scrap providers who participate in an approved mercury switchremoval program. [Regulation 19, §19.304 and 40 CFR Pm1 63, Subpart YYYYY]
35. The permittee must submit semiannual compliance reports to the Administrator of 40CFR Part 63, Subpart YYYYY for the control of contaminates from scrap accordingto the requirements of §63.1 O(a)(3). The report must clearly identify any deviationfrom the requirements of §63.10685(a) and (b) outlined in Specific Conditions 32 and33. [Regulation 19, §19.304 and 40 CFR Part 63, Subpart YYYYY]
36. The permittee must install, operate, and maintain a capture system that collects theemissions from each EAF and conveys the collected emissions to a pollutant controldevice for the removal of particulate matter. [Regulation 19, §19.304 and 40 CFRPart 63, Subpart YYYYY]
37. The permittee must not discharge from SN-Ol any gasses from an EAF which exhibita 6% opacity or greater or contain in excess of 0.0052 gr/dscf. [Regulation 19,§19.304 and 40 CFR Part 63, Subpart YYYYY]
38. The permittee must monitor the baghouses, SN-Ol according to the complianceassurance monitoring requirements outlined in Specific Conditions 13 through 22.[Regulation 19, §19.304 and 40 CFR Part 63, Subpart YYYYY]
This compliance unit consists of the mill building exclusive of the EAF melt shop. Process unitsand exhaust points ofthis compliance unit include #1 Tunnel furnace, section A (SN-02),#1 Tunnel furnace, section B (SN-03), #2 Tunnel furnace (SN-04), Tunnel furnace shuttle #1Ladle dryout station (SN-07), #1 Ladle preheat station (SN-08), #1 Tundish preheaters (SN-I0),#1 Tundish dryer (SN-ll), #2 Ladle dryout station (SN-12), #2 Ladle preheat station (SN-13), #2Tundish preheaters (SN-15), Caster #1 (SN-19), Caster #2 (SN-20), Rolling Mill Building RoofMonitor (SN-22), Tundish nozzle preheaters, and #3 ladle Dryout Station.
When the steel has reached the proper composition, a ladle is moved by crane from the LMS toone of two continuous casters. The molten steel is poured from a ladle into a tundish, whichfunnels the molten steel into a mold. The steel solidifies as it passes through the water-cooledmold, providing immediate cooling of the outer skin. At this point, the center of the steel slab isstill molten. The casters produce continuous slabs approximately two inches thick. The width ofthe slab varies between 36 and 64 inches. The slab is cut so that it is approximately 150 feetlong. Emissions from the continuous casters are captured by canopy hoods positioned directlyabove each caster and routed to the EAF baghouse (SN-Ol).
The cut slabs then go to the rolling mill. The rolling process is initiated by heating the slab to auniform temperature. This is accomplished using two tunnel furnaces and a shuttle system. The#1 Tunnel furnace has a maximum heat input capacity of 150 MMbtu/hr [90 MMbtu/hr forsection A (SN-02) and 60 MMbtu/hr for section B (SN-03)] which is supplied by natural gascombustion. The #2 tunnel furnace has a maximum heat input capacity of90 MMbtu/hr (SN-04)which is also supplied by natural gas combustion. The mill also utilizes a two shuttle systems totransfer slabs between the furnaces. The shuttles incorporate a 10.5 MMbtu/hr natural gas-firedburner each (SN-05). All furnaces incorporate 10w-NOx burners. Once the slabs have been rolledto the proper dimensions, they are cooled by a water spray and then wound into coils. The coiledsteel is stored on site prior to sale. The rolling mill operations are associated with the generationof small amounts of PM emissions. Further, many of these operations are conducted using watersprays. The rolling building vents to the atmosphere through a roof monitor (SN-22).
The mill uses five natural gas-fired ladle preheaters equipped with 10w-NOx burners, each with amaximum heat input capacity of 12 MMbtu/hr, to raise the temperature of the ladles prior to thetransfer of molten steel from the EAFs. Emissions from these sources are routed to the MeltShop Baghouse, SN-OI.
The mill has approximately 8 ladles in service at any time. Each ladle is generally used forapproximately 55 to 60 heats. After that, the refractory brick lining in the ladles needs to bereplaced. The removal of the refractory lining is accomplished using jackhammers and isassociated with the PM emissions within the mill building. As such, these operations areconsidered as insignificant emission source.
After removal of the old refractory lining, new refractory is applied and cured. The curing isaccomplished at two stations which incorporate natural gas-fired 10w-NOx bumers withmaximum heat input capacities of 12 MMbtu/hr each. Ladle Dryout Station #1 (SN-07) and ladleDryout Station #2 (SN-12) and Ladle Dryout Station #3 each represent one ladle dryout station.Emissions from these sources are routed to the Melt Shop Baghouse, SN-Ol.
The mill utilizes four natural gas-fired 10w-NOx tundish preheaters, each with a maximum heatinput capacity of 6 MMbtu/hr. These units are used to raise the temperature of the tundishes priorto transfer of molten steel from the ladles. SN-10 and SN-15 each represent two tundishpreheaters. Emissions from these sources are routed to the Melt Shop Baghouse, SN-Ol.
The mill utilizes approximately 12 tundishes in service at any time. Each tundish is generallyused for approximately 2 to 3 months. After that, the refractory brick lining of the tundishesneeds to be replaced. The removal of the refractory lining is accomplished either by usingjackhammers and is associated with the PM emissions within the mill building, or by mechanicalmeans in the area between the melt shop and the interior slag processing area. As such, theseoperations are considered as de minimis emission source.
After removal of the old refractory lining, new refractory is applied and cured. The refractory iscured 'with a natural gas-fired bumer with maximum heat input capacity of 6 MMbtu/hr, SN-11.Emissions from this source were previously considered to be routed to the Melt Shop Baghouse,SN-01, however; the source has been outside the melt shop with its own stack this is corrected inPermit 1139-AOP-R11.
The mill incorporates four natural gas-fired 10w-NOx tundish nozzle preheaters, each with amaximum heat input capacity of 2.5 MMbtu/hr. Emissions from these sources are routed to theMelt Shop Baghouse, SN-01.
The Tundish Mandrels, SN-09 and SN-14 are three 3 MMBTU/hr natural gas fired bumers. TheTundish Mandrels are used to harden the working layer of refractory tin the tundishes after theyhave been rebricked. The mandrels both vibrate and heat the mortar material causing it todisperse evenly in the tundish then solidify.
There are a number of smaller natural gas-fired units, such as space heaters and torches, at thefacility. The permittee estimates heat input capacity of these units as 10% of that of major naturalgas fired sources or, approximately, 86 MMbtu/hr. Each of these units is considered aninsignificant source.
The following table presents a summary of the roof monitor exhaust configuration.
Roof Monitor Source Sources Exhausted Through a RoofMonitor
5 SN-05 Shuttle Furnaces6 SN-22 Mill Building
Specific Conditions
39. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these rates shall be demonstrated by Specific Condition 40.[Regulation 19, §19.90I and 40 CFR Part 52, Subpart E]
40. The permittee shall perform annual stack testing of SN-02, SN-03, and SN-04 forcarbon monoxide (CO) and nitrogen oxides (NOx) emissions. This testing shall beconducted at least annually on the testing schedule established in previous permits, inaccordance with Plantwide Condition 4, and EPA Reference Methods 10 and 7E,respectively, as found in 40 CFR Part 60, Appendix A. [§19.702 of Regulation 19and 40 CFR Part 52, Subpart E]
41. Visible emissions may not exceed the limits specified in the following table of thispermit as measured by EPA Reference Method 9. Compliance for the sources with5% opacity limits will be demonstrated through compliance by combustion of onlypipeline quality natural gas.
Slag processing compliance unit includes collection of slag from the melt shop and thescreening, processing and shipping of slag, which is performed by an on-site independentcontractor.
Slag is produced in the EAFs during the steel making process. The slag is discharged from thefurnace and ladle and either cools naturally on the slag pit floor within the melt shop building oris directly poured into slag pots. Hot slag which is placed on the slag pit floor in the melt shop isdug out from the slag pit, placed into a front-end loader, and then loaded into a slag pot fortransportation to the slag processing area.
At the slag processing area, the slag is first dumped and allowed to cool naturally. Then, water isapplied. When sufficiently cooled and moistened, the slag is loaded out of the slag pit/coolingarea with a front-end loader (historically, the process is denoted as SN-18) and is placed onto aslag pile. Slag that is too large to be processed, as well as other oversized material such as"skulls" and refractory, is first broken into small pieces by a breaking ball. Metallics areseparated and returned to the EAFs. The remaining material is placed onto a slag pile. Water isapplied to the slag pile to minimize emissions from wind erosion. Slag from the pile is thenloaded into the processing feeder. Non-metallic materials are separated from metallic fractionsand are screened to marketable sizes. Magnetic materials (scrap) continue to the magneticscreening section for separation into three size grades. Finally, magnetic materials are returned tobe reprocessed in the EAFs or sold. All described above operations, excluding slag pit loadout,are denoted as SN-23. SN-23 also includes emissions associated with wind erosion of slag pitsand slag piles and various processing activities such as feeders, conveyors, screens, etc.Because the slag is kept sufficiently damp, it is assumed that 90% particulate controlledefficiency is achieved during all slag processing operations.
Specific Conditions
42. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this emission limit shall be demonstrated by compliance withSpecific Condition 43. [Regulation 19, §19.901, and 40 CFR Part 52, Subpart E]
43. The permittee shall not exceed 862,120 tons for any consecutive twelve (12) monthperiod of slag throughput at the slag processing area. The permittee shall not exceed225,000 tons of production in the screening plant in any consecutive 12 month period,and the permittee shall not exceed 30,000 tons of production in the mill scale plant inany consecutive 12 month period. Slag processing throughput shall be determinedbased on final products production, including the metallic portion of the slag which isreturned to the EAFs for reprocessing. [§19.705 of Regulation 19, A.C.A. §8-4-203as referenced by §8-4-304 and §8-4-311 & 40 CFR 70.6]
44. The permittee shall maintain records which demonstrate compliance with the limit setin Specific Condition 43 and may be used by the Department for enforcementpurposes. The records shall be updated on a monthly basis, shall be kept on site, andshall be provided to Department personnel upon request. An annual total and eachindividual month's data shall be submitted in accordance with General Provision 7.[§19.705 of Regulation 19 and 40 CFR Part 52, Subpart E]
45. Visible emissions may not exceed the limits specified in the following table ofthispermit as measured by EPA Reference Method 9.
Source Limit Regulatory Citation
Each Slag §19.503 of Regulation 19Processing 20% and 40 CFR, Part 52,
transfer point Subpart EEach conveyor §19.503 of Regulation 19
at the Slag 20% and 40 CFR, Part 52,Processing Area Subpart E
Each loadingand unloading §19.503 of Regulation 19
operation in the 20% and 40 CFR, Part 52,Slag Processing Subpart E
Area
46. The permittee shall conduct weekly observations of the opacity from each slagprocessing transfer point and conveyor at the slag processing area. If visibleemissions are detected, the permittee shall conduct a 6-minute opacity reading in
accordance with Method 9 at the point where visible emissions were detected. Theresults ofthese observations shall be recorded in a log which shall be kept on site andmade available for inspection upon request. [§19.705 of Regulation 19 and 40 CFRPart 52, Subpart E]
47. The permittee shall continuously water all storage piles at the slag processing area asneeded to control dust emissions. All crushers and screens shall be equipped withwater sprays, which shall be operated as needed to control dust emissions. [§19.303of Regulation 19 and A.c.A. §8-4-203 as referenced by §8-4-304 and §8-4-311]
48. The permittee shall conduct a weekly 6-minute opacity reading on eachloading/unloading operation at the slag processing area in accordance with EPAReference Method 9. The results of these readings shall be recorded in a log whichshall be kept on site and made available for inspection upon request. [19.705 ofRegulation 19 and 40 CFR Part 52, Subpart E]
The cold mill will consist of a pickle line (SN-51), three (3) boilers (SN-52), cold reversingmill/temper mill (SN-53), galvanizing line (SN-54), scale breaker (SN-55), entry scale baghouse(SN-56), Chromate spray (SN-57), alkali wash burners (SN-58), galvanizing line dryer (SN-59),chromate dryer (SN-60), 16 annealing bases with 8 furnaces (SN-61), hydrated lime silo (SN62), an alkali wash mist eliminator (SN-63), and a pickle line dryer (SN-74).
A fraction ofNucor's hot rolled steel will be further processed in the cold rolling mill. The rolledsteel will be pickled in a hydrochloric acid bath to remove scale oxides. The pickle line willconsist of a series of acid tanks at a temperature of approximately 180of. After immersion in theacid, the steel will be rinsed with water. Exhaust from the pickle line will be ducted to a fumescrubber and mist eliminator and finally discharged to the atmosphere via a stack. There arefifteen (15) storage tanks associated with the pickle line. These tanks will be used to store watersolutions of hydrochloric acid and spent pickle liquor. All fumes from the storage tanks areducted to the fume scrubber of the pickle line (SN-51). Spent liquor is loaded into rail cars ortruck and transported off-site. The pickle line will be supported by three (3) natural gas-firedboilers (SN-52) with maximum heat input capacity of 12.5 MMbtu/hr each. Exhaust from theseboilers will be emitted to the atmosphere via stacks. The National Emission Standards forHazardous Air Pollutants (NESHAP) for Steel Pickling - HCI Process went into effect on June22, 1999. Nucor is not subject to this requirement because Nucor is not a major source forhazardous air pollutants. The pickle line boilers are subject to the New Source PerformanceStandards (NSPS) Subpart Dc.
The when the pickle line is shut down, the acid is drained from the line into sumps adjacent tothe line, resulting in liquid containing HCI being exposed to air. The Hel is in the sumps for lessthan 15 minutes during the draining process.
The cold mill will utilize a cold reversing mill/temper mill (SN-53) to reduce the steel slabthickness. Specifically, coils of steel will be unwound and passed between a set of work rollswhich will be pressed together by hydraulically-forced backup rolls. The strip of steel will bepassed between the work rolls in alternating directions to effectively reduce the thickness of thestrip. A mist eliminator will be used to minimize emissions. Exhaust from the mist eliminatorwill be emitted to the atmosphere via a stack.
The cold mill will also incorporate a galvanizing line (SN-54) to produce galvanized strips. Theline will include natural gas-fired preheat and radiant sections with maximum heat inputcapacities of 60 and 18.3 MMbtu/hr, respectively. NOx emissions from the direct fired sectionwill be controlled using selective noncatalytic reduction (SNCR), and NOx emissions from theradiant tube furnace will be controlled using selective catalytic reduction (SCR). Nucor hasmodified the galvanizing line to double as a continuous annealing line. The continuousannealing process involves raising the steel strip temperature to relieve the built up stress in thestrip during the thickness reduction at the cold reversing mill, SN-53.
Just prior to entering the pickle line, the coil is flexed to loosen iron oxide (scale) particles.These particles are ducted to a small baghouse (10,595 cfm) with an outlet grain loading of 0.003grains/scf. This process is known as the scale breaker (SN-55).
The entry scale baghouse (SN-56) is a system to withdraw any loose iron oxide from the coilprior to entering the pickle line. This system is ducted to a small baghouse (5,000 cfm) with anoutlet grain loading of 0.003 grain/scf.
The chromate spray (SN-57) is a process in which a thin film of chromate is intermittentlyapplied to the galvanized steel coil, as required by the customer. Fumes are exhausted by a fanhaving a flow rate of 1300 cfm and an estimated grain loading of 0.003 grain/scf.
The alkali wash of the galvanizing line has three burners (SN-58) to heat the liquid and oneburner in the rinse section. The three natural gas fired burners in the wash section are rated at3.5,5.3, and 2 MMBtu/hr the rinse burner is 3.5 MMBtu/hr. In Permit 1139-AOP-Rll, one ofthe three burners was changed from 3.5 to 5.3 MMBTU/hr.
The alkali wash section of the galvanizing line has a small dryer (SN-59) rated at 2.5 MMBtu/hr.Emissions were calculated using AP-42 factors, except for NOx, which was based on the vendorestimate of 0.062 Ib/MMBtu.
The galvanizing line has a small dryer (SN-60) near the chromate spray section and one near thephosphate section. The dryers are natural gas fired and have a maximum heat input of 1.5MMBtu/hr. Emissions were calculated using AP-42 factors, except for NOx, which was basedon the vendor estimate ofO.062Ib/MMBtu. The two dryers are interlinked and cannot beoperated at the same time, and their emissions are combined under one source.
There are 16 annealing furnace bases, with a maximum of 8 single stack bell-type annealingfurnaces (SN-61) operating simultaneously. About 4 steel coils are stacked vertically. Theentire cycle is about 36 hours with 50% heating and 50% cooling. Each furnace is rated at 4.8MMBtu/hr. The furnaces exhaust into the cold mill building and subsequently, through the roofmonitor.
The hydrated lime silo (SN-62) has a small baghouse to prevent the material from escapingduring filling operations. The baghouse has an estimated grain loading of 0.003 grain/scf. Thealkali wash exhaust (SN-63) gas has a mist eliminator with an outlet grain loading of 0.003grain/scf and volume flow rate of 6,000 cfm.
Specific Conditions
49. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these emission limits shall be demonstrated by compliance withSpecific Conditions 57 through 60. [§19.901 of Regulation 19 and 40 CFR Part 52,Subpart E]
I Source I Pollutant I lb/hr I tpy ISN-51 PM 0.2 0.5
I Source I Pollutant I lb/hr I tpy IVOC 0.1 0.4CO 1.2 5.3
NOx 0.9 3.9SN-59 PM 0.1 0.1
PM 10 0.1 0.1S02 0.1 0.1
VOC 0.1 0.1CO 0.2 0.9
NOx 0.2 0.7SN-60 PM 0.1 0.1
PM IO 0.1 0.1S02 0.1 0.1
VOC 0.1 0.1CO 0.2 0.6
NOx 0.1 0.5SN-61 PM OJ 1.3
PM IO 0.3 1.3S02 0.1 0.1
VOC 0.3 1.0CO 3.3 14.1
NOx 3.9 16.8SN-62 PM 0.1 0.1
PM IO 0.1 0.1SN-63 PM 0.2 0.7
PM IO 0.2 0.7SN-74 PM 0.1 0.1
PM 10 0.1 0.1S02 0.1 0.1
VOC 0.1 0.1CO 0.2 0.8
NOx 0.2 0.6
50. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these emission limits shall be demonstrated by combustion of naturalgas only and compliance with Plantwide Condition 5. [§19.901 of Regulation 19 and 40CFR Part 52, Subpart E]
51. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this emission limit shall be demonstrated by compliance with SpecificConditions 52 and 54. [§18.801 of Regulation 18 and A.c.A. §8-4-203 as referenced by§8-4-304 and §8-4-311]
Source HAP lb/hr tpy
SN-51 HCl 0.2 0.8
SN-128 HCl 0.3 0.2
52. The permittee shall perform annual stack testing of SN-51 for HCl emissions. Testingshall be performed according to the testing schedule established in previous permits, inaccordance with Plantwide Conditions 3 and 4 and EPA Reference Method 26 as foundin 40 CFR Part 60, Appendix A. [§18.1002 of Regulation 18 and A.C.A. §8-4-203 asreferenced by §8-4-304 and §8-4-311]
53. Visible emissions may not exceed the limits specified in the following table of this permitas measured by EPA Reference Method 9. Compliance for the sources with 5% opacitylimits will be demonstrated by combusting only pipeline quality natural gas.
Source Limit Regulatory Citation
§19.901 of Regulation 1951 and 53 10% and 40 CFR, Part 52,
Subpart E
52, 54, 58, 59,§19.901 of Regulation 19
5% and 40 CFR, Part 52,60,61, and 74 Subpart E
54. The permittee shall keep a minimum water flow rate of 5 gal/min in the pickle linescrubber (SN-51). [§18.1104 of Regulation 18 and A.C.A. §8-4-203 as referenced by §84-304 and §8-4-311]
55. The permittee shall maintain records which demonstrate compliance with the limit set inSpecific Condition 54, and may be used by the Department for enforcement purposes.The records shall be updated on a daily basis, shall be kept on site, and shall be providedto Department personnel upon request. [§18.1104 of Regulation 18 and A.c.A. §8-4-203as referenced by §8-4-304 and §8-4-311]
56. The permittee shall conduct weekly observations of the opacity from SN-53. If visibleemissions are detected, then the permittee shall immediately conduct a 6-minute opacityreading in accordance with EPA Reference Method 9. The result of these observations orreadings shall be recorded in a log which shall be kept on site and made available forinspection upon request. [§19.705 ofRegulation 19 and 40 CFR 52, Subpart E]
57. The permittee shall perform annual stack testing of SN-53 for PM emissions. Testingshall be performed according to the testing schedule established in previous permits, inaccordance with Plantwide Conditions 3 and 4, and EPA Reference Method 5 as found in40 CFR Part 60, Appendix A. All particulate emissions shall be reported as PM IO,
otherwise the permittee may choose to perform stack testing in accordance with EPAReference Method 201 or 201A. [§19.702 of Regulation 19 and 40 CFR 52, Subpart E]
58. The permittee shall perform annual stack testing of SN-54 for NOx emissions. Testingshall be when the source is operating as a continuous annealing line and performed inaccording to the testing schedule established in previous permits, accordance withPlantwide Conditions 3 and 4, and EPA Reference Method 7E as found in 40 CFR Part60, Appendix A. If the source is not being operated as a continuous annealing line at thetime an annual stack test is due, the source need not be tested at that time but testedwithin 60 days of source beginning operation as a continuous annealing line and againannually after the date of that test. [§19.702 of Regulation 19 and 40 CFR 52, Subpart E]
59. Ifit has been more than 12 months since SN-54 was last tested in accordance withSpecific Condition 58, the permittee shall maintain records of the operating status of SN54. These records shall include all times when the source enters and leaves service as acontinuous annealing line. If the permittee is required to keep records under thiscondition and performs the performance test as required under Specific Condition 58, thepermittee no longer need maintain up to date records unless another 12 months passes.Previous records must be maintained for 3 years. These records shall be kept inaccordance with General Provision 7. [§18.1104 of Regulation 18 and A.C.A. §8-4-203as referenced by §8-4-304 and §8-4-311]
60. The permittee shall record and maintain records of the amounts of natural gas combustedin the pickle line boilers during each month. These records shall be kept on site andavailable for inspection upon request. [§19.304 and 40 CFR Part 60 Subpart De]
61. The permittee shall not exceed 780 events at SN-128 in any consecutive 12-monthperiod. An event is defined as when the pickle line is shut down and acid is drained intothe sumps adjacent to the line resulting in liquid containing HCI being exposed to the air.[§18.1004 of Regulation 18 and A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4311]
62. The permittee shall maintain monthly records of the number of events. These recordsshall contain the number of events in the month to which the records pertain and the 12-
month rolling total of events. These records shall be kept on site, made available toDepartment personnel upon request and submitted in accordance with General Provision7 ofthe facility's current permit. [§18.1004 of Regulation 18 and A.C.A. §8-4-203 asreferenced by §8-4-304 and §8-4-311]
SN-68 and 69: Truck Conveyor BaghouseSN-71 Rice Hull Storage Silo
SN-72 Railcar and Truck Flux UnloadingSN-75 through 77 Roof Flux Feed System Bin Vents, BC4, BC5, and BC6
SN-78 and SN-78A Day Bin Baghouse and Day Bin CycloneSN-99 Alloy Carousel Baghouse
SN-123 Rust Preventative Coating
Source Description
The facility receives pelletized lime and carbon. These materials are stored in bulk form. Thefacility utilizes six (6) silos for the storage oflime and four (4) silos for the storage of carbon.Four (4) lime silos and one (1) charge carbon silo are connected to a dust collector designated asSN-38. Two (2) lime silos and one (1) charge carbon silo are connected to a dust collectordesignated as SN-37. The Storage Dome, SN-42, serves as a general purpose warehouse and thebaghouse is currently inactive. The two remaining injection carbon silos should be designated asSN-43 and SN-44. Each of the injection carbon silos is equipped with a displacement air binvent filter to minimize emissions of the raw materials to the atmosphere. SN-45 and SN-46 arereserved for future use.
Scrap steel is received by barge, rail, and trucks. The scrap is stored in piles on mill property.Some scrap is stored in the scrap handling building. Periodically, in-house-produced scrap is cutwith torches to facilitate charging. This operation is conducted infrequently. Due to relativelysmall amounts of emissions associated with scrap storage and handling, this source is considereda de minimis emissions source. Previous permits listed the scrap handling building as aninsignificant source.
Alloy materials such as silicon-manganese and ferro-silicon are received in screened form bybarge. These materials are then unloaded using a grapple or clam-type bucket into trucks(denoted SN-26) and transported to an alloy storage building (denoted SN-25), where material isstored in bins. The building is enclosed. The alloys are then transported by front end loader to themelt shop area, where they are conveyed into a ladle, as needed. PM emissions are possible dueto the handling of the alloy materials.
Charge carbon is delivered to the mill via barge and truck. Carbon delivered by barge is sprayedwith water prior to shipment. It is unloaded into dump trucks using a clam-type bucket andstored in an enclosed building. Then the charge carbon is placed into charge containers to be .charged in the furnaces. Carbon delivered by truck is delivered in a tanker truck and ispneumatically conveyed into the silo.
Injection carbon is delivered to the mill by truck and pneumatically conveyed into the silos.Then, it is blown with an injection lance into the furnaces.
Nucor operates a lime storage silo (SN-64) at the wastewater treatment plant. Lime is loadedinto the storage silo by truck. During this process there is a potential for particulate emissions.The storage silo has a displacement air bin vent filter with an outlet emission rate of 0.01 gr/dscf.At 950 scfm, the maximum potential emission rate is 0.1 lb/hr. The bottom ofthe silo will havea rotary air lock with a rubber hose attached to feed lime into a cement truck.
Dust collected by the EAF baghouse is loaded onto railcar or truck. The railcar loadingequipment is vented back to the SN-67. The railcar loading occurs in an enclosed buildingwhich is exhausted to a baghouse (SN-67). The emissions from railcar and truck unloading offluxes are controlled by a baghouse (SN-72).
Nucor also conveys raw materials (e.g. pebble lime, carbon, etc.) from rail car to a tanker truckvia an enclosed conveyor. This conveyor is equipped with a baghouse (SN-68). Nucor also hasa second conveyor (SN-69) which is mobile and can operate at the same time as with SN-68.
The Rice Hull Storage Silo (SN-71) is controlled by a bin vent filter.
Transfer Points along the Roof Flux Feed system are controlled by Roof Flux Feed Bin VentBC5, BC6, and BC7 (SN-75, 76 and 77)
The Day Bin Baghouse and Day Bin Cyclone (SN-78 and 78A) control emissions from the daybins inside the melt shop.
The Rust Preventative Coating (SN-123) operation coats the tempered coils sold to a smallportion of customers.
Specific Conditions
63. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these emission limits shall be demonstrated by compliance withPlantwide Condition 5. [§19.901 of Regulation 19 and 40 CFR Part 52, Subpart E]
64. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these emission limits shall be demonstrated by compliance withSpecific Conditions 61 and 66. [19.501 et seq. of Regulation 19 and 40 CFR Part 52,Subpart E]
65. The permittee shall not exceed the emission rates set forth in the following table.Compliance with these emission limits shall be demonstrated by compliance withSpecific Conditions 61 and 66. [§18.801 of Regulation 18, and A.C.A. §8-4-203 asreferenced by §8-4-304 and §8-4-311]
I Source .I Pollutant I lb/hr I tpy ISN-71 PM 0.1 0.5SN-72 PM 1.8 7.9SN-75 PM 0.1 0.3SN-76 PM 0.1 0.3SN-77 PM 0.1 0.3SN-78 PM 0.2 0.9
SN-78A PM 0.2 1.0SN-99 PM 0.1 0.3
66. The permittee shall not exceed 20% opacity from the pelletized lime handling (SN-27).Compliance with this opacity limit shall be demonstrated by Specific Condition 69.[§19.503 of Regulation 19 and 40 CFR Part 52, Subpart E]
67. The permittee shall not exceed 10% opacity from SN-37 or SN-38. Compliance with thisopacity limit shall be demonstrated by complying with Specific Condition 69. [§18.501of Regulation 18, and A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-311]
68. The permittee shall not exceed 5% opacity from SN-67, 68, 71, 72, 75, 76, 77, 78, 78A,and 99. Compliance with this opacity limit shall be demonstrated by complying withSpecific Condition 69. [§18.501 of Regulation 18, and A.C.A. §8-4-203 as referenced by§8-4-304 and §8-4-311]
69. The permittee shall conduct weekly observations of the opacity from SN-27, 37, 38, 67,68, 71, 72, 75, 76, 77, 78, 78A, and 99. If visible emissions are detected, then thepermittee shall immediately conduct a 6-minute opacity reading in accordance with EPAReference Method 9. The results of these observations or readings shall be recorded in alog which shall be kept on site and made available for inspection upon request. [§19.705of Regulation 19 and 40 CFR Part 52, Subpart E]
70. The permittee shall not use more than 6,000 gallons of rust preventative coating in anyconsecutive 12-month period. The rust preventative coating must not have a VOCcontent greater than 2.75 lb/gallon.
71. The permittee shall maintain monthly records of the amount of rust preventative coatingused each month and the VOC content of each coating used. These records shall beupdated by the 151h day of the month following the month to which the records pertain,kept on site, made available to Department personnel upon request, and submitted inaccordance with General Provision 7.
The steel coil cutting operations are located in the steel coil cutting building. The cuttingoperations are conducted by 6 oxy-fuel torches. The torches are rated at 0.4 MMBtu/hr each.Hoods are installed over the cutting area and the exhaust is routed to four filter cartridges.
Specific Conditions
72. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this condition will be demonstrated by proper control equipmentoperation. [§19.501 et seq. and 40 CFR Part 52, Subpart E]
Pollutant lb/hr tpyPM 0.5 2.0
PMIO 0.5 2.0S02 0.1 0.1
VOC 0.1 0.1CO 0.2 0.9
NOx 0.3 1.1
73. The permittee shall not exceed 5% opacity from SN-65. Compliance with this opacitylimit shall be demonstrated by complying with Specific Condition 74. [18.501 ofRegulation 18, and A.C.A. §8-4-203 as referenced by §8-4-304 and. §8-4-311]
74. The permittee shall conduct weekly observations of the opacity from SN-65. If visibleemissions are detected, then the permittee shall immediately conduct a 6-minute opacityreading in accordance with EPA Reference Method 9. The results of these observationsor readings shall be recorded in a log which shall be kept on site and made available forinspection upon request. [§19.705 of Regulation 19 and 40 CFR Part 52, Subpart E]
SN-96 Emergency Generator - Electrical SubstationSN-97 Emergency Generator - Water System 1SN-98 Emergency Generator - Water System 1
SN-I00 Emergency Generator - Cold Mill TreatmentSN-101 Emergency Generator - Water System 1 North #3SN-I02 Emergency Generator - Water System 1 South #4
SN-I03 Emergency Generator - Megawater #1 Water System 1SN-I04 Emergency Generator - Megawater #2
SN-lll Emergency Generator - Radio TowerSN-112 Emergency Generator -Radio Tower BackupSN-113 Emergency Generator - Cold Mill Pump East
SN-114 Emergency Generator - Cold Mill Pump Water Treatment
Source Description
The Emergency Generator - Electrical Substation, SN-96, is a 200 kW, 284.8 bhp diesel-firedgenerator which provides power to the electrical substation in emergencies.
The Emergency Generators - Water System 1, SN-97 and 98, are 2,000 KW, 2,848 bhp dieselfired emergency generators and provide electrical power to cooling system 1 in case ofemergencies.
Emergency Generator - Cold Mill Treatment, SN-I00, is a 400 bhp diesel-fired generator whichprovides power to the Cold Mill in emergencies.
Emergency Generator - Water System 1 N0l1h #3, SN-I0l is a 2,447 bhp emergency diesel-firedemergency generator.
Emergency Generator - Water System 1 South #4, SN-l 02 is a 3,353 bhp diesel-fired emergencygenerator.
Emergency Generator - Megawater #1, SN-I03 is a 2,447 bhp emergency diesel-firedemergency generator.
Emergency Generator - Megawater #2, SN-l 04 is a 3,353 bhp emergency diesel-firedemergency generator.
Emergency Generator - Cold Mill, SN-I06, is a 1,073 bhp diesel-fired generator.
Emergency Generator - Cold Mill East, SN-I07, is a 201 bhp diesel-fired generator.
Emergency Generator - Cold Mill West, SN-108, is a 201 bhp diesel-fired generator.
Emergency Generator - Galvanizing Line, SN-I09, is an 80 hp natural gas-fired generator.
Emergency Generator - IT Administration, SN-II0, is a 134 hp natural gas-fired generator.
Emergency Generator - Radio Tower, SN-111, is a 16 hp natural gas-fired generator.
Emergency Generator-Radio Tower Backup, SN-112 is a 7 hp natural gas-fired generator.
Emergency Generator - Cold Mill Pump East, SN-I13, is a 38 bhp diesel-fired emergency pump.
Emergency Generator - Cold Mill Pump Water Treatment, SN-114, is a 400 bhp diesel-firedgenerator.
Specific Conditions
75. The permittee shall not exceed the emission rates set forth in the following table. Thepermittee shall demonstrate compliance with this condition by compliance with SpecificConditions 78, 79, and 81 through 85. [Regulation 19, §19.501 et seq. and 40 CFR Part52, Subpart E]
76. The permittee shall not exceed the emission rates set forth in the following table. Thepermittee shall demonstrate compliance with this condition by compliance with SpecificConditions 78 and 79. [Regulation 18, §18.801, and AC.A §8-4-203 as referenced byAC.A §8-4-304 and §8-4-311]
77. The permittee shall not exceed 20% opacity from the Sources SN-96, 97, 98,100, 101,102, 103, 104, 106, 107,108,109, 110, 111, 112, 113, and 114. [§19.5030fRegulation19 and 40 CFR Part 52, Subpart E]
78. The permittee shall not operate any single emergency engine, SN-97, 98, 100, 101, 102,103,104,106,107,108,109,110,111,112,113, and 114 more than 200 hours in anyconsecutive 12 month period. The permittee shall maintain records of the hours ofoperation of each generator each month. These records shall be updated by the 15th dayof the month following the month that the records represent, kept on site, made availableto Department personnel upon request and in accordance with General Provision 7.[§19.705 of Regulation 19 and 40 CFR Part 52, Subpart E]
79. The permittee shall not operate emergency generator, SN-96 more than 500 hours in anyconsecutive 12 month period. The permittee shall maintain records of the hours ofoperation of the generator each month. These records shall be updated by the 15th day ofthe month following the month that the records represent, kept on site, made available toDepartment personnel upon request and in accordance with General Provision 7.[§19.705 of Regulation 19 and 40 CFR Part 52, Subpart E]
80. The permittee shall comply with the provisions of 40 CFR Part 63 Subpart ZZZZ for SN100 by complying with the provisions of 40 CFR Part 60 Subpart IIII. [§19.304 of and 40CFR Part 63, Subpart ZZZZ]
81. The permittee shall comply with the emissions standards specified in §60.4202 of 40CFR Part 60 Subpart IIII for SN-l 00. Nucor shall operate and maintain the emergencygenerator, SN-I00 according to the manufacturer's written instruction or proceduresdeveloped by Nucor and approved by the generator manufacturer, over the life of theentire engine. [§19.304 of and 40 CFR Part 60, Subpart IIII]
82. The permittee shall install a non-resettable hour meter on the Emergency Generator, SN100. [§19.304 of and 40 CFR Part 60, Subpart IIII]
83. The permittee shall use a diesel fuel that meets the requirements of 40 CFR 80.510(b) inthe Emergency Generator, SN-I00. [§19.304 of and 40 CFR Part 60, Subpart IIII]
84. If the Emergency Generator, SN-I00 is equipped with a diesel particulate filter to complywith emission standards, the diesel particulate filter must be installed with a backpressure monitor that notifies Nucor when the high backpressure limit of the engine isapproached. [§19.304 of and 40 CFR Part 60, Subpart IIII]
85. The permittee may only operate the Emergency Generator, SN-I00, 100 hours in anyconsecutive 12 month period for maintenance checks and readiness testing. Nucor shallmaintain monthly records of the usage ofthe generator. [§19.304 of and 40 CFR Part 60,Subpart 1111]
86. SN-96, 97, 98, 99, 101, 102, 103, 104, 106, 107, 108, 109, 110, Ill, 112, 113, and 114are subject to 40 CFR Part 63, Subpart ZZZZ. As these are existing sources thecompliance date is May 3, 2013. For those sources Specific Conditions 88 through 95take effect after the compliance date. The permittee is not required to comply with thoseconditions till then. Since SN-I00 is a new source under the MACT Specific Condition87 applies upon issuance of this permit. [Regulation 19, §19.304 and 40 CFR Part 63,Subpart ZZZZ]
87. The permittee shall for SN-I00 comply with the provisions of 40 CFR Pat163 SubpartZZZZ by complying with the provisions of 40 CFR Part 60 Subpart IIII. [40 CFR Part 63Subpart ZZZZ and §19.304 of Regulation 19]
88. The permittee must meet the following maintenance requirements for SN-96, 97, 98, 99,101, 102, 103, 104, 106, 107, 108, 109, 110, 111, 112, 113, and 114.: Change the oil andfilter every 500 hours of operation or annually, whichever comes first; inspect the aircleaner every 1,000 hours of operation or annually, whichever comes first; and inspect allhoses and belts every 500 hours of operation or annually, whichever comes first, andreplace as necessary. [Regulation 19, §19.304 and 40 CFR Part 63, Subpart ZZZZ]
89. The permittee must for SN-96, 97, 98, 99,101, 102, 103, 104, 106, 107, 108, 109, 110,111, 112, 113, and 114, minimize the engine's time spent at idle and minimize theengine's startup time at startup to a period needed for appropriate and safe loading of the
engine, not to exceed 30 minutes. [Regulation 19, §19.304 and 40 CFR Part 63, SubpartZZZZ]
90. The permittee is to comply with the operating limitations of 40 CFR Part 63, SubpartZZZZ that apply at all times and maintain any affected source including any associatedair pollution control equipment and monitoring equipment in a manner consistent withsafety and good air pollution control practices for minimizing emissions. [Regulation 19,§19.304 and 40 CFR Part 63, Subpart ZZZZ]
91. The permittee must maintain the Emergency Generators, SN-96, 97, 98, 99,101, 102,103, 104, 106, 107, 108, 109, 110, 111, 112, 113, and 114, according to themanufacturer's emission-related written instructions or develop their own maintenanceplan according to 40 CFR 63.6625(e). [Regulation 19, §19.304 and 40 CFR Part 63,Subpart ZZZZ]
92. The permittee must install on each of the Emergency Engines, SN-96, 97, 98, 99, 101,102, 103, 104, 106, 107, 108, 109, 110, 111, 112, 113, and 114, a non-resettable hourmeter. [Regulation 19, §19.304 and 40 CFR Part 63, Subpart ZZZZ]
93. The permittee may utilize an oil analysis program in order to extend the specified oilchange requirements in Specific Condition 88. This analysis program shall be conductedas required in §63.6625(i). [Regulation 19, §19.304 and 40 CFR Part 63, Subpart ZZZZ]
94. The permittee may operate the Emergency Engines, SN-96, 97, 98,99, 101, 102, 103,104, 106, 107, 108, 109, 110, 111, 112, 113, and 114, 100 hours per year for maintenanceand readiness checks. The permittee may operate the engines 50 hours per year in nonemergency situations as outlined in §63.6640(f)(4). Those 50 hours must be included inthe 100 hours for maintenance and readiness checks. There is no limit on emergencyoperation due to Subpart ZZZZ. [Regulation 19, §19.304 and 40 CFR Part 63, SubpartZZZZ]
95. The permittee shall submit reports as outlined in §63.6650. [Regulation 19, §19.304 and40 CFR Part 63, Subpart ZZZZ]
The gasoline storage tanks store fuel for dispensing into motor vehicles. The tanks are formerinsignificant activities now subject to MACT Subpart CCCCCC.
Specific Conditions
96. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this condition will be demonstrated by compliance with SpecificCondition 98. [§19.501 et seq. and 40 CFR Part 52, Subpart E]
SN Description Pollutant Ib/hr tpy
SN-115Gasoline Tank - Contractor
VOC 5.2 0.4Village (423 gallon)
SN-116Gasoline Tank - Cold Mill
VOC 6.1 0.3Fuel Island (550 gallon)
SN-117Gasoline Tank - Contractor
VOC 6.2 0.3Village (564 gallon)
SN-118Gasoline Tank - Contractor
VOC 6.9 0.3Village (564 gallon)
SN-119Gasoline Tank - Harsco Slag
VOC 7.0 0.4Processor (575 gallon)
SN-120Gasoline Tank - Main Fuel
VOC 11.0 0.5Island (1000 gallon)
97. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this condition will be demonstrated by compliance with SpecificCondition 98. [Regulation 18, §18.801, and A.C.A. §8-4-203 as referenced by A.C.A. §84-304 and §8-4-311]
98. The permittee shall for sources SN-115, 116, 117, 118, 119, and 120 not exceed themaximum throughput listed in the table below in any consecutive 12-month period.[§19.705 of Regulation 19, A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-31l,and 40 CFR 70.6]
SN DescriptionMaximum Throughput
(Gallons)
SN-115Gasoline Tank -
28,000Contractor Village
SN-116Gasoline Tank - Cold
20,000Mill Fuel Island
SN-117Gasoline Tank -
20,000Contractor Village
SN-118Gasoline Tank -
7,000Contractor Village
SN-119Gasoline Tank - Harsco
20,000Slag Processor
SM-120Gasoline Tank - Main
80,000Fuel Island
99. The permittee shall maintain monthly records of the amount of gasoline received at eachofthetanksSN-115, 116, 117, 118, 119, and 120. These records shall be kept on site,made available to Department personnel upon request and in accordance with GeneralProvision 7. [19.705 of Regulation 19, and 40 CFR Part 52, Subpart E]
100. The permittee must not allow gasoline to be handled in a manner that would result invapor releases to the atmosphere for extended periods of time. Measures to be taken
include: Minimize all gasoline spills, clean up all spills as expeditiously as practicable,cover all open gasoline containers and all gasoline storage tank fill-pipes with a gasketedseal when not in use, minimize gasoline sent to open waste collection systems that collectand transport gasoline to reclamation and recycling devices. [40 CFR Part 63 SubpartCCCCCC and §19.304 of Regulation 19]
101. The records in Specific Condition 99 must be made available to the Administrator of 40CFR Part 63, Subpart CCCCCC within 24 hours of a request. [40 CFR Part 63 SubpartCCCCCC and §19.304 of Regulation 19]
SN-121 accounts for emissions from unpaved roadways and SN-122 accounts for emission fromPaved Roadways
Specific Conditions
102. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this condition will be shown by application of dust suppressant asnecessary to control dust emissions. [§19.501 et seq. and 40 CFR Part 52, Subpart E]
I Source Pollutant Ib/hr tpy
121 PM IO 16.5 72.3122 PM IO 3.1 13.3
103. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this condition will be shown by application of dust suppressant asnecessary to control dust emissions. [Regulation 18, §18.801, and A.C.A. §8-4-203 asreferenced by AC.A §8-4-304 and §8-4-311]
104. Dust suppression activities should be conducted in a manner and at a rate of applicationthat will not cause runoff from the area being applied. Best Management Practices (40CFR §122.44(k)) should be used around streams and waterbodies to prevent the dustsuppression agent from entering Waters of the State. Except for potable water, no agentshall be applied within 100 feet of wetlands, lakes, ponds, springs, streams, or sinkholes.Failure to meet this condition may require the permittee to obtain a National PollutantDischarge Elimination System (NPDES) permit in accordance with 40 CFR §122.1(b).[AC.A. §8-4-203 as referenced by A.C.A. §8-4-304 and §8-4-311]
SN-94, The Vacuum Degasser (VTD) is equipped with a flare to control CO emissions. Thevacuum degasser is used to remove gases trapped in the steel so specific metallurgy grades ofsteel can more easily be obtained.
SN-95, The Vacuum Degasser boiler is a 50.4 MMBTU/hr natural gas-fired boiler.
SN-124, The Truck Dump/6 Bin Alloy System & VTD Wire Feed is controlled by a baghouse.This source accounts for emissions from alloy unloading and storage at the VTD.
SN-125, The Contact Cooling Tower is a 5,000 gallon per minute cooling tower.
SN-126 Non-Contact Cooling Tower is a 2,800 gallon per minute cooling tower for the vacuumdegasser system.
Specific Conditions
105. The permittee shall not exceed the emission rates set forth in the following table. Thepermittee shall demonstrate compliance with this condition by compliance with SpecificConditions 109 and 110. [Regulation 19 §19.501 et seq. and 40 CFR Part 52, Subpart E]
106. The permittee shall not exceed the emission rates set forth in the following table. Thepermittee shall demonstrate compliance with this condition by compliance with SpecificConditions 109 and 110. [Regulation 18 §18.801 and A.C.A. §8-4-203 as referenced by§8-4-304 and §8-4-311]
SN Description Pollutant lb/hr tpy
SN-94 Vacuum Degasser PM 0.5 2.0
SN-95Vacuum Degasser
PM 0.4 1.7Boiler
Truck Dump/6 Bin
SN-124Alloy System and
PM 0.4 1.7VTD Wire Feed
System
SN-125Contact Cooling
PM 0.2 0.9Tower
SN-126Non-Contact
PM 0.1 0.1Cooling Tower
107. The permittee shall not exceed the emission rates set forth in the following table. Thepermittee shall demonstrate compliance with this condition by compliance with SpecificConditions 109 and 110. [Regulation 19 §19.901 and 40 CFR Pari 52, Subpart E]
SN Description Pollutant lb/hr tpy
SN-94 Vacuum Degasser S02 1.5 6.6CO 22.5 98.6
SN-95Vacuum Degasser S02 0.1 0.2
Boiler CO 3.1 13.5
108. The permittee shall not exceed the emission rates set forth in the following table.Compliance with this condition will be show by compliance with Specific Condition 109,natural gas combustion only for SN-95, and Plantwide Condition 5. [Regulation 19,§19.901 et seq. and 40 CFR Part 52, Subpart E]
Source Description Pollutant Control Technology BACT Limit
No control 0.005 lb/ton steelVacuum Tank S02 processed
SN-94Degasser
CO CO Flare0.075 lb/ton steel
processed
S02 Natural Gas 0.0006Ib/MMBTU
SN-95 VTD BoilerCombustion
Good Combustion0.061 lb/MMBTUCO Practice
109. The permittee shall install and operate alarm system to notify the operator of the presenceof a pilot flame or other possible flare malfunction. The permittee shall perform monthlyvisual confirmation of the pilot lights, semi-annually remove the strainer and check fordebris, and annual test fire to ensure pilot light. The permittee shall maintain logs of allflare inspection and maintenance activities. These logs shall be kept on site, inaccordance with General Provision 7, and made available to Department personnel uponrequest. [§19.702, §19.304, 40 CFR 52, Subpart E, and 40 CFR Part 64]
110. The permittee shall record and monthly maintain records of the amounts of natural gascombusted in the Vacuum Degasser Boiler, SN-95, during each month. These recordsshall be kept on site and available for inspection upon request. [§19.304 and 40 CFR Part60 Subpart Dc]
Ill. Visible emissions may not exceed the limits specified in the following table of this permitas measured by EPA Reference Method 9.
Source Limit Regulatory Citation
§18.501 of Regulation 18,
94,95, and 124 5%and A.C.A. §8-4-203 as
referenced by §8-4-304 and§8-4-311
112. The permittee shall conduct weekly observations of the opacity from SN-124. Ifvisibleemissions are detected, then the permittee shall immediately conduct a 6-minute opacityreading in accordance with EPA Reference Method 9. The result of these observations orreadings shall be recorded in a log which shall be kept on site and made available forinspection upon request. [§19.705 of Regulation 19 and 40 CFR 52, Subpart E]
113. The permittee shall test the VTD Boiler, SN-95 for CO emissions. This test shall beconducted in accordance with Plantwide Condition 3 and EPA Reference Method 10 andrepeated every 5 years after the initial test. [§19.702 of Regulation 19 and 40 CFR Pari52, Subpart E]
114. The permittee shall test the Vacuum Tank Degasser, SN-95, to show the flare is designedand operated in accordance with 40 CFR 60.18(b) through (f), This test includes aMethod 22 for opacity, measurement of the actual gas flow rate and, calculations of theheating value of the gas (if complying with 60. 18(c)(3)(ii) and (c)(4)). This test shall beconducted in accordance with Plantwide Condition 3. [§19.702 of Regulation 19 and 40CFR Part 52, Subpart E]
Nucor Corporation (Nucor Steel, Arkansas) will continue to operate in compliance with thoseidentified regulatory provisions. The facility will examine and analyze future regulations thatmay apply and determine their applicability with any necessary action taken on a timely basis.
1. The permittee shall notify the Director in writing within thirty (30) days aftercommencing construction, completing construction, first placing the equipment and/orfacility in operation, and reaching the equipment and/or facility target production rate.[Regulation 19 §19.704, 40 CFR Part 52, Subpart E, and A.C.A. §8-4-203 as referencedby §8-4-304 and §8-4-311]
2. If the permittee fails to start construction within eighteen months or suspendsconstruction for eighteen months or more, the Director may cancel all or part of thispermit. [Regulation 19 §19.41O(B) and 40 CFR Part 52, Subpart E]
3. The permittee must test any equipment scheduled for testing, unless otherwise stated inthe Specific Conditions of this permit or by any federally regulated requirements, withinthe following time frames: (1) new equipment or newly modified equipment within sixty(60) days of achieving the maximum production rate, but no later than 180 days afterinitial start up of the permitted source or (2) operating equipment according to the timeframes set forth by the Department or within 180 days of permit issuance if no date isspecified. The permittee must notify the Department of the scheduled date of compliancetesting at least fifteen (15) business days in advance of such test. The permittee shallsubmit the compliance test results to the Department within thirty (30) calendar days aftercompleting the testing. [Regulation 19 §19.702 and/or Regulation 18 §18.1002 andA.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-311]
4. The permittee must provide:
a. Sampling ports adequate for applicable test methods;b. Safe sampling platforms;c. Safe access to sampling platforms; andd. Utilities for sampling and testing equipment.
[Regulation 19 §19.702 and/or Regulation 18 §18.1002 and A.C.A. §8-4-203 asreferenced by §8-4-304 and §8-4-311]
5. The permittee must operate the equipment, control apparatus and emission monitoringequipment within the design limitations. The permittee shall maintain the equipment ingood condition at all times. [Regulation 19 §19.303 and A.C.A. §8-4-203 as referencedby §8-4-304 and §8-4-311]
6. This permit subsumes and incorporates all previously issued air permits for this facility.[Regulation 26 and A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-311]
The following sources are insignificant activities. Any activity that has a state or federalapplicable requirement shall be considered a significant activity even if this activity meets thecriteria of §26.304 of Regulation 26 or listed in the table below. Insignificant activitydeterminations rely upon the information submitted by the permittee in an application datedJanuary 17,2011.
1. Any terms or conditions included in this permit which specify and reference ArkansasPollution Control & Ecology Commission Regulation 18 or the Arkansas Water and AirPollution Control Act (A.C.A §8-4-101 et seq.) as the sole origin of and authority for theterms or conditions are not required under the Clean Air Act or any of its applicablerequirements, and are not federally enforceable under the Clean Air Act. ArkansasPollution Control & Ecology Commission Regulation 18 was adopted pursuant to theArkansas Water and Air Pollution Control Act (A.C.A. §8-4-101 et seq.). Any terms orconditions included in this permit which specify and reference Arkansas PollutionControl & Ecology Commission Regulation 18 or the Arkansas Water and Air PollutionControl Act (AC.A §8-4-101 et seq.) as the origin of and authority for the terms orconditions are enforceable under this Arkansas statute. [40 CFR 70.6(b)(2)]
2. This permit shall be valid for a period of five (5) years beginning on the date this permitbecomes effective and ending five (5) years later. [40 CFR 70.6(a)(2) and Regulation 26§26.701(B)]
3. The permittee must submit a complete application for permit renewal at least six (6)months before permit expiration. Permit expiration terminates the permittee's right tooperate unless the permittee submitted a complete renewal application at least six (6)months before permit expiration. If the permittee submits a complete application, theexisting permit will remain in effect until the Department takes final action on therenewal application. The Department will not necessarily notify the permittee when thepermit renewal application is due. [Regulation 26 §26.406]
4. Where an applicable requirement of the Clean Air Act, as amended, 42 U.S.C. 7401, etseq. (Act) is more stringent than an applicable requirement of regulations promulgatedunder Title IV of the Act, the permit incorporates both provisions into the permit, and theDirector or the Administrator can enforce both provisions. [40 CFR 70.6(a)(1)(ii) andRegulation 26 §26.701(A)(2)]
5. The permittee must maintain the following records of monitoring information as requiredby this permit.
a. The date, place as defined in this permit, and time of sampling or measurements;b. The date(s) analyses performed;c. The company or entity performing the analyses;d. The analytical techniques or methods used;e. The results of such analyses; andf. The operating conditions existing at the time of sampling or measurement.
[40 CFR 70.6(a)(3)(ii)(A) and Regulation 26 §26.701(C)(2)]
6. The permittee must retain the records of all required monitoring data and supportinformation for at least five (5) years from the date of the monitoring sample,measurement, report, or application. Support information includes all calibration andmaintenance records and all original strip chart recordings for continuous monitoringinstrumentation, and copies of all reports required by this permit. [40 CFR70.6(a)(3)(ii)(B) and Regulation 26 §26.701(C)(2)(b)]
7. The permittee must submit reports of all required monitoring every six (6) months. If thepermit establishes no other reporting period, the reporting period shall end on the last dayof the month six months after the issuance of the initial Title V permit and every sixmonths thereafter. The report is due on the first day of the second month after the end ofthe reporting period. The first report due after issuance of the initial Title V permit shallcontain six months of data and each report thereafter shall contain 12 months of data.The report shall contain data for all monitoring requirements in effect during thereporting period. If a monitoring requirement is not in effect for the entire reportingperiod, only those months of data in which the monitoring requirement was in effect arerequired to be reported. The report must clearly identify all instances of deviations frompermit requirements. A responsible official as defined in Regulation No. 26, §26.2 mustcertify all required reports. The permittee will send the reports to the address below:
Arkansas Department of Environmental QualityAir DivisionATTN: Compliance Inspector Supervisor5301 Northshore DriveNorth Little Rock, AR 72118-5317
[40 CFR 70.6(a)(3)(iii)(A) and Regulation 26 §26.701(C)(3)(a)]
8. The permittee shall report to the Department all deviations from permit requirements,including those attributable to upset conditions as defined in the permit.
a. For all upset conditions (as defined in Regulation19, § 19.601), the permittee willmake an initial report to the Department by the next business day after thediscovery of the occurrence. The initial report may be made by telephone andshall include:
1. The facility name and location;n. The process unit or emission source deviating from the permit limit;
in. The permit limit, including the identification of pollutants, from whichdeviation occurs;
IV. The date and time the deviation started;v. The duration of the deviation;
VI. The average emissions during the deviation;Vll. The probable cause of such deviations;
vm. Any corrective actions or preventive measures taken or being taken toprevent such deviations in the future; and
IX. The name of the person submitting the report.
The permittee shall make a full report in writing to the Department within five (5)business days of discovery of the occurrence. The report must include, in addition tothe information required by the initial report, a schedule of actions taken or plannedto eliminate future occurrences and/or to minimize the amount the permit's limitswere exceeded and to reduce the length of time the limits were exceeded. Thepermittee may submit a full report in writing (by facsimile, overnight courier, or othermeans) by the next business day after discovery of the occurrence, and the report willserve as both the initial report and full report.
b. For all deviations, the permittee shall report such events in semi-annual reportingand annual certifications required in this permit. This includes all upsetconditions reported in 8a above. The semi-annual report must include all theinformation as required by the initial and full reports required in 8a.
[Regulation 19 §I9.60I and §I9.602, Regulation 26 §26.70I(C)(3)(b), and 40 CFR70.6(a)(3)(iii)(B)]
9. If any provision of the permit or the application thereof to any person or circumstance isheld invalid, such invalidity will not affect other provisions or applications hereof whichcan be given effect without the invalid provision or application, and to this end,provisions of this Regulation are declared to be separable and severable. [40 CFR70.6(a)(5), Regulation 26 §26.70I(E), and A.C.A. §8-4-203 as referenced by §8-4-304and §8-4-3II]
10. The permittee must comply with all conditions of this Part 70 permit. Any permitnoncompliance with applicable requirements as defined in Regulation 26 constitutes aviolation of the Clean Air Act, as amended, 42 U.S.c. §740I, et seq. and is grounds forenforcement action; for permit termination, revocation and reissuance, for permitmodification; or for denial of a permit renewal application. [40 CFR 70.6(a)(6)(i) andRegulation 26 §26.70I(F)(l)]
11. It shall not be a defense for a permittee in an enforcement action that it would have beennecessary to halt or reduce the permitted activity to maintain compliance with theconditions of this permit. [40 CFR 70.6(a)(6)(ii) and Regulation 26 §26.70I(F)(2)]
12. The Department may modify, revoke, reopen and reissue the permit or terminate thepermit for cause. The filing of a request by the permittee for a permit modification,revocation and reissuance, termination, or of a notification of planned changes oranticipated noncompliance does not stay any permit condition. [40 CFR 70.6(a)(6)(iii)and Regulation 26 §26.70I(F)(3)]
13. This permit does not convey any property rights of any sort, or any exclusive privilege.[40 CFR 70.6(a)(6)(iv) and Regulation 26 §26.701(F)(4)]
14. The permittee must furnish to the Director, within the time specified by the Director, anyinformation that the Director may request in writing to determine whether cause exists formodifying, revoking and reissuing, or terminating the permit or to determine compliancewith the permit. Upon request, the permittee must also furnish to the Director copies ofrecords required by the permit. For information the permittee claims confidentiality, theDepartment may require the permittee to furnish such records directly to the Directoralong with a claim of confidentiality. [40 CFR 70.6(a)(6)(v) and Regulation 26§26.701(F)(5)]
15. The permittee must pay all permit fees in accordance with the procedures established inRegulation 9. [40 CFR 70.6(a)(7) and Regulation 26 §26.701(G)]
16. No permit revision shall be required, under any approved economic incentives,marketable permits, emissions trading and other similar programs or processes forchanges provided for elsewhere in this permit. [40 CFR 70.6(a)(8) and Regulation 26§26.701(H)]
17. If the permit allows different operating scenarios, the permittee shall, contemporaneouslywith making a change from one operating scenario to another, record in a log at thepermitted facility a record of the operational scenario. [40 CFR 70.6(a)(9)(i) andRegulation 26 §26.701(I)(1)]
18. The Administrator and citizens may enforce under the Act all terms and conditions in thispermit, including any provisions designed to limit a source's potential to emit, unless theDepartment specifically designates terms and conditions of the permit as being federallyunenforceable under the Act or under any of its applicable requirements. [40 CFR70.6(b) and Regulation 26 §26.702(A) and (B)]
19. Any document (including reports) required by this permit must contain a certification bya responsible official as defined in Regulation 26, §26.2. [40 CFR 70.6(c)(1) andRegulation 26 §26.703(A)]
20. The permittee must allow an authorized representative of the Department, uponpresentation of credentials, to perform the following: [40 CFR 70.6(c)(2) and Regulation26 §26.703(B)]
a. Enter upon the permittee's premises where the permitted source is located oremissions related activity is conducted, or where records must be kept under theconditions of this permit;
b. Have access to and copy, at reasonable times, any records required under theconditions of this permit;
c. Inspect at reasonable times any facilities, equipment (including monitoring and airpollution control equipment), practices, or operations regulated or required underthis permit; and
d. As authorized by the Act, sample or monitor at reasonable times substances orparameters for assuring compliance with this permit or applicable requirements.
21. The permittee shall submit a compliance certification with the terms and conditionscontained in the permit, including emission limitations, standards, or work practices. Thepermittee must submit the compliance certification annually. If the permit establishes noother reporting period, the reporting period shall end on the last day of the anniversarymonth of the initial Title V permit. The report is due on the first day of the second monthafter the end of the reporting period. The permittee must also submit the compliancecertification to the Administrator as well as to the Department. All compliancecertifications required by this permit must include the following: [40 CFR 70.6(c)(5) andRegulation 26 §26.703(E)(3)]
a. The identification of each term or condition of the permit that is the basis of thecertification;
b. The compliance status;c. Whether compliance was continuous or intermittent;d. The methodes) used for determining the compliance status of the source, currently
and over the reporting period established by the monitoring requirements of thispermit; and
e. Such other facts as the Department may require elsewhere in this permit or by§114(a)(3) and §504(b) of the Act.
22. Nothing in this permit will alter or affect the following: [Regulation 26 §26.704(C)]
a. The provisions of Section 303 of the Act (emergency orders), including theauthority of the Administrator under that section;
b. The liability of the permittee for any violation of applicable requirements prior toor at the time of permit issuance;
c. The applicable requirements of the acid rain program, consistent with §408(a) ofthe Act; or
d. The ability of EPA to obtain information from a source pursuant to §114 of theAct.
23. This permit authorizes only those pollutant emitting activities addressed in this permit.[A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-311]
24. The permittee may request in writing and at least 15 days in advance of the deadline, anextension to any testing, compliance or other dates in this permit. No such extensions areauthorized until the permittee receives written Department approval. The Departmentmay grant such a request, at its discretion in the following circumstances:
a. Such an extension does not violate a federal requirement;b. The permittee demonstrates the need for the extension; andc. The permittee documents that all reasonable measures have been taken to meet
the current deadline and documents reasons it cannot be met.
[Regulation 18 §18.314(A), Regulation 19 §19.416(A), Regulation 26 §26.1013(A),A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-311, and 40 CFR Part 52, SubpartE]
25. The permittee may request in writing and at least 30 days in advance, temporaryemissions and/or testing that would otherwise exceed an emission rate, throughputrequirement, or other limit in this permit. No such activities are authorized until thepermittee receives written Department approval. Any such emissions shall be included inthe facility's total emissions and reported as such. The Department may grant such arequest, at its discretion under the following conditions:
a. Such a request does not violate a federal requirement;b. Such a request is temporary in nature;c. Such a request will not result in a condition of air pollution;d. The request contains such information necessary for the Department to evaluate
the request, including but not limited to, quantification of such emissions and thedate/time such emission will occur;
e. Such a request will result in increased emissions less than five tons of anyindividual criteria pollutant, one ton of any single HAP and 2.5 tons of totalHAPs; and
f. The permittee maintains records of the dates and results of such temporaryemissions/testing.
[Regulation 18 §18.314(B), Regulation 19 §19.416(B), Regulation 26 §26.1013(B),A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-311, and 40 CFR Part 52, SubpartE]
26. The permittee may request in writing and at least 30 days in advance, an alternative to thespecified monitoring in this permit. No such alternatives are authorized until thepermittee receives written Department approval. The Department may grant such arequest, at its discretion under the following conditions:
a. The request does not violate a federal requirement;b. The request provides an equivalent or greater degree of actual monitoring to the
current requirements; andc. Any such request, if approved, is incorporated in the next permit modification
[Regulation 18 §18.314(C), Regulation 19 §19.416(C), Regulation 26 §26.1013(C),A.C.A. §8-4-203 as referenced by §8-4-304 and §8-4-311, and 40 CFR Part 52, SubpartE]
84
Appendix A
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. Arkansas Department of Environmental Quality
CONTlNlJQUS EMISSION MONITORING SYSTEMSCONDITIONS
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PREAMBLE
These conditions are intended to outline the requirements for facilities required \0 operate Continuous Emissi:Monitoring Systems/Continuous Opacity Monitoring Systems (CEl:-1S/COMS). 'Generally there are three typessources required to operate CEMS/COMS: . .
1. CEMS/COMS required by40 CFR Pan60or 63,2. CEMS required by 40·CFR Part75,3. CEMS/COMS required byADEQ permit for reasons other that Part 60, 63" or 75.
These CEMS/COMS conditions arenotintended tosupercede Part 60, 63 or 75 requirements.
~ Only CEMS/COMS in the third category (those required by ADEQ permit for' reasons other than Part 663, or 75) shall comply with SECTION ll, MONlTORlNG REQUIREMENTS and SECTION l'Q.UAUTY ASSURANCFlQUALITY CONTROL.·· .
Continuous Emission MonitoringSystem (CEMS) -The total equipmentrequired forthedetermination of a gasconcentration and/or emission rate soas toinclude sampling, analysis and recording of emission data. '
Continuous Opacity MonitoringSystem (COMS)- The total equipment requiredfor thedetermination ofopacityas to include sampling-analysis and recording of emission dati. ,
Calibration Drift (CD)- Thedifference in the CEMS output readingfrom the establishedrefere~ce valueafter astated period of operation'during which DO unscheduled maintenance, repair, or adjustm~ts took place.
Back-up CEMS (Secondary CEMS) - A CEMS with the ability to sample, analyze andrecord stack pollutant 10
determine gas concentration and/or emissionrate. This CEMS is to serve as a back-up10the primary CEMS tominimizemonitor downtime. -
ExcessEmissions - Anyperiod in which the emissionsexceed the permit limits.
Monitor Downtime - Any period during which the CEMS/COMS is unable to sample, analyze and-record aminimumoffour evenlyspaced datapoints overan hour,except during one dailyzero-span'cbeck during which two
. data points per hourare sufficient.
OU r-ef-Con trol Period - Beginswith thetime corresponding to the cornpletion of thefifth, consecutive,daily CDcheckwitha CD~ excess of twotimes the allowable limit, or the time corresponding tothe completionofthedailyCD checkpreceding the dailyCDcheck that results in a CDin excess of'fcur times theallowable limit and thetime.corresponding to thecompletion ofthesampling for the-RATA,~ or CPAwhich exeeeds the limitsoutlined inSec~Ol: N. ~t-of-.ControJPeriod ends with the time corresponding to the completion ofthe CD check followingcorrective action with the results being within the allowable CD limit or the completion of the sampling _of thesubsequent- successful RATA, RAA, or eGA.
Primary CEMS - The main reporting CEMS with the ability to sample, analyze, andrecord stack pollutaDllOdetermine gas concentrationand/oremission rate. .
Relati~eAccuracy (RA) - The absolute mean difference between the gas concentration oremissionretedelerrom~ by the CEMS and the valuedetermined by thereference methodplus-the2.5 percenterrorco~~en~ ~effi(#nt ofa series oftests dividedbythemeanof the referencemethod tests of the applicableel1l.lSSl on limit. . . -
Span Valn e- nie upperlimit of a gas concentration measurement range.
3
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1.'-.
SECJ10Nl1
MONlTORlNG REQUlREMENTS
A. Fornew sources, theinstallation datefor the CEMS/COMS shall be no laterthan thirty (30) daysfrom tdate ofstart-up of the source. .... "
B. For.exJsting sources, theinstallation datefor the CEMS/COMS shall beno laterthan sixty (60) days frctheissuance of thepermitunless thepermitrequires a specific date.
C. Within sixty (60)-days of installation of a CEMS/COMS, a performance specification test (pS1) mustcompleted. PST's are defined in 40 CFR,Part 60, Appendix B, PS 1-9. The Department may accealternatePST'sforpollutants notcovered by Appendix B on acase-by-case basis. Alternate PST's shallapproved, inwriting.by the ADEQ CEMCoordinator priorto testing.
D. Each CEMS/COMS shallhave,as a minimum, a dailyzero-span check.The zero-span shall be edjustwhenever the24-hour zeroor24-bour span driftexceeds two times tbelimits intheapplicable perfoIIDanspecification in 40 CFR,Part 60, Appendix. B. Before any adjUstments aremadeto either the zero or spdrifts measured at the24-bourinterval theexcess zeroand span driftsmeasured must be quantified arecorded.
E. All CEMS/COMS shall be in continuous operation and shall meet minimum frequency of operatirequirements of 95%'up-time foreachquarter for eachpollutant measured. Percent ofmonitor down-tilis calculated by dividing "the total minutes themonitoris notin operation by thetotal timein the calencquarterandmultiplyingbyonehundred. Failuretomaintain operationtimeshall constituteaviolation ofteEMS conditions.
F. Percent of excess emissions arecalcclatedbydividing thetotahninutes ofexcess emissionsbythe total tirtile source operated and multiplying by onehundred. Failure t~ maintaincompll:mce may constituteviolation of the GEMSconditions.
G. All CEMS measuringemissionsshallcomplete aminimum of one cycleofoperation (sampling.llDlI1yziJ:and datarecording) foreach successiveMeenminuteperiod unless more cyclesarerequiredbythepennFor each GEMS,one-houraverages shall be computedfrom four or inore data points equally spaced 0""eachonehour periodunlessmoredata points arerequired by th~ permit.
H. . AllC010S shall complete arninim~ of onecycle ofsampling andenalyzingforeachsucc~ssive I~secO)period and one cycleof datarecording for eachsuccessive .6-minute period.
Whenthe pollutant from a singleaffe~ted fac~ity is released through~orc than on.e po~~ a CEMS/CON.shallbe installed on eachpoint unlessinstallation of fewer SYStems.IS app~oY.ed, ill wntmg, by theAD~CEM Coordinator. Whenmorethanone CEMlCOM is used tomomtortmlSS1DnS fromoneaffec1ed faci11
the owner Oroperator sh~ll reportthe-results as requiredfrom each CEMS/COMS.
SECTIONJll
NOTIFICATION AND RECORD KEEPJNG
A. When requested io do so by an owner or operator, the ADEQ CEM Coordinator will review plans forinstallation ormodification forthe.purpose of providing technical advice to the owner or operator.
B. Each facili tywhichoperates a CEMS/COMS shallnotify theADEQcEM Coordinator ofth e datefor whichthe demonstration of the CEMS/COMS performance will commence (i.e. PST, RATA, RAA, CGA).Notification shall bereceived inwriting no Jess than I5 daysprior to. testing. Performance test results shallbesubmitted to theDepartment within thirtydays after completion. of testing.
c. Each facility which operates a CEMS/COMS shall maintainrecordsof theoccurrence and duration ofstartup/shutdown, cl.e~g/soot blowing, processproblems, fuel problems, orothermalfunction in theoperationof the affected facility which causes excess emissions. This includes anymalfunction of lbe airpollotio'.con~l equipment or anyperiod duringwhich a continuous monitoringdevice/system is inoperative. .
Do Exceptfor Part75CEMs, each facility required toinstall a CEMS/COMS shallsubmitan excessemissionandmonitoringsystem performance report to the Department (Attention: AirDivision, CEM Coordinator)at least quarterly, unless more frequent submittals are warranted to assess the.compliance status of thefacility. Quarterly reports shallbepostmarked nolater thanthe30th day of'themonthfoll owing the end ofeach Calendarquarter, Part75 CEMsshall submitthis information semi-annuallyand as part ofTitJe V six(6) month reportingrequirement lithe facility is a Title V facility..
E. All excess emissions shall be reported in terms oftbe appli cable standard. Each report shall be submittedon.ADEQ QuarterlyExcess Emission ReportForms. Alternateforms may be usedwithprior "Written approvalfrom the Department
F. Each facili tywhich operates a CEMSlCPMSmustmaintain onsite afileofCEMSICOMS dBtaincludingallrawdata, corrected andadjusted, repairlogs, calibrationchecks, adjustments,andtestaudits. This.filemUstbe~tnined f~raperiod ofat least five years, and is required tobemaintained in sucha conditionthat itCaneasily be audited byan inspector.
G. E~cept for p~ 75 CEMs, quarterly reports shall be usedby the Department todetermine complianceWIth the permit, .ForPari 75CEMs) the semi-annualreportshall be used. .
SECTlONJY
QUALln' ASSURANCE/QUALlTY CONTROL
A. For each CEMS/COMS a Quality ASSUJance/Quality Controi (QNQC) plan shall be submitted to tDepartment (Ann.: AirDivision,CEM Coordinator). CEMS qualityassurance proceduresare defined inCFR, Part 60) AppendixF. This planshallbesubmitted within 180 daysofmeCEMS/COMSinstallatkA QAlQC plan shall consist of procedure and practices which assures acceptable level of monitor dtaccuracy, precision, representativeness, andavailability.
B. ThesubJnined QNQC plan for each CEMS/COMS shall not be considered asaccepted until thefacil:receives. a written notification of acceptance from theDepartment-
C. Facilities responsible for om; or more, CEMS/COMS used for compliance monitoring shall meet theminimum requirements andareencouraged todevelop andimplementamoreextensive QNQC program,tocontinue suchprogramswheretheyalready exist, Each QNQC programmustincludewrittenprccedmwhich"should describe in detail,complete, step-by-step procedures and operations for each of thefollowiactivities:
D.
1.' Calibration of CEMS/COMSa. Daily'calibrations (including the approximate tiroe(s) thatthe daily zero and span
drifts win be checked and thetimerequired to perform these.checks and returntostableoperation) .
2. Calibration driftdetermination andadjustment ofCEMS/COMSa. Out-of-control period determinationb. Steps of corrective action
3. Preventivemaintenance of CEMS/COMS.a. GEMS/COMS information .
1) Manufacture2) Model number3) Serial number
b. Scheduled activities (checklist)c. Spare part ~ventory
4." Data recording, calculations, and reporting . ."5. Acwracy !iuditproceduresincluding sampling andanalysismethods6. Program ofconectiv,e actionfor mll1funclio~ CEMS/COM~ .
ARelative Acc:aracy TestAudit (RATA), shiill"be condu~~ at least onceevery four'c~endar quarters.ARelative Accuracy Audit (RAA), or a Cylinder GasAudit(CGA), maybe conducted }D.~ other threequarters but in no more than three quarters in succession. The RATA should be c:onducted ID~Jdancwiththe applicable testprocedure in 40 eFR Part 60 Appendix P: and calcu:ated III acco;dance vnth theapplicable performancespecification in 40CFRPart 60 Appendix. B..C~A sand RAAs should beconducted and the data calculatedin accordance with theprOCedures outlined on 40 CFR Part 60
AppendixF..
If alternative testing procedures or methods of calculation are 10 be used in theRATA, RAA orCGA audits prior authorization must beobtained from the ADEQ CEM Coordinator.
> 15%of the three runPollutant average or > 7.5 % ofthe
applicable standard
> 15%of the three ronDiluent (02 & CO2) average or >- 7.5 % of the
applicable standard
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F. If either the zeroor spandriftresults exceed two times the applicable drift specification in 40 CFR, Pa60. Appendix B forfive consecutive. daily periods, the CEMS is out-of-control. If ei ther the zero orspan drifrresults exceed four times the applicable drift specification inAppendix B during a calibraticdrift check, theCEMS is out-of-control. If-the CEMS exceeds the audit inaccuracies listed above, theCEMS isout-of-control. If a CEMS is out-of-control, the data from thatout-of-control period is notcounted towards meetingtheminimum data availability as required anddescribed in the applicable .sobpan, Theendof theout-of-control period is thetime correspondingto thecompletion of thesuccessful daily zero or span drift or completion of the successful CGA,RAA orRATA. .
G. A back-up monitor maybe placed onan emission sourceto minimize monitor downtime. This backCEMS is subject to the sameQNQC procedure and practicesas the primary CEMS. The back-upeElshall be certified by a PST. Daily zero-span checks must be performed andrecorded in accordancev,
standard practices. When the primary CEMS goes down. the back-up CEMS may- then. be engaged. sample, analyze and record the emission source pollutant until' repairs aremade and the .priInary uni
placed backin service. Records mustbe maintained 00 site when the back-up CEMS is'placed in servithese records shall includeat aminimum thereason theprimary CEMSis outofservice, the date and titheprimary CEMS was outofserviceandthedateand timethe primary CEMS wasplaced backin servi
Appendix B
Sll~pllrt Dtr-Slandllrds ofPerfonllllDce for SmlllllndUSlrlal.Commercilil-lnslitutloDlll Stearn Genera lingUnlls "
'Source; 72 "FR.32159, June 13,2007,~)ess o~envise noted,
§" ~O.40c ApplScability and delegation o~ authority,
(a)?xce~t asprovided inparagra-phs (d) (e), (f), and (g)of this section,theaffected facility to .which this subpart applies is eachsteamgenerating unit for whichconstruction, modification, orreco~ction iscommenced after June9. 1989 and ~at has a maximum design heat inpurcapacity of29megawatts (MW) (100million British thermalunitsperho~ (MMBtuIhr)) or less,butgreater than or.equal to2.9 Vi.W (l0 MMBtu/hr). "
(b)In ?elegnting implementation and enforcement authority to a State under section ll1(c) oftbeClean A5I Act, §60.48c(a)(4) shallberetainedby the Administrator andnottransferred to a State.
(c)~team generatingunits that meet the applicability requirementsin paragraph (a)of \his .section are not.subject to the sulft}r dioxide (S~) orparticulate matter (PM) emission limits, ~"':
performance testing requirements, or monitoring requirements under thissubpart (§§60.42c) ;l
60.43c~ 60.44c. 60~45c. 60.46c) or 60.47c) during periods'ofcombustion researcb, asdefined·in§60.4"lc. .
(d) Any temporary change to an existingsteam generating unit for the purpose ofconducting"combustionresearca is not considered a modification under §60.14.
(e)Heat re(X)very steam. generators that are associated with combinedcycle gastUIb~es and:meet the applicability requirements ofsubpart KKIbc ofthis part are not subject to this subpart.Thissubpartwill continue to apply to all other heat recoverysteam generators that.arecapable ofcombusting more thanor equal to 2.9 MW (l0 MMBtulhr) heat in-put oHossil fuel but less thanor equal to 29 MW(100MMBtuIhr) h~at inputof fossil fuel. Ifthe heat recr:Nr:ry ste~. . :generator is subject to this subpart, only emissions resulting from combustion of fuels in the ~steam generating unit are subject to this subpart. (The gas turbine emissions are subject tosubpart GG orKKKK. as applic.able) of this part). .
(f) Any facility cov~redby subpartAAAAof~ partis pot subjectby~ subpa,rt." ."
(g) Any ~ility covered by anEPA approved State orF~ section111(d)I129 planimplementing subpart BBB13 of thispert is notsubjectby this subpart. . .
[72FR 32759»June 13,2007, as amended at 74FR 5090, JaI?-.28. 20091 .. .
§ 6o.4lc De1lnitlon~
Annual capacityfactor means the ratio between the actual heat input to a st~an: generating unitfrom an individual file) or combination of fuels during a period of l2 consecutive calendarmonths and thepotentialheat input to the steam generatingunit from all fuels had the.steamgenerating unit beenoperated for 8,760·hours during that J2-month period at the maximumdesign heat input capacity. In the case of steam generating units that are rented or Jeas~d, theactual heat input shall be determinedbased on the combined heat input from aJJ operatJons oftheaffected facility duringa period of 12 consecutivecalendarmonths.
Coal means all solid fuels classified as anthracite, bituminous, subbituminous, or lignite by theAmerican Society of Testing and Materials in ASTM D388-(incorpoTated by reference, see§60.17), coal refuse, and petroleum coke. Coal-derived synthetic fuels derived from C?aJ for thepurposes of creatingusefulheal, including but not limited to solvent refined coal, gasified coal.not meeting the definition ofnatural gas, coal-oil mixtures, and coal-water mixtures, are alsoincluded in this definition for thepurposes of this subpart.
Coalrefusemeans anyby-productofcoal mining or coal cleaning operations withan ash contentgreaterthan 50 percent (by weight) and a heating valueJess than 13,900 JciJojouJes per kilogram(kJlkg) (6,000 Btu per pound (Btuflb) on a dry basis.
.Cogeneration steam generating unit means a steam generating unit that simultaneously producesboth electrical (or mechanical) and thermal energy/rom the same primary energy source.
Combined cycle system means a system in which aseparate source (such as a stationary gasturbine, internal combustionengine, orkiln) providesexhaust gas to a steam generating unit.
Combustion research means the experimental firing of any fuel or combination offue1s in asteam generatingunit for the purpose of conducting research and development ofmore efficientcombustionor more effective prevention or controlofair pollutant emissionsfrom combustion,provided that, during these periods ofresearch anddevelopment, the heat generated is not usedfOT any purpose other than preheatingcombustion air fOT use by that steam generating unit (i.e. ,
- tbc heat generated is released 10the atmosphere withoutbeing used for space heating, process.beating, driving pumps, preheating combustionairfor other units, generatingelectricity, or anyotherpurpose). . . :.
COJ1Ven~on~1technology means wet fluegasdesnlfurization technology.dryflue gasdesulfurization technology,atmospheric .fluidized bed combustion technology and oilbydrodesulfurizalion technology, •
Dis/illate oil means J?e.1 oil ~at complieswith thespecificationsfor .fuel oilnumbers J or2,asdefinedby theAmerican S~cty for ~esting andMaterialsin ASTM D396 (incorporatedbyref~ce, see §60..17) ~r diescl.fuel oilnumbers I or 2; as defined by the·American SocietyforTestingand Matenals.m AS'TM D975 (incOl]>OTaled byreference, see §60.J7)..
Dryjiue gas ~esul.fw:izationtechnology means a S~control system that is located between the \.steamg~erating UlUtand the exhaustVent or stack. and that removes sulfur oxides from the.combustJon gases ofthe steam generatibgunit byconiacting the Combustion gases withan
alkal~ne reagent and water. whether introduced separately or as a premixedslurry orsolution andforming 'a dry powder material. This deflnition includes devices where theo dry powder matena! issubsequ~ntlyconv~rtedto another form. Alkaline reagents usedin dry fluegas desclfuIization .systems include, butarenotlimited to, lime andsodium compounds.
Duct burner means a device thatcornbusts fuel and ~t is placedin the exhaust. duct from .another source (such as a stationary gasturbine, internal combustion engine. kiln,etc.) to allowthefiring 0 f additional fuel toheattheexhaust gases before theexhaustgases enter a steam
. generatingunit. .
Emerging technology means anySOzcontrol system fuat is pot definedas a conventionaltec~ology under.this section, and forwbic)l theowner or operatorof the affected facility hasreceivedapproval from. the Administrator to operate asan emerging technology under§60A8c(a)(4). . ' . .
Feder;lly enforceable means al1limitations andconditions thatare enforceable by the .Administrator, including therequirements of 40CFRparts 60 and 61, requirements within anyapplicableStateimplementation plan. and anypermit requirements established under40 CFR52021 ~r under 40CFR51.1& and 51.24. 0 0
FIllidiied bedcombustJgn tec~~logy means a device whereinfuelis distributedOl;~ a bed (orseriesofbeds)ofliroestoae aggregate (orothersorbeetmaterials) for combustion; andthesematerials are forced upward in the device by the flow of combustion air and.theogaseous productsofcombustion.Fluidized bedcombustion technology includes, but is not limited to,bUbbung bedunits and circulating bed units..
Fuelpretreatment meansa process thatremoves a portion of the sulfur inoa fuelbeforecombustion ofthe fuel in a steam generatingunit.
. . .Heat input nieansbeat derived from combustion of fuel in a steam generating unit anddoes n?tinclude the beatderived from: preheated combustion air,recirculated,flueO&~ orexhaust gasesfrOID. other sources (suchas stationary gasturbines. internal combustion engines, andkilns).
• 0
He;t 'iransfer mediu~ means any material that is used to tranSfe~ heat fro~onepoint to anotherpoint. . . . .
1v.fanmum design h~at input capacity means th~ abilitY of a steam generating~~ to comb~ astated maximum amountof fuel (or combination offuels) on a steady stateba.sl5 asdetennil}edby thephysical design and characteristics oftbe steam ~enerating unit.
Natural gnsmcens:
U . ~"I f, T (ne> and Materials(2) Liquefied petroleum (LP) gas, as defined by ie American socie y or es rng a« J
in ASTM D J835 (incorporated by reference: see §60.17); or
(3)A mixture of'hydrocarbons thai maintains a gaseous slate at ISO conditions. Additionally,natural gas must either be composed of at least 70 percent methane by v~lume or have a grosscalorificvalue between34 and 43 megajoules(MJ) per dry standard CUblC meter (910 and 1,150Btuper dry standard cubicfoot).
Noncontinental area means the Slate of Hawaii,the Virgin Islands, Guam, American Samoa, theCommonwealth ofPuertoRico, or the Northern Mariana Islands.
Oil means crude oil orpetroleum, or a liquid fuel derived from crude oil or petroleum, includingdistillate oil and residual oil. .
Potential sulfur dioxide emission rate means the theoretical S~emissions (nanograms 1?er joule(nglJ) or lblMMBtu heat input) that would resultfrom combusting fuel in an uncleaned state andwithout using emissioncontrol systems.
Process heater means a device th~t is primarily used to heat.a material to initiate or promote achemical reaction in which thematerialparticipates as a reactant or catalyst.
'Residual oil means crudeoil, fuel oil that doesDOt comply with the specificationsunder lJ.ledefinition ofdistillate oil, and all fuel oil numbers4, 5, and 6, as defined by theAmericanSociety for Testing andMaterials in ASTM D396 (incorporated by reference,see §60J 7).
Steam generating unitmeans a devicethat combusts any fuel and produces steam or beats Waferor beats any heat transferrnediinn.This termincludesany duct burner that cornbusts fuel andispart ofa combined cycle system. This term does not includeprocess heaters as defined in Ibissubpart,
Steam generating unir operating day means a 24-bourperiod betwe~ 12:00 midnight and thefollowing midnight during which any fuel is combusted al any time in thesteamgenerating unit.11 is not necessary for.fuel to he combusted continuously for the entire 24-bourperiod.
WeIflue gas ~esulfU:ization technologymeans anS0:2control systemthatis located between Ibesteamgenerating unit and the exhaust vent orSUlek and that removes sulfur oxides from thecom~ustion gasesofth.e steam generating unitbycontacting the combustion gases with analkaline slurryor solution andforminga liquid material.Thisdefinition includes devices wherethe liquid m?t~ is S'uDseq?l';J)Uy convcrte:J to anotherform. Alkaline reagents used~ wetfluegas desulfurizafionsyslems mclude, butare not limited to lime limestone andsodiumcompounds.' . " ,
W~t scrubber system meansany emission centro] device that mixes an aqueous stream or slurryWIth the exhaust gases from oa steam generating unit to control emissions ofPM orS~. !
\.
~ood :neansWOO~, ",:ood residue, bark, orany derivative fuel or residue thereof, inanyform,including butnotlimited to sawdust, sanderdust,wood chips, scraps, slabs, millings, shavings,and processed pellets made from wood orother forest residues. . .
(a)~xcept asprovid~ inparagraphs (b),(c), and (e)of this section, on and afterthe date onwhichthe performan~e testis completed orrequired to be completed under§60.8, whicheverda~ comes first, the owner oroperator ofanaffected facility thatcombusts only coal shallneither: cause \0 be discharged intotheatmospbere from the affected facility any gases thatcontain S02m. excess of87 npfJ (0.20 lblMMBtu) beatinput or 10percent (0.10)' ofthe potentialS(hemissionrate(90percent reduction), norcause tobe discharged intothelI;troosphere from theaffected facility any gases thatcontain S~in excess of520 ngIJ (1..21bIMMBtu) beatinput. Ifcoal is co~busted-witb other fuels, theaffected facility. shall neither: cause tobe discharged intotheatmosphere from the affected facility any gases thatcontainSO:Lin excess of F:1 orJJ (0.20lbllv1MBtu) heatinputor 10.percent (0.10)of the potential S0J,eroission rate (90percentreduction), norcause tobedischarged into theatmosphere fromthe affected facility any gasesthatcontain S~in excess of theemission fucit is determinedpursuanttoparagraph (e)(2) of thissection.
.'
(b) Except as providedin'paragrapbs (c)and (e)oftbis section,on andafter the dateon whichthe performance test is completed or required to be completed under §60.&, whichever datecomesfirst, theowneror operator of an affected facility ,that:
(l) Combustsonlycoalrefuse alone in afluidized bed combustion steam generating unit~neither: ., .
. .(i) Cause to be discharged into the atmospbere from that affected facility·any gases th~t containSQin excess of f:l ngjJ (0.20lb/M1Y.1BtU) heat input or 20 percent (0.20)of.the potentialSOzemissionrate (80 percentreduction); nor
(ii) Cause to be discharged ~to the atmospbere fromthataff~ fecility nrrJ.:gases·~t contain .SOJnexcess ofSQ.Jn excess of 520pg/J (1.2lblMMBtu).heat input,1fcoallsfired Wlfu coalrefuse, the affected facility subjec~ to paragraph (a) of tblssection-Ifoil or any other fuel (exceptcoal) is:firedwlth.coel refuse, theaffected facility is subject~ the 87 pgJJ ~0.20.1blMMBtu) beatinputS~emissioD81imit or the90percent SOtreduction reqUlIeroent specified Ul~grap~ (a)of this section-and the emission limit is determined pursuant to paragraph (e)(2) ofthis.sectlon.
. '
(2) Cornbusts only coal and thatuses anemerging technology for the control of~O:1eroissionsshall neither: .
-.
,
(ii) Cause to be discharged info [he atmosphere from (hal affected facility any.gases that containS0 2in excess 0[260 ng/J (0.60 lb/MMBIU) heat input. If coal is combusted WIth other fuels, thettfI"ectcd facility is subject to IhE:: 50 percent S02rtductjon requirement specified in itis pa.agr~yhand theemission limit determined pursmml 10 paragraph (e)(2) of this section.
(c)Onand after the dale on .:vhichthe initial performance lest is completed or required to b: .completed under §60.8,whichever date comes first, no owner or operator of an affected facilitythat combusts coal, alone or in combination with any other fuel, and .is listed in paragraphs(e)(J), (2), (3), or (4) of this section shall cause to be discharged into the atm?sph.ere from thataffected facility anygases that contain S~jn excess of the emission Jimit determined pursuant 10paragraph (e)(2) of this section. Percent reduction requirements are not applicable to affected
facilities under paragraphs (c)(l), (2), (3), or (4). .
(I) Affected facilities !hat have a heat input capacity of22 M'VI (75 MMBtuIhr) or JeSS.
(2) Affected facilities that have an annual capacityfor coal of 55 percent (0.55) or less and aresubject 10 a federally enforceable requirement limiting operation of the affected facility to anannual capacity factor for coal of55 percent (0.55) or less. .
(3) Affected facilities located in a noncontinental area.
(4) Affected facilities that combust coal in a duct burner as part of a combined cycle systemwhere 30 percent (030) or lessof the heat entering the steam generating unit isfrom combustionofcoal in the duct burner and 70 percent (0.70) or more of'the heat entering the steam generatingunit is from exhaust gases entering the duct burner.
(d) On and after the dale on which the initial performance test is completed or required to becompleted under §60.&,,whichever date comes first, no owner or operator of an affected facilitythat combusts oil shill] cause to be discharged into the atmosphere from that affected facility anygases that contain S02in excess of2] 5 ngl) (0.50 lbIMMBtu) heat input; or, as an alternative, noowner Or operator ofan affected facility that cozobusts oil shall combust oil in the affected 'facility that contains greater than 0.5 weight percent sulfur. The percent reduction requirementsarenot applicable to affected facilities under this paragraph.
(e) Onand after the date on.",:bich the initial performance test is completed or required to be .completed under §60.8~ whichever dale comes first) DOowner or operator ofan affectedfacilitythat combustscoal, oil, or coal and oil with any.other fuel~ cause to be discharged intotheatmosphere from thataffected facility any gases thatcontain S~in excess Dilliefollowing:
(J) The percent of potentialS0.2emission Tateor numerical S~emission raterequired underparagraph (a) or (b)(2) ofthis section, asapplicable, for any aff~Ied facility that .
(i) Combusts coal in combination with anyoilier fuel;
,Oi) Has a ~eat inputcapacity greater than 22 MW(75 MMBiuIbr); and
(ii~) Has. an annual capacity factor forcoal greater than 55percent (0.55); and
(2)Theemission limit determined according to \he following formula forany affected facilitythatcombustscoal, oil•.or coalandoilwhliany other fuel: .
E .= (K,H. +l\,H~'~.H.), . (H,+H..~H.)-
Where:
E."" SO)emission limit. expressed in nFfJ or IbIMMBtu heat input;
K.~ 520 ngfJ (1.1IbJMMBro);
1<\)= 260 ngfJ (O.69 1blMMBtu);
~,. i1S opJJ (o.5OlbfMMJ3tn);
B."" Heat i~~\l\ from thecomb~tionof coal. eJtcc;:pt coalc~mbusted in an affectedfacility subi~ to paragraph(b){2) of this section, inIoules(1)IMMB\ll);
1I? Heat inpu\fromthecombustioo of coal inanaffected fac11ity subjectto paragrap~ (.b)(2) of this~on, in J(MMBtu); and .
R"'" Heat input from thecombustion of oil. in J (MMBt1l).
(f) Reduction inthepotentialS01emission ratethrough fuel pretreatment is not ctedii~d towardthe percent reduction requirement UDder paragraph (b)(.2) ofthis section unless:
(1) Fuel pretreatmentresults in a 50 percent (0.50)or greater reduction in thepotentialSqzem.ission:rate;and . . .
(2) Emissions fromthe pretreated fuel (without eithercombustion or post-combustionSOzcontrol) areequal to or less than the emission limits specifiedunder paragraph 0»(2) oftms~oo. .
(g) Except asprovided in paragraph (h)of.this Section, compliance withthe percent~tionrequirements. fuel oil sulfur limits, 'end emission limits of this section shall be determined ona
.3D-day rolling average basis.
.(h)For affected facilities listed under par8gntvbs (h)(l). (2) or (3)oftbis secti6~compliencewi tb the emission limits or fuel oil sulfur limits under this section roay be determined based on.acertification from the fuelsupplier;as described under §60ABc(f), as applicable•.
. .. . . ..'
(2) Residual oil-fired affected facilities with heat input capacities between 2.9 and 0.7 ~yl\V (10
and30 MMBruIhr). -
(3) Coal-fired facilities withheat input capacities between2.9 and g.7 }..1W (lO and 30MMBIu/hr).
0) The S02emission limits, fuel oil sulfur limits, andpercent reduction requir~entsunder Ibissectionapply at all times, including periods of startup, shutdown, and malfunction.
G) For affected facilities located in noncontinental areas and affected facjljti~ :ompJying with. thepercent reductionstandard,only the heat input supplied to the affected facility from the.combustion of coal and oil is counted under this section. No credit is provided for the heat inpulto the affected facilityfrom woodor other fuels or for heat derived from exhaust gases fromother sources, such asstationarygas turbines, internal combustion engines, and kilns.
{72 FR 3?759, June 13,2007, as amended at 74 FR 5090,Jan. 28, 2009J
§ 60.43c Standard for particulate ~allcr (PM).
(a) Onand after the date on which the initial performance test is completed or required to t>: .completed under §60.8, whicheverdate-comes first, no owner or operator of an affected facilitythat commenced construction, reconstruction, or modification on or before February 28, 2005,that combusts coal or combusts nUxtures ofcoal with other fuels and has a heat input capacity of8.7 MW (30 MMBtufhr) or greater,shall cause to be discharged into the atmosphere from thataffectedfacility any gases that containPMinexcessof the following emission limits:
(1) 22 ng/J (0.051 IblMMBtu) heat input if theaffectedfacility combusts only coal, or combustscoal with other fuels and has an annual capacityfactor for the other fuels of10 percent (0.1 0) orless.
(2) 43 nglJ (0.] 0 JblMM:Btu).heat inputif the affected facility'combusts coal Withotherfeels, basan annual capacity factor for the otherfuels greater than 10 percent (0.10), and is subject to ~
federally enforceablerequirementlimi~g operation ofth~ affected facility to an annual capacityfactor greater than 10percent (0.1 0) for fuels other than coal.
(b) Onand afterthe date on which the.initial performance test is completed or required to becompleted under §60.8,whicheverdale comes first, no oWneror operator ofan affected facilitythat commencedCOnstmction, reconstruction, or modificationon orbeforeFebruary 28,2005,~t comb~ wood or cornbusts mixtures ofwood wi tp other fuels (except coal)andbas a beatmput capacity of 8.7 MW (3011MBtuI.hr) Or greater, shalJcause to be dischargedinto theatn~o~ere.~m tbat affectedfacility any gases!.bat containPM .in excess ofthe fonowingt.mJSsJons limits:
(1) 43 nglJ (0.10lblMMBtu)beatinput lithe affected facility has an annual capacity factor forwood greater than30 percent (030); Or " -
(c) On and after thedate onwhich the initial performance testis completed orrequired to becompletedunder §60.8. whichever datecomes first, noowner or operator of an affected facilitythatcan combust coal. wood. or oil andhasa heat inputcapacity of &.7 MW(30MMBtu/hr) oj"greater shallcause tobe discharged into the atmosphere from \hataffected facility any gases that.exhibit greater than 20 percent opacity (6-minute average), except for one 6-m.iI)uteperlod perhour of not more thanTJ percent opacity~ Owners and operators of an affected facility that electto install, calibrate. maintain, andoperate a continuous emissions monitoring system (CEMS) formeasuring,PM emissions eccording to therequirements of thissubpartandare Subject to afederally'enforceable 'PM limitof 0.030 IblMMBtu orlessareexemptfrom theopacity standardspecified.in thisparegraph. '. . .
(d) 'The PM and opacity standards underthissection apply at all times.except during periods ofstartup, shutdown, ormalfunction. .
(e)(l) On.and afterthe dateonwhichtheinitialperformance test~ completedoris required to becompletedunder §60.&, whichever date comes first, DOowner or operator ofanaffected facility .that commencesconstruction, reconstruction, ormodification after February 2&, 2005, and thatcornbusts coal. oil, wood, a mixture of these fuels, ora mixtureof thesefuelswith any otherfuels and bas aheat input caPacity ~f8,7MW (30MMBtu/hr) or greatershallcause to bedischarged into the atmosphere fromthat affected facility anygases thatcontain. I'Min excessof .13 nglJ (0.030 1h'MMBtu) heat-input, exceptasprovided in paragraphs (e)(2),(eX3), and (e)(4)ofthis section. . .
, .. (2) As an alternative to meeting the requirements of paragraph (e}(l) of this ~oll, the owner oroperator of an affected facility forwbicb modifica'tion commenced afterFeb~2~. ~?05. mayelect te meet the requiremems of this paragraph. On andafterthe date onwhich tholDltinlperformance test is completed or required to becompleted under §60.~, wbi.cbeverdate comesfirst, no owner or operator of an affected fucility 'that comroencesIDodificatiQ~ af\et Febromy 28,2005 shell causeto be discharged into the atmosphere fromthat.affected facility any gases thatcontain PM inexcess of both:
(i) 12'n~/J (0.051 IblMMBtu) heat in;ut derived fromthe co~bllStion of coal, oil,wood. amixture of these fuels. or amixture ofthese fuels with any othex fuels; and. .
, .(il') 0:2 percent of the combustion eoncentration (?9.8 percent r~ction) wben·combusting Coal,oil. wood, a mixture of these fuels; or a mixture of thesefuels mth any otherfuels. .
greatershall cause 10 be discharged into the atmosphere from that affected facility any gases thatcontainPM in excess of 43 ng/J (0.1 0 !b/MMBIU) heat input, .
(4) On and after the date on which the initial performance lest is completed or is required t~ ~t
completed under §60.8, whicbever dale comes first, an owner or operator of an affected facilitythat commences construction, reconstruction, ormodification after February 28,2005, and thatcombusts only oil that contains no more than 0.50 weight percent sulfur or a mixture of 0.50weight percent sulfur oilwith otherfuels not subject to a PM standard Under §60.43c.8.n:d no!using a post-combustion technology (except a wet scrubber) to reduce PM or SO:1ellllsSlOns IS
not subject to the PM limit in this section.
[72 FR 32759, June 13,2007" as amended at 74 FR 5091, Jan. 28, 2009J
§ 61>.44c Compliance and performance test methods and procedures for sulfur dloxide.
.(a)Except as provided in paragraphs (g) and (h) of Ibis section and §60.8(b), performance testsrequired under §60.8 shall beconductedfollowing the procedures specified in paragraphs (b),(c), Cd), (e), and (1) of this section,as applicable. Section 60.8(i) docs not apply to this section.The 30-day notice required in §60.8(d) applies only to the initial performance test unlessotherwise specified by theAdministrator.
. .(b) The initial performance test required Under §60.8 Shall be conducted Over 30 consecutiveoperating days of the steam generatingunit. Compliance with the percent reduction requirementsand S0:2emisSion limits under §60.42cshall be determined using a 3D-day average. The firstoperating day included in the initialperformance test shall bescheduled within 30 days afterachieving the maximum production rate at which the affect facility will beoperated, but not laterthan J80 days after the initiaJ startup of the facility. The steam generating unit load during the3D-day period does not have to bethe maximum design heat input capacity, but must berepresentative offurure operating conditions.
(c) A.tt.er the u.utia.l performancetest required underparagraph (b) ofthis section and §60.8,compliance WIth the percent reduction requirements and S0:2emissionlimitsunder §60.42c isbased on the average percent reduction and the.average SOze.mission rates for 30 consecutivesteam generating unit operating days. A SC]?8.lOte performance test is completedat the-end ofeachst:~ generating unit operating day, and a new3o-day averagepercent reduction andS0:2ennsslon rate are calcu1a~ed 10 show compliancewith the standard.
(d) Ifonly ~oal, only oil, or a mixture ofcoal andoil is combusted in an affected facility, theproced~ ill Method 19 of appendix A of this part are used 10detcIlJrinc the bourlyS0:2eD1lSSl0n rate (E~o) and the 3D-day averageS02em.ission rate '(E.e». The hourly averages usedto compute the 30-<lay averages are obtained from the CEMS~ Method 19 ofappendix A oftbis~ shall beused to calculate E"e>when usiog dailyfuel sampling orMethod 6.B ofappendixA of. I.h.is part.
(e) Ifcoal, oil~ or coal and oil are combusted with other fuels:
(
(1) An adjusted.'Ebo(EboO) is~ed inEquation 19-19 ofMethod 19of appendix Aofthis part tocompute theadjusted E.o(E"oo). TheEboo is computed usingthefollowing formula: . .
Where:
Ebo0 := Adjusted~ ngIJ (IbfMMBro);
Ebo'" HourlySOlcmission rate,nrfl (lbIMMBro);
E."," S~coDcentration in fuels other thancoal and oil tOmbusled in the affected facility, as dcilermined by.fuel'samplingand analysis procedures inMethod. 9 of append~-A ofthispart, nglJ (lblMMBt\l).Thovalue E,.for eachfuel lot is used for each hourly average during·the timothat thelot is beingcomb\lsted.'The owner or operator doespot have to measereEwif theowneror operator elects to assume E,.=> O. .
x~= Fraction ofthetotal beatinputfromfuel combustion derived fromcoaland oil. as determined by applicableprocedures in Mefuod l? of appendix A or thispart.
. .(2) The owneror operator ofan affected facility thatqualifies under theprovisions of §60.42c(c)or (d) (Vfhere percent reduction is-notrequired) does nothave to measure theparameters Ewor~J<;if the owneror operator 'of the affected facility elects \0 measure emission. rates of~ coaloroilusing the fuel sampling andanalysis 'Procedures under Method 19ofappendix Aofthis part.
(f) Affected facilities subject\0 tbe percentreduction requirements under §60.42c(a) or (b) shandetermine compliance with the SOzemission limits under §60.42.c pursuantto pamgraphs @ or-ee) of this section.andshall determine compliance with tbe percentreduction requirements using'the followingprocedures:
. .(1) Ifonly coal is co~busted. the percent~fpotential SOJ.emission rate is computed~ thefollowingformula:
%P 11'100(1-%Rf)(l_~Ri)• 100 100
0/01'rPotential SOpWssion rate, in percent;
'10~"" SOpcrnovalefficiency of tht) control devico asdetermined by Method 19of e:ppendPr. Aofth1J pan, inpercent;and . . .
%Rr SO:zftrl}OVai officiency of roel~etrell~Dt 113 d~termined ~Method).9 of appen~bc Aoflhispart,in
(i) To compute the%Ps, an adjusted o/nRg(%Rgo) is computed from E.oo!rom par:g~~ph (eX J) ofthis section and an adjusted average S~jnlel rate (E.;O) using the [ollowlng form J •
%R o::lOoL-E:)r t E~
Where:
%R,o :> Adjusted YoR,. in percent;
1:",0'= Adjusted E.." IlglJ (IbIMMBIu); and
E,;o'" Adjusted average SO)inlel rare, ng/J (Jb/MMIHu).
(i;) To compute £.iO, anadjusted hourlyS02inle.t rete (EhiO) is us~d. TheElliO is computed using
the following formula: .
Where:
E"o '= Adjusted Ehi,ngIJ (JhlMM:Btu);
Ela=- BourlySOlin1er fare,llgl) (lblMMBru);
E,,=So.concenlration in fuels other than coal and oil comOustcd in the affected facility, as determined hy fuelsampling and analysis procedures in Method 19ofappendix A oflhis part, ngIJ QblMMBtu). Th" value>:E.Ioreachfuel Jot h used for c:acli hoUrlyaverage during the time thai the Jot is being combusted. Tho oWner.OJ"operalor does
. nothaVe 10 measUrclE,.iflhe owner or operator elects 10assume E,.....0; and
Xk= P:raction ·ofl1:l" lola.!beat inputfrODl fuel combustion ·derived from coal and oil, as determined by applicableprocedures in Method 19 ofappendix A ofthis part,
(g) For oil-fired affectedfacilities where lbe owner or operator seeks to demonstrate compliance·with thefuel oil sulfur limits Under §60,42cbased onshipment fuel sampling. the initialperformance lest shall consistofsampling and analyzingthe oil in the initial tmk of.oil to be ..fired in the steam generating unit to demonstrate that the oil contains OS weight percent sulfur orless. Thereafter, the owneror operatorof theaffectedfacility shall sample theoil in the fuel tanka.ft~ each new shipment of oil is received, asdescribed under §60,46c(d)(2).
(b) Foraffected facilities subject to §60,42c(h)(l). (2), or (3) where theowner or operator SCW.to demonstrate compliance willi the S(hslandarOs based on fuel supplier certification, lbeperformance test sball consistof the certification from lbe fuel supplier, es described in§60.48c(i), asapplicable-..'
(i) The owner or operator o!an affecredfacility seiling to demonstrate compliance Wirb.lbe . .S~standards under §60.42c(c)(2) shall demonsu:ate. the roaximum design beat input capacity of
(
the.ste~ geneI~ting unit byoperatingthe steam generating unit at this capacity for 24 hours.Thisdemo~tlo~ shall bemade duringthe initial performance test.and asobsequent.deraonstration may berequested atany oilier Grne.If the demonstrated 24--hour average firingrate for the affected facility is lessthaD themaximum design heat inputcapacity stated by themanufacturer ofthe affected facility, \he demonstrated 24-bour average firing ratesball be usedto de~rminethe.annual capacity factor fortheaffected facility; otherwise, the maximum designheat input cepacity provided bythe manufacturer shall beused. .. .
(j) The owner oroperator ofan affected facility shall use allvalid SOzemissions data incalcu1atin.g !DP~d ~bDunder paragraphs (d), (e), or(f)of this section, as applicable, whether ornot the muumum emissions datarequirements under §60.46c(f) are achieved. Allvalid emissionsdata, including validdata'collected duringperiods of startup, shutdown, andmalfunction, shallbe usedincalculating %P,or Ebopurnuml toparagraphs (d), (~) 'or (f) of this section, asapplicable. . ',
[7i FR 32759,June13,2007) as amended at '74 FR 5091, Jan.28,20091
§ 60.45c COJDplillnce lind performance test methods lindprocedures for partl~ulate matter.
Link to an amendment pUb1is~ed a~ 76 'FB. 3523, Jan: 20, 201"1.
, (a) The owner oroperator ofan affe~ted facility subject to thePM andJoi opacity standards uilder .§60.43cshallconduct an initial perfonnance testasrequited under§60.8,andshall conductsubsequent performance tests asreqoested by the Administrator, to determine co~pliance;witl).·.·
. the standards'USing the following procedures and reference methods, exceptas specified inparagraph (c) of this section. .
(1) Method 1 of appendix A of this part shallbe used to select 'the s8mpling site andthe number, of traverse sampling points.
(2) Method 3Aor 3B of appendixA:-2 of thispart.shall be Used f~r gas ~ysiswhen apJ>lyingMethod 5 ?r5Bof appendixA-3 o~ thispartor1'1 ofappendix A-6 of fuis part. .
(3) Method5,SB,or 17of appendix: A of this partsha1~be used to measurethe concentration ofPM. as follows:
(1) Method.5 ofappendix A ofthispartmay beused only at affected.faclliti~ without wetscrubber systems.
(ii) Method 17"ofappendix A of thispart may be used at affected faCilities withorwithout wetscrubber systems provided tl:\e steck gas temperature do~s not exceed a~~~fl60 ~C .(320 Of).The procedures of ,Sectio"ns 8.1: an~ 1"1.1 of~ethod ?B of appendix.A ofthisput.~he used .in"Method 17 of appendixA of this part only if~ethod }7 of ~ppeD~ ~ ofthls part IS
- •.' •• n _ r .......t'" A. "fth,~ nMts.'h:\l\ nnt .
(iii) Method 5B ofappenclix A of this part may be used in conjunction with a wet scrubber
sy...rem.
. d th ., )) ling(4) Thesampling limefor each run shall be <31 least J20 rninules an e ffil?JDmm Sal Petvolumeshall be J.7 dry standardcubic meters (dscm) [60 dry standard cubic feet (dse1)] ex~ P!.hat smallersamplingtimes or volumes may beapproved by the Administrator when necessJlaled
byprocess variables or otherfactors,
(5)For Method 5 or 5Bof appendix A of this pan, the temperature of the sample gas in the probeandfilterholder shall be monitored and maintainedat J60:i:J4 °C (32(}.J:25 OF).
(6) For determinationof PM emissions, an oxygen (02) or carbon dioxide (CO2) :neasuren:entshall beobtained simultaneously with each mn of Method 5, 5B, or 17 ofappendlX A oft.h.is partby traversing the duct at the: same sampling location.
(7) For each run usingMethod 5, SB, or 17 of appendix.A of this part, the emission rates
expressed in ngl] (lbIMMBtu) heat input shall be determined using: .
(i) The <hor C0:2measurements andPM measurements obtained under 0is section, (ij) 'The drybasis F factor, and
(iii) Thedry basis emission rate calculation procedure contained in Method 19ofappendix A ofthis part.
(8) Method 9 ofappendix A-4 of this part shall be used for determining the opacity 01stackemissions.
(b) The owner or operator ofan affected facility seeking to demonstrate compliance: with the PMstandards under §60.43c(b)(2) shall demonstrate the maximum design heal inpui capacity of'tbestearn generating unit by operating the steamgeneratingunit at this capacity for 24 hours. Thisdemonstration shall bemade during the initialperformance test. and a subsequent demonstrationmay be requested at any other time. lr"l.he demonstrated 24-boUr average firing rate for theafi."eeted facility is Jess than the maximum. design heat input capacity slated by the manufacturerofthe affectedfacility, the.demonstrated 24-.hour average firing rate shall beused to determinethe annual capacity factor for theaffectedfacility; otherwise,the maximum designbeat inputcapacityprovided by themanufacturershall be used. . .
(c) In place ofPM testingwilliMethod 5 or 5BofappendixA-3 ofthis part Or Method 17 ofappendix A-6 of thispart, an owner or operatormay elect to install, calibrate, maintain, andoperate a CEMS for monitoringPM emissions discharged to the atmosphere andrecord theoutput of-thes~te:n. ~e owner or operatorofan affected facility wbo electsto continuouslymonrto~PM eI:l1lSSJ?llS instead ofconducting performance testing using Me!bod 5 or 5:8 of11~~A-3 of'this part or Method 17ofappendixA.--{) ofthis part shall install; calibrate,maintain, and operatea CEMS and shall complywith therequirements specified in Pu-agrapbs(eXl) through(c)(14)of this~ecti.~n_ . .
(
(\
(1)Notify the A~nistrator 1 month before starting use ofthesystem'.
(2) NotifytheAdminis'trator 1~onth beforestopping~ of the system.. . .
(3)The.monitor shall beinstalled, evaluated, andoperated inacco;Mncewith §60.13 of subpartA of thispart. . .
~4~!he initial performance evaluetion shall be completed no laterthan 180·days after the d'ate ofinitial startup ofthe affected facility, as specified under §60.8 of subpart Aofthis part or within180 ?BYS of notification to theAdministrator ofuseofCEMS if the owner oroperator wasprevlOuslr determining compliance byMethod 5,SB, or 17 ofappendix Aofthis partperformance tests) wbicbever is later.
(5)The owner or operator ofanaffected facility shall conduct an initialperformance test forPMemissions asrequired'under §60.8 of subpart Aof this part. Compliance with tile PMemissionlimit shall bedetermined byusing theGEMS specified in paragraph (d) oftbis section.tomeasure PMand calculating a24-hour blockarithmetic average emission concentration usingEPA Reference Method 19ofappendbt. A of this part, section 4.1.
(6)Compliance with.fue PM emission limitshall bedetermined based onthe 24-hour daily(block) average of ttle hourly arithmetic average emission concentrations using CEMS'outletdata. .
(1) At a minimum, valid CEMS Dourly averages shall by obtained as specified in paragraph(c)(7)(l) of ibis section for.IS percent of the total operating hoursper 30-dayrolling average.
(i) At least two data pointsperhour shall be used tocalculate each1-bour arithmetic average.
(ii) [Reserved)
(8)The I-hour aritbmetic .averages requiredunderparagraph (c)(7) of thissection shall beexpressed inngfJor Ib!.M:M:Btu heatinputandsb811 be used to calculatethe boiler operating daydailyarithmetic average emission concentrations. The I-hour arithmetic avera.l?es shall becalculated usingme data pointSiequired under §60.l3(e)(2) of SUbpart Aofthis part..
(9)All validCEMS~ shall be USed in ctileulating average eroi~ion concentrations even iflheminimum CEMS data requirements of'paragraph (c)(7) of tills section arenotrnet,
'(10) The CEMS shallbe operated according to PerfoIIJlance Specification 11 ina.ppen~ Bof~p~ .'
. (1) During the correlation testing runs of theCEMS reCJUire? by :Performance ~pecifi~o~ 11-.... ...... • . - " A ,,,,""·,,....'\'l1""'t'M"\tlv {or Wltlnn~.
(i) For PM, Method 5 or SBof appendix A-3 of this part or Method 17 of appendix A-6 of thispart shall be used; and
(ii) After July J, 2010 or afterMethod 202 of appendix M ofpart 51 ha~ been. revised tominimize artifact measurement and notice of that change has been published in theFedera1Register.whichever is later, for condensable PM emissions, Method 202 ofappendix M of part51 shall-be used; and
(iji) For 02 (or C0:2), Method 3A or 3B of appendix A-2 of this part, as applicable shallbe used.
(l2) Quarterly accuracy determinations and daily calibration drift tests shall be performed illaccordance wilb procedure 2 in appendix F of this part Relative Response Audit's must beperformed annually and Response Correlation Audits must be performed every 3 years.
'(l3) When PM emissions data are not obtained because ofCEMS breakdowns, repairs, .calibration checks, and zero and span adjustments, emissions data shaJJ be obtained by usmgother monitoring systems as approved by the Administrator or EPA Reference Melbod 19 ofappendix A of thisPart 10provide,.as necessary, valid emissions data for a minimum of75percent of total operating hours on a 30-day rolling average..
(14)After July l , 201 I, within 90 days alJer the date ofcompleting each performance evaluationrequired by paragraph (c)(l]) of this section, the owner Ofoperator ofthe affected facility musteither submit the test data to EPA by successfully entering the data electronically into E.PA'sWebFIRE data base available at hl1p:llcjpllb.epa.govloarweblindex.cjin?action-=fir.e.maili ormaiJa copy to: United States Environmental Protection Agency; Energy Strategies Group; 109 TWAlexander DR; Mail Code: D243-01; RTP, NC.2771].
(d) The owner or operator of an affected facility seeking to demonstrate compliance under§60.43c(e)(4) shall follow the applicable procedures under §60.48c(l). For residual oil-firedaffected facilities, fuel supplier certifications are only allowed for facilities with heat inputcapacities between 2.9 and 8.7 MW (10 to 30 MMBtuIhr). .
.£72FR 32759. June 13,2007, asamended at 74 FR 5091, Jan. 28,2009)
(a) Except as provided inparagraphs (d) and (e) of this section, the owner or operator ofanaffected facilitySUbject to the S~ernission Iimits under §60.42c shall install, calibrate..maintain,and operate a CEMS for measunng S0.Iconcentrations and either 020r C0:lconcentranoDS at the?utlet oftbe SO:zcontrol device (or the outlet of the steam generating unit uno S02coDtrol device
.IS~), and shal! recordth~ output of.the system. The OWner or operator of an affected facilitysubJe:t to the percent reduction requirements Under §60.42c sbaJl measure SOzconcentrationsand ~ther O:2or CO:zConcentrations at both the inlet and outlet ofthe S0:2contro] device.
(b) The l-hour a:,e~a8eS0e.rcission rates measured by a CEMSshaU be expressed inng/J orJbf.MMBtu heat mput and shall be nsed to calculate 'tbp-average emission rates under §60.42c.
(
(-
Each l-bour average S0Jemission ratemust bebased on.atleast 30 minutes' of operation. andshallbe calculated using thedatapoims required under §60.13(h)(2). Hourly S~emission ratesare not calculated if the affected facility. is operated less than30 minutes in a l-hour period and·are. not counted toward determination of a steam generating unit operatingday.
(c)The pro2eduresunder §60.13 shallbe followed for installation. evaluation. and operetion oftheCEMS. .
(1) A;ll C~MS shallbe operated in accordancewiththe applicable procedures under'Performance-Specifications 1.2. and 3 of appendix B of \}lis part. . ,
(2)Quarterly accuracy detenninatio~ anddaily calibration drift testsshallbeperformed inaccordance withProcedure 1 of appendix F ofthis part. .
. .(3)For affected facilities subjectto thepercentreduction requirements under §60.4'2c. the spanvalueof theSOzCEMS at the inlet to the SOzcontrol device shallbe 12S.perceJ)tofthemaximumestimatedhourly potential SOiem.ission rate ofthe ~el combusted, and the span value of theS01CEM$ attheoutletfromthe S01.control device shallbe SO percentof themaximumestimated hourly potential S~emission rateofthefuel combusted.
(4) For affected facilities that arenot Subject iothepercent reduction requirements of§60.42c.thespan valueoftheS01.CEMS at the outletfrom the S01.control device(orou~let of\he steamgenerating unit.ifno SChcontrol device is used) shall be lZ5 percentof themaximum estimated .
·hourly potential S~emission rateof the fuelcorobusted.
(d) As an alternative to operating a GEMS at theinlet to the S~control device(oroutlet of thesteam generatingunit ifno S(hcontrol. device is "USed) as required underp~h.(a) of thissection. an owner or operator may electto determine the average.S(},;en:Iission. rete 'r:Jy samplingthe fuel prior to combustion-As 'an alternative to operatinga CEMS at the outletfrom theS01.control device(or outletof.tbe steam generating unit ifno SQzcontrol deviceisus~ asrequiredunderparagraph (a) of this section.an owner or operatormay elect to ck:\emrlne theaverageSCbemission rateby usingMethod 6B of appendix A oftbis part. Fuelsampling shall byConducted pursuantto eitherparagraph(d)(l) or.(d)(2) of thissection,~eth~d 6Bofappendix Aofthis part shallbe conducted 'pursuant to paragraph (d)(3)of this section.
(l).For affectedfacilities cornbnsting coal or oil,coal or oil samples shallbecoll~ daily inlID
· as-fired condition atthe inlet to the steamgenerating unit and rroalyzed. for sulfur co~t and, .heatcontent according the Method19 of appendix A o(this part.Method 19ohppendixA.ofthispart provides proceduresfor convertingthese measurements inti? the format to be used mcalculatingthe average SOinput rate.
(2) As an alternetivefuelsemplingprocedure for affected~aciliti~ .corob~g oil,oilsampks• -" _'_.J I.:-__ .\.._ ~'Al t,mlr fM r,~r.h!:team.~eneratiD~Ulllt.inunedi~ly~:~!Uel
of the fuel analysis taken aftereach new shipment of oil is received shall be used as the dailyvalue when calculilline 'h'e 3().riily rl)l}ine average until the next ~hipm~nl is rec'cived. If the fuelanalysisshows that the sulfur content in Ihe fuel tank is greater than 0.5 weight percer:t suJfu:,the owner or operator shall ensure that the sulfur contentofsubsequent oil shipments is Iowenougb 10 cause \be 30-<.lay rolling average sulfur content to be 0.5 weight percent 'sulfur or less.
, (3)Method 6B of appendix A of thispart may be used in Iieu ofCEMS to measure S.Chal theinlet oroutlet of the S02conlrol system. Aninitial stratification test is required to verify theadequacy of the Method6B of appendix A ofthispart sampling location. The stratification testshall consist of threepaired runs of a suitable S~and C02measuremenl train operated at thecandidate location anda second similar trainoperated according 10 the procedures in §3.2 andthe applicableprocedures in section 7 ofPerformance Specification 2 ofappendix B of this part.Method 6B of appendix A of thispart, Method 6A of appendix A of this part, or a combinationof Methods 6 and 3 of appendixA of this part Or Methods6C and 3A ofappendix A of this panare suitable measurement techniques.IfMethod 6B of appendix A of this part is used for thesecond train, sampling time and timer operalionmay be adjusted for the stratification test as longasan adequatesample volume is collected; however, both sampling trains are to beoperatedsimilarly. For the location to be adequate for Method6B of appendix A of thispart 24-boUr tests, (the mean of the absolute difference between the three paired runs must beJess than. Iapercent(OJ0).
(e) The monitoring requirements ofparagraphs (a) and (d) ofthis section shaJJ not apply toaffected facilities subject to §6Q.42c(h) (J), (2),or (3) where the owner or operator of theaffected facility sew to demonstrate compliancewith theS0:2standards based on fuel suppliercertification, as describedunder §60,48c(i), as applicable.
(f) The owner'or operator of an affectedfacility operating a CEMS pursuant toparagraph (a)ofthis section, or conductingas-fired fuel samplingpursuant to paragraph (d)(J) ofthis sectionshall obtain emission data for at least 75 percent"oftbe operating hours in at least 22 out of30su.ccessi."e steam generating unit operating days.Ifthisminimum data requirement is not metwith a ~m?1e mOIllt~nng system, the owner or operator of'the affected facility shall supplement
, the e.:m;slon data withdata collected with other monitoring"systemsas approved by theAdministrator. . .
Link to an arnen~ent j2.Ublished at 76FR3523) Jan. 20,20] 1.
(a) Except as provided in ~a:agraphs (c~, (d), (e), (1), and (g) of this section.. theowner oroperatorofan affected facih~ cornbusting coal, oil, or wood that is subjectto the opacitystandards under§60 43c shall install alib' te . .. . . , era) mamtain, and Operatea continuous opacityznomtonng syst~ (COMS) for lneasuring theopacity of the emissionsdischarged to the8tm.osphere andre:0rd the ou~ur of the system. The owneror operatorolan affected facilitysubject to anCOpaClly standard III §?0.43~(c) and thatis Doi required to install a COMS due10 ' t ..paragraphs ( ), (d),.(e), Or(i) of this section thatelectsDOt to install a caMs shall conduct aperformance lest ~gMc~od 9 ~fap,PCDdix A-4 oftb.is part and theproceduresin §60.J1 todezn~te compliancewith theapplJcable limil in §60.~3c and shall Comply ~th 'either
(
paragraphs (aX}), (a)(2), or (a)(3) of thissection. If during the initial 60minutes'ofobservationall S-minute averages are less than 10percent and allindividual15-second observations are lessthan ore:ual \020 percent, tlieobservation period may be reduced from 3 hours to60 minutes.
(l ) ~xcept asprovided inparagraph (a)(2) and (a)(3)of thissection;·theowner oroperator ~ha1lconduct subsequent Method 9 ofappendix A-4of this partperformance testsusing theprocedures mparagraph (a)~f this sectionaccording to theapplicable schedule inparagraphs~a)(l)(~ through (a).(l)(iv) ofUris section, as determined by themost recent Method 9 of .appendix A-4 of thispartperformance test results.. .
(i) Ifno visibleeinissions areobserved, a subsequentMethod 9 ofapi>endix A-4 of\his partperformance testmustbecompleted within12calendar months from thedate thatthemostrecentperformance test was conducted;
(il) Ifvisibleemissions are observed b~t themaximum' 6-minute average opacitY is less than. orequal.to 5 percent, a subsequent Method 9 of appendix A-4'ofthispart performance test must becompleted within 6 calendar months from thedate that themostrecent performance: test Wasconducted; . .... .'
(iii) If the maximum 6-roinute average opacity is greater than 5percentbutless than or equal to1Opercent, asubsequent Method 9 of appendix A-4 of thispart performance testmustbecompletedwithin 3 calendar months from thedate thatthemostrecentperformance test wasconducted; or
(iv) Ifthe maximum 6-=roinute averageopacityis greater than i 0 percent, a subsequent Method 9of appendix. A-4 of this partperformance testmustbe completed within ~o calendar days from .the date that them~~ recentperformance test was conducted.
(2) Ifthe maximum 6-minute opacity is less than10 percent during the most recent Method 9 ofappendix A-4 of 1?is part performance test, theowner or operator may) as an e1teroative to . '.performingsubsequent Method 9 of appendix A-4 ofthis partperformance tests. electtoperform subsequentmonitoring usingMethod22 ofaJlpencllit A-7 of this partaCCOI~g 10 theprocedures specified in paragraphs (a)(2)(i)and (il) of thissection.
(1) Theowner or operator shanconduct 10 minute observatio~ (duringno~a1 °Ftion).eachoperating day theaffected facility fires fuel forwhich anOpaClty standard1Sapplicableusing
Method' ')2 of appendixA:-7 of thispart and demonstrate that the sumofIDe .0000000ences ofanyvisible emissions is not in excess of 5percent of the observation period ( Le. ,30 seconds per 10
.minuteperiod). If the sum of the occurrence of any visibleemissionsis greater than.30secondsduring the initiaf 10 minute observation, immediately conduct a 30 minute obsc.rY~oD.1ftbe .sumof the occurrence of visibleernissions is greater than 5 percent of the observation period (
• f o Q() !':econdc;oer 30 minute oeriod) the owner or operator shall eitheI_~oeurnent. ~~.~ust the' .
procedures in paragraph (a) of thissection within 30 calendar days according 'to the requirementsin §60A5c(a)(g), -
(ii) Ifno visible emissions arc observed [Of 30 operating days during which a..: opat:i.ty stendardis applicable, observations canbe reduced [0 once every 7 operating days during w~lch anopacitystandard is applicable. If anyvisibleemissions are observed, daily observations shaJJ beresumed. -
(3) If themaximum 6-minute opacityis Jess than 10 percent during the most recent ~ethod 9 ofappendix A-4 of thispartperformance test, theowner_ or operator may, as an alternative 10
performingsubsequent Method 9 of appendix A-4 performance tests, electto performsubsequentmonitoringusing a digital opacitycompliance system according to a site-specificmonitoringplan approved by theAdministrator. The observations shall be similar,but notnecessarily identical, to therequirements in paragraph (a)(2) of this section. For referencepurposes in preparing themonitoring plan, see OAQPS "Determination ofVisible EmissionOpacityfrom StationarySources Using Computer-Based Photographic AnalysisSystems." Thisdocument is availablefrom theU.S.Environmental Protection Agency (U.S. EPA); Office ofAirQualityand Planning Standards; SectorPolicies andPrograms Division; Measurement'PolicyGroup (D243--02), Research Triangle Park,NC 27711. This document is also availabfe on tbeTechnologyTransfer Network (TIN) underEmission Measurement Center PreliminaryMethods.
(b) An COMS shall be' operated in accordance with the applicable procedures Under PerformanceSpecification1 of appendix B of thispart.The span valueof the opacity COMS shall be between60 and &0 percent.
(c) Owners and operators of an affected facilities that bum only distillate oil thatcontains nomore than 0.5 weight percent sulfur and/or liquid or gaseous fuels with potential sulfur dioxideemission rates of26 ng/J (0.060 lblMMBtu) heat input or Jess and that do Dot use a postcombustion technology to reduce~02 or PM emissions and that are subject to an opacitystandard in §60,43c(c)arenot required tooperate a COMS if they follow the applicableprocedures in §60.48c(i).
(d).Owners 0: o~t?rs complying with thePM emission limitby Using a PMCEMS must "calibrate> mamtairi) o~te, ,and record the output of the system for PM emissions discharged 10the atmosphere as specified in ¥60.4S-c(c~.The CEMS~ed in paragraph §60.45c(c) shall beoperated anddatarecorded during aJl periodsofoperation of the affected facility except for~Sbr~downs andrepairs,Data is recorded during calibration checks andzero and spanadjustments. )
(e) Ownersand operatorsof anaffected facility that is subject to an opacitystandard in§60.4~e(c) and that does not USe po~~combustion technology (except a wetscrubber)for
- rcducmg ~M, 802, or carbon rnonoxide (CO) emissions, burnS only gaseous fuels Or fuel oils '~at ~Dtain Jess tkan or equal to 0.5weight percentsulfur, and is operated suchIbat emissions of \..-o d.isFbnrgedto the atmosphere from theatrecledfacility are maintained at levels less than or
equal t~ 0.15 lh!MMBtu on a boileroperating dayaverage basis is Dot required to operatea. .. '. .
\'"
COMS. Owners an?operators of affected facilities electing to complywifuthisparagraph mustde!D0nst:ate compliance according to the procedures specifiedinparagraphs (eX}) through (4) ofthis section; Or .."
'" (1) You must monitor CO emissions'using a CEMS according to the procedures specified inparagraphs (eXl)(i) through (iv) of this section. .
(i) 1?~ CO.CEMS mustbeinstalled, certified;rnaintafued, and operatedaccording to the .provisions In ~60.58b(i)(3)of subpartEb of this part . . '. .
(ii) Each l-hour COemissions average is calculated using the datapoints generat~d by the COCEMS expressed in parts permillion by volume corrected to 3 ~ce.nt oxygen (drybasis).
" .(iii) At a m~um,.~alid l-hour CO emissions averages'must be obtained for at least90 percentof the operatmg hourson a 30-day rolling average basis.The 1-houraverages arecalculatedusing the datapoints required in §6~.13(h)(2).
(iv) Quarterly accuracy determinations~d daily cilibration drifttests fOI the CO CEMS mustbeperformed in accordance withprocedure 1 in appendix F of this part, . . .
(2}You must calculate the l-hour average CO emissions levels for each steam generating unitoperating' day bymultiplying the averagehourly CO output concentration measured by the COCEMS times thecorresponding averagehourly flueges flow rate and divided by thecorresponding average hourlyheat input to theaffected source. The 24·ho\.lI average COemission level is determinedby celculatingthearithmetic? averageofthe hourly COemissio~
levels computedfor each steamgenerating unit operating day. .
(3) You must evaluatethepreceding 24-houraverage CO emissionlevel eachsteam generatinguni1:; operatingday excludingperiods of effected source startup,sbotdown, or ro~cqon. If the24-hour averageCO emission level is greaterthen0.15 lbIMMBtu, you must initia~ .mvescgationofthe relevantequipment and control systems within 24 hours?ftbe first discoveryof the high emission.inciOent and,take the appropriate correctiveaction assoon~ ~racticable toadjust-control settingsor repairequipment to reduce the 24-hour average'CO CDUSSlon le-vel \00.151bllVIMBtU"orless.· ..'
(4) You roUS!. record theCOmeasureID~ts and calculations performed ~cor~ to paragraJlh(e) of this sectionand any corrective actions taken. Therecordof co.n~ctiVe ~ti~n taken mustinclude the dateand time during which the 24-hour average CO ~SSlO? levelwas greater than0.15 lbIMMBtu, and the date. time. and description of the corrective action.
'(f) Own~ andoperators of anaffected facility thatis supj~ to an opacitystBn~d in ..§60.43c(c) andthat uses a bagleakdetection system.~ mOlll~r the perf0r.roan.c: ofa~c filter
(g' Ownersand operators of an affected facility Inat is subject te an opacity standard in§iO.43c(c) and that bums onlygaseous fuels or fuel oils that cont~n less ~an .or equal to 0.5veweight percent sulfur and operates accordingto a written sile-Spec!fic m~mt?nng plan ~p~ro dby thepermitting authority is not required 10operatea C?1~S. This ~lonJtonllgplan mustincludeprocedures and criteria for establishing andrnonnonng specific parameters for theaffected facility indicative of compliance with the opacity standard.
[72FR32759, June 13,2007, as amendedat 74FR5091,Jan.28, 2009)
§ 60.48c Reporting and recordkeepln.g requirements.
(a) The owner or operator of each affectedfacilityshall submit DOti1iC~tiOD ofthe date.ofconstruction Orreconstruction and actual startup, as provided by §6.0.7 of this part.Thisnotification shall include:
(1) The design heat input capacity of the affected facility and 'identification offuels to becornbusted in the affected facility..
(2) Ifapplicable,a copyofany federally enforc~able requirement that limits the annual capacityfactor for any fuel or mixtureoffuels under §60,42c,.or§60.43c.
(3) The annual capacityfactorat which theowner or operatoranticipates operating the affectedfacility based on all fuels fired and based on each individual fuel fired.
(4) Notification ifan emerging technology will beused for controlling S·02emissioDs. TheAdministratorwill examine the description ofthe control device and will determincwhetber thetechnology qualifies as an emerging technology.In makingthis determination, the Administratormay require the owner or operatorofthe affected facility to submit additional informationcencemirig the control device. The affected facility is subject to the provisions of§60.42c(a) or(b)(l), unless and until this determination is made by the AdministI:ator.
(b) The owner or operatorofeach affected facility subject to the SO:i.emission limits of §60,42c,or thePM or ~~~ty limitsof §60.43c, shall submit to theAdministrator the performancelestdata~m the mitial andanysubsequentperformance testsand, If'applicabje, theperformanceevaluationofthe .CEMS and/or COMS using the applicable performance specifications inappendix:B ofthispart.
(c).II: addi~on to the npplicaple requirementsin §60.7, theowner or operator of an affectedfacility su?Je~ to the opacitylimits in §60,43c(c) shall submit excess emissionreports for anyexcess e.D1lSSl0~ from the affected facilitythat occurduring the reporting period and maintainrecords according to the.requirements specifiedin paragraphs(eXl) through (3)oftbis seCtion·as applicable to the visibleemissionsmonitoring method used. >
(1) For eaTkormance testcon?ucted.using ~ethod 9 of appendix A-4 of'thisPart, theowner ( ..or operat~: all.eep~e records mcludmg theinfonnationspecified in paragraphs (cXlXi)through (Iii) ofthis section..
(i) Dates andtime intervals of allopacity observation periods;
(ii).N~e) affi1iatio~ and copy of current visible emission ;eadingcertification fo;each v isib1eemrssionobserver participating in the performance test; and .
. (2) Foreachperformance testconducted using'Method 22 of appendix A-4 of this part, theowner.oroperator shall keepthe records including the information specified inparagraphs(C)(2)(1) furough (iv)ofthis section. .
(i) Date.s andtime intervals of allvisibleemissions observation periods;
(ill Name andaffiliation for eachvisibleemission observer participating imhe performance test;
(iii) Copies ofallvisibleemissionobserver opacity field datasheets; and
(iv) Documentation of any adjustments madeandthe time the adjustments were. completed to theaffected facility operation by the owneror operator todemonstrate.compliance with theapplicable monitoring requirements, . .
(3) For each digital opacIty compliance system, theowneror operator shall~aintain records andsubmit reports according to therequirements specified in the site-specific monitoring planapproved by the Administrator
. .(d) The owner or operator ofeach affected facility subject to the S01emission limits, fuel oilsulfur limits. or percentreductionrequirements under§60.42cshall submit reports to the'Administrator. . .
(e) The owner or operatorof each affected facility subject to the SOzernission limits. fuel oilsulfur limits, or percentreduction requirements under§60.42c shall keep records and submitreports as requiredunderparagraph (d)of this section,includingthe following information, asapplicable, .
(l) Calendar datescovered in the reporting period.
(2) Each 30.<Jay average S0lernission\ate (n~J orlb'MMBtu1 or 30-day average sulfu: CQD~t(weight percent) calculatedduring the reporting period, endingwith the.~ 3()..day period;reasons for .any noncompliancewith the emission standards; and a description ofcorrectiveactions taken.
. (3) Each 30.&y average percent of potential S~emis~ion rate ce.lcul~ted d~g tho rer>r,tffig.•• .~- - .. ..!.L .c , __. nt»: ,lo.... """,",All' rl':!\.~onR·foranynoncorD'pliance mth the eWSSlon
(4) Identification of any steamgenerating unit operating days for which SO:<or diluent (02or .CO;» data have not beenobtained by an approved method for at least 75 percent of the operannghours; justification for not obtainingsufficient data; and a description of corrective actions taken.
(5) Identification of any limeswhen emissions datahave been excluded from the calculation ofaverageemission rates; justificationfor excluding data; and a description ofcorrective actionstaken if data have been excluded for periods other than those during which coal or oil were notcomDusted in the stcam generating unit.
(6) Identification of theF faclor used in calculations, method of determination, and type o~fuelcombusted.
(7) Identification of whetheraverages have been obtained based on CEMS rather than manualsampling methods.
(8) ]fa CEMS is used, identification of any limeswhen the pollutant concentration exceeded thefull spanofthe CEMS.
(9) JIa CEMS is used, description of anymodifications to the CEMs that could affect the abilityof the CE~S to complywithPerformance Specifications2 or 3 ofappendix B ofthis part.
(l0) Ifa CEMS is used, results ofdaily CEMS drift tests and quarterly accuracy assessments asrequired under appendixF, Procedure 1 of this part.
(11) If fuel supplier certificationis used to demonstrate compliance, records of fuel suppliercertification as described Under paragraph.(1)(J), (2), (3), or (4) of this section, as applicable.Inaddition to records of fuel supplier certifications, the report shall include a certified statementsign.ed b~ the owner Oroperator of the'affected facility that the records offuel supplier .certifications submitted represent all of the fuel cornbustcd during the reporting period.
(f) Fuel supplier c·ertiiication shall include the following information:
(1) For distillate oil:
(1) The name of the oil supplier;
(ii) A.~teme~t ~m the oil supplier that the oil complies with the specificationsunder thedefinition ofdistillate oil in §60.41c; and .
(ill) The sulfur cont~nl or maximum sulfur cont~t of the oil. .'
(2) For residual oil:
(1) The name oftbe oil supplier;
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l
'(il) The 10cati6~ oftheoilwhen \he sample wasdrawn for analysis to determine the sulfurco~t~t of the011) specifically including whether theoil wassampled asdelivered to theaffectedfacility, orwhether the sample was drawn from oil in storage atthe oil supplier's oroil refiner'sfacility) or other location;. . .
(iii) Thesulfur content of the oil from whichthe shipment came (or of the'shipment itself)· -and.' ,
(iv) Themethod used to determine thesulfur content of theoil:
(3) For coal:
(i) The Dame ofthe coalsupplier;
. (ii) The location ofthecoal when thesamplewascollectedfor analysis to determine theproperties ofllie coal) specifically including whether thecoal was sampled as delivered to theaffectedfacility orwhether the' sample wascollected from coalin storage atthemine, at a coalpreparation plant, ata coal suppliers facility, orat another location. Thecertification shallinclude the name ofthecoalmine (andcoalseem) coal storage facility) orcoal prep!U8tion plant(where the sample was collected); .
(ill) The results ofthe analysis ~f the coal from which the shipment came (orof the shipmentitself)including thesuifur content. moisture content, ashcontent, andheat content; and
(g)(l) Except asprovided underperegrapbs (g)(2) and(g)(3)of this section) the owner oroperatorof eachaffected facility shall recordandmaintain records oftheamount ofeach fuel
cOIn~usted duringeachoperating day..' "
(2).As analternative to meeting-me requirements ofparagraph (g){1)ofthis~on, the owner or. operator of anaffectedfacility thatcombusts onl,y natur~ gas) wood, fuels using fuel .
certifica;tion"in §60.48c(f) to demonstrate compliance Wlth'the S01standard, fuels notSl\bject toan emissions standard (excluding opacity), ora JUi:;tture of these fu~15 may electto record ~d
unit where the onlyfuels cornbusted in any steam generating unit (including steam generatingunits not subject to this subpart)at that properly are naH!I21 gas, 'Wood, distillate oil meeting themost current requirements in §60.42C 10use fuel certification to demonstrate compliance withthe S~standard, and/orfuels, excludingcoal and residual oil, not subject to an emissionsstandard (excludingopacity)may elect 10record and maintain recoIds of the lotal amount ofeach steam generating unit fuel delivered to that property during each calendar month.
(h)The owner or operator of each affected facility subject to a federally enforceable requirementlimiting the annual capacityfactor for any fuel or mixture offuels under §60.42c or §60.43cshallcalculate the annual capacityfactor individuallyfor each fuel cornbusted. The annual capacity
. factor isdetermined OJ) a J2-month rolling average basis with a new annual capacity factorcalculated at the end of the calendarmonth. .
(i) All records required under this section shall be maintained by the owner Or operator oftheaffected facility for a period of twoyears following the date ofsuch record. .
6)Thereporting period for the reports required under thissubpart is each six-month period. Allreports shall be submitted to theAdministratorand shall be postmarked by the 30th dayfollowing the end of the reportingperiod. .
[72FR 32759, June 13,2007, as amended at 74 FR 5091. Jan. 2&,2009J
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Appendix C
Subpart AAa~landards ofP~rformance for SteelPlants: Electric Arc Furnaces and Argon-OxygenDecarbunza"tion Vessels ConstructedAfter August17, 1983
"§ 60i7Da Applicability and designation of affected facility.
(a) The provisions of this subpart are applicable \0 thefollowing affected facilities in steel plantsthat produce carbon, alloy, or specialty steels: electric arc furnaces, argon-oxygen "decarburization vessels, and dust-handling systems.
(b)The provisions ofthis subpart apply \0 eachaffected facility identified .in paragraph (a) of thissection that commences construction, modification, or reconstruction after August 17, 1983.
§ 60,271n DelJnitjon$. .
As·used in this subpart, all terms not defined herein shall have the meaning given them in the Act.and in subpart A ofthis part. . -
Argon-oxygen decarburization vessel (AOD vessel) means any closed-bottom, refractory-linedconverter vessel with submerged tuyerestbrough which gaseous mixtures containing argon andoxygen or nitrogen may beblown intomolten steel for further refining.
Bag leak detection system means asystemthat is capable ofcontinuouslymonitoring relativeparticulate matter (dust)loadings in the exhaust of a baghouse to detect bag leaks and'otherconditions that result ~ increases inparticulate loadings. A bag Ieak detection system includes,but is not limited to, an instrument that operates on triboelectric, e)ectrodyn.ami<; light scattering,light transmittance, or other effect to continuously monitor relative particulate matter loadings.
Capture system means the equipment (including ducts, hoods, fans, dampers, etc.) used tocapture or transport particulate matter generated by an electric arc furnace or ADD vesselto the-airpollution control device.
Charge means the additionofironandsteelscrapor othermaterials into the topof an electricarcfurnace or the addition of moltensteelor other materials into the top of an AODvessel.
Control device means the airpollution control equipment used to remove particulate matter fromthe effluent gasstream generated by.an electric arcfurnace or ~OD vessel, . .
Direct-shell evacuation control system (DEC system) means a system that maintains a negativepressure within the clectric are furnece above theslag or metal and ducts emissions to the controldevice. .
Dust-handling system means equipment us~d tohandle particulatematter collected by the controldevicefor an electric arc furnace or AOD vessel subject to thi~ subpart. For thepurposes of'thisSUbpart, thedust-handling system shall consist ofthe control device dust hoppers, the dust-conveyinzecuinment ;mv ('pnh-->l rI",.. .....A --"::__ • _ .••• '" ,. .• - -
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mill: pelletizer): dusttransfer equipment (from storage t~ truck), and any secondary controldevices used withthedust transfer equipment. .
Electric arc furnace (EAP) meansa furnace thatproduces molten steel andhealsthe chargematerials withelectric arcsfromcarbonelectrodes. For thepurposes ofthis subpart, an EAF~all consist of.the furnace shell androof and thetransformer. Furnaces that continuously feeddirect-reduced ironorepelletsa~ theprimarysource of iron are not affected facilitieswithin thescope ofthis definition.
Heatcycle means theperiod beginning. whenscrapis charged to an emptyEAF and ending whentheEAF tap is completed or beginningwhenmolten steel is charged to an emptyAOD vessel~d endin~ whenthe ADD vessel tap is completed.
Meltdown andrefining periodmeans the timeperiod commencingat the tenclnation of the initialcharging periodand ending at the initiationof thetappingperiod, excludingany intermediatecharging periodsandtimeswhen power to theEAF is off. .
Melting means.tbat phaseof steelproduction cycle duringwhich the iron and steel scrap isheated to the molten state.
Negative-pressure fabricfilter means a fabric filter with the fans on the downstream -sideof thefilterbags. .
.'
Positive-pressure fabric filter meansa fabric filterwith the fans on theupstreamside of the filterbags.
Refining means thatphase of the steelproduction cycleduringwhich undesirable elementsareremoved from the molten steel andalloys are addedto reachthe final metal chemistry.
Shop means the building which houses oneor more~s or AOD vessels.
Shop opacitymeans thearithmetic average of24 observations ofthe opacityof emissions fromthe shoptaken in accordance with Method 9 of appendix A ofthis part.
Tap means the pouringof moltensteel froman EAF or ADD vessel.. .
Tappingperiodmeansthe time periodcommencing at themoment an EAFbegins topo~molten steel and endingeither three minutes aftersteelceasesto flow fromanEAF) or SlX
minutes after steelbegins to flow;wbichever islonger..
[49FR 43845, Oct.31,1984, II.S amended at 64FR 10110, Mar. 2,1999; 70 FR 8532) Feb.22,
2005)
§ 60.zn1l Stundard for psrtlculate nilltler-,
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(a)on and after the" daleof which theperformance I~t require~ to beconduct.~d by§(}0.8 iscompleted, "no owner or operator-subject to the provisions of this subpart shaJl. cause to bedischarged into theatmosphere from anEAF or anAOD vessel any gases which:
(1) Exit from a control devj~e and contain particulate matter in ~xcess of 12mg/dscm (0.0052
gr/dscf); .
(2)Exit from a c~ntrol device and exhibit3 percent opacity or greater; and
(3) Exit from a shopand,duesolelyto the operations of any affected EAF(s) or ADD vesse1(s),exhibit6 percent opacity or greater.
(b) On and afterthe date onwhich theperformance test required 'to"be conducted by §60.8 iscompleted, no owneror operator subject to theprovisions ofthis subpart shall ca~~ to bedischarged into the atmosphere from thedust-handling system any gases that exhibit lO percentopacityor greater.
§ 60"27~a" EmJS$ioll monitoring.
(a) EXcept as provided underparagraphs (b) and (c)of this section, a continuous monitoringsystemfor the measurement of the opacity ofemissions dischargedinto the atmosphere from thecontrol device(s) shallbeinstalled, calibrated, maintained, and operated by the owneror operatorsubjectto the provisions of thissubpart.
(b) No continuous monitoring system shallbe required on any control deviceservingthe dusthandling system..
(c) A Continuous monitoring system for the-measurement ofthe opacity ofemissions dischargedinto the atmosphere from the control device(s) is not required on any modular.multi-sroc.k;negative-pressure or positive-pressure fabric filter ifobservations of !be opacity of.the visibleemissions from the control device are performed bya certified visible emission observer; or onanysingle-stackfabric filter if'visibleemissions from the control device areperformed by acertified visibleemission observer and theownerinstalls and continuouslyoperates a bag leak"detection system accordingto paragraph (e)ofthis section, Visibleemission observations shallbe conducted at least onceper dayfor at least three 6-minuteperiods whenthefumace is .operatingin !bemelting andJ."efining period:All visibJe emisslons observations shall beconducted in accordancewith Method 9. IfvisibJe emissions occur from" morethan onepoint,theopacity shall berecordedfor any pointswhere visible emissions are observed.. Whereit ispossible 10 determine that a numberof visible emission sitesrelate to only oneincidentofthevisible emission, only one set of three6-minute observations will be required.In thatcase, theMethod 9 obse:vations"~ust bemade-for thesite ofhighest opacity that directlyrelates to the- "\"cause (or Iocation) ofvisible emissions observed during a single incident Recants shall b«.. "inaintairied of any 6-minute avenge that is~ excess of the "emission limit SP~e9"in ,.
"§60.272a"(a). "" :
\
(d)A~ace stati~ pressure monitori'ni?, device is ~ot requiredon any E~.F equipped with a DECsystem Ifobservations of shopopacity are performed by a certified visible emission observer asfollows: Shopopacity observations shallbe conducted at least once per day when the furnace isopeIiltmg inthemeltdown and refining period. Shop opacity shan be determined asthearithmetic average of24 consecutive IS-second opacity observations of emissions from the shoptaken inaccordance with Method 9.Shop.opacity shallbe recorded for anypoint(s) where visibleemissions are observed. Whereit is possibleto determine that a number of visible emission sitesrelat~ toonlyone incident of visible emissions, onlyone observation of shopopacity will bereqeired..ln thiscase, theshopopacity observations must be made for thesite of highest opacitythatdirectly relates to the cause(orlocation)ofvisibleemissions observed during a singleincident .
(e)Abagleak detection systemmustbe installedand continuously operated on allsingle-stackfabric filters if the owner or operatorelects not to installand operate a continuous opacitymonitoring systemasprovided forunderparagraph(c) ofthis section. In addition, the owner oroperator shallmeet thevisibleemissions observation requirementsin paragraph (c) of thissection. The bag leakdetection system must meet the specificationsandrequirements ofparagraphs (eXl) through (&)of this section. .
(1)Thebag leakdetection system mustbe certified by themanufacturerto be capableofdetecting particulatematteremissions at concentrations of 1 milligram.per actual cubic meter(0.00044 grains per actual cubicfoot)or less. '.
(2)Thebag leak detection systemsensormust provide output ofrelativeparticulate matterloadings and the OWD~r or operator shall continuously recordthe outputfromthebag leakdetection system usingelectronic Or other means ( e.g., using a strip chartrecorder or a datalogger.) . . '
(3)Thebag leak detection systemmust be equippedwith an alarm system. that will soundwhenan increase in relativeparticulate loading is detectedoverthe alarm. setpointestablishedaccording to paragraph (e)(4)of this section, and the alarmmust be located such that it canbebeard by the apprcpriate plant personnel.
(4)For each bag leak detection systemrequiredby paragraph (e) ofthis section, the owner oroperator shall developandsubmitto the Administrator or delegated authority, for approval. asite-specific monitoring plan thataddressesthe itemsidentifiedin paragraphs (1) through (v) ofthisparagraph (eX4). For eachbag le~ detection system thatC?perat:s.based o~ the ~boelectric'effect,the monitoringplan shallbe consistentwith the recommendations contained In theU.S.Environmental Protection Agenr;y guidancedocument"FabricFilter BagLeakDetectionGuidance"(EPA-9S4fR.-9&-015).1be owner or operatorshalloperat~ andmaintain thebag leakdetection system according to~e site-specificmonitoring plan at all tunes.Theplanshalldescribe the following: .
(i) Installation of thebag leak. detectionsystem;
(
(ii)Initial and periodicadjustment of the bag leak detection system including how the alarm setpoint will be established; .
(iii) Operation of the bag leak detection system includingquality assurance procedures;
(iv)How the bag leak detection systemwillbe maintained including a routine maintenanceschedule andspareparts inventory list; and . -
(v)How the bag leak detection systemoutput shall be recordedand stored.
(5) The initial adjustmentof the systemshall, at a minimum, consist of establishing the baselineoutput by adjusting the sensitivity (range) and the averagingperiod of the device, andestablishing thealarm set points and the alarm delay time(ifapplicable).
(6)FolJo~g initial adjustment, the OWDer or operator.shall not.adjust the averaging peri od,alarmset pOIDI, or alarmdelay time Without approval from theAdministrator or delegatedauthority except as providedfor in paragraphs (e)(6)(i)and (ii)of this section,
(i) Once per quarter, the owneror operator may adjustthe sensitivity ofthe bag leakdetectionsystem to account for seasonaleffects including temperature and humidity according to theprocedures identified in the site-specific momtoring plan required UD?erparagraphs(e)(4) of thissection.
(ii) lfopacities greater than zero percent are observed over four consecutive IS-secondobservations during the daily opacityobservationsrequired under paragraph (c) ofthis sectionand the alarm on the bag leak detection system does not sound, the 0W?cr Or operator shalllowerthe alarm. set point on the bag leak detection system to a point where the alarm would havesounded during the period when the opacity observations were made.
. .(J) For negative pressure, inducedair baghouses,andpositivepressure baghouses that eredischarged to the atmosphere through a stack. the bag leak detection sensor must be installeddownstream of the baghouse andupstream of anywet scrubber. .
(8)Where multiple detectors are required, the system's instrumentation andalarm maybeshared .among detectors. "
(i) For each bag leakdetection system installed according to paragraph[e) ofthis section, the.owner or operator shall initiate procedures to deten:nine the cause ofau alarms within 1 hour ofan alarm. Exceptas provided for under paragraph(g) of thissection, the causeof the alarm mustbealleviated within ~ hours ofthe time the alarmoccurred by taking whatevercorrectiveaction(s) are'necessary. Correctiveactions may include,but are not Iirnited to, thefollowing: l(1) Inspecting the-baghouse for airleaks, tom Or brokenbags or filter media,or anyother -condition that may cause ~ increasein particu1at~ emissions; . .'
(2)Scaling offdefective bags orfiltermedia;
\.
(3)Replacing defective bags or filter mediaorotherwise repairing the control device;
(4)Sealing offa defec~ve baghouse compartment;
(5)Cleaning thebag leak detection systemprobe or oth~IWise repairing the bag leak detection~~~. ".
(6)Shutting down theprocessproducing theparticulate emissions.
(g)~ approving the site-specific monitoring planrequir~d in paragraph (e)(4)of this section, theAdm1lllStrat~r or delegated authority may allow ownersor.operators more than 3 hours toalleviate specific".c.onditions thatcausean alarm if the owner"or operator identifies the conditionthatcould leadto analarm in themonitoring plan,adequately'explainswhyit is not feasible toallevi~te the condition within 3 hoursof the timethe alarm occurred and demonstrates that the. ,requested additional time will ensure alleviation of the condition as expeditiously as practicable.
(a)The owneror operatorsubjectto the provisions of-this subpart shallmaintain records ofthefollowing information: .
(]).All data obtained 'UDder paragraph ·(b) of this section; and
(2) All monthlyoperational status inspections performed under paragraph (c) offuis section,
(b) Except as provided under paragraph (e) of this section, the owneror operator subject to theprovisions of this subpart shall check and record on a once-per-shift basis the furnace staticpressure (ifDEC system is in use, and a furnace static pressure gauge is installed according toparagraph (f) ofthis section) and either: check and record the control system fan motor amperesanddamperposition on a once-per-shift basis;install, calibrate, and maintain a monitoringdevice that.continuously records thevolumetric flow rate througheach separately dueled hoed;or install, calibrate, and maintaina monitoringdevicethat continuouslyrecords thevolumetricflow rate at.the control device inlet and checkandrecord damper positions on acnce-per-sbhtbasis.Themonitoring device(s)maybe installed In any appropriate location intheexhaust ductsuchthat reproducible flowratemonitoring" will result,The flow rate monitoring devi<;e(s) shall
.have an accuracy of ±l 0 percent .over its normal operating range and shall becalibratedaccordingto the manufacturer's instructions. The Administrator mayrequirethe owner oroperator to demonstratethe accuracy of themonitoringdevice(s) relativetoMethods 1 and 2 ofappendix A of-this part.
(c)When the oWD~ or operatorof an affected facility is required to demonstrate compliancewllh th~·.c:tllnrurrd~under &60.272afa)(3) and at any other time that theAdministrator may require
(
damperpositions, thevolumetric flow rate through eachseparately dueled hood, or the .volumetric flowrate at the control device inlet andall damperpositions shall be detennmedduring all periods in which a hood is operatedfor thepurposeof capturing emissionsfr?~ the.affected facility subject10paragraph (b) ofthissection. The owner or operator may pennon theAdministrator for reestablishment of these parameters whenever the owner or operatorcandemonstrate to theAdministrator's satisfaction that the affected facility operating conditionsupon which theparameterswerepreviously established arc no longer applicable. The values oftheseparameters as determined during the most recent demonstration of complianceshall b~ .maintained at the appropriate level for each applicable period. Operation at other than baselinevaluesmay besubject to the requirements of §60.276a(c). "
(d)Except as provided under paragraph (e) of thissection, theowner or operator shallperformmonthly operational status inspectionsof theequipment that is important to the performance ofthe total capture system (ie. , pressure sensors,dampers, and damper switches). This inspectionshall include observations of thephysical appearance of the equipment (e.g., presenceof holes in 'ductwork or hoods, flow"constrictions caused by dentsor accumulateddust in ductwork> and fan Cerosion). AJJy deficienciesshallbe noted and propermaintenance'performed.
(e)The owner or operatormay petition the Administrator to approve anyalternativeto eitherthemonitoring requirements specifiedin paragraph (b)oftbis section or the monthlyoperationalstatus inspections specified in.paragraph(d) of this' sectionif the alternative will provide a "continuous recordofoperationof each emissioncapture system.
(f)Except as provided for under §60.273a(d» ifemissions during any phase of thebeat time arecontrolled by the use" of a DEC system. the owneror operator shall install> calibrate, andmaintain a monitoring device that allows the pressurein the free space inside the EAF to bemonitored. Thepressure shall be recorded as lS-.roinuteintegrated averages.The monitoringdevice may beinstalled in any appropriate location in theE.AF or DEC duct prior to theIntroduction ofambient air such that reproducibleresults willbeobtained. The pressuremonitoring device shall have an accuracy of:i:5 rom ofwater gauge over its normal operatingrange and shall be calibrated according to themanufacturer's instructions, .
(g)Except asprovided for under §60.273a.(d» when the owneror operator of anRAP controlledbya DEC is required to demonstrate compliancewiththe standardunder §60.272a(a)(3~ and atanyother time the Administrator may require (under section 114 ofthe Clean AirAct, asamended), the pressure in thefree space inside thefurnaceshall be determinedduring themel~own and-refining per?od(s) using themonitoring device required under paragraph (f) ofthissection. The owner or operator maypetition theAdministrator for reestablishment ofthe pressurewhenever the owner or operatorcan demonstrate to the Administrators satisfaction that tbe EMo~tingconditions Uponwhich the pressures werepreviouslyestablishedare no longer.. .applicable. Thep~e determined duringthe~C?st recent demonstrationof compliance shall be l_~ed at all times when theEM is operating in a meltdown-andrefiningperiod; Operationnthigher pressures may be considered by the Administrator to beunacceptable operation and.~tenance ofthe affected facility. . ' . .
(h) During any p:rformance testrequired under§60.8t and for any.report thereofrequi red by§60.276a(f) of this subpart, or to determine compliancewith §60272a(aX3) of thissubpart, theowner oroperator shallmonitor thefollowing information for all heats covered by the test:
(1)Charge weights andmaterials, and tap weights andmaterials;
(2)Heat times, including start and stop times. anda log ~fprocess operation, including periodsofno operation during testing andthe pressure inside-an EAF when direct-shell evacuationcontrol SYStems are used;
(a)During performancetests required in §60.8. the owneror operator shall Dot add gaseousdiluents to the effluent gasstreamafter the fabric in anypressurized fabric filter collector; unlesstheamount of dilutionis separately determined and considered in the determination ofemissions.... .
(b)Whenemissions from anyE.AF(s) or AOD vessel(s) are combinedWith emissions fromfacilities notsubject to theprovisions of this subpart butcontrolled bya common capture systemand controldevice, the owner or operatorshalluse either or both of the following proceduresduringa performancetest (see also"§60.276a(e)):
(1) Determine compliance using the combined emissions.
(2)Use a method that is acceptable to theAdministrator and that compensates for the emissionsfrom the facilities not subject to the provisionsof this subpart.
(c) Whenemissionfrom anyEAf(s) or AODvessel(s) are combined with emissions fromfacilities not subjeCt to the provisions of \his subpart, the owner or operatorshalldemonstratecompliance with §60.272(a)(3)based on emissions fromo~y the affected facility(ies).
" (d)-Inconducting the performance tests required in §60.8. the owner or.operator shall use asreference methods'andprocedures tb~ testmethods in appendix A of \his part orothermethods:and proceduresas specified in this section, except as provided in §60.8(b).
(e)The owner or operatorshall determine compliance with the particulalematter standards in§60.272a as follows:
(l)"Method 5 shari be used for ~egaliv~-pressu.re fabric filters and othertypes ofcontrol devices. ,. ... r.,.. A_ ..2 :_ ... thOO nO~t".llll);tp·
matter concentration arid volumetric flow rate of the effluent gas. The sampling time and samplevolume for each runshallbe at least 4 hours and 4.50 dscm(160dscf) and. when a single EAF orAOD vessel issampled. the sampling time shall include an integral number ofheats.
(2) When more thanonecontroi device serves theEAF(s) being.tested, the concentration ofparticulate mattershall be determined using thefollowing equation: .
c,;=copceno-ation of particulate matterfrom control device"j". mg/dscm (gr/dscf).
n=totalnumber of control devices tested.
QJ<b-'=Volume!riC flow rate of stack gas'from control device"j". dimlbr (dscUhr).
(3) Method 9 and the procedures of.§60.l1 shallbeused to determine opacity.
(4) To demonstrate compliance with §60.272a(a}(1). (2)", and. (3), the Method 9 t~t runs shall beconducted concurrently withtheparticulate matter test runs.unless inclementweatherinterferes.
(f) To comply with §60.274a (c), (f), (g), and (b), the owneror operator shall obtain theinformation requiJ:W in theseparagraphs during theparticulate matterruns.
(g) Any control device subject to the provisionsof thesubpartshall be designed and constructedto allow measurement of emissions using applicable testmethods and procedures,
(h) Where emissions from anyEAF(s)or AOD vesseJ(s) arecombined with emissions fromfacilities not subject to the provisions ofthis subpart butcontrolled bya common capture systemand control device,the owner or operatormayuse any of thefollowing procedures duringaperformance test:
(1)Basecompliance on control offhe combired emissions;' .•
(2) Utilize a method acceptable to the Administrator that compensates for the emissions from thefacilities notsubject to theprovisions of thissubpart, or; ~ .
(3) Any.combination of thecriteria of'paragraphs (bXl)and (h)(2) of this section.
. (l) Where emissions from any EAF(s) or AOD vessd(s) are combined.with emissions fromfacilities not subject to theprovisions of this subpart, determinations of compliance with ..§60.272a(a)(3) will only be based unon·e:mi.<:silln<1 nriain<>ti"'" f;....._ +l..~ ~a-. _' • .1 r .• !.:..:..r:. ,
(
G) Unless thepresence ofinclementweather makes concurrent testing infeasible: the owner oroperator shall conduct concurrently theperformance testsrequired under §60.8to demonstratecompliance with §60.272a(a) (1)) (2)) and (3)of thissubpart. .
§ 60.276a RecDrdkeeping and reportingrequirements.
(a)Records of the measurements required in §60.274a must be retained for at least2 yearsfollowing the date of the measurement.
(b)Each owneror operator shallsubmita written report of exceedances of the control deviceopacity to the Administrator semi-annually. For the purposesof these reports, exceedances aredefined as all 6-minute periods during whichthe average opacity is 3 percentor greater.
(c) Operation at a furnace static-pressure that exceedsthe value established under §60.274a(g)andeither operationof controlsystem fanmotoramperes at values exceeding;1:15 percent of thevalue established under §60.274a{c) or operation at flowrates lower than thoseestablished under§60.274a(c) may be considered by theAdministrator to be unacceptable operation andmaintenance of the affected facility. Operation at suchvalues shall be reportedto theAdministrator semiannually. .
(d)Therequirements of \his section remain in forceuntil and unless EPA, in delegatingenforcement authority to a Stateundersection 11 1(c) ofthe Act, approves reportingrequirements or an alternative meansof compliance surveillance adopted by SUC? State. In thatevent) affectedsourceswithin theStatewillbe relievedof the obligation to comply with thissection, provided that they comply with the requirements establishedby the State.
... .(e) When the owner or operator of an EAF or AOD is required to demonstrate compliancewiththe standard under §60.27S (b)(2) or a combination of (bXl) and (bX2) the owner or operatorshall obtain approval from the Administrator oftheprocedure{s) that will beused to determinecompliance. Notificationof the procedure(s) to be usedmustbe postmarkedat least30 clays priorto theperformancetest.
(f)For the purpose ~f this subpart, the ower or operatorshall conduct the demonstration ofcompliance with §60.272a(a) of this'subpart and fumish the Administratora writtenreport oftheresultsof the test This reportshall include the following information:
(1) Facility name and address;
(2) Plant representative;
(3)Make and model ofprocess, control device, and continuous monitoringeq~pment;
(4) Flow diagram ofprocess ~d emission capture equipm·ent including other equipmentorprocesa(es) dueled to the same control device;
(5) Rated (design)capacity ofprocess equipment;
(6) Those data required under§60.274a(h) of this subpart;
(i) List of charg~ and tapwelghts and materials;
(ii) Heat times-and process Jog;
(iii) Control device operation Jog; and.
(iv) Continuous opacity monitoror Method 9 data.
(7) Test dates' and test times;
(8) Test company; .
(9) Test company representative;
(10) Test observers from outside agency;
(J 1) Description of test methodology used.including anydeviation from standard referenct?methods;
(g)The owner oroperator shall maintain records ofall shopopacity observations made inaccordance with §60.273a(d). All shop opacity observations in excess of theemission limitspecified in §60.272a(a)(3) of this subpart shall indicate a period ofexcess emission, and shallbereported to theadministrator semi-annually, according to §60.7(~).
(h) The owner or operator shallmaintain thefollowing records for eachbag leakdetectionsystemrequired under §6~.273a(e): .
(l) Records of the bagleakdetection system output;
(2)Records ofbagleakdetection system adjustments, includingthe dateand time of theedjustment, theinitial bagleakdetection system settings, and the final bag leakdetection systemsettings; and
(3)An identification of the dateand timeofall bag leakdetectionsystem alarms, the timethatprocedures todetermine thecause of the alarm were initiated, ifprocedures were initiatedwithin1- hour of thealarm, the cause of thealarm, an explanation of the actions taken, thedate andtimethecause of thealarm was alleviated, andif the alarm was alleviatedwithin 3 hours of the alarm.
176.66 or"tb1& cbevter to the Adrn1n1~ (I) ·Manufactured Il!tor hVrll I, 2006Ire-tor requesting approval to apply en and are not. ora pumpeng1na8, ora1tenu.tlv& to ally requlnmont or (U) MAnUfectnnd u e eerttned Nt.n60.41'10 through ro.U'l4 end 16Ml'lll tlOXle.l }i'lrll Protectaon !.BlloclaUoDAJlpllcatlon or an aJt&nAtlVll to any re- (N1?PA) CITe JlUnJP eni!no ll!t&r Jnly 1.quiromont or ~00.4l'10 through 6Ml'l4 2006.md 160,41'16 18 1n MOOrd&nOIl wit.h thla (3) Ownen LDd operators oC ata6OCtion ~ U60.41'l0 through ro.41'l4 UO!w"y 01 lOE that modifY or recon-
. md 500.41'16 only to the utent that tbe 8troCt their atAUOXlIU"3 Cl ICE &!terpotlljon la approved in wrt~ bY' thll July 11.2005.!dmlntatra.tor. in coIlBllltatlon with (b) The proviBloD8 ot thl8 811bplU"t IIfBthe Jlllrmlttlninut.hortty, Dot a.ypllcw)e to' 8tAtJOn8.rY' OI lCB
being teIltOO el; a.stationary ClI0E teat160.41'16 .Arl~tjonal reqllire:menb to call18Wld.,
provJdo hent inpllt·da~ "" (0) If you are an oWner or pperator or7-'be owner or o1>61'&OOr or t.lIg Budget an aroa. source 1lllb)bot to thlB B'lIbpllft.
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1039.115. AS applIcable. [or all pollut- 89.113 [or all »Ollu tants [or model yearants. (or the same model year and max- 2001 engInes, andlmuxn englne power, (II) The cet1.l0cntlon erntselon stand-
(b) StaWonal'Y CI Internal combos- ards [or new nonroAd 01 engine., In ~o
tlon engtnllmanufacturcra must eertHY CPR 1039..101. ~O ern 1039.1ll5. ~O CPRtheIr 2007 throngh 2010 model year non- 1039.107. 40 CPR 1039.116. and tabla 2 toemersencv BtlltlonBIy Cl ICE w:Jth a thb eubpart. for 2008 modet yelU" andxne.xlmum engme power greater than later engines.2,23'1 lCW (3,000 HP) and a displa.cexne.nt (2) For enztnee Wlth a mujmum enof leu !.han 10 litera per cyllndar to the gine power greAter thAn or DQual to 37enuulon etandarda In table 1 to thla XW (50 liP) the cDrWOcatlon em1aalonaubpnrt.. [or all pollutants, [or the sarne etandarda f~r ]lOW nonroad ·CI enginesxne.xlmum engine power. . [or tho same modol year IUld me.ximum
(c) StatIonary CI Interna) combus- '.' . -'_ . l.n 40 O:FR 89.ll2 Md 40tlon eDgjDe me.nufactllters must eertHy en"...... e powertholI'" 20ll mode) year and later nol).. CF'R 89.113 lor &o)} :POllntant.ll bog1JlJ)m/Somergency atatloi:lary 01 ICE wlth a. In modol ye&.r2007.maximum engine power grellter than (b) stationary CI 1nternM combus2.2:37 JeW (3.000 HP) and a dlaplacement tJon eoma mann!actmero D11ll1t eertHyof leu thAD 10 lItere per cYllnder to the theIr 2007 model yanr and later ernercertification emlaelon lItlUldards for goney atatloDlUy Ql ICE lrlth a maznew nonron.d Cl eng1X!es In .gO OF'R Imam aD.gl.ne power greater than 2,23'1 .1039.101, 40 ern 1~.102. gO CFR JeW (3.000 lIP) ADd ll. dupla.comcnt. of1039.ll» , 40 om 1009.306, 40. CFR lAM thAD I/) lltcI"8:Per oyllnder that are1039.107,ll.Ild 40 CPR 1039.115, lISappllclI- not llr1l P'lUnJ) eng!nC3 to tho em1MlonbIe, IOl; &.ll pollutant.ll, Cor OlD 6AIDD lItandant. lIpec111cd l.n paragraphs (bXl)ma.x:lmnm eDglne power. through (2) of thJa DOCtloD.
(d) Stationary' Cl Intezna] eornbus- (l) Por2007 throngh 2010 model ye8J3.tl on DDgihO nuu::aufactnrt.r;> mlla~ cc.rtUy !.ho omlMlon lltAndb..l'lUl 1n table 1 tothlllr 2007 ]Dodol year and lAter DOD- !.hb ..nbpart, lor a.ll polllltant.:> tor !.hoemergency Btat.lonlUY- Cl ICE With a OAlDO IOAXlmll.ln ongIDO powor •dlllP)/l.Comanli of a;roo.ter than or eqUal •to 10 lJteI1l:Per cyUndllJ' ADd JeM l.hB.n 30 (2) Por 2011 mode) )"8= ..."d Iat<>r, tholltbn :Per oyl1Dder to the cortJJ)CAtIOD ~rt:l.!lC4t:lon bXl'>1.I>blon l>t.Andardlo torem1B83on standards for now ID.U1n8 CI now nonroad Cl llDglnOA for eng1Doll ofnng1noa 11> ~ en ~.8: .......ppl1CAble, . _the ll.8JDemodel Ybt>:t: and ma:dIDnm lIJ)
ior all poUutant.ll Il>J" tho Mmo cUe- mil :POWbr In 40 on 89.m ADd~ CYRplacement and vu:d.mlllD. engine poWer. 8t).1l3 lor all :POllntanta.
• (0) 8ta t10IlA:r;y Cl In ton1Al combne-..f~ WhAt Cl:Xl.!.oblon .lADd~ tlon ong1.nb lnAIlnIactl!.rbr:l m'lt3l eel"t1t:Y
m"O.J<ll_l for COt7"J=ty l<])p!>eS thoir 2IXl1 modal yoar AD<! later eme~it I Il:>D...t..Ul>:Dk\7 Cl h>U:rlal COn>-buatlon ~B:b>bXXlADnlAetunr? . g-llllOY lltatlDDaIy CI ICE "W1th &0 dJ&-
lUlU lor new DOnIoAd Cl tIllgioos tor the A:rda In t.a.bla 4 t.o ~ oubP'-rt, [or AllllAXnD model YDIir ~d JllAX1.InlUn IIDB1ne poJlnb.xl t.e. [or the Mme modol yOArpower In 40 0YJt 89.lJ.:l Ill)d ·10 CFR Ill)d}tFpA XlA.D>6p}Ate :power.
970
(
l~.
(
Invlronmonlol Prolecnon AgeOC'/
16(l.4Z03 Bow lonIC mUilt my e:o\dn&1XDeet th& axnlallon atandllnb In am.. mtloJ>lU7·Cll.n~al ~b\lStlonenPn8 lllDllwaeturcr'l .
Engtnell XllJl.l)llfwtured by atatloIll\.k1CI internal cornbuetdon angina -mann~turan Dl~t. meet t.he em1B81onJUlldarda as r8qu1red lli n60:4201 a.nd60.4202 duriDJC the u.aerol llle of the BDrmoB.
§60A205
§ 6t)A.207 WhDl .l\>cl n:qlUre>nUlU muolI :n>cct 1fXIUQ It» oW»t:T or opc",torof a .bl1"ll>ary CI ix>t=DJ coxnhu.>tion enKh>c 5\1b,Sect tb OW 8U~PAl'"17
(III) Deg1nnlng October 1. 2007. Ownell>/l.lld ol>Orato~ of IltatJODUy CJ ICE enblcet to th14 subpart thAt nse dleeel 1\1elrnnst, use dIMel flllll that me ets !.he .reqnlrernente or seCY& 80.510(11.).
(b) Beg1nlling OCtobst J. ~llO. OWDel':ln.n.d operators of atatIoll1lIy CI ICE sublect to th.Is aub}>art l'l1th a. db})llleemont of 10& t:b.an 30 1Jtel'J> pc.r cylinderthAt use dleael !Dol must nse dlesel rue)that. xoeota the req~antaof iO CPR8O.61O(b) tor )lo:ntolid dl8&ll) tIlol.
(0) Owners ll.J)d o,l>Ol'eton of »11>-20UmOdel )'el..T st8UO)lUy Cl leE eubje><:Lto thIs aubpart XOAJr }>Otltlon !hI> .A~
m.1n1etrator lor approval to 1IJl1ll1>mlilil.\ng Don-eom}lllJult tnlll u,a.t dOM notmeor. t.hb tnc1 tbQtl!nmClltb of J>I'%'1lonaJlhB (a) l.lld (1)) or lh1a aootlon l>llyond tbl>dJItos toQll.Ind tor thll JllUJ>Oo'Oof ll31ng up 1lXj&t1ng lllellnventor1oa. 1fnp}lrovod. thl> potJt.lOIl 'lr1ll be valld fora }>o.rjod ot liP to 8 mont.h!l.. 1/ Addl.tlona) tiIno Ja lleell&d, tho ownor or OJ>omtor 14l'cQn1rod to n1bmU a. nsw pot!llon to the Ad:m1n1Blntor.
(d) Owne1a "AIld oJ)llrato~ of·pro-2011XXlodel yeb.t atAtJonary- CJ ICR subjectto thb BUbp.\rt t.hAt. Al1I loeated InlU'Oaa of AlAllka. not ILCOC8ll)blll by thoFDdftl"1lJ A1dIDg.hwAY BnLeDllJlay pot!tJOll lJIb AdtnJnletr&lor for Il.JlPf'OvAl toll.l>l> ...:ll.Y tIlele xnb:t>d 10U, ueod }nbrIeating oU thAI; do lXlt 1rl611t tha fDe) T&
qn1rt>l:Dont.e ot~~ (A) a.nd (1)) ofuw, 8&OtJon. Ow.oara ll.J)d operatoramUll t daInOJlllt.ra te J.n th oJr Po tf Uon tothe A~tor that thera )& .no
§60.4206
l60.4206 Bow lont IDusl ] meet lheexnSssloh olro>dllro.. if } am 8))
owner or operator of III slallonaryClinlernal coJDbnalJon engine?
Owners and OJ)eTII.to13 of ala Llono.ryCI ICE mUlIt oJlOrala and maintain statJonary crleE thr.l r.ep.leve the ernlsolon standnrdB lUI reqll.l.rlld 1n §§60.4204and 60.4205 according to the manufactnrer's wrltLe.n lnlllnlctlollJl or proceduraB developed by lJIe owner or operator that are e.pproved by tho enginornanuractnrer, over the en tn-o life oftbo eJiglne.
FUEL :RzQUlJU!:M:ENT8~O~ ANDOl'ERA'I0R8
40 CfJ? ex, I (7- )-)0 Edillon)
ether place to use tho lubricatIJJg oil. Ifapproved. Lbo :Petl tlon will be va.lld lora peliod of uJl to 6 monlJlr.. 1f A.dd}tlonal Ume Is needed. the oWner or 0»era tor Is reQll1.rtd to AubInlt to new petlUon to ths Admln1:ltrator.
(0) 8tatIonary e1 ICE that bavo a national security exomptlon underf 6O.42OO<d} arB also exempt rrom the!nol requirements 1n this section.
0Tm;R.R.xQ~FOIt OWNEM AnDOPEJUWRa
) 60.4208 Wli"t b Lhc ilcadlh,e lOT in,.porlh>g or 5nbtalllng /llblioJlI>l'y CJJOE produced In Lh<. previouD·.model )'''or~
(a) .AIlor December 31. 2008, OlVDe.t":l>.nd opera tore may not Il1lItAll at,,tlo.DUy exlCE (C?xcludlng Dro pumP. enlinea) that do not. maot u'o a}lpllcablorequJrom6DUl for 2007 mOdel year envnelL" (b) Altar Deceznber 31. 2009. OlVDOrs
Uld o»erators mll.Y not. 1n1lte..!1 etalJonary Cl ICE With e.lJlAX1J1)llm enginepower of Ieee U,ah 19 XW (25 lIP) (exclndlng Oro pUJnp aXlgInea) that do not.meet th& npplJCJl.ble T1lQnJroIllenla for2001Imod el year DJig-lnea.
(c) Mtar December ai, 2014. ownarellX>d ol>OratortJ m"y DoL .!nnW} nonarnergenoy atAtJoDJUy Cl lCE wJth AmlU:lmlUn ong1ne }lOl>rBr of BreAter tha.nor equal to 1.9 XW (261IP) llJ:ld18119 u,/l.ll68 zw <'l5lIP) thAt do DOt meot tho ap-.Plica.ble reqnlrbInCllta lor 20]3 mode]year .non-&llMyIlbOJr engIne.a.:
(d) .AJl.ol' D6torllbor- 31. 2Ol3. OlmersADd oP6nto:ra m.a.,y not. .ln8tAJl nonaxnerg=c,y IltatJ01JAXY CI leE 1f1th atnhX1tnn.m nng1n1l power of sna~r thanor eqn.a.l ro68XW ('10lIP) A.lld )BU thUl130 XW (17(,:e:P) thAt do not InOot lJIeIl.pJ>lJeabla Jnqn1reIllllllt" tor 2O:U mOde)year non·smol?IlllQy 8Di1naa.
eb) Mter D6c6lllbor- 3l,~ oWDoraaXld oJl(lntoni m.a.,y not 1n4Wl nonsmeI'g8Dcy atAt10DlUy cr ICE WIth n.m.u1Il1lUD 6!Jg1n1lpowar of BTeAter th/l.llor eQnAl to 130 JeW 075 lIP). Includingthcae. above un XW (700 lIP), thAt donot mllOt tho apJ>llCA.blb reqUh-omont.3"lor 20ll !nodal YOAr nOD-Omorgonoy ant1lJca.
(f) A!W Docolnl>cr 31, 201/1. OlmoreADd O}lerll ton. may )lot JnatAll )lono.manunoy atatJo:n.a.ry or IaR lI1th aJ:n1U::1m tUn llbg1nIl }lO1l' ar 01 P1l"Lor tha.n
(
(
160A200 WbJIt ~ the monhorlDlt requirexntmt. if 1 am an cni= or opottator or so ~tJotiona.r;r C1 lntornalco~aJ>_gino't • .
l! yOIl are A.n OWllllror opan-tor, youmnat m811t t.h6 IDOnlt-orlXliC tt>Qulnrmenu or tblll Il8ntion.. In addition, youmoot also ~ll8t th& moll.lt-orlna: J1lQulrt>manta BP00111&d inHO.~
(a.) If YOlll>lt> j"n ownor or oyomtor ofan cmDticnoy atatloD,arY Ol 1ntemalooxnbtultion c:opno, ycm mUllt instAll ..J)on-ro8ll~u.bll> bour motor prior tobtartap of th& enr1nb.
(b) l! YOIl. UD an OWIlBr or opera.tor or,. IlbLti.onary 01 internal coIDb\l8t1oneng1na oqulppod with 8 dlo8ll1 JlartJou}a.to rotor to comply with tho ol'Il.l3a1on·1lts.ndJU"d.a in J00.4204,. th/) dlb801 pa.rt1t>mati> IDUt' lIltlSJt be 1nBbLlle<t with a.~ monitor taJp.t; .notll1ca theownt>r or opemtor whm th& Nihbo.oll;prw&un llmit of the engiIlI) !B approaohad.'
~ 6O~10 WhAt IIX"O Jt11' complli>nco re-o quhcanonta II I am .. mt!=t Gl
nonroad Cl engfne regUlations, must belabeled according- to 40 CFR 1039.20.
(2) StAtlonary CI Internal combusuon eng1neB manllfactured from AprilI, 2006 to December 31, 2008 (or, for iliapump eng1nea, Ju.ly I, 2006 to December31 of the year preceding tho yeI\.T listedIn tabla 3 to thla aubpl\.Tt) mnat be Iabaled accordJng to JlAJ'a8TJ'.pno (cX2)(I)through.(IIl) of thlo 'sectton;
(I) BtAtlonl\.TYCI Internal combustloDengines that /l.1''' part of certified engino lamllJee under th" nonroad regulations mnst, moot th" label1Jill reQnlrbmente lor nonroad CJ engines, but donot have to meet tho labelIng- r equlrementa In 40 CPR 1039.20.
(11) BtatJoJlArY 01 Internal combnstlOD eng1nea that meat 'nor 1 requ.lremente (or reoulremente lOT fir" pnrnps)under th1sanb)lUt. but do not meet thoreQ1l.lrllmentb aPJlllcab)" to nonroad CIenginoa mnal be labeled according to 40ern 1039.20. '!'bo engin" ma.nn:racturermay add lannage to tbe label clarl'
't:Y1Dg- that th!l ongiD!l meeb T1cr 1 reQU1r&monts (or rt;qll.ll1lmonls lor firepurnpe) oC th111 BubJ!A%"t.
(J1J) BtaUonar;y cr Intornal cornbust!OD ODg111Cll ma:nUlBGtllre11 lL!tor A pm1, zoee that do not mO!lt 'nor 1 reqnlreml>nu Of WI'oub~ or 11ro pumpo ondnoa JnllJlUl8<lturod A!l<Jr July 1. 2005t.hat do not meat tho l'&qulromODbl lorfull pntnp& unCI6%' thle IrPb:Pa:rt., may notbe UbOd 1b. tha '0.8. U any anch aDg1n""Al':O XD&.nllCaotnred 1b. tho 11.B. a.lU>r.hJ>r1l 1, 2006 (Jul,y 1. 2006Ior nro pUIripo:og»,eo). thOY lntlllt ba lI.Xj)OTt&d ormtlllt. ba hronght Into OOlnplJa:ooo rotht.ho aPPro):lt1Ate lltAhdbJda Prlor to Jnj..t!Al O)l&ntson. T.bo 6XJlOl"'t }>rovWana oC40 CY.R 1068.230 "ould Apply to enginOllCDr e.xport and LbD ma.nuraetUTOI1l XllllAtlabel 3Dnh ellgjD 011 ACCording to 40 CF:R1068.230.
(3) BtatJollUy OI In~ oombubUOll Nlg'inBti .InA.l:lliCactm-Dd Altar J ann.ary 1, 2tXI1 (for 1ll1I J>nInJ> ong1n68, A.CtarJADn/l.1'y 1 or Ul&~ l1IItcxl In lahlD 3to thb Bbbpart;, AB aJIPlJOAl>ID) mM~ belab6.lbd acoardJng ~ ~ph!l(o)(3)(J) thmnEh (li) oCth.I3 8(lot1on.
(j) BtAt1onar,y CI 1n~al combtu>Uon~u thAt llloOt thD 11lQU1rcmAD~ oCtbJll nbJ>l\.Tt ADd tho corro~}>ODdJngl1>Qll1roman~ tor~ (lnoJndlnr me.rinD)~ of thD llBInD modDl .YCI\.TADd lIP Intlllt be lAbolod acooJ1l1.bg ~
40 eFR cs.: (7-1-)0 EdJJlon)
lllll provisjona In part 89, 9i or 1039, A3
appropriato.(II) Statlonary CI lnternal eombna
LIon onll!nea Lha ~ meot the requrremenu of thIs subpart, but are not cortliled to the II tandards appllcabls tononroad (l,nclnd1nll mlU1n\l) enll!nc8 ofthe' sarne modal year ADd lIP must belablliod accordlng to tho proVisions InPll.l"t 89, 94 or 1039. h8 AlJpropnato. buttho worde "statIonary" must be Inclnded Inatead of "Donrond" or "marllIa" on tho Jabel. In addlt.lon, euch eng111ea must. bo laboled accordJDg to 40CFR 1039.20.
(JU) Stat! onu,. Cl I.n ternal eombustIon enginas tha.t do not moet tho roQulremen~ oC t.h.la subpart. mnat. be laboled llccordJ.o.K to 40 om 1068.230 andmust bo oXJ)Orted under the »rov1:lIonsof 40 CPR 1068.23n_
(d) An engine manufacturer certfiYini" a.n angi:n8 fam1}y or IlUn.IlIell toIItAnduds under tlUlI 8ubpart thAt areIdentical to etsulds.rth ·applICAbla nnderparts 89, 1)4; Dr 1039 tor that.·model yearmay cerUCy lIllY BUch lamuy that conta1nJ> both nonroad (lnolndlng marlne)and stationary llDmes M a. lImglll engine fAIn1ly a..ndfor may Include MyIIUch tamny conto..ln.lng otot1o.nary en.dnea )n tho lI'Vllrnging. bAn~g a.ndI:n.dln,t :l>t'O'ViBlo:n.c a.ppl1CAblo for "ncbongJnas llDdar tho:>o pa.rta.
(a) Ma.nutact.n.re.ra or ongino !lu:nJJJelldlscUlllled 1» P"%'llRTal:>h (el) or th1.s /If'CtjOll :m.ay mDet thll laballng nQn.!rD/Donta retornCl to m PAnBnph Ce) ofth1a ll6Otfon for atatJonll.TT cr JCE by"lth6%' Al1dl~ IL. BlIJ)e.nt.B lAbo} conuin1Ilg tbo 1nib:rma\;lon' Jiqu.lrt>d In~}lh (0) of tbJ.s lIOOt1 Dn or by adding Ole~ "Allil .statlDnary" II1U>rth" "ord "nODX"OlId" or ''mAt1De:' B3t,pJli't>J>riat&. to the lAblll.
(t) BtArting lrlth t.be !Dodol YCllJ"3ahO'lnl 1n tablD /) to th1a robpart, sta!jonArY CI 1nu.x:wu combusllon ongino.ll)anu.tlLo~ mnat lIdd A l>MmA:tlcnt.)r-b&J atAUbg tbht t.be DDgjnD 1Js lor eta.~onAry 1>1X)lll"gD))CY lUll) only to BAchnew OIl)argt:DOy lIta.t:1onary e1.1nt=na.1cO.tn.bllbUon ang1:n 0 gn", tor tha:o orllQual to 19 XW (2& llP) that m~ta A.l1tho am.I.Mlon atll.nd.ru-da lor llJIl~cyen8h>os m §GO.42O:l·bnt doOtl not moot.all tho OInlMIon standJ>rd5 lor nOl>llJIlII.TKonCY ang!ne:s in I SO.4201. Thole.bol .mllbt 10 lidded ~g- to tho
(
~ ...
(
~ 6O~1l WhAt I>rt> rx>y CDrx>pUanC~ to~ODla l.t1 am an (>'WllllJ' CYr Dp:"eratw Dr ... mtlOl>JU7 Ol'lntt=iJ.06mh'latiou enp..'t
', (II.) J.! YOll nro'&on OwDar or operatorj\.'O.d , m-o.at. oompl:r w1t.h t.M e.ro\..BslonDtAn~ wocl11l>d In t.bb Bubyaft, youmUll\; o~to r.nd 'ma!llWn tho ataI:Innll.rv m Int.AmlLl oomb'nr>tion engtne
(1)~ I\D angino cerI;1.O.t>d t.Ccord1D~ to 40 o:rR. pa.rt 89 or 40 CFRpD.tt 91. lUI &ppllcwle. Cor tho samemodal yori:c and l:lllI:l:in:ruJ enginepowor. The engine mtlllt bo lnBtalledUld cOn1l8ur&d. ft.eCordlDg to tho InADttfAo\>nrllr"1S ISpOol1lcatiOJ)ll.
0lr0N"D and O]:>Omlol"ll or IltatlonaryCIlCE lrlth A llliJp)ac&IOent OOUll than;l() lJ~ ]lOt oY)lndAr l'rhb eondnct Jl(lrIOl"mADce teb13 p1ll1l11AD~ to t.h1a allbJlIl,rt. m nat do eo I>CCOrd1DK to Jllll1'orn}lhe (IL) throngh Cd)of th1a118c!;1on..
(I» T.he> ]>orfl>J1llAJleo llltl~ !'nut boCt>Ddnctad a.ceon»ng- to the1n-1l8e teating prOC¢dUr~in 40 cn p,ut 1009. BIlOpart. Y.
(b) ExMn.et IlIDJaaiOlUr from ata.-~ODa.ry Cl ICE thAt arr> comp}y1ng-lOththo 6J:n.IMlon .tAndAl"1b lor nolt' CI aJ)
tinee 1lI 40 aim. part 1ll:l9 mllllt Dot /lX
00Ild Ul0 not- to-a:roocd (.N'TB) s t.o.ndAnlllfor Ul e aAIDo modo} year I.Dd IDU:1lntun
" eng1x)o POln>T ~ 1&Q~ 1n 10 CYB.
to 3O)J lers per cylmdor. condnctlDK ADnua) perrormance teats to demonetratllcontinuoD" compliance with tho emJselon otandards ,.., opeoJned In 160.4213.
Co) Emergeucy llUtlODILl"Y lOE may beoperatod lor tho p\U»Ollo ot malntenallC& chcc.lc.5 o..nd roadJDell8 tcatlDg.prov:lded that. Lb& leota axe recommended by Federal. State, or localgovernment. the xne.nllfActurAr. thevendor. or- thc msurunce company RS:lC>
elated wJth tho eDgine. Mb.1DtellllDcecllecka a.nd r-eactnese tIlatJng of ouchnnlts 13 11m1ted to )00 honrl! per yelU".Therll Is no tIme lJm1t on the MO ofDmcrgeDCy otatJonl>l'Y ICB 1D eznerge.ncy llltnatlone. AnyoDc may »eL1t10nUlll" AdmlDlatralor for ~pprovnl of add1tlonal houra to be used tor malnte-
•D6JlC& obenka IUld rclU1.!Deas tesl1Dg-, but.. J>OUtJon ~ Dot reQnirod It the owneror oJl\lX"l\tor ma1Dt!t..I.= rocol"'ds IndlCAtlDg Ulat :Federal. State. or localIltAndarda require malnte.nancll. ADdteatlng or arnorgoncY ICE beyond )00bonrs par yelU". :For owners and o:\>Cl".....tol1l of OIDDrlrenc,y e:ngtnea mct>t1ngllt6Jldarda under §60.i~ but DotJ60.4201. 8..DY OperatJOD other tbe,nDDllll"goncy oJ>OI'1'.tlon. lUld D:>A.1nunlUlet>and teetlng a.a »Ol"XD.1 tted In t.h1e B&0lJOD. Ic PJ;0Mblted.
'l'Ur;rJNoR:E:o~~A Owm:RS..uro OPERArol\.8 •
§60.i205(c). you must comply by purchasing an engino certUled to tho emlssIan stlL.ndl>J1la hi 160.i201(b). or160.i~) or (o). as appllcable. (or thosame model YeAr alId roax1m\llJl (or intho case or .fire pnrnpe, NJ':PA name-.plate) engiDo po~er. The eDgine mmt06 lnat"lled IUld cOIlJJlrured accoJ"d1ngto tho mr.nlllncturer'a apecl0elLt!onB.
(d) it you are &II owner or operatorand must comply W1Lb Ufo Om!B810Dstandards aJ>/lClfioo 1D J60.4201(0) orlGO.4205(d), you mn.at demoDlltTate COOlp)Jn.Dce a.ccord1ni' to \.be reQuuemenuapeclned in ~phB (d)(l) through(3) orthis ~l1oD.
(1) Conducting- a.n initIal J>OtCoTmanceteet to domoXllltn~1nltlal eompl.lanco'WIth Ulo emlseron lltIl.Ddards Aa speerllod'llI §6o.i213.
(2) :ElltabUah1:ngopen. ting- Jl(Ullln 0 torsto be monitored cODl!nnolUly to cnsUTOLbe eta.t1oIlArY 1Dtor.nal combu.itJon enODO connnnea to Illeel Ule ~Ionet8..zlIlard3. Tho OlYDor Or operlLwr mustpotltloD . tbe AllXn1JlIIltrlLtor lor eJ>proval 01 OpOTlLt1Dg 1)at1I.Inelora to bemonrtored coDtlnnollaly. Tho poUllonmUllt Includo Ulo 1n!onna'tJon descnbOOIn :P"J"l'gnphs (d)(3)(j) through (v) ort.b1ls uet1on.
(1) ldl\llun~tJon or tb....poo1Oc paramt>tt>Z1> YOU pl'O}>Obo to monitor ccmt.Inuolllll;y;
(11) A. d1Gcuaa.lon or th.. relallol1lllllj>1><l~oon theu. ~ot<>n> And NO;,. And:PM t>Xll1ba30lUr, IOhnt1ty1ng hOl>r thot>t:olulOllo ot thMl> pollut.ults chAngO
lVith chA.Dg-llIl 1n~o~o~ lXldholt' lbnJb.~Dna on tho&o JlfUUJ)otsrs'Will Mll""V" to llJnj t No,. ADd }>U Ilttl)balona;
C1ll) A ~on ot how yon lV1ll e8tablJab the ll]>pot 6Jllllor 10wAr \'nln03for thcllo :JlIU'lI.Ipetero Wh10b mU !lIltebllah the 1.1mlu" on thooo ~ot.era.lnthr. o]>orat!Jlg l1:m1tAt1~
(I\') • A d1bc'lWlon JdeD U1)1ng thornothoda and the lDetrumODU YO'll lr1l1ll1IO to moDi tor Ul C8ll JlO.nIlle ~l'lI, AawoJ) ~ the Z'r>lA~Aci:trnoy and~lrlon 01 th8.Ol> mothodb and 1nll1:nl.m1lD~ADd
(v) .A dbolleAlon Jdan~ thc ~Q'lllll:lcy 1>l)!1 lDothOd.a lor ~ht1It1ngthe 1DAtTtltllcntA you 'Wlll lIUl for DlonJtor1ng thll6b~o~
(:I) Y'or llO~blnDCYClXl81llM 1t'1 th ~d.I1lll1wexnOIlL of gro.o.~ thAD or eqnal
976
('
EnVlronmontal i>Joleclloo AgooC'(
1039.101(0) IUld 40 OFR 1039.102(g)(1). 8Xoop~ Il.ll Bpeclfiod in 40 <mt 1039.104(d).This rcqulremlint eWtB when NTE requlrement.s tAke eC!oot Cor nonroad dl&861 enilncaunder 40orn pm 1039. '
(0) ExhAuBt ernlBsioDB trom etiUonary CI IOE th1\~ ISO complying- withthe om1llll1on Ha.Ddar~ Cor now 01 en-
·§6O.42\3
&inea in 40Om 89.112 or 40on 94.B. u.applicable, nlu.et not. excood tbe ~numcrlca.l requ.trerocnta, roundel\ tothe same number at doolma1 p1a<le& lit
the p.ppliollbloBtandari in 40,on B9J12or 40 ern 94.8, i¥l 1\1>pUoa.blo. determlned from the roUowin&' equation:
(l::q.l)
(l::q.2)
(r.) :Eaoh porlonnanoo toet mUllt beconduc~ed according to tho requ..l.r&mentll ill ~ 60.8 &.nd under tho llJ>OO11l0conditlonB thP,t tbJa subpe.rt ll}lOO1f1ollIn table '1.The Wll~ mUJI~ be condllO~.within 10 percent. or 100 .parcon~ pcr.k(or the)i1g}}Dst &.Ch1ev&.bl0) 10p,4,
l,b) Yon nay not. conduot performIlOCO tollt" a.ur1n~ J)lII1o<U 0' 8tutuP.bhutdown. or maltllDotion. e3 speol.nedin S60.8(0).
(o) You mml; cond'o.Gt. t.brllll ~pentetlIllt. rona for ench J)Orlo:nna.nCll toe!; requ1rod ill t.b.1Jl lllIot1on, r..a'apooUlod 'In~60.B{f). BaDh tellt run must 1IUlt 1\.1;101181'.1 bour.
a} You =1'. UJI() :Eq,uatjOXl 2 0' l.hlatootlon to 'detorm1no comllUAnoe ·withtho percent, rodo.otj.on roqo.1rement: .
'Wb&rO:
STD '" Tl:>b 6tAJ:>dA.rd JP6(:lO&d lor ~~ JlOllnt-ant In W on 8\lm or 4() 07R H.B. u."POJll1cr.b18. ' .
·Altem&.~~volY, ata.Uo!la.l'Y CI lOE th1\tsre oomp}yl.ngwlth the em1MlonstanOorda for new (II engmee In 40 ant 89.112or 40 0Ji'R' 9!.8 rne.y follow the teot.1ngJU'OCCdurIlO ap601t1l1d In §8O.42.l3 oC thbIlUbplU\, as 1\PJlXOprbte,
(d) JnxhAu.et om1B61ona rrom stlltlonp.ry CI ICE thB-t a.re complylng withthe cm1Ba1on atBDdDJ:'da Cor :Pt&-2007lIlodal YOIU' ongln&a in l GO.4204(1\),§60.4206(1\). or S60.~~o) inWlt not oxc&w thll lrrE nmnDrlcal rtlll.ulrOIDonta,ronndlld to th8 sarne noonbllr of doclXnrJ:places All tho IIPplletoblo lI~dArd In§ 6D.4201(1\), 16O.4205(a).· or §60.4205(0).db torxnlDod rrom t.bo O<l'QA\jon in J>8.1'&gra.ph Co} cr tb1B 1lOOt10n.
''Wlu>n:EY1'D .. The 8l.aJ>dArd ~lODd ror tbA~}'QUilt-
"I1~ In loo.lm{,.~. ,t>O.~.). or '60.~D).
.A.lternatlvo}Y, atAt1QnaryC11~ thatare oompJylng: wtth the om1Jl8lon Ilb,:n~ .nrdB for )1rfr'1fXJ7 modal yelLt ong1nJla In§ 6M2M(p.), 56M205(~). or ~ 60.4206(0)
may toUow tho \:.ellt!ng prooedures speo- ~00lI01'Dtn.1.I0n or~Ox or :PM,.t t.hb OOD-Wed ill §6O.U13. lUI lql:ProPrll\.to. trol cl.'V~ lDl.~ .
th 0. '" oonumtnt1DD 0' NOx or nL ,.t tbD ~.§ 6O.42l8 What tMt IDIllhodz> lIDd,0 &r trollWTloo olllo1b\, ,.nd
procedures ID'llllt I use II I t51UD lID . It " J>Ol'Oent pduot!on ot Nl>,c CIt pl>{ .ml>-owner or opentor oC a lilA ot1MY Dl OJ)4.
CI In tm-nft1 cOll'bIution oni1J?D willi . ..R dlBpl.r.OtODllIl! of ~ator than or (2) YOIl rout noI')]lJl.11£O the No,. or. r>qu.al to ~() Uter. per r>yl!:noex'l PM. oOnoontrl\.tlolll' I\.t the lnlbt and~. ••_._.~_ •••,.I-1"no,-v I An~,'"'' n( th& nontrol dov11>rl to ~ !lrY
(
§60.4213 40 CFR Ch. I (7-l-ID fdillon)
Where:.F. a I'D 01 la<:wr ba,a04 on tho ...Uo Of0, Vol
lUn. to tho DJUIolt6 Co, volume prodUtMby tho fn<lll~sero J><lre0.t oxc_ >.Jr.O~ » :Pno.oUOD oJ a.Ir ~t b 0.. ~VlOO.p. " llAtlo .r tha 'l'Ollll:oa of <h:T .m.ont r ....
to tho V"t>6J ""lol1ll. 'I'll•• or U>. ln01 troroMot.hod 19, Wrn'IJ (cbc.D:Ill" :BtD>.
Wbor.:C", " ·ClI.lCDlated NO:t or PM Conc.Dt,...l!onAdJDO~ to l~ ~N:O.D~0,.
C. " M.unn.d concenU2.lIon 01 No,. Or PM.nneorrecree,
o.rd on bin m b t»r P<cr honr-.'1'" Tl.zno oJ to.t:rnn. J:n honn.~~Ill" M :2:z>olV7 outpnt DC lb' ""no•. J:n
978
§60A216
lLror lD\Ut kBOP recorda of \ho operlI-t.IOD or th& l>ng1De in emllIBency a.ndno~mergonoy /lOmoe thAI; axe recorded tllrons:h thtl Don·re8Bttoble hourmeter, The owner mnar.r~rd tho timeor 0PllT1j.tlon of the engine ancl. the IDa.eon \he engble wea in OJ>Ol'Il-UOD duringth~ttime. .
(0) l! the ota.t.1onary OX Internal Com'bUBt1on engine 18ellu.1~mth a lUeIlol~cnlll-to !Utor, the l>WDor or operator m'll/lt keep records of /I.IlY COlTllOUve BOtloD takon Il!Ulr thebaGlrprellMlr& monitor hea not111ed \hoowner or OJl6rntor- tha~ tho highbBOkpro8llurellm1\; or the ongine Is BJrproaohed..
160.4214 'Wh,at nro 11lY.lIol115caUon. re. portlDg, J\llllTt>CoTdkecplng roq.,me
menu if 1 am an OWPDr or oporatorDC ~ mllonA%)' Cllnternnl combuelIon eJ1aU>o7
(a) OwnoIll I>Dd O})6Btortl or nonClllergenoy etatSonary OI lOB Ihl\.t. areg,ruator thl.n 2.231 XVI (3,000 lIP), or:han a dhplaccment of greeter than or8q1lAl to 10 Uton POI' oylinder, or arepr&-2007 modol Yl>IlI ongiDos that arogreater tban 130 XW (l'l~ lIP) and noteorttned, mll8t moct tha requ1rsID8nt.o .or :Parl\.gn:phs ~)(l) J-Dd (2) oC th1s Bee-tlOIl,. •
(1) 8ubm1t an 1D1t1si not\flcation ureqUlrod 1n J~!1(a)O). 'l'ba not1nca~on: Bl'ECLUo R):;Qt1IlUOO!:lmlmust 1Dolndtl the 1n!orm&t1Dn In para- '60&15· Whnt ~e:nU ~nst I .gnpha (o.)OXI) tbrollgh (v) or t.b1a sec- lI>cot for ta>gb)... 'DtOa b1 GIwn,tion. . !:o>crlCllll &moa, or thb Co=on-
(I.) Namo and ·I'ddroaa oC tho ownnr '01' wcollh of the Norlhurn Mnrlana 1»-operoter; . 1nn1h7'
(l1) 'l'b8 eddrwa or tho ~Ccatad (a) Bt.a.t1o)llU'y Cl lOB thl>t ere U1IWllOur<:o; In G1:IAJn, ,Am&rlca.:n Baxnoll., or \he
(lll) Eng1ne 1n!onn..t1on 'Includlng COInmODWllllolth or the Nort.born MJl.l'make, modal, o:ngino !amlly. Bort..} ll\.XlA lllJ.t.nda an roqlJ.1re4 to It\bBt thonnmhar. xnodol Year, 'I:IUl:dmum oXl~e appl10abla om!llllioll ~dards Inpowar. /I.Ild~a d1al'la.ceIDllIlt;; . §1IO.~. NOXHltnOIVllIlOY /ltt.t\.onery Cl~V) lihnhalon control DQtl1pwont.; and ICE with .. dlBp1llOOrno:nt of n-OBter(v) Fuel'll/lod. . . thn.n or oq11Al to SO litera per csyllndor.(ll) )Coop rooDX1U 01 the 1nIoIIn&tl.onIn mUBt mbOt. u.o o}lPllO/lbll> oxroN>1on~Jlhs (1L)~(I) throlli'b (\v) o!~ st.a.ndaXdB In 160.4204(0).l)Oot1on. (1)) BtoUonuy OX IOl!1 UlJ,~ ar .. ullOd.
(l) .All noUI1natJoD.!' submit.ted to in GuAm, AxnarlCll.h Batoo&, or \hocomply with this &'Ilb;pl\I"t "a.nd t.ll. doeu- COIDXnonwllllolth 01: tho Northern" MJI,t-.menta.tion lIU:PJ>Ort!l:lr Arty notU1ce.tloIl,. 1JUl!' lBla.nds ).1'0 not X'OIlun-eo, to mee I;
(U) l.U!Dt6na.XlCt\ conduoted on the \he mol ttlQ.u1nm&nb tn '60.42O'l.eng1Do.
<ll1) IC tha ot.a.tSo.nary CI Int-aroel § 6OAn6 WhBt n>quh-=>enb JDUbt IoombU/ltion 1J & col1111ed engI:n&, docu- lOt;C\ toren~ -00 l.n.AlMltA'ltnent.a.t1on !rom l:he JDlU)"O!lIOro,ror thlLl; (a) Pr10r to·DocMllJ:>or 1, ~llo, ownanthe enPn& 111 cortI!1od to xneot. tho e.nd operatoft of etAl;ioD.!ll1 Ol e~~ex:o.1.ell1onll~ loOll-t.od in ~ of ,A)B.A)a Dot llCOOe.-
(1'0 IC the Bta.t10IlllorY OI lnt6rnal com-- e.lblB by tho FOOcrrJ, ,Md B1gnwa.y Syt>bn!lt1on.llI Dot to ce):tI11ed e.ng1De, dOCll- tom cilio'Clld ~br to 40 OYR part m tomonta.t1on \;ht.t \he al:lg1n1> m6&to \hI> determlnb \hI> ctlD:l&l !nel rt>Qnlrern6n\:.8om1.aalon·ll~ p.~plloll-bl& to rnoh engines.:
(1)) IC t.h&lltot10ne.ry Ollnt.arne.l COIDr (1)) The Govl>rl1Or o!~kA rnAy 8\lb-buBtion engine 1JI /lJl I>zncrgo.noy ete.- mit. ror E1')" eppW'rJU, by no lAter \ha.ntionary )ntarnAl ooxnbll!ltJon engine,' JlUlUa.ry 11, 2008, ~. tJtorn.r.ttVI> :ph.ntho OWDbr or o:pDrl\.t,or" 1.5 not rwulrod '!Dr lmplOJ:nont1.n& tbO.roqulreml>XltA oCto submit e.nlnlt1a.l Xlotu1Ce.ttOn. StArt-- 40 CWR part. 60, ellbplUt un. {or ynbUolng- with tnl> xno&l Y&1U1I In tlLble b to· !lOCtor &l&otr1C!Al nt1liUI>/l 'loca.l;od In·.. .. . ... - ... -1_. __ ."1 ._ .......... , • h .. \;. ¥It.t''It: ""I'AP..A\hl", h'lf
(
§ 60.421]40 eFR Cn. J (7-1-10 fdilion)
DJ;7DIITIO>l8
(
J l>O.42l£) WhAt dellhltlo.... epp}y to LIWnU>)>llrlt
.Ab n"ed in t.hJa anbJl6n. eJl t6IIM notdot1ned heJ1l1n llhall havo tho mt8I\1Tlxg1von l:lJllJn in the a.v.. IUld in ~bJ>\Tt
A of tbb »brl..comlnutit11l luTb!~ melUlJl an "'lUll>
mont. jJ)clnd1nr bnt not 11lnH-&d to thotu:rhlno. the Inol,. 81r, InbliuUoD Alld1I:lll~lIB I. /f8lJ BY1It.ro:na. control llYBtc:ma(except 8lll1Jl&loOB co:ntrol ~lllJ!tDaot>'
§ 60.0&2]B "Wh»l ».art.t ot thoJ>r.oyj.iO»a .J>l'IY 10 :lDot
TAblo 8 to tbja B'llb}l/lort abOlt'll whillbJ>ll.l't3 of tho O1lneral ProV1AlODB lD§§60.1 throngh ro.19 sJlPly to yon.
Clean Air Act !J:lcludlDg anY lDcrel'3.ed eratlveJrecuperatlvo cycle combustlonrisks to human her.lth IUld !.he ell9"1roo- turbtne, ths combu:lUon turblno porment and must also be ba.sed on the lIon of any cog-cnera-tion cyclo combus-
d . '100 systelll, or th" combustion turbIneUDIQulS clrcUJnsta.nces relate 10 re- • I amimote power generatloD. climatic condl- portron oC I>IIY combined cycre stettons and serious eccnornrc Impacts re- o)ectrio generatlng·system •8uIl\~ frOln Imp)emeDtat1on or iO ern Comprtss1rm fsmftUm :meanS relating})IU1. 60. snbpart, nn. If :E:P'A, ap»>'ovea 10 a tY»8 of sta.t1onary lDt&tnal comby rulems:l:lng proceaa 8Il I<lurnaUve. bUSUODeoKlno·that 18 not I< spark 19u!-pI lUI. ths pTOvla.lODS 8.) llpprov&d by lIoo engjoo. .EPA rmder- that p)an ab..:J1 I<pply to UJo Dlt.JdJutl mo&nG any liquid obtalDeddJeGel eDlPnea 1Ised lD D6'W atl<Uooary from ths d16tJ)]atioD of potroleum withIntornal combnatlon enpDe.!> sub'oct to 1>0 boiling- point of approxlmats)y ISO toth18 pll.r1\.graph. 360 dea:rceo ClSlaltuo. ODe commonly
uud form Is number :l dJsUllatlS oj).~ 60.4217 WhAt e~lon . ItAndltJ<U Dlesd partfcuJok filter meaDS an emls-
lI>bS!] xoeellC] IUD an owner or op- slon control technology thl<t reducosCTIlu>r of .. 1I1"Uon8ry lnlcrnal cete- PM~o~ by trapping l:lJepartlcles
. bUllllon engino Ullini' JpedAl fuel.? In .. !loW Oltor Ilubstrats and per1odJ(8) 0wD1SJ:fl r.nd O»8lll.toTB of ete- cally rlSmOVM USe collected parllcles
tJonary CJ ICE that do not 11811 dlC30) by Dither phy&oa] acUon or by oxj-mel. or who havlS been g1ven I>olltbor!ty dJ7.1nK .(I>llnl1:ng- of!) the J)t\I'IJclea in 8by tho .\drnJnlatn.tor nneer §60.1W7(d) proc&Ba called regonorn.Uon.of th1a B'llbpan 10.1186 .moll> that do !lot' Emer9tTlc}/ nattcmDTJI tntemot comlnumeot. thIS fuel reqn1remcnts of JlAl1'- tilm t1Iufne rnea.n.a /l.rlY al.8t1oDAlY llltergrnpbe (a) and (b) or 150.4207. mAy polJ- nal combnbtlon ongine who.o>a Oper8tJontlon thIS Adm1n.Istrator for I<J>J)rovAl or . ill }jm1t6d to OIIl&rg&bCY sltnAtloh.S anda.lternaUvo otn1B3l<»:> otandarda, U thoy requJred l.eatJnK and mo.lntenA»eo- ExCIlIl. d&InoDlltmt& that !.bISY U8& a J\I&) am»!ea IDolud& .!ItAtionary lOB .. oed tothAt 10 not tho tn,,1 on which !.be manu- »>'Odnce pow&r for ~Ucal notworlu> orfactureT of tho ong1:no corU1lod tho on- &Qll.1X>Inbnt (1nclndJ:ruc »OlVer supplled to!dno ..."d t.hJ>t u.e on""".. CAD!lot tnoo\ t>Orttona of I< Il\.Clllty) It'he.n D)ecWCtbl> "p)l1lct.bl.. "tando.Jlb rDq'O.1r<>d 1D t>OwlIr!rom th& lOCAl ut1}Jty (or !.be160.'1202 or 160.4203 'tlII1ng lIUoh mola. norma) po'W~ source, II tho ~)11;y
(b) {no:>oned) I1UloA 00 Its own »Owar »I"odllCUon) 1:0lntorraJ>to1l. or 6tat1OXJA%Y ICE ~cd toJ>uml>....ater j]) tho CADO or Oro or DOOd.
Gu,t:rtJ eto, 818t1o:DAr,)T OI ICE 'llUd to ollPplyPOl\'~ to a:o ol&Otr:lo P1d or that enpply»01\'1!lr loa :pan oC A t1n8ll nJal MnIJJI!emont mth Anothor nntlty Art> DOt conaJdlltOd to be lll:n~&llOY e.ng1DM.
Ftrt~ CJl¢M mor.Il8 r.n 8J])BlKODOYIltuionM'Y hltbrnal combnatlOll 8llg1necM11ncd to »Y'PA ll>QnlrM:ollDb tha.t janaod to proyjdfl power to pump waterfOr-.aro~on (>:t »>'OteotiOll.
MD:mJJoctlrn:r :hAa the me t.nmg g1venin UlCtlon 216(l) of tho .&o~ l.n /renew.~ tenn 1nolndNl ~ l>bTt>On 'WhoInAnn18Cturo8 .. atAt1OllA.lY 8D81ne for8&10 In tho lJllj tad StAtu or otherw:l88lntroduC&ll A n/l"W atAUon.u-;r anginoin to t»JnDl&reO 1n thb tJ:nj ted 8tA t=.'l'.bh innJnd0$ 1mporten lJbo 1znportol8t.Jonary enPnOl> for- ul/l or reaa.lo.
980
".,---..
(
lnvlronmenlol Prolecllon Agency Port 60. Subpl. \Ill, lobla 1
Modell/ellT mlln.nJleltbllr. " aIr !low to control power durlng ncr-0) Tb • - mal 0JlOrll.tlon. DnAl·rnol enginoe In
e OlUeDt'lJu' YIlU In Wbleb tho which 8 liquid toel (.~loa.l1y dleeel8llglDe liM or1lrtntJly prodoCad or ...,..
(2) 'l'hll annUAl new modlll pr~ctloll mel) Ie UBad (or' C1 IIDd gaaaoue mell'Orlod of \he Dn&lnO mllDuhcturar U 1\ "(tYPically na.tural gllJl) b UDd o.a thea dillo~nt than \hD cIllende..r yeU'. prllnMY tIlal at lID 1\Jll1ue.l a.voragoThl.amuat lnclndD JIIDUIU7 1 of the CAl. n.tlo of 100/1 than ~~ diDeDl tIlol to
. endary~ tor whloh thl> modol YOM Is 100pa.rtIl total JuDl on an anDtgy oqmVnatned, It may. not begin bofore Janu- rJont b88la aro lI."Pll.rk Ignition ongln!>ll.ary :l or tho J1rllVlolUl wllIlde.r year and StalfonoT)/ Interno1 comb1utlcm mv{718It mUBt ond -by Dl>C8mbor 31 -ot tho melU1ll any Interna.} comb~tlon e~o.llll.IJlod ca.}ondAr" yee.r. For s.n. engine oxceyll c:omb1lBtlon turblDe8, thll.t CODUu.t 1a C:OnvllI"tod. to e. etatlone.ry en- verte bee.t energy Into meobr.n1cr.lglne a.!ter being" plac&d Into ll!ltV1cea.s a: - work p.nd. \.Il not mobllo. Str.tlollJlJ710BllOnroAd or other nOD-lltAt1one.ry on- dlfIllr !rom mobUIl 1m;: In t.he.t II. otl'r1ne, mOdo! yalU"-maUl& tha W/lndar tlonary 1ntlll'D.a1 comblUlt1on anglna Is,eU' or nllw modol ~llotJonporlod In not·1I. nonroad eng1no 1>.3 daQnod p.t 40"bleb \.bo Onginll WIlJI orl~ pro- eVR lO6ll,SO (e:x:olodJDg~p.ph (2){1l) .eluted. of thAt detlnltJon). a.nd III Dot 'llbed to
OtMr Internal combu.rlfon mgint propol eo lOotor vllh1cle or II. "Vehiclemeanll any Intet"Dbl comblUltlon Mlg\no Wlod aole.ly lor compot1t1on. Bt.. tlonr.:r;roxcel1~ combtlBtlon tltrblnbll. "hich"; ICE Inol\l.da roo1procll.tlng res, rotorY!lot II. rllOlyX"Oo...tlng 1ntDrneJ comb~ ICB. and othor lOB, excoyt combWlt\ontlOD.on~ or toUry 1ntornnl QOm"bllJ>- tnrblnoo. .tlon ongmo. "SUbpart lO&e.nB 4() C"lI'lt 'Part. 60, 1lUb-
&c1p7"oeatf7lV f71tmwl combustion en- pe.rt. IIIl.gina mOI>Illl ItoDY 3DtOlllb-l com"buatlon U~eful 1I1lJ m"""" t.hb ~.rtod·durlnrllIllrU>o Wh!ob ~o reclprocat1ng mo- wh!oh the. ongine la doolgPod 4> propt10n to OOllvDrt ho~t ODllrp' Into me- orly t\1D,ctlon. 1n tllx:xna or ro11Ab1l1tychl'Il1Cl'l "Wor):. and tu&l c:o~vtlo:o. mthout bolnt
RotaT)/ • lnlu=l comoustion: rnulnt rlllDJ'll\l!A.Oturod, llpooUlDd I>J) ... n'llIll"bormoans ItoDY 1ntex:m,l,comb"llBt1on engino O!b.olU1l ol o}?r>r1"t1on or Wllnd!.r.yoAn,wbloh "llb08 rotary mo\;,lon to COD"VDrt "Whichover comoll flrIlt. Tho vJJU&& forbell.t 8DatlrY into xn&<ihanl.cIll "Work. 'QbllrallUo lor llta.t10DJO.n" ClIOlil"lrlth t.
Spark fgnltlDn·m~ r&b.tlDk to t. d1BPlB.Ollme:nt ot 1&Ba thAn III litera pIlrp,aollne. )Iato"ral ~&.B, or 11400fled po- oyUnder Mil given 1n W OVR lOO9,lOl(i).trolollm (pLB moled eng1D& or B.DY other '}:"he vrJ\lll8lor lUI8tul}if6 for ·1ltD.tJonMYty"p& oC &ngjne with ... eyark pl'og (or CI IpB with " d1!rpb-CbJ08Dt ol gro8torother IlParldIig" demo) aDd with opllr- tb.bJl or~ to 10 llterll per oyllDdert.t!.ng oharaater1llU08 ll1gnl1loantlY end 11l8ll thAn 30 lltm per oyllDder ~r.1m1lu-to tho theorot1cal Otto oombll)- _ g\VtID. in 40 ern ~.P{e.). -
(
Pan 60, Subp/. 1m. Tablo 2 40 CfR ci, I (7-1-10 tdllJon)
T.AlJL)t'1 ':to Btrnp.t>:ST IIII OY P ART 8O-:R:z.Q~ ron, P1';RYOJOUlICZ T.xa':\'8 yap.B'rA.TION.A:B.Y m lOE Wlnl A.DlBl'1J>~ 0;1> 'l:3O J.,rrJtRll P:B:ltCYLD1DZ1\
1M thl><l h l&M:lI3,)"'" JnIlOl WJ?t""""'IoIo1MO~ lor potlom>tnU " ... 10< ,,.I\<nO,,l? X:S:""" a. ~oI~h>n pt< cyW>o<:l •
~~t.. lJoln9 ~10"'~F<>r aodt • rair>onIlt> YW IWOI ~~
\. Sl>l\MwyCl Wltm>l L~»O.<...,u.. L &>ltcltJo~ {I) Moll>cd I <J ,,\ 01 \»~_D7olll
&3.UU »y "lfb>.t hto IOllIlt. I oOlldDOt. th. InlUIll ~onnan~ toata Of oth~ InlULl=l'lhnoo. AamDXlDt.... Uono It I OWl> orO»OnU ... IBL:B 81 ,,\r."o~ roOE 'I'I1tl>a·.Ib rr.t.IDJ of f)' ....w U>ll.D or a<l"llt-l to.~ and1... t.bAn or DQllJJ to WI bIiLk. 1IJ'1~t64 at ,. mr.)of WllrOO 0' llAl' tmbalo»ll
il3.UU »y wb>.t.d&\r. Inwt1 ccnulDl;t tbe ln1lJal ~l1JW)OD l.aDto or othor InltWcom~. dOlll~tntlol>l l! 1 01m Of0pM""" an DX1.tb>lt .tl>tlDXlDZ7 lllo:R ""Ill,. alto f"~ or 1e&IO~ Of OlIt1a1 to WIl>n):b lIP )ooa.ted "to .. ~IOf ooDn:a 01lUJ> am1aaJDlJb ca >-D .x1aUDJ D\.IoUO'llal'1lUOE loo,.~· ..t. r.n 1'1"0'" waroa or IUl'emlMiOlllll _
63.m6 WllDJ>. lllnat I OOllcltlot auba'QD""tportbl'lDl'nDe u.a\.lot
63.~ ~ ~t1DJ>:t'OIl \;DoU r.nd oth ..JlrOOOOoru-mtlDt i tub!
61.0606 ~t U1l tnY ftmuJ.1 "<I"o.lrem.ntalor oomJ>\ylnr with t.bU .t1bp~7
" 'l'zaTDlO hlID 1ll"mALOO~ll.XQ~
B3.8llJO By l<»A \; .u.to X"-o.> t 1: oondl>ot \ho InltJ...t ~ormJO.l>.Oa \;Oato or oth.. 1J>1t1Ll;..,.............." ......""~ "...-n"na:t:ra..l:.tnTl_ II 1 ovn or
Thnll$lON LnarA'DONB
6:l.86tlO WbAt amlwonllmltl>UOXl& "Dd o-porD~ ltmJtr.Uo~ mor.~ I moo~ 1f 1 Olfll Of
Op6r"t.a ,. ob.t.lont.r1 1l1Ol1 'II11h ... sltant.lni or mora tblJl.1OObfUo.JU" 10CAtbdrot ...mr.»1' OOlUct 0( HAl' D1DlNlloDllT
6l.UOl Wh1'-o~ lI:mJl;>l.lJem- m"ll.t 1moot IC1 own or o;pen~ ,. IoIl.L'B atl>t10~ry lUOB with ,. J1~ n-tlDZ DC ~t-.r Ua.l> .... eQ"llU to WI~" }{P and 1_\h>.n 1OO bn3tb lD' 10Dt.~d ,,~ .. tDJl.loJ~ erHAl' emliaIoml
lG.~ WhAt .l:D1A1"" U:n>1tr.Uona mllJlt 1moot U 1 0W"ll or oponto DD .xl.ot\Dlr 0\1.tloor.ry OJ: lUcn; "llh .. Illto nt1nlt o[
• aqllJ.1 to or baa thJl.J> 1OO l>raXo. 1I? 1<>OAM· .." ,. IlUo)or oonrca or B.JJ> oxnba10~!
61.8603 'WbU ombr.IOl1 ilroltr.UDIU DDd ovor--• ..~ llm1~t30Jlll must 1 InDOt U 1 own cr
63.nao Wlal. b tM~ of U>b .-o.bpo.ttl63.'/2ll1 .Am I eub)~ ui thla ,,~..,-t763.'12M "\'7bb.1. po.:rt.. DC m'1 p1,e:n\; della th1"• •u.bI>ort covert63.'1283 Wl>.= 001 bon to comply wl\.h thb
1lJ.?820 By "hoe dAto 1.O...e I CODdDCt per·10l"DlLhCO toot.> or.oLbcr I.DJtlL.l COlDPU,Ll>C. d'IllonotntlOll.7
&3.7a2.1 Whon r.o"ot I condoct 'UhaeQoolltP6rfonnt>n<:o 1001.>7
53.?ll2:2 WhAt t60e "'o\.hOd> I.J>d oLbor JXrOC~
Our.. ",ooe I .... to d.IIlOIllllrAto JnlUL.IcompU1:Dc. l'l1th th••mlooJon lllllJl> lor!'6l"Uculol. In.I.tt6rt .
1lJ.'182J WhAe ItIlt ",o!.bOdo Alld ou..r Jlto<:b~>-ta blDOI I ,,~ k. dornonotrt.\o mltW
• comP1JAllc.\>I!.b LbtoJ>ldt:TIb:nJhl1lJ.'1ll2t What Icot r.oolhOdo Alld othllr~....
dnreo In""t I 1100 to ..b.1>llAh lUld dtlDo""tnh Il1IUL.I coxnpULI>c. ll1th Lbi OJ>btaUnil.1rl>Jlb1
&3.7BU Bow do I dOJnOll8trol<llnJUal co",pll"bto lJlLb Lb. om.to.JoD IJmJt&Uob> Lb'lAPply to 100163.= lIo" db I d.mo.,.tnl.o·lnJUoJ c01ll)lll·ance lr1t.hlb. o.J>*b.UonA.XU~ lIlJt,..1I:,.t.eDa.nCD""qo}nmoD\O thol '~l.T to 1007
CO>nDiOOUAC~lU.Q~
83.= Whol ....... my mOhll<>riDr rO.DIN>m""1.>1
83.'1831 What Lb. 1nol.Al)LUon. o",,,,Uol>,.:::nJ=toJ:> tDqO!rwoohU Ibr ""7
63.~ Itow do 1 c1bl:nODD~~a1Dlt.4J ccnnyll'-.nO"with u,.~onUmit»UoI>D7
Clo1mlloov&~~UlJl,);)llOml
ll3.8S00 Rowdo 1 ~onltor J.Dd ooU&Ob dAtA ~c1'JD~~tJ DObUn"DtlD COJD;pl.1Al>o.'
113.800 lltrA' do 1 Oem~tn.~ oont.1nno1l5ooxnplhnoo '!fiU> tla Ol>O~tl:of1lJnJta?
:Ncm:noA.TlOllB.1OJ'Q'IatI. Alfl)~ •
~ WhJ>~ n.otl1lCJ.Uo:Pt JD~b I ~"bmI~
-.nd~oot •63.~ ~\ TbYOI\.> m",t 1 .1Wmlt. ODd
'li'b."t •113.~ Wbo-\f>O(Xr'l1Jl))l~ IlCb.y781..88ll5 In wbJ.t ronn aJl4 bow JOIlJ: IO"'~ 1
)obDY my n<l()I1bl . •
§63.6580 40 CFR co. J (7-)-10 EdllJon)
also cst3bilBlIt8 reqUirements to dernoDotrato J.njtla) and eon~IDOOUScornplfA.XlCe ""th tho oml8slon llJnjtll.tloxu> andOpe.ro.Ullt Hln1te.t1ollB.
[73 YR 3SOJ, JI..D. 18, 2008)
§ 83.&685 A2n) 8\lbject to Lh.Is .aubpllrt1
Yoll AI" Bubjeet to th.J1l oubput It youolVn or opo.rll.~ ... lltaUonArY mOE tot aDlajor or u= source oCHAP cDllssJOD".axcoP'" l! tho etatloDl\.TY llJCE IB bolDgtea~d at a otaUonAX"Y lUcB tebt cell!stand, .
(a) A staUonAry area la any lnttnlalcombml:1on engino whJc:b usee reclproeAting mouon to OODl'llrt bllat enp~yIDto llIscbADjca) ~ork IiDd whlch Is DotDloblJo. Statlonar,y lUC:E diU.... trommobile lUC:E in that a Btatlonary lUCEIs DOL a non-road eDg1Jle &os doilned at40CF'R.1068.30; and Is not~d to propela :motor vt>hlclo or a vehlt:Jo nsed Bolely(or COlDpO t1lIOn..
(b) A lDaJor source of HAP eJD.Ill.'lloILIII' a plant alto tha.t erctts or ba.!! tho )X>-te.D~W to emit AllY a1nglD lJAl> at .oi.rata of 10 tons (9.07 meg~) orDlONl !>Or yeAr or Il.XJY comblnaljon ofHA:P at A rate or 25 tone (22.68me/fn.grhtll3) or more por yet.%". o:rcoptthat f~ 011 Abd K"b prOdnotJo» JbCJJltie.... malor seurce of lJ.Al> em!ulOll9~ det.an:n1n"d for oAOhllllr:!ll-C3 alta.
[c) .All /InA 1l0nrCO oC IlbJ.> DIn!Il:dODS1& A ~lU'ce tbat 15 not A m ..jor S011J"Co.
Cd)liYOll D.J"I> A)l OWXl.... or oJ>l'l1ltor ofAD Il.JW, O<l11J"Co bUbJllOt to t:b14llllb~.
Your stAtIuI o.a an ll11t.lty IJllbjoot to A.tluId.at11 or othor rOQ'l>.Inmonla nndcrlh1a ll1Ib~ deeo DOt Jrol>joot you totho Ohl!iaUOIl to obtAIn A. J)OIInit nndor40 UFn ))Art 711 or 7.1. P1'Ol1dod :yon A.rt>JlO~ ~lI1rW to obt.a.1.n A J>Onnlt nndor40 GY.R 70.3(&) or 411 em 7l.3{A) lor A.rDMOn othex- thAn Yont Bt&tUo All AD
~ BO~ nndtlX'" th1a 6Ilb]>4rt. Not.Wj tba tAndl:ng- tb e ml1ol1ll JOn tanCll,you mnat. OOlltinllO to OOtDP1,y Wjt.h. tlloJlI"OVSalon.o ot th1a aubput aa applJCAbl&.
T AllLIt ~ To StJ:lJl'AlrJ' :Ml>nolNM or P AlrJ' nCOllrnfllOOO COloll').U.'f~ WT.IlI ~Olll.X>.tJn>.om oJ"XJU'11J'tO l..I><trr.o
T..u>l.I< 8 'I'D 6U1U'AlrJ' MMl4ldl>1 or Phl\T 63~"rtDt.~
TAbU 7 '10 Bmo-A)'.'J"~ or l'..un t3~ 0>-ODl2:1UJ..hO"''''OIl. roStmPA1q~
AtrrnO>\l'1T. U U.B.C. 7101 U 'tV.80t7J\.(XC 47 m ~ 000. 29. 1_. ",,1_
oth~"otbd_
16
lltruCtJOll 111 commenceu on or elter December 19. 2002.
(11) A otatlonary ).(ICE with ll. lI1toritilllt or oql1r.l to or 10811 tbllJl600 bfllkoliP lOOllotod r.\i a. lDJl.jor &0= or HAPomlell1ona 111 roconst.ro.otDdU 10U mool.\;bode:!1n1 t10n oC reconotruo\.1on1:n §63.2IUldreeo))!ltruetiolllll commenced on OfiUtor Juno )2, 2008. .
(ill) A stAtionAry mOE loc..ud ..t I'DaxOL'> ecnrce of IL\P embaloJUl III reeon-,otrnoted.·1! you moot tho de!ln1tion oftSCOIllltrnotion In 163'.2 IUld reeonatrcc\.1011 III conuno»cod on or IUtorJuno 12. .20011. • • •
(b) StatiOnOTV RICE nlb/tet to 1Imlttdrequlrtmmts. (1) All tillooted B01I1Plwh10h meets ol\;ber or thll crlterlr. Inpuagra.Jl~ (b)(l)(i) tbrongn (11) of thle&OOt1on dOOll bOt. laVe to lI\oot tho re- .qulromon.tIl DC thlB IlUbJ)U"t &nd or :mb-put A or th1a llart.. O;lGllllt ror tho \DStJJll DotlnCl>tJOD • Toqn!r6IXIo.Dtil orU~.6M6(O. .
(I) 'Tho BtAtiOIUlIY RICE III ,. now orrllCWlltrClctod omorgenoy atlltiQnp.ry·lUOl!> "If1~ .. Bita rl>t:lns o! more \.hJLnliOO bra-ko HI' local-ad P,t 0. IDB-10f sonrceofRAP omlllldonll.
OJ) Tbti otAtionArY mOB 15 L'> now. orrocona\;root.&d "llmltcd nse .tAt;\onp.ryRlOlil wi~ " alta ro.t1:nS 01 XDOfO than500bn)l:o HI' located P,t '" IDB-)or 00=or RAP omlllB1onB•~ A DOW or f1l¢O:i:l&trnotod ~tat.lon~
. RlOlC witoh e. B1t& :ro.tJ,ng or more thr.n. 600 bnU:o HI'looe.ted r.t e.IDB-lor 0=0of ELU' onl1.aIl1ona w)l1oh comblllltalAndfill or dSiastor gll.& Cllu1vaJant. to 10'PlIfOfl11t or more DC \;be gt'OBa hoa.t 1I!-puton an p.nn'llll.1 be.8l.B m~t tnStl~ tho l.nlt1r.l notl.1lcat1on ~u1ItltnllDtIl or'6M64W1) and' tho req"ll1J1lrnantll or§-l63.6826<o). 63.86bO(g). and 63.6SSS(0).'l'bW6 IltAtiOXUU'Y~ do 110t})t..yo toIIlll6t tho emJmon'llm1~tiOIl!l and. o~orat.:1l:l&" l1m1U.t1olU or tb1Il8nb~.
(3) A llta.tiOnAIY:RlOJ!I 'Wh1oh ill an 611:ltln8' ayu): ignition 4 Btroko rtob. burn(ffiR."B) Dt!>UOD.'ol'Y IUc.K l09ated at ~llI"~ DQ"llrOO of II.A.P exnSallions; an o:d6 to)ng .~)t jzn}tion 48RB etr.tionaryRlOlllwitoh ll. 811:.0 r&tSng or l~ t.br.n or&Cl\lAl to 600 brt<ks lIT 1oca.~d ate.Tn ~\,,~ ",,\\rca of HAJ? exn.lBs1ons: an a:x..
(-
£nvllonm~nloJPlOl~llOoAgoncy
t63.~?O Whal pari3 of In; ylanl doe........ .ubpan covert .
Thls aUb~t t.P-pllllD to el'>Oh &fioetedwuroo.
(e.) M/eeud !OUTce. An &ficeted source1& any oxiot.1ng. nllw. or lllCOIlJItrlultodatatSonary lUOE 1000tad at 0. ~jor orAr1le. S01UCO of HAP ~~u1one, axelud.inK IltAtiODUY lUOB belni tasted ..t 1\a~tionary lUOE to&"t ce11J~
(1).E:rbtfng !/atf07Ul7'}' .RIOB. .(1) 'For att.tJonary lUO& with A. .1to
noting- or.mor~ than roo brake boreepower (lIP) lOOlLtOO ,.1;e.roe.jor eonrce of.1LU" ar.o.1BASoPll> I\. otAtlClnal-1 lUCE 15ex1at1ng if you commenoed conatruo\1on or rllCOnBtraction .er the Ilta-tionary 'RlOBbefore DOOelJ\be.l' 19 2002.
(u)·)'or atr.t1onary 'RlOB with ~. altarat1ng of)ll88 than or oqu.sl to roo·bre.)(a
. BP locatM ..t e. roe.~or· IlOtIl'Oo•of HAJ?llIn18BJona, e. Bl:atJonary BlOB \JI llx\JIl:.
. 1ng 1! you commonc:6d. conat:n>otlOJl Ofnoon.atxuot1on or the Btt.t1onaryIUGbo!OfD June 1'- 2000. .
(111) For BtAt10hlllY IUOB loOa.tod litll.D.e.ro;' waxce or RAP MIl1JIllSOD&, I\. at&-tlolUrY mag Is Il:d!ltlng 1f YO'll como.monoOO con.atroot1on or rooon.&trllotlonor tbD att.tlonArY RIOE be!oro J\lD& ,.,2006.. .-'
(l.v) A chang~ In OWDIlnJl1p or an O~b$lr 1lbl.t10DArY RlaB dollS not. XDlJrotlat 1lt&t1onn.ry RIOB " DO'W or leOOD
. ll\;rootOO atatJOllArY"BlUE.00 NtV'~ RICE. (1) A IltIV
tl.ollArY lU01!J with .. ·alto n.t1ug ormore t.ha.n WI brt.)re. B:P lOO&tod tol; r.maJor bO"llI"oo ~! RAP sm1sB\on.a la now1.f you oo~nood oonatruotloll or theBta.t1onAr1':.JU~ on or P!t&' Dl106Illbor19.2002. .
(U) A att.t1onuy RI0l!l with r. alter-e.tJ.ng of &qnAJ. to or leBll thAn roo brakoBP lOO&t&d e.t e. ma.3Dr 00nr0ll or l!A:Pero1tlalon.o \JI nb'W if YO'll commoncOOOOlUltrllot;lon or the otationary R.IoB onor Mter Juno l2, 2006;
(ill) A a~t1OJ)Ar,11U<m located L'>~ I'D
l'Ioli. &O"W'Oll or lL\P oxn181l10nll 1ll now 1!You ooxnmllXiood llOIlfttruo\.lon or thoatationarY 1UOE on or a..rt.ar Juno lZ,2006. .
163.6695 'When do J hnve 10 co:xnplywith thSs rnbpart7
(a) AI/ccrcd SOUTCCS."U) If yOu havo anO:d3l!.ng ol:.!>t.Ionary lUCE, exc)ndlng exJ3llng" non-emo,.gency CJ 3tationAIYRICE, 'l'f1t.h A olto l1I.tlnr ot more than600buke HP located a~ " rnaicr eonrceof HAP emIssIonS. YOll mnst complywith tho APpllcablo em1as1oD llmlte.tlOIU and operll.tlng llmltatlOD3 DOlater thOJ) JD1IO 15, 2!XI1. If yoll havo anexJsllng noIHlmergoDcY CJ statlonaryiuCE wJl.h II. elto rating of more than600brako If.P located at .. m"jor sourcoof RAP emlllS10De. OJ) oldstJng etaUonsry CI lUCB 'l¥'1t.h a Irlto ratlng orItM than or llQoal 1.<> 600 brake }lP located ·s.t a major source of JlAP em~SIODs~ or OJ) o:dstinr 8tatJODAIY CJRICE located at an area source ol RAPem.lss10D.!l )'0'11 -lnUllt com:p))' lVJt.h thoAj>:pilea.bl~em1:ll110l> ll.mltaUoXl8 and oparatJDg" lJm1tat1ollB no lAter than May3,2013.. .
(2) If yon sta:r~ np your now or r-econ-atructod eUUon!u"y lUCE WI I.h .. oltorating of mor-e th= to() hralee BY 10ca.t&d at a maJor source or RAP ernl..sJODB beCoro II.'llJ"Qllt JB, 20<»,you mnalcomply With tho Applicable eml",,'onllmltAtJona lU>d o»Ortl.tint" lJmltAtJoxu>1D l:hJe ll'llbparl DOJatoI' ths.n Aog=t J8,2OC». .
(3) lIyoD..tArt 1IJ> yolU' :oow o)"·rooonsl.:rnolod Sl:.!>tJOllary lUGE WIth .. an"l2LUnB' of.moro thD.n WO brake lIP 10CAtod .. ~ .. tnajor 1>0= of BJU> bID1&sJODlS alter AlIglIIl~ .lll, 200f. YOD mnat
.oom)l):r wllh Ul& a:PJ>llCAblo bm1UJOnlJmJta t10lllJ ADd opera tlng lJmHAtJOIlS
In th!I.llnbJl6.l1; ll»Oll.ll~» 01 'Ollt afIlleted source.
(4) If yon Btart Ill' your nsw or ~onstroeted ab.Uollary lUGE W1th a s1torat1Dg ollesa tha.n o:r8qna) to 600 ht1>koB:P located At .. Inajor 1lO'Illl>& of JIA1>.em1IlsfODO bolero JJU)~ 18,. 2008, yonmllll~ comply W1Ul tho AJlJ>lJ~le bl:I:l.balon lIm1taljo~ ll.Dd opo.n..t:Ing llm1 ta-t:Jon.sJ:n thh l>tlbpan no l&tor t.hAJ:l J tu>n ar:Y1S, 2:008.
(6) II YOllstbrt. n:p your llSW or roco.nat:rll olod s ta tJOOlJ>J';Y lUCB WI th a Irltorn t1JlE of lC>8/S than or llQlUll. to l>CO bmk0
BP·laCt.tod at .. maJor 80= 01 HJI.1>oxnl83JOhll~ Jl.2:lllAty J8, ,2008. you
compressIon IgnItion emergency stationary lUCE WIth " site rating ofmore than 600 brake HP located at amajor source of llAP omlll8lons; an exIstlDg Ilpark Ignltlon emergencY or lImItod U50 statIonary RICE: lUI exlstlDglimIted 080 statloDary RICE with /I sIterating oC more thlUl W() brake BP located ll.t a major source of 11AP emreslons; an eXisting·stAtionlU'Y RICE tlJatcombUsts llUll'J1U gaa or dlgelltor gIUcqnJvaJont to 10 perc8IlL or more of thegroas heat Input on SD ADDII81 b .....ls; or= smllng staUOIl)Jy rellldelltlal,commetc1Ill, or in:IUtlltlonlll emergonoy statlolltU"Y lUGE located at. anarea 1I0orcO of H.AJ> etrJlll81oI1ll, dots Dothavo to moot the l'1lCj'lllromcnts oC th.Iasubpart ADd of 1I11bpsrt. II. of th13 p8r1No !.nltllll notlJ1caUoD 1s l:lsce8.MtY.
(0) Statfonary NCE mbjter to }UVUla..tums undtT 10 CPR.Part /iO. A.rJ DJIectedsource that 1B a Dew or reconstructedotatlo;o.ary RICE located at an areasource, or Is a ne" or recoD3trnctodstatJOD8J'Y RIo:E locaUd lot a majorsource 01lL\P omlaoloDll ADd 111 a sparx19:n1t.1on2 otroks leM burn (2SLll) .l:.!>tJonar:Y lUOB l'I1th a ldt<> nl.1.ng oI lea:.thJ>:n !>I» btuo }II>, A e;po.rk jJrDllJon ~
ouoko lellll burn (48LB) etAtlobar:YJUOE l'I1th a alto ratlDlr oC leM thAD2SObrake liP, or .. 4 stroke nob btu'D(48:a.:B) statJonar,y lUGE 'Irlth a Alto rat!DB" or lll/la tha.n. or 8QtnJ to 600 bra.k e:ra>, .. stationary lUOB 'Irlth a. al to til.tJnar oI leM~ or IlQnal to 600 b~e:ra> 'l¥'hJob coInblllltll landnll or dJgOllterg"lI.8 1>Q'll1l>'lllsDt to 10 poroellt or zaore oItb 0 g:tOBlJ hMt 1.ll:Pnl- 011 an lIlllnlllbaa!JI. AD Dl:l)tl1rIlDOY or IlJn1tod !laOs~.ljonAq lUCB lVith... sJt6 rating olloasthnn. or OQlIsl to fl(X) brnko lIP, or ll.
COX!ll'rll8a1on jgn1t1on (01) statlollaryBleB 'l¥'l th a 111 to raUn& of leol> \hllIl oreq'llAl to 600 bxue lIP, lDtt6~ meet theroqnJ:rsmant4 of U>.1B JUt by me6J;.1ngtho roqnJrCo3XlIlD~of'Ul o:FR pa:rt 60s~pan. JIll,. tor com~on 19n)t1on ongjDoa or 4() GYR J>l'l1:. 60 roh»»rt JJJJ,for ftllIU"k 19:nJt:10:n anl1DeJ. No J'onbsrTC>qll..l=ant.. "l'JIl.Y for cncb lID ginosundor UiliI ))IIIt.
lag n ~ Jill>. Ja,~ U UIlN:ldod .t onYR 360i. JOh.. Jb, :lOOb; '$ Yll 9074,}d.u-. 3.2010;'13 Ylt m:o; JIulo $b,20lJI) "
§63.6595
. 18
(
§63.6601
f 63.&601 What e:rnIS4;on lilnltat.io)u. Xnu.l J Xneet it J own or open>te •4S1Jl slalJonnry JUCE with a siteraUng 01 Kl"tlll.eT tlJan or equnl to2lil> bx-MD In> IU>d )e.. than liDObrnkD II}>)ocated at a major &ollrceofRAJ> t=..Isslons?
Comp11ancs wIth Lhe nnmertcar erntssion lbnI tAtlonll e6tabl1ahed In thleaubpllJ"t Is based on Ulo result.a of teatinEr tho • venge of throe r-hour runsuoin" tho tcat1n" reqll.lremellLs 8.Ildprocedllrtll in f 63.S620 and Tah)1l f tot.hJ1l .nbpnrt;. l! ;:rou oWll or operl>te AhOW or rocol1tltruotcd 48LB .taUonaT,yRICE w:ltb 8. Bltll ratIng of greloicr thl>Dor oqua.) to~ Blld 1Cll8 than or eQoA1 to600 brakll)D> )oca~ lot maJor aonrce orIlA]> omlulonB Xlla:onfMltnred on orafter January.1, 2008. yoo mUllt complyWjUl tho emlasron lImItAtlon8 In Tablo2A. to th,Ill lJQbpllJ"1 and tho operAtingllm.ltAtl0D3 In Tablll 2b to t.hlll subpartwhIch aJlply to You.
[7;l FR~ JU1.. U, 200a, U AnI""dod t.t 76F:R 1>876, M..,..). 2010)
fBS.66l>2 Wlll,l ~on lhnlIoLlo".musl J Xneet .It I OWl> or oJ>tt1>l<> AnD'dnmi' .tAtio:»lU-y CI RlCE 'With A.ll<> nth>g 01 ~-.J to Dr Ie» thAl:>~ ~.. IlP Joc..le<t bl .. .1lnAJor.0=01nAP tan4aSDJ:18?
U yon 010l or oJ>ei-,.ts A:O bX1.tmg stAt.I on s.r,y CI lUOB 1t"1tl1 A A1ttl :r...tlDg DCoQual to or Ill6lJ t.hAn ~ b~s lIJ> 11>catoo at a major J01lroO oflL\l' ernla.alona. yotl. m~t comJl1y 191th lJle C1n.lDA.!onl1m.!tAtSol)ll}n '1'zll>le 20 to th.1Jt anI>J>A". "'hl~ AJ>J>}y to ::ron. Co1l1J>1J1t.neell':lth th 0 llUJ:nllrlCll.l omJUli021 llin1~.t1ol1ll elltAblli.hlld In thla .llnbpan IIIbllMd Oll thll rtlIllllt.a at l.6llt1ng th& aVllrl>.go 01 threo I-2Ioor rDll1l llb.1ng thoteat1:og :t1lqll1ralno:nt4 AIld }>X'Oe6dnrea InJ63.6620 1lld Tablo f to lhla lfDb»Al"t,.
• 176 YR~ Ma.1-. 3, ~lO)
§63.~ lYlu.l t<mhsSon lb:ni lA IJ0,,"
lOlId t1p<::Dtln.. )..I:rn$lAUo:ns mlU I }:meet SfJ "'In> I>r ttpa"lru, "h cxlstI.J,gslAUo~ CJ RlCE )OCJlted At Ill>IQ"&.~ 01 B.AJ> ~0l>.S?
CoDlJlllll.D06 1'Vltb tll~ htl1nerlClLl~~011 Ibl1HdjOO1B &1ltablla.bod In I.hb~1l/lTt 1a baud on lbll rMnU.., of tbat..lng tho A'iftng"D of lhr&e .l-boor l"llbaUll1l1g tlle t&tlnr·. ~Dlo.nt4 lI.lld
40 eFR en, J (]-)-)O EdlJlon)
procedures In f 63.6520 a.nd Tablll 1 tothis subpart.
(a) Jt You 01V1l or operate AD exIstingstilUOIl8J"y CJ mCE located at. IU1 area3OlU"Ce of HAP ernlssfons, you must~omJ>1.Y wIth the requlromenl.a In Table2d to t.hlo aubpart l\J)d the operatingllmltatlons 10 Table 2b to thls subpartwhIch aJ>ply to you.
(b) If you OWIl or operate IUl eDstlDgstatIonary nOD-lU1lcrgenoy CI RICEgreater- lhlUl 300 HP located at arCAecurces ID Are~ of AlD-'kA DOt ..eceealble by tbe Federal AId }Ughw"y Systcm cPABB} you do not hAVIl to 1l1eet;thB numerlcal CO cIn1ll1llon IImltatlollb8PeclOed in TAb)o 2d to tll1a anbJIBIl.Ex!atlng atAUohAIy non-emerzeacj- CIRICE greator tlllUl 300 EP lOCated atarCA ecurces In areas DC Al~klo not acceM:lb10 by the. FABS must meet thomanagement practlce3 thlot e.ro aboW])for etAtionary'non-el1lergllllCY CJ lUCE)ellIl thAn or eQual to 300 liP 1ll Table 2dto thla aUbj>B.r~
05 P1t seu, 14..,.. 3, 2(10)
163.B8(>4 Wh"l!bel~""ls ""lUII Xneel l! I own or o~l<> l>b uhf-!Dg bL.UonlU"y Cl JUCE? .
It yon 0"Prn or oJ><Ubttl IU1 mat1ngnOXH>IncTBl>ncy CI atAUollAry lUC:E'w.lth. A. 1I116 nUng- of mortl Lha.n 300bmkl) BP "With A dlllplACoInOIlt 01 Jesatha.n 30 lltera PIll' OyllIldor lJl6t ~o,,·
dlBse) /nol. yon mnat nse dleaol tno)tlIAt mCt>tb the r~nlremllntain 4P cY.RBMIO(b) tor non.road d.lDBbl tnDl. Rx:1Btb:lg XlOll-&mcrgoDOY CI atAtlon~ JUCBlocAttld 1n OllAln, Amnrjean &mOA, UloCOJnn1OIl'lfoAlth of tho NOrtborn MAr1B.ll.LhlAn~ or al; aroa.·aolUc&llln Ar9MorAl~ .not a.cellll8~b)e by thll PAllSart> b):Ol1)J>I;!rom lbo i-oqU1relDanla oftJrl/S aectlon.173l'R00'16, M.u-. 3, 2llJoJ
OENIJl..AL COldl'LLUlm .R2Q!JIlUl:IJl:m"B
f Ii3.SSOlS 1fhat ".....;a,.,. K=craI~XDrnLa for- comJ>lYini' lrith 1hU .rubp.an7
malor source DC RAP oml5elonB, Uldyou ChOll1l to eOlOJllY' w\t.h th&propo~d
exn111S10n 11.m1t-..t1oD8 'Wban demoOIllltl"!'t1ng In1t1rJ compliance, YOllmUllt. coDdUllt. a.' second porformancetoot to demoIllltratls COIllplle.nco '10thtbe prom\llga.t:cd llm1aalon limitationsby Decembor~ 200'1 or a.lter startup o[tho eenrce, wb1cbeVllr 1A la.tcr, accord-.lng to S63.'l(ll.)(1)(t't). ..
(d) .An owner or opontor ill not reqnJred to condnct..1Ul 1n11Ja.l performence teb\; on nn1tDfor 'I't.b1ch .. })Orlormanee teBt ~ 'been proV101l1lly condl1ctod, but thB teB\; mUl>t xoeet. ..n o[tbe conditions dllMlrlbed in ~D.pbB~d.)<l) through (~ 01: l:.b1Illl6Ot10n.
0) The t.eat. m'QBt be.ve been CODdnoted 'QlJ1ng the eamn Il\Bt.bodll llJ>OOined in t.h1a aubPart, IlJ1d I::heso mothodaXOllRt h&-ve bean [oDowed ooncotly.
(Il) 'rho teat m'llllt not bo older t1uul ~yean.
(3) Tho teIIt XO'llllt l>oremwed IlJ1d P>O-
COVtod by tAe Adxoin1At;nt.tor.' .(~) lJ1thor no procooa or Dqul1?mant.
abA.ng~ m'llllll~V& b&!lJlmWll elnco thoU>&t"I'f1>8y<>rlormod. or the o'W)lllr or OJ>onotor }nU8t be ILblo to domonatrB:tothat. tho rDllWto or the V&POrtllA!lCO
. tollt, with or'W1thout ad3'IllltIDonts, reli-ably doxnonatn-to CDm-pUI>JlOll d&opltbproll&6Il or equ1yrnont cbft,ngllll. '
l6S.56l1 ~ what dAta lXl~l condltcttho bJl:!Dl pcrI<>='JU1.O& teBU orolher lnltW CO'XO}l)hncft ilmnoliBtnUln>JO if I tIWIl or ~t& .. 4Bt.'B 81rlal::\o~ JUClt wU.h II alta l1\tmtof ~u,r tbnn or cquBlw~~)e» thnn.. C1f; oqJUl t.o~ brUe HP)0ClltW. at l' )nIIjD'r wnrco of llAPe:roln1t>XUor
II you OWll'or oJXlrt>to b n.&~ or reconet.rll.Otod W!JB lIt3t1onary 1UCBwith ~a1 ttl re.~ or iI'Mto,r thAn or eqUJl,\ to200 and 101>6 thnD or &qoAl to IiOO brr.ke
• __ .'"' "",I' U'A't>
163.6610 By ,..bat elM... mu.at I cp:Piluctlh" i:PlHrJ -per!onnaDCb' IutA or
. other lnit1al COXlll'Ua:net> clmnonBtn>·, ,t!Cl:P& if I own. or'o~te '" W>
tSO'JUU'y IUCE with,,, Jite ;rlOtlDr ofmDn !hAn M>O brUa·lJP loollW ata l:JUjor»Owe& ol HAP oxnl»l=-7
l! you own or operate '" ot/J>IJO)llLl"ylUOD w\tA a. Ute ntlng or P10rl> tbJ>nroo br,.)t" :KP lool>ted "t '" ni.J,.jor oo\Utleor RAP em1aldODB you !'l:& Jn1bleot totho l"OQll1rI>mollta o~ th1&oeot1on.
(,,) You m'llllt condtlOt tho \n1t\a1 "9&rt>rroancc' tollt or other lDit1rJ coxopU·anee doxoon.atra.t1ona 1n Tll-b)o i to thbII\lb~ Iibe.t· opply to you wiUrln l80days alter tOO oompllanoo date that. 1A8p()011lr>d for your BtAt10llJU"Y BlOB In•§63.6693 and "cOOt'd1Dlt to tho provl.Jl1onafn. S~,'I~W>. .'
(b) U you llOmmo~ conatnloUon orroooDlStrootion blltwl)6n Dooerro.ber 19,2:001 'a.nd Juno lb.'2OM IUldown or opar-a~ Bt&t1onary RIr$ with a ~lb ~t1D8DC more thAn roo bnkb B:P lOOll-ted 8-t eoxoe.jor Mlnroll 0;[ lIA.P orn.1Blllona, 10 '11XlI'QBt dlllOOnBtx1>to \XI.I.UAl OQropllp,ncewith 01thor t.hopropo~ p:m1»&1on UJ:n1:tA.t10IlB or t.ho proIllWgll.ted onilia\onllinita.l;1ons no lI>te.r ¢an YobrnarY 10,2006 or no lI>teX', than l.BO daY!' aJWr1lt.Art!l'p oC the 6Outoe, wb1chevar 10,,_ ... .. _ ..u __ ",." to') ,u.,/I)'\{t,.,
§ &3.1:6) s When :must J conduct ,uhsc·quenfpl>rl'ormnbee Itnu?
U you must, complY W1tb !.bo emleston lln:iltalIooo and oper",t.Jng llmlta.uone, 3'oD InU8t conduot oubseqDeotperformAnce teots A8 speclOed In Tablo "3 of this subpart. "
(El). l)
40 CFR ~h. J (7-HO Edillon)
w.b.rD:0. ,. con""""""tjb:D or co ..,. tornuJo611)'o... ~
tlle conb-c>J dO"rje/> inlot,.0. .. ~tn.tJOl> or co Clt tolIll.Ud6ll7d. At
u.& cOllb-c>l dovl06 O'aUot, 8.lldIt .. parcOl)LJ'odl:lcUo:r> oI coor rOZInAldoh.1d~
omlM)<m>,.
(2) yo~n 111l1ll t llonnill.UI tho carbonmonDxldb (CO) or tonntJdllhydl> co»cantntlOlUJ at t.he In)al. ADd olltle~ oJt.he COlltn>l devJCb to Adry DMia And tol5 ~t oX;ygl>D. or AD l>Qn1vaJl\Dtpe.1"C<ll) t carbo)) dJo~de (co,). l! polln tan t. COllCEllltn.UOXllI ArB W bll =ootcdto )b ~t o>eyga" lUld co, oonCl>Dl:rll.UOll 1a Inl>~ III lll>ll 01 PXyg-e.n CDDcOntnUon l:ne8.Sll1"mn8Jl t, a co,ton1l()t!on ~ tor 1e nl>l>dbd. CaJonJA tat.ho~ ·COln¢t:ton fllCtol- An d=1hod1n ~.Plu< (0)(2)(1) throllgh (l1J) ofthJa~Uon.
f &3.8620 Whnt pr:rlormlLDe.. lest.. BDdoilier proeedur<:-' :musll \lao?
(a) You mnat, conduct ea.oh porfonnance teIlt 1)) TabJoll 3 and 4 of thlll subpart tllat Appllea to yon.
(h) :Each :perton:nl\l)CO te.st. muat beconducted accordIng to UlB toQUir.omenta that. thJ3 811b:Jll>rt. epeclllCll InT,.blo i to t.h.J" lIubpart. rr you own oro:p<>rato a 1l0n-oJ>CratlollAl Bl.Iltlona.ryJUGE t.bat 10 oubJoct. to Jl6r10llnA.DCOtesung, yon do not neod to start up thoengine solelY to conduct the ~orm'AnCfl test; 0wDe.I"5 and oJ>eratora of A
" 110)). III Oln) or oJ>U1'i<> an "xiat.lng.t"u".,1Uy lU~ ..nth ••1I. rollngof JtM IhlUl or equal to 600 braltllJlP Jccsted ot .. xna,lor &OUl"CO otl1Al' txnl8alo"a or lID t:dat.b:>g ala·U0711ll7 RlCE Jocated at a:n AftA8O'U.N:ll olB1>J> iml..lotU?
}{ you own or oPtrat6 &-xl exl8tlng CJ8tatloXllU7 RlCB li1th A 81te rating- of10M Ulan or 8QUal to 600 brako lIP located At a major 8DlUCO ot BJU> emtsoJO))O or All axlatlng slatJO))~Cl RICEIocated At All area 80m-CS of HAP emtsalODS you Al"0 8ubJect to tho requIrementa of thl8 aectfcn.
(8) YOlllllUat conduct any inItiAl performance test or othor InJtlal compllIUlCB damoXlStn.tlon ACCOrlllllg to Tabl08 4 B.Jld 6 to thlllllUbparl that APPlyto you 1Vlt.h1n laoda,yll AJl.or tho complJIUlC6 data that J8 Bj>OO1Iled lor yourB tat10nary RlCB.in f &3.6b95 And accordIng to tho l>tOV1oJOba in lli3.'1(..)(2). .
(b) An OWllBt or ol'Omtor 1a Dot n>QUJ.rBd to coUduct an inltJAJ petlormIUlCO teat on A llDlt. lor- "hJch • :p<>~forr.oaJ)co taab hJlJIbollJl ~V1011b)y COl>dllc~, but tho 1:&81 mnat. lIll>ot. ill oftlio condJtJoDA dozcn~ In ~phB(bXl) ~lli'll (4) of~ Ilootlon.
(2) T.bo test JDUllt. not. })() older iban :2yel111l.
(3) T.ba test ll1U8t bll rol1l>'IVed Alld aoceptod by thl>.Adm.lnllIb-ator.
(4) ~th&r no~ or eqn1))DlentchAnge.a JDl1lIt bAVo bocn InAdBII1nCO thllt.eBt. 'l'111B JlBrlonnell. or t.h/l OlYllor or OJ>~te>r lIlllAl. 1>6 Able to damPllA!;nu>thAt Ulo ltlQult.l> ol u./l pM"fonolLllelltOIl!;, mUl or lJ1tlloUUdjll8tmonl.b, rll1lahly domonstrate COlllp]JAllCO lIOIlPI ta:Pr-o<:aU or aqtl1l>.IDollt chanxOll.
flf> l'R P675,l>!.o.r. 3, .2l»)oJ
§ 63.6612
(-
§~.6b20
pot\lolon bu beon 1I.}l}lro"Vlld by the A<I-lll1n1atrator. •
(g) U you 'petit.l0n. tbe Mmln1etrll.terfor. B.pproval or OpOI1l.Ung llmltl.Uona,yon:r 'PDtStion mUBt. lDolnde the WOl'me.~10n deacrlblld in }ll\.l'~~ (g)(l)through (1'» 01 tlrl!I B&Otton..
O) IdenWloAtJon or the JPIlOU1o pa.n.mo~ you propoee to U80 a:e oper..~lDi llmltll.ttona; .
(2) .A.. dtllOuealon or tJle rele.tlonllhlpbetwcen the&ll 1l1\.X1lIXllltllrt ADd HAPemlll8loDB, Identi(rlng how lL\P em1BeloDII cha.ngo mtb ~s:ea In thellll 'P~n.metere., ~ncl.bow Uro1t11.tlOnll on t.bo80Jl!lIIlmct6n wID aD"I> tD llrnlt HAPom1Jl610lllr, •
(3) A. lllilc'nBalon. or bow you w11l 00-'
tII.b'Ueh thl>'upper &.lldlor low&r nlu88for thOllll ~t8B wh10h will eJlte.'l>-'ll~ the lbnite on tha6& pp,tr.metors Inthl> OPI>1'\>.t.1ni' Um1t11.tl0))ll;
(4) A. d1tlcnbslon. 1dontit:Y1Dg·th& lDlltbodlI Y0"O;:wUl nJl() to xne~e~ the \n-
. Iltl'UInoIltll you wUl 'DIIO to molliter\;he80 puametcrzo. a.a well ~ the rel-II.the II.QOnraoy e.nd pr&01Blon or thellOmethoda IlJld lnBtrornlmta;!Jld
(6) A d1acu.B81on ldontUYb:Jg \;he froqUl>ooy DoDd Inl>~ lor t60DJ\brf>tu>ithli \nlltr"QID.enta you wID UM tor momtorlDlr~ 'ParaJDllten.
en)l! ;rem. -petition \;hI> Ad:aill>1Iltrll.tortor e.wrovrJ, 01: no O}lOrB.fug llm1ttrtloXl!l, your 1>\ltit1on lD'DJIt \jlolUl1c thelD!o=tiori ~b6d in plll"lI.gn:pba1)1)(1) thrtro.gh ('J) of Url.ro lll>Ot1on. .
0.) IdentU1Ol>tion or tJlB pol'UIleteflllI.8ooole.tcd mt:h opere.tion or the. Dtar\.s0h!lrY 'RI~ and. allY &1Dl&lllon controldllvtOe' Wb1Dh oould obangD lnt&Dt10l\A~ (It~., operator rAl"uetInon~B.'IltoIllJl:t1o oontroUDr ~UlItInDnt, 0\.0..)or un1nteDUOne.l1Y (C,lI., 'Wou r.nd teu,euor, lito.) on Ilo routtne btlalll or ovort1Ino; .
(2) A.d1Jl.oUlIlIlon of the rtl11I.t1on.ah!}l. 1!llD"Y, »Otw&en. O~I)II in the 'P~.
otorlJ lIDd.obAnPa in RAP em188toJlS;(3) For tb& :pr.rB.molill;a 'Which ooUl!\~ in ilUoh II. vra:'J 11.8 to lnllroPobbl!A.J.> o):Xl1llll1oIllL, II. dlaoublIlon or vrhotherOllI;t.PllJUdng llmttll.t1a:na o~ tho p,.r~
"t.n", won1tl. aerve to Um1~ 1LhI' omlb-
CEq. 4)
(Eq.2)
(Eq. 3). 5.9X~ ..
F.
. XC>.<lj ..Ca~
. '!PCO,
Vlu>ro:
'1. -1'1101 r~\Or b&llbd on th. r"lolo or ox:Y,e:nvolume \0 ~hD 1I11UMt.o 00. v.,lume~ducod by l.llo !\lol l>t 1Drl> percllll~ DXellallair. • •O~ ,. l'rMllJon· of oJr tbl>\ I. ox:Y¥.:n, i>.r.
(0 It yO'O comJl~ with tho cxn.\B81onJ.1InjtAtJon to l'Od"D06 CO e.nd you annot~ IlJl o:d~t1on catAlYBt. i!youcomply with \.be b1ll1uton 11Inltation toI'Ild\loa ConnaldblJ,ydo llDd yem. ue notUllU:l1r HBOR. or if yem. c¢mply with theCIclBil10n llroltatlon. to llxn1t th\' concon~t1on of fonnIJdohydo 1n thD etarttonat:Y moop;cllan»to &.lld you U1l no\Ulling an o:x:1~t1on Ol>tA.1Yllto or li"80R.,you. mUllt 'POt1U on. tJl D A.dIn.1n1A traloOr., ......__ ..._."' ..H,..,..... tn 'hA DooA."",,"-
(a) '!lyOn blact to inlltAl) fl, aRMS A-'aJ>ocl1lcd10 TlUllo 6 of th1a Il'Ql>J>ort. yonInn.a t InsWl. Ol>M1Lte, and mzilil taIn Ilc::Jl';MB to mon! tor CO and ollb«r DXygc.n
or co.. M both tho 1lllaland tlla o'Dt.latof th 0 control daY:lOl> M>oortUng to I.b0
reqll1.rDmllIlt,., 10 ~:p~ (IlXl)through (i) of tlW ADCljo:n.. (l) 'Ea.ah CEMS J:nmL be .Ina taUed, op..ara tad, a.nd m&.ln t.a.1nbd a.ecor1lll:lir to
the 8 pplJcabl 8 ·perf01l1lADCe 8peclllcationa of 40 CPR part 60. appendIx B.
(2) You most, conduct an InitIal perrorrnanca avaltlat~on and an annual reiaUve -uccnrecz teat, audit (RATA) ofeach CEMS according to tho reQufrementsm J63.11 and 'occordJnr to the applJco.ble por{orml\.l:lce aJ><>c1ficatfODB of10 CPR part 60. appendlx·B lIB !Veil ASdaJ)Y ArlO penodio data. qna)Jty checksl:n nccordance W1th 40 CPR J>aTt. 50, aJ>-pendb: P, procednr& l. .
(3) A8 specJned in J6J.II(cX4XIl), eacllOEMS mllat complola I>. Imn1mom ofoDO cyole of operation (BAIIlpllnK". anaIymg, a.nd dAta. recordIng) for eachencceeerve l&-m.lnute perfod, You mustbavll ot lal>.!lt t.".o dllta. J>olnl:l. wItheach representing Il dlJ[orent J6:mJnUtl!per1od. to have a valld holll' of dota,
(4) The cBMS dlltA· muat be reduced84 Ilpecl1llld In J63.8(gX2) And recorded.In PlUta per mm~on or PIlTl:I per b~lJJon(.\.6 IlpproprJAte for tllll appllcablo IlznJlotIon) at 16 }>eTClUlt DXyg-en or LboCqnJvB.1llDt CO;" eoncentraeton.
(0) If YOll Ilrt> o}>ol""Ung- a. now or t-econa!;rQotod Bto.tJDllaIY JUCE' w.bJchllreo la:Odtlll gaa Or dJg.... tor KI'A DQlUVUlo.nt to 10 :Pcrc~t or %nore of t.bo p-oM
hoAt InPtlt> on an AJlDlal baab, YOllJ:nllBt l:JJon.ltor Al)d moord your Ina)
.llObgO~ It'1th UJ>Ar1>lo Inol metro"Bto :m0lUl1U1> t.ho YOllUDot:r:lo Do.. ra.tll DCeAcll tDal. In 1l.lldlt.!DD. yon lllmt DperAle )'our ll1:AtJollAry RIc:& in a. In&.JUlarwhich r&a6QllAblY~ HAP 0lIl.I~roODa.._
(d) It ;You A.tlt opem~ l> .blllt" or r~CDXlBtrootbd omo~cy ~ lltn.Uo~ 1UO~ With a. lIIto rating ofntla.l:6r" t.h.lUJ or oqllAJ k>~ AIld ltlll}thAn or eqllAl to 600l>nh BP locatadAt a. lIlAJor 1l01l1'CO of HAP emJ.aeJ OJU.yOll xnll.at 1nb tall Il llol>-rt>ao t tabla hourmil te.r Pl1or t.o t.he 8tJu"rop of tho ongiho.
(a) It You 01'JD or opont.o a.n ~8t1n8"otAtJcin.uy IDc:e It'1t.h A ldtD nUnK of}00b tha:n 10() bl1U0 .lIP loeal.¢d At a.major OODJ'Cll of 1l.AJ> em1a8Jona, A)) c:x!a~ etAtJoDArY omcryonoy IDCB,. or8.Jl ll:l:Ilrt1ng atAUonary RJc:R lee.. ted at.
values for the parameters WhICh wouldestabJl:lh Umlta on tho parametera InoperAting Ilmlta!joIl:l;
(6) For tho paraznetere, A dlecn:l310nIdentIfying tbe mothode you conld usato maaaure them And the In:ltru~ent:l
YOll could U3e to monreor t.hem. M wolllI8 the rolatlve a.counoy And J>Toclolonof t.ho metbode ADd Iaetrumente;
(6) For tho J>&.Tll.metorc. A cllacDllalonIdonll1Ylng tha tTeQneney and mothodslor reCAllbrat1ng Lbo J:n..l.nunonla youcould IUlO to monItor them; l>nd
(7) A dll101l!>8I0Xl of 1>Jh;y, Itom yonrpoint of new. It la In!eA1llbla or nnreaaonAblo to l>dopt th& J'MlUl)otDT3 lUI 0»
porfotnll>llco te~t muat be deteT1))l.ncdby dOCUIn!lI1t1.Dg- tho calculation!!, &3
Bumptlollll, A.l:ld mCAanraml>Dt devlcC:lllBod to meaaure or eot1Jnl>.lB the percant. load .in L apccIDc AJ>pllc..t1on. Awrit~on rOpOrt of tho aVBrag-o poroontload dotBnnlna.t1on tnll-Ot :be!Dcluded Intho noUOcat1on of com:pllanco alatuo.Th" foUo1'r1ng 1nIoTml>Uon mnol be Includod In tho written NlpOrt: the enginem<><lol l:lumber. U.O OXlg1nO J:n8.lluI...,..lurar. t.he yoar ofJ>~, the mann.!ACtnroJ:'A B1lo-ra.t<>d bnU:o hon.ol>Owor.th 0 hlDblent t:eDlpe:ratun, ~\U"o, and.b1Un1d1ty dnrtng U.o perrormance tut.A.l:ld all AMUInPUODll that 1Y8l'D mado tooat.b:nl>te or eaJCuJAte porcont loAd elm-ing- tha portorma.n~ teat mml be eJ~ly U»laJDod. H me88=6Ill elovlcoaallch La Dolt' mou.n. kJlo~l>tt molatb,bola~ at.Ab 1l1'llgt>3, ate. IU1)
118od. lbl> model l>mn~ of tha %nOAbm-t>l:Do:nt cleno&, a.nd AJl' oatl%nAto or It.aACOn:tato In poroonta.go of tJ-ne valllamllbt boj)l'Ov:iOed.
(
\
§b3.~O
§6.3.6~ 40 CFR cn.) (7-l-)O fdillon)
rCBtllts of Lho lnlLlal complllUlce d ern.onstre tton t.ccordJ.Dg to !.he requireDlonL. 1ll j 63.669S.
§ B3.&63l> :How do Ilnonilor" And codlectdAte 10 de:mon.t,..lo COl>I.l.,\>ou.compli.nco?
( .. ) )! )'OU IntlBt cornpl:r wl t.h em.l.salODa.nd o:pera.Un8' llmlbUOlls. )'OU rnU8tmonItor and collect da.ta. accordillg to
. t.h.le sectd on.(b) .Excopt for monltor lna.)fnnctlolls.
lUl8ocla.l:od rep:Urs, and reQnlIed QUAlity/l.88\lr"nco or control ACtJ'7ltlta (}nclncllng. Nl appllcablo. calIbration ~tcb
alld reQll1red %61"0 and tlJl4ll adJnat..l!lonta). you lDU8~ monltor contlnoonsly at t.ll tImet> Ult.t tho ataUoDUYRICE Is o}>eIllUng.
(c) You may not OlIO datA recordeddnrlng rnonltorlng llla.1J'linctloJU. &MOc.lAted re}lllJns. alld reqnlred QualJty MBtlr8J)CO or control actiVitle:l in dstaaVlll1lKes and calcnlaUol1ll \l.8&d to report eDlJaalon Or o}>Or.lt!ng levels. Youznnnt, bowovor. tiao aJl tbll va.lld datacollected \hlrtng aJl othllI J>Ol1ode.
Ilatlon applJcablo to your- .statIonaryRICE.
(c) [.Reserved)Cd) For noW. reconlll;rQcUd. lUld 10
CONTINUOUS COldPLlANCE RzQUDl~TB. bum 8tatlonary lUcE, donatlollS fromthe oJ»lsaJon or opeIatlng llmltaUon8tht.l occur dni-JnK the 11r3t 200bOlU1l ofoperatIon from ong1De etartup (cngJnebllOl-ln Perled) Mil not T1olatlon.s. Rebunt atatlonlU'y R.1CE mclUl.5 " staUODary RICE !.hat hlUl boon rebUilt Il.S
l.bt term Is donned in ~o ern lI-l.ll(a).(0) Yon must areo reJ)Ort each In
Slt.nCC\ In whlch you dJd n6t moet lb eIOQnlrementa in Tablo 8 to thla snbpartthat apply to ;von. If yon own or'operala a now or raccnatructed atatJonaryRICB with a. sIte ratJng M]eM lban orOQtlal to liOO brako HP ]oca~d at.aDiAJor sonrce oCHAl> emJMloDll (exceptDOW or reoonstructen ~8L:B nDK!nCllgreator than Or eQ'llal to 250 an4 Ieesthan or eQllal to f,()() brake lIP). a nowOr reconstructed statJone:ry roDE JoCAl.6d at an a..l'&a. eeuree of RAP ernlsslone 01' 8.:Il)' of !.he !o)lowJng RICER1t.b' a. alta ratlni of more , than 500
. brake lIP locatetl at a l!laJor scurce of1LU> oInl3.Uollll. yon do nbC neen tocomply with tbe reQ.ll.Ircmenla In Tablo
§ 83.&1>40 n".... do> I dc=oJ>BirD 10 cOJ>- 6 to this subpart.:.A.'n ox1atJDg 2SLllIlta.-Un"o,"- c:ompUJU>c:o will> Ih" amlo- l.lona.ty RICE. an oxillt!:nr. 48Ln olA.1 ..... lllc>1t.. t.1..... .."d C>J><>'"'t!:b¥ 1I=J.. 130nary lUCE, AD. ox1atlnr aIDarxClDCYlAt.iohb? Stt.I;JOD/uy lUOE. An llX111~i lJJ:n1ted
(I» Yon Innac domonatrnt" contln- 1l8b otAtloJU>rY lUCE. o~ an WlltJ.ngnona COIn])llanco W1 t.b oaeh l>InJMIan s~ tjOllJU",Y lUC:E \>orhich fuoa )a..nd1)ll)Jlt>ItAtjon JUld O~tlnz llIn1tAtlon In r»a or dlB'Mter Kall oqlUVa.)Ollt to IO~'.l'Ab)Oll lA and )}), '1'lIl»l>Jl .2& anll 2b. conI; or nloro oC thll~:h8A~1npnt on'.l'l>bll> 20. And TAblo 2d to t:ha aubpan &.1l lUlllUU b6&.\&. It yon o'lm Dr oPeratathA t l>PPly to yon J>OCOrd.!ng to lXlo thOlU r.ny of th 0 tollolrlnlr luOl: wltl) a. AI tosJ)6olO&dbl 'hb}6 4 to tlili>lllIhJ>Art. :rattDg of mOre> thlLn liOO llraXl> Il:P lo-
(b) Yon l!lnal; l'OJ>Ort Ucl11natA.nell 1n CAt.ed it & mAjor IlOn.reo of n:AP exnJ~whJoh yon dJd not Inbllt olUlh omlaBlon aJOlle. Yon do not nood to colDPIy WJ!.h11mJt:a.tJon or oyant1n.. 1JlJlltatJon In the rOQn.lreInonta in Tablo 8 to t.h.I" InibTIlh)tlI 1A o.nil lb. TahlOll 2A a:od 21>••~ bXoo]>t lDr tho Jl>.)jjal llotlllcatlonTIlh}e 2e, a:od Tablo 2ll to this llllbpart. ~n.Irlll:ne.nu: ~ now Or ~trnctedthAt t.J>jl)y to yO'll.. The.&O Jnatances are ,tAt:!ont..rYlUCD t.bllt COl!lbl1llt..s }a:ol1!llldovJAtloX!8from thll oxn1Nl1on and o~ ina ordJ,t8Bter g&.3 OQn.halClllt tolO)?Orattng l1ln1taUollb In tJlja DllbJlA,rt.. T.b~ Cont or l!loro Ot"tbll gri)6a heAl1n]>llt ondI>VIAUCDll Innet 1>0 IoJl(lrl<xl AcOOr-dlnK an llIU>ll1l b<uJ.1B, a .b oW OJ" h>00b8t:rnotodto the l"&Qll1t'Olnan Ia 111 163.6660. II Yo-n 6lOo!Jr6lloy ata jjOlllll')' lUCB, or a .bOWchlUlgb yo= CAt4l;nt. ;l'o'!> l::QlUt toto- or rcoonatructod l1m.lt.ed nao a4tJonarytAblJ6h th a '1Alu~ ot thl> O:PQn t1ng J>&-- RICE.nunotot"B XD"....ln1>d dnnn8' t.bl> hUtJaJ (l) If yon own or opornta an ox.I8UngJ>8l'tl>nnanco tMt. Wllon yon 1'lllXll.6bl.Jal:l 0IIlorgen[lY 8tt. t1On/lIY RICE JrJ t.b t. !:1ta!.hI> va.ltloa oJ' your O)X\rllt1D g-»IlI1lJn- :rat1Dg oC1e84 lba:o or OOl1AJ to 600bmiootere. yon lDll&t I.lao cOllltDot A~ HP lOCAted it A XnaJor aou:rco of 1U.Pfon:nA.nco tab t to damonat11l~ Uld yon e.tIlJWobll., & DOW omarg-enoy 84 tJC'bAry
.~ Inl: 0 tlns' th 0 Io<jllJl'Od oxn1aBJOll lhn- lUCE WJtb L aJto l'B.Una- oJ' l::QC>'n u,1l.J)
(
(
llucll as nnullual):y low It&q,\l&llCY,eqnlpl'QllXlt OVIlTlo~d, cll"p~IW oT energy <Ionolonoy, or un~plA'\llo volt-~g& IIlV&1. Thll llIliblo mAY not.be oper~tetl for more than Ml JD1nut.&& "prior tothll tIm& WDlltl thll Iltnol"g~oy condl·~on \II oxpected to occur, e.nd thll enginll OYONo~Otl IDtI&t. 1>0 t.eIlll1nF>t.od 1In'molUlltoly &ft.eT tho tMlU1ty \II not.l!1edthllt. tll/l IlJnlll"gonoY conlUtion \II nolonger \l:nIDblont.. 'rllll l~ bo'OTll per yoU'or dexoand TllllPOl)110 op&Tlltion U'Ocounted. r..a pan or thll 60D01lIll or Opera.tlon PDT yaar provldod [or noa-emergllnll1 111tua.~Q)lB. The BUpply or emer1l'1lDCl7 "fIOwrti toll3l0thoT ontolty or ontitlllll11~t to flnaJlclaLarra.ngl$ont\llnot llm1tod P1 this ~llb. U>(4),~ long r..a tllll yoweT -provided. 'by \lie nD.8Jlo\Jl.l arn.ngllxoont lB 1.IInltod l.<?oJ:nOJ1roooY"flOwor.16i YR- 33604. J=&~ 2004. .. o.roDXlO~ .L nn ~. J>v::. 20, 2000; on YR-~, JU>. lB,~ $ n WI&')br. 3, !ll)l.Il1
40 CFR Ch.) (7-)-)0 EdiJ/on)
(i) For each j;i11 tJal co:npUs.,nce de~~OtJ3t.ra.UOtJ reQuJred In T6blo 5 to tll 0
3nbpart that does not lllolndo a ;pertbrma.nco t"e3t. you muat 8ubmlt thl>:NoUfiCl>uon ol CoDlPlJlUlCo Slalw belore tho cloae ot blUlnca3 on lho 30thdlly fol1o'lr1n&" tllo com»ll>tJon o( tllDinItial cDm)l)JllDcD dornonalratlon.
(2) Por eAcl. l:nJtlal compllanco dam"oD3ttAtlol> toQuIted in TAble S to t})j3anbpart that Lnclndc8 a pcr1ormanc o
teat conducted a.ccordlng to lh6 reQuJrcmonte In Tabl I> 3 to thla subpart.you Dltlat anbXnJt t.bo l'loUfleAtJOll DtCOlllp)llltlCI> SlA.lll8. lllcllldlng lhl> :l>CXfonna;Dca test tcolllts. berore tllo C)OMof bUll1na08 Oll tho 60th day [o»)o~ngtho cDDlplatlon ot tho J>Ol'fOl'mllnca testACCording to §63.l0(d)(2).
163..6/)60 What :r-ol'Ort.a D>,ut I DUb>n>tIU>d ",hel:>?
Ca.) YDII lXlust llUbmit pacll report inTab]1> '1 DC t.hj" aubpa.rt tllAt A}>plJc:l to
YoU. .'(b) tJnloaa tho AdminIstrator hu 11»
l>fOvod A dUtorollt eo.hl>dolo for bubmJ.oo,en of )'ePons lUldor S83.]O(a). yournUllt mblnlt 6ach roJ>Or\ b:Y thl> dall> LnTahla ., Dt thla al:lbpe...rt .>.nil ACCOrdingto th& l'&Qlll:r&JDMlt..!l in ~ph:s(b)O) 1.bl1>1lUJ CbX9) ot UW "llCUOD..
(l) For- u:rn.!I>JU)'QAl Co"Cnpl!aDco X'&pot"ta, u,. Oral Col:XlplJ.."co nJ>DTtmU3tCOVill" U,a }>el1oll belPJ>:nl.n$" Dn the co!:nJl1!Ance dIlu that Ja AJ>ecj1}ed IDr ;Y0lU"a!n>Otod ADlll'1:D .In S83.M96 and e.nA1nJron JIlnD 3/) Or Dooambor 31. lI'h!ollevDrllAt6 h tb DOlDt ett.U> ;io})o'l'l1DK tho e.ndof thll1U:st CllJo.:ndAt- haltNt.er thl> CoInplJAnce c4t6 that 111 AJ>eaUled [or YolU"aolU"CO 1ll SS3.atiW. .
(2) }'or ~DlJAllDnal CDJlIplJa.oCll ~~. th6l1rl1t COXXlJ>llAllca I"llport Xlltl.Atbe JlOlIl.mAIkad or. da1J?Drbd 110 )at{>rthn:o Jri)y 31 or JAlllW"Y 3.1. ll'h!cllavordIl4 follol>ill the 6lld DC the nnt CAlandar hAlt Alter tho coXll)ille.nco date
. t.bIlt 18 aJ>OclOed for yoUr attectedADntee in J63.65IY.>. "
(3) Por oezoJAl1XlnA.l C&lllllJ.\I)Cll r&porta.~ 8U~nant COXll~anCll r&portlDtl.At COlor the &eJnl~DAlrcJ)Dtt1ng :t>el1Od !tolD JAnllArY 1 t.hrt>ngbJUne 3tI or tha DamJannuaJ ll>J>ertlDgpc>r1 Del Ctn:rn Jlllr 1 throllg.b 1>bcolXlbo>-
,31. " .
located at a DlaJor source ot HAi" ellll,.srone ~fota tlle eUectlve data of thbBubpart. yOll must, 3ubml& nn InlllAINoUDcatloD DOt latar tha.o December]3.2001.
(c) lf yOll Btnrt liP your De'\!' or recon3U"Octed .tallollu:Y lUCB Wlth Ii 01U>r",tlDK DC mora thlU1 lOO bnlco liP located a& a IDa"or 1l011reO ot llAP emtsolona on or mer Auguot ]8. 2004. YOllmU3t aubln1t a.o lnJtJAl liotlJlcAtlon notlat<!r than 120 dara~ you beeomeIlUbleot to thb oubpart.
(d) Aa opec1.llcd In 1S3.9(bX2). JI you3tu"t n}> yOtll- otatfonuy JUCR Wlth aaJto l"alJng or eQtuU,to or)ta3 thlU1500bra.lco BP located at a mlljOt source oCm.P emJs.slo1l3 betote the euecUvedllto ot thle aub}>:ut lltld you lU1l reQUJred to Aubmll an !hi tlaJ notlnc,,UOD. YOll :muot onbInlt Ill> lnJUaJ :Not.!ocaUon'llot latol- lhlUl July ]8.2008.
(e) lf you start up yolU" nal>ror recon3t:rucled etaUon~ IUCE Wlth lL ener ...lIng ot eQuAl to or l~ tlllUl 600 brakelIP loclltec1 At'a XllAjor aonrco ot JLV>crnlMlDn.O on 01' A!ter March J8. 200llbJld you are rtQuJred to ~bmJ t An lnJtJa} noutlcaUon. YDU :must aubInlt a.o1A1t.IAl NotlllCl>t1o:n not l"tor than 120daya J>JtcI" yo" bocozne onbJc<>t to thJaaubpart. •
(t) 1.f yon ..... nQIIJrod to eubznlt anInJUIll :NOUJlCAt.!Oll but A!'O othm'l1O<>not ..m>o~d by the rOQulrt>rJ>enta otthlo allbP/Ut. .til .lLtlOordal>6e WllhJ 63.ll5OO(b). Yl>lU" noUOcatfOh ahollld moluao tho Jn1llnDAtlon In S83.D(b)(2)(I)thrDulrh (?). lltld A atAUllnont that Yl>lU"°t:a t!anary- IUCIB baa 110 addJ~D1lA1 ~quJrnman ta AM 0XplA.I n tha baAja of th0exwllBlon (tOt lI:uJ:nJ»o, that It o»OJ1'LMa)cclllBlvoly A4IUllll:nbl1tOllOY a4tlD»UylUGE 11 Jt baa A alla l'Bt1D8 Df motethlUl 600 bnJrll lIP locaUd At a. majoraourco otBAP run1JlBlnna).
Cg) 1I ,yOIl U'll reqoJred to conduot aJ>6l1D1IDAllCO t(lat. YOIl Xllllat a1IbDlI t Al'lot11lcatlan of lnl:&1lt to conduDt AJ>01'"!bn:DllJ)Cll ~t Ilt )eut BO d~ 1>e!Ol1ltha por(ontlllDCll ~t 10 whodulod toboB1n u rv<lll.!rod 1ll J 63.7CbXl).
0» 1f YOIi o.ro t6QnJrt>d to conduct A
pertoTlXllltlCa t{>st nt oUler lllJUr1l COmlillanet> d!lb:lOhetrbtloll U al>D01Oed In'J'D.hl"" i -lUld 6 to th1ll snb:t>Mt, youxx,uat onbxnlt A :NOUOCllt!OIl of C!lb:lplJIUI~I> BtAtua t>CCOn\b:Ii to' llJ.~)(7)(JI).
§63.6650
28
I(
40 CFR Ch.l (7-1-10 Edj)Jon)
lent to 10 porcent or more 'of ths grossbeat Input on an annual bulb. youXnost subml t an annual report accordlng to Tablll 7 oC thlll aUbpart by thedQtll 8})eclDod unless the AdtnJmstratoTb~ A:pproved n. d1!roront aclledu)&. according to the l.n!ormoUon descr1bed IIIJ)aranapbll (b)(1) throng)) (b)(S) of thisAeolion. You must report, tbll data srec!ned in (g)(l) throllg.b (KX3) of thIs BeeUOD.
(1) Full} now ratll of each toel lDd thobeating valuell t.hat lVere uud In yourCAlculations. You Inust al..o demolUtntll that the percentagll 'of :heatInput ;prol1d&d by lADdnll ~ or dJgest.er gas Js eQtUva:!ent ie m~t ormore DC tho total filII} C01l8n.mpt10ll onIlIl aJ:lDual ~ls. . .
(II.) It you .mnet compl,y W1th thoerotllA1on l\Jld oyorat1ng lllll.1tatlon.s.YOll lnllllt :!toel> the J"l>Corw.. dll-'Cr1bcd In~AJih.a (11.)(1) Uu-ourh (a)(5). (b)(l)Uaoll8h (b)(3) and Co) oI t.h1S A&CUon.
0) A coPY of: onoll not!Jlcatlon &.1ld :n>l>Ot1' that you Allbl:n.1tled to complyI'r1th th1Jl Ilnh;pert,. Jnoludlnr All dooumentatlon SlU>JlOrtln¥" any InJl:la.l Not.!.Qcatlon or NoU1lCAtjon of CODlllllADCl>StAtu ~t yon lln:bxn1ttBd. o\lX:OT\:I..IDzto thll requJ.re.m0ll t in §63.lO(b){:o<xIv).
(2) Rt>eordl. of th II oo~eoADd d llllIl:lon orMoh 1:nllltwJOt;lOXl cit openUon(I.rt•• proCOM IlQn.l:PmlUlt) or l.h& all" JlO))utlon control IUld Xnoll1tol1ng oqtUJ>!Dont.
(~) 1i&cordb or aJl reQnJred rnablto.IlAllC& J>e>tioT1Xl&d on Ul& P.1r polltll::loncon trol ADd In tin.!~K IlQb.I)lIDen I;.
(6).lioCOJtb of ACtl o:na tAkan !ttlrlngponOd. of m.a3tllDotlon to m1D.lminl>In.Wdona In 0 ~co"; lVj thf fi3..f;6llS(b). inolnd1nR" COlT&OtlVIl ADt.l~to l"l>& toJ-o J:nJ>1!\mot;lonlng :PrOC&M AD0Jllr pollu tJ on DODt:roJ ADd lIloJll toring~n.Ip1ll611t to j t.B n01mol or n.anU InA.)}-
Dor of oJll>I1'tlon. .
(5).A el1lnlnary of the total durationof the deV1atlon dnl1ng the reJ>ortlngpanod: IUld tbe toW duratlon a" a percent oCthe toW source operating Ulneduring that reportJng period.
(6) A brea.kdo1'T.n of the total durl\Uonof the deV1AtlonA during- the reportingJ>orlod Into those that ATO due to control eqUipment problema. process problema. other known cansee, and otherUnknown caUAeA. .
('T) A summlU"y oC the total durationot eMS dol9DtIlne dDl1DK tho reporting»el1 od, AXld tho total dura.tlon orCMSdownUme M a porcent of the total OJ>
erat1Dg tlm& of tlje alatiODery JUCE atwhich tho eMS dOWlitlInIl occurred durlng that roportlng- per1od.
(8) An ldantJDcatJon of eACh parameter IUld J>olltlb.nt (CO or fOl'Il)aldohyd&) that Wli.) moll1tOred at the ataUODIUYRiCE. .-
(9) A hr111f de8C11»llon of tho eta-t10DIUY lUOB.
(10) A. br.lef do&crl:pt1on of the CMS.(11) Th& d1l.t& ot the Ill.te8t eMS cer
Uncatlon Or andlt.(12) .A d8ocrlpUot> oI o.ny CblUlgCB In
(1) :Each .Il.!leCtad .8Onre8 that hM obtaJnlld II. t1Ue V o»8T1lUDg permit Jltll'8tlAn!; to ~O CPR po.t1. 711 or 71 lnuot. rePOn All doVllI.tlo~ ll.IJ clatLuCd In th.!"8ubpart In 0 th e 8l1lnlAl1Iluol mon1l<>r1ngroport. TDQn1r1>d b;y 4D CF}t 10.G(a)(3){1U)(A.) or so orn 7U(a){3)(Ul)(A.).It AIl a!lbOtbd l5()1UOO eubzn1te ~ Compllanoo l"llJlon pnJ"aU&.1lt to '.!:Abl& 7 oI tAbntb:PArt aloZlg 1\1tho or Aa J:6rt. 01. the&CJnlll.lU1nol .lI)on1UlrlDg lllport lllQll1rf>dby ~o om '1tl.6(a)(3){lJJ)(A) 0£" 40 0 en7l.6(a)(3)(JllXA). lDd the ComplllDcoro:port Jnclnoe& all l"l>Q~ In!ol'Il)&tIon conCl>nl1Dg- dllV3"tjo:na !rom t.rri6llLIllldon or oJlOTatJ.ng- lJJn.t tAUon Inth.lllllnhpart. ~bxnlWOli01Ule Compl1anclI reJ)Ol"t alla:Il 1>6 dl>8Dled to ~t1atYany oblltat1Oll to 11lJl()tt lhllllADl/l O&V3a tI ona In !.hll s &Xnhnnll.l1 monJ l<>l1Dgroport. Bol'f&vlU". mbl:n.laaJo.ll DC" Com:pllll.JlC& reJlOl1' AbAll .Il0~ oU>crw11l& fl.lfoo~ any oblJ.n.tJon th& A!C~ted aonr<;1lm.o.y haVe to lllJ>O:rt dllYlI>t.lone !romJ>onnlt TllIl~Xn&Dtb to thll :POnnlt AllthOr:lt:v.
(sr) 1f Yoll am opornUnr ..." A nlllV or.N>CC>ll!ltmotad 8 ta tjDDal7 1UOB Ifhlcllfuu h.nd1l11~..... or d.Iieatar KAaoqUin-
§6J.6655
§ 63.6670
R10E an eXJotJng iSLB 3tl\tioDa.rylUcE: a.n exlHlng stat1ooa.n' rucz thatcombnsts landlJll or dlguter ga" eQUIvalent to 10 percent or more of tho grosaheat in}>l1t·on a.n annual ba3b. an exIst,.Ing omel'gcDoy otatJonAry RICE. or anox.lotlng mnlt.cd n30 atallonaT,y mOB.It you own or operat.o Lny Of. tho Iol10MOK nrez lVlth A alte rating of morethlUl 600 bnlce HJ> located at Q majorsource oI HAP emlllGloll1l, you do Dotneod to coml>}y lVlth tho rCQulrementaIn tho Gcneral l'rov:lolon" e}lecl1J~d JoTable 8 OXCllpL tor tbe InltJal noUDcatlO}) rCQllhilment.!>= A now' 3 tAtl onarynrca thl.t combuata landJ]J) go or d1gestel" gu OQulvalont to 10 jleTcont ormore of U.s JrIQ8S beat Input on an annual WIB, a.Dell' 8DllllRenoY IltaUonaryRJCB or I. nel'r llmlLed U-"O otatlonaryRICE:
[75 l"R ten, 1IIar. 3. 20101
§ 6S.B87l> '\Vbl> hnp1e>x>el)l.s And en-tl>n:e. thi. nlhpATt?
• (I» Thb BUb}>QIt b hDpl.mented ando.tltoresd by. tho U...8. :EPA. or & doloIPotod aDthonty aDc.h L3 YOUl" Btato.loCAl 0,. t::rlW agonoy. 1I tlJo U.S. EPA
'AdminlBttator haa deleKAt<><! A"U,O.rjtyt(> YOl11' BULB. 1Dehl. or lrlha.l "lr'>">0Y.then !.hAt ageDo,y (M 'PIsll "" tho U.S.EPA) hAA !.b. authonty to hnPlolXlMtand ll2l1bl"OO Ul1:I ll1lbP/lrt. You 8bon}dcm,tJoot yol11'U.8. JU>A Roi1o.nal oraeeto ODd out lfbelhel" tbj. ADbpart 10 delogatOO to )olll" aiat<>. lOCAl. or tnbalagono,y.
(1)) III do]ogAt1ne- !mP)omontJotlOll alld=reOIl>811t A'llt.hoT1 ty ot lh}1l onbJ>6,rtto A BtAu, lOCal, or tribal agt)DOYlUlder ~ CPR »Ort. 63, allbjl6l"L E, thea"Qtb DT1 t1oe eon ta1nod In }>o..raim]lb (0)of lhJa /IIl(lUon An lOtA1nod by the AdDl.lXl.lall"Atol" of the U.s. :EPA ond Annot~d to tho Stato, lOCAl, orb-jbal AgOJloy.
(0) 'Tho IIllthOT1tJaa that will not boclelbgaUd to St..u, )ocal. or ~W'4>CDc1 b6 aro:
(l) APproval ot Jll~"lJve~ to thanon-oJl£clt;y am1llbloh l!nlltauon.o lLlldopnn t1llK llin1 ta tJOlUI In J63.6t«l lUldnrJ63.6(g).
(2) ApJu't>n) of InAjOl" al tooutl'- totMt mothocla n:ndar , 63.?(o)(;I)(lJ) >.t>d (f)And u" datlnbd In '63.90.
40 eFR en. J O-HO fdjJl()l»
(3) ~!>provtJ of major alter.naUve3 tomonltorJ))g under §63.8(1) and 53 defined in J63.90.
(4) Approval of major II.lt6l1laUvea torecordkce:Plng and l"ej>Ort1ng under§63.10(!) and I\-' defiDod In J63.SiO.
(b) ApProval of II. per[ormQDc~ teatwhJcl1 WI\-' conducted pT10r to tho errect.lVII dat e of u'o rulo. A.9' a}lecl1Jod In163.68] O(b).
183.&&7& Whnt dofinlUoh4 aJ>p}y 10 thl..llbplU"17
T= used 1n th]a aubpart ArO do/lncd III !.be C)ean A.1r Act (CAA): In 40ern 63.2 t.ho General ProvlllJOIIo otthla }>Art;'and In ~ 8eotlon A.5fol)0'll'"3:
ATro S()UTU Dlellll3 AllY At:atlonl\.l"Ysource of RAP that Jll .not a majorsource8.3 de1lned In part, 63-
A.t.J<>ClotW equ!pmr:nt AA U8ed In t.h183Ubpart and AS rnforrod to In occtJonll2(nX4) of t.he CM, ll:lO!Ulb oQUlpmeD ta3SOCIQ~d W1tb an oil or natural g~1lXJ>loraUon or prodnoljon woll. and Inclbdoa A.1l oq1l.l:PlDont A-olD the wollbol1l to u,,, point of cnal:ody trnnator.oxco}>t r};tco) dobydrntJon unH.s, ato%'Ago vllllbela mth potantiA1 (or D~omJ8<lJonB, combustJon turbIn08. andat.,uona,r,y mOB.
1Jlotk ¥taTt r:nptne moan:. on eng1.n o ."':bo<>o only ptlJ1>OOO 1.3 to atart. OJ) A
ee A tn>o of bUlt11>Xl11Xy In~al cozobUSUlll11lJ:lt1nb that 1a Dot A B}nl"X JgnjUOII ongiDe••
Cu.ttody tro'IUjtT molUlll thll tranBIOl" ofll.Ydroc.ubim llQ1l.ld4 or 2lALll1al gll.B:Alter~ And/or trMl:lI)02lt 1n"t.h,,]ll'OOno.\ng OJ>eTatJODl, or trom"8 Wl'- "~ ~0ll:>0b or A'lltDl:na tlO tranalbl" !J>,..clllt1b6 or other Il1lcb oQ1l.lp'lnallt, InoJlldJDg Jll"04bct JoAdb:lg Tach. to }>J]>l>lJllA-" Ol"~ other forma of trl>lu<portatlOh: For tho~ or Wa BUbPart. tho }>OInt ILt whlch lfDcb lJQ'lI.ld5 Ol"DAtnn.) i"AA ontllzn ~ ~~ ¥M proc~ J>h:n t h " po.1n t ot ouatody t.Nuu>-ter." " .~ .l])lIAl:UJ /l.JlY Ins~c() In
l'rhJoll AD A1f1>O ted .oourco oubJoo t ~o tltlll"nb~ C>l" on O'll"lllll" or opc.rator otauchAIlO=:
\.
(0\
'.
§~.bb7G
§03.6675 40 eFR cs. J (]-)-)O £dillon)
(.
(
motor vehicle enginea, or Donrond or even when olD1a.Jon pOIDt3 are in a con-.st~t!o:t:l."}. e.eg1nc". and ccmmo:lly or t1t~ou.! AZ"e!. or n~der common co.n~);commerclnUy known or eold ""' gaso- (2) For on and 8aa production fAcUl-IJDO. tIe.. emlosJOD8 !rom proeeeaes, oper-
O1)1col dehVd7otjOll umt )Dean3 a de- .. tlODB, or ~ll.Ipment Ul.. t lU'tl not ptU"tv:lco In whJc.h " llQn.ld Klscol (LnclodJDK. er tho =0 oj) A.l:ld gab prodocUoD In-
'but not llznlted to. ethylono glycol. cJllty. aa de.npod in §li3J271 of eobpartdlothYlCllO glYCOl. or trlethylena Kly' 'B.EH or tMo Jll'rt.. Bohall Dot bo agllTO
col) abaorbent directly contacts A nat- gated;ura) gaa .b'eam I.lld ..beorba ",.. tel' In .. (3) For product,lon nold (acllH/cB.contact tower or ab80l'»t1on colnmn onlY HAP emJS-'Jons from glycol dchy(absorber). The glycol contacts and ab- dre.tJon nnJt.!l, atornga ve88el lVlth thoaorbe weter VApor t.nd other gllB'etream potential for 1laah e1D.lsalona. eombnecOlllltHollDta frOm Ulo natural gA3 Alld Uon turbine. and recJprocntiDg Jnterbecomee "rich" glycol. Thlo glycol la 'ne.l combllbtJon enKln/lll Ahall be aggrothen regenarated in !.ha glycol dehyd:ra- ,,,ted for .. major IlOUTca dotDrmJn ....tlon lln1t I1lboller. 'I'M "lelUl" glYcol J' Uon; and .tluln recycled. . (~) Er:n.IM1onll frOm proeeesee, oper>
JlaiordolU oi7 1'OIIutollu (HAJ» IneAll' "UOD8. ILbd oqlJJp1nont thAt are llot, t.ny "ir pollutAnt.s 11.ted In or pllnoant part ot the alUne n"tunl gll.' tran,,-
to secuon ll2(b) of Ulo~. mh:llon /L'I)d !ltonge IllClllty. "" deIlnedISO standa7d dO)l etmdlNonJ means 288 In J63.1271 of snb}ll\l't ro.m of UiliJ part,
,Lo7ld/lil PAt menna a Ka'ooWl by-prod- {allure of a1r pollntJon conb'ol oQUlptlct of l.l>o It.nd ll}lplJC4tfon of InUIUC>- ment, proee6ll oqUlplXlent, or a pro<:es.'lIPnl rotn~ typIcally to.rxned throngh to oJ>el'A.1:& 1n .... h=n1 or UlrDAllXla.n.northe a.ne.aroblo decolXl~tJOll o( lI'II3ta wh.lch eanses, OJ" hM tho potonUaJ tolXlatoTjalo Ahd eolllJ'Ol'Od prLnclpally of c.a.W>b. the emJ0810n J1J:njtaUona In anlXlothBhe Abd Co,. ..;p;plICAbl.. atlU>d/l.Ztl to 1>0 exceeded.
lean ~ tn~t: Inet.na t.n:5' t'or<>- l"lLUtU-M tbAt ......0 ,,,,'l».Cd it> ~ byatroka or-Iotu--lltroka .~k lD>Jted en- poor zn>..!ht<>he.neo o~~U4 oPen>tJong:lno thAt d0611 not lDoot Ula de.QJLItJon t.rI> hot mllJ.flmotJono.of: A ncb bom 61>&1:00. NohrTol SlQl D1e8.llll II: n~tnrall.Y occ!U'-
LJ>nlkd Il.l<O .rtot1O'MTJI lllOE Int:ADl> nng m1xtn.ro ot ll.Ydrocnrbon and llonAXl.Y "t.o.tSOXluj lUCB'tl:u>t opcn.r... lCbD hydtoouboJ) plsoa /DPbd it> ~o}onoth/L'l)10() holll'1> PoT YeA>'. , (onnAtJona b!>:b8Ath Ula :E:nrth'a znu-
LSQIJ!d j)Jd D1eAJ:le /llly !uel in Jlqn.ld (N~CR) lD~ l\Jl Ildd-on C4tAl.YtJ0 .nJ.torm at el..uldArd te~turo ADd~ t2i>gllD o)jd811 (N0x) conb'O) da\7jeo fOrBtll'e. including bnt not llxnJl:&d to dIe- rich bnm llIJlr.1nes Ulnt.,lll a. ~topaol. r&a1\to.8.l1ex-odb on, lta!'t>"aDlYnAllb· I'6Mlt10.ll, j)tOD)otoll tho CODl'oraJon ofthe.Uat lbol), ADd ~ollno. oxcoaa oXygen, liOx. CO, Alld l'ohUla
MoJr-r~ na llb&dIn thlll bbb~ orglUl1o CO%Jlp01lDdb fVOO) loto CO;,. nJahnll llna tho MlDO lOeaninf; all In trt>gllIJ. Ahd .,.,"tar.163..2, excopt Ult.t: OIl cmd~ prnducUon]bd1l1]1 AS baed
0)~ona 1l:'OlXl At\Y oJ) or gll3 f>l- In thJaan~ Jll8all& ll2JJ1 Brollplng ofJilO!'!>t1on or Jll'O<lnotJoD Violl (\l'jt:b It., . equJptnllIJt. 'lVllBt'& .bydrOCl>rbon l1QnJds6l100<lIatod eQnJpment (as doDh&d in e.ro prooeseod. 1I:P£It>de.d U~., I1lInO.,,&Utl" allOtJ£<I1) And 1>ln1...1""" tn>1n >..n:l' 1nlJ>lU1t:loa or oUlar c=-tltnan~ topJPelJno COInJ>nl6/lo~ atnt:lo:b or PlUnP mbOt CODt:rl\.ot llJlC01.(lCAUOD8). or otoredatal;1on ehe.1l npt bb AiiNiaecd VilUl }ll1oi to tho lclnt ot cnatody ~or;a~ona lh>%Jl oUler allnlJIlt" l1DJ~ to or lr.bOl'tl .Dat.un.1 gaa 10~ OJ>d&tann1no Vi.bather llDc.h ol:oJ.8aJon ~od, OJ" atoted lltior to 1Illter1ng Ulo.Pointa or ata.t1ona U1l IllAjor &ollTCe/l. llA~ gAls~Dl1 and oton.gD
34
(,
40 CFR en, 1 (7-1-)0 Edllion)
-eo) ~at contains a hydrocarbon lIquId""I!.b a. stock tank gas-t<>-oJ1 rallo .quaito Or graater tban 0.31 cubic mol." perlIter and an .AmoriCA}) Potroleum Instlluto /n"lLvlty equal to or grantor thlUJ 40deg}"Ooo and A.ll actual annual averagohydrocarbon llQUjd tbrO\lghPllt eQDalto or groater than ?9,600 lJtlll1)}>Or day.Plash omf~follS occur l'Ihon dlsso)vedhydrocarboll.9 jn tho flUId ovolve !romb()luUon WbOll th~ .Quid pUMuro Js reduced. .
Subpart mO/Ulll iO CFR part li3. Bub-J=1.ZZZZ. .
SuT/OCt: rite %noo.ne MY combinationof ono or moro gradod pad oltto. gravel}>lid Ilftea. JOUJ:)d,.tJon.o. plat!onne. ortho Immodlato ph.YllIcaJ lOCAtIon uponwhIch oQn.lpment Is phyolca.lly a.u1xed.
7'lDD-MTokB L7JP!nB lIleAD3 II ~YJ)O '01en&iDe wbJch completos tho powar cycloIn /l.lngle crD.DlaLliaJt re'Pollltlon by corn-"bfnlnK the inta.k~ and comp~on 0»orauone into one stroke and tho powerand /l.l:.bauet opllratioIlll Into' /l. second3troll:e, 'I'hf:o ByotOII1 .roQlIlros lII1xillary8CA.VlIng1ng and .InJ:lere.nt!Y rona leU, ofotol chi OlD 0 tric.
sImilar t o !.be lJ>eoretlcal OllO cornbustlon cycle. Spark IgnltJon onglne" usually lise a throttlo to regulato Jnl~xe
aJr flow to control power durlng norma) operation. Doal-t\lol engjnoa Inwblcb a IIQ\lld t\l~) (tYPically dhsollIlel) b ""od Jor Cl u,d ""oeou" lIle)(typIcally natural xu) b used u tlloPrimary !be) at an a.nnnU avafllgort.t1o 01 10M than 2 parta dleeel lua) to100 PArt. toW Ill.) on an ono.rgy oQllly·nJent haels ar.·aJ>t..rlc Ignlt.lon en&1nee.
S/4HD71ary Ttr:lJ>rIx:atJnfl I7It""';'al CCl77tburtlon t1JP171t (RICE) mean" any recIprocating Internal colXlbll8Uon oni'1n8lJ'hlch \laoa reclpI1>CaUng lXlotlon teconvert, heat onorgy Into mechlUllcalwork and ·whJch U bOt. mobUo. 81l1llonl>l"y lUCB dlUor from mobJ)e :R.lOEin tht.t t. 8tl1t10111l1Y JUCB Ja not", nOll·road en&iDe u 1I0llllod et iO crn1068.30. and "13 not llMld to propel amotor 'VehIcle or " 'Vah.!clo tIDed aolelYfor comPoUtJon.
T~ 2B TO SUllPAAT ZZZZ or PART ~OPl:JV.'ID:GLn1lTATIONS FoR N:tW A.}/D lU:CONSTRIJCTl:D2SL~ MID CC~~RI:.S£lC~l JG!lJTION STJ.'l10NA.nY RICE >SCOO HI' LOCATED ATA MAJOR SOURCE 01' llAP :E:J.n9BJO}/8, SxJs7nw NON-EJ>iERc:E»CY COMP1U:SSIO» IO»lTIO» STA'tlOllAAY lUCE >600 RP. AND N;;;w AND lU:coNSTRUGTED4BLn llUlUl BTATlOll.\JlY lUGE zzso HP LocATID AT A MAJOA Souna 01' }L\J'~Il8Jo»s .'
T.b.Io Il1lbpA.rt utl\blhhea natJonAl&ZD1BaJ ()ll 8tAJ,~ ! or lu>:z.Ar(l01lA a.1rpOllntAnL4 (NEBFLU') for llmtl mann1l>.0.tur"1nK pllUltB.~ onb,1)drt A180 ee-
t.ablJallClI r6qD1roInontB to d~o:tlJll:rn.t:.olnIUAJ /I..lld oontlnuotl.3 coroP}JanclIlt1ththtl lUDlMlon llrnlt.\t1olll\.
J~701l1 Aln 1 subJect U> lhU ;nh]>lll"i'l
(A) Yon Al'OBnbJ&Ct to th.I.8 BllDJl(U't J!YOll own or OPtltat& II llInll lOAllll!/l{)tllJ'l.ng plant (:U.f.P) thAt 1lI II IllAJOl'sonrce, or l.lu t 18 )oca.t~ At. or Ja ,J><u-tor, .. maJor 8Ollreo ofh~ollA a.1r pO)In tA.n1 (llAP) em1aaJona. IUllOM LheLM:? J4 looat«l At A kn.n pa.}.J> mill.DOd A »Illp mm. an11l te pall> rom. bootD1l1nU" • man p./ll.ctnrlng .Plan; or olll,yProC6~c:> Nn'dgll CllnWn.lnl' CAlcJIUl)
18
CERTIFICATE OF SERVICE
I, Cynthia Hook, hereby certify that a copy of this permit has been mailed by first class mail to
Nucor Corporation (Nucor Steel, Arkansas), P.O. Box 30, Armorel, AR, 72310, on thi'ft2fo~day of March, 2014.
