Annual Burden HoursNumber of Respondents(Facilities)Number of ResponsesAnnualized Capital/Start-up andO&MAnnual Burden HoursYear 179,2481,6161,637342,692$ 498Year 2163,9208143490,496,334$ 956Year 3229,0101,6233,758112,720,111$ 152,865Overall Average Annual Estimates 157,3931,3511,80967,853,046$ 51,440Cost per Response37,501$Burden Hours per Response115INDUSTRY3- year periodAverage per yearPublic SectorPrivate SectorTotal HOURS626,497208,832.4913,116.97195,715.53TOTAL COSTS (non-labor)203,559,137$67,853,046$4,261,914$63,591,132$Total LABOR COSTS59,259,852$19,753,284$1,240,722$18,512,561$TOTAL LABOR AND NON-Labor COSTS262,818,989$87,606,330$5,502,636$82,103,693$Small Entity Respondents per year11111Total Respondents per year851,266AGENCY3- year periodAverage per yearHours280,94393,648Costs (labor + travel)14,766,086$4,922,029$REPORTINGRECORDKEEPINGICRAS SUMMARYBurden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirement40$0$0$0140117 4,680468 234 $509,079$00aB. Required Activities1. Conduct Energy Audia) Commerica20$854$0$01200000$0$0b, c, db) Industria20$18,292$0$01200000$0$0b, c, d2. Initial Stack Test and Report (for PM12$0$5,000$01120000$0$0c,h3. Initial Stack Test and Report (for Hg12$0$8,000$01120000$0$0c4. Initial Stack Test and Report (for HCl12$0$8,000$01120000$0$0c5. Initial Stack Test and Report (for CO12$0$7,000$01120000$0$0c,i6. Initial Stack Test and Report (for D/F12$0$16,000$01120000$0$0c7. Annual Stack Test and Report (for PM12$0$5,000$01120000$0$0c,j8. Annual Stack Test and Report (for Hg12$0$8,000$01120000$0$0c,j9. Annual Stack Test and Report (for HCl12$0$8,000$01120000$0$0c,j10. Annual Stack Test and Report (for CO12$0$7,000$01120000$0$0c,j11. Annual Stack Test and Report (for D/F12$0$16,000$01120000$0$0c,j12. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0c,g13. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0c,g14. Continuous Parameter MonitorinEstablish Site-specific monitoring plan (al40$0$01400000$0$0cOpacitya) initia10$0$0 $43,1001 10 0 000 $0 $0cb) annua10$0$0 $14,7001 10 0 000 $0 $0cPM (only sources greater than 250 mmBtu/hra) initia10$0$0 $158,0001100000$0$0c,fb) annua10$0$0 $56,1001 10 0 000 $0 $0cCO (only sources greater than 100 mmBtu/hra) initia10$0$0 $160,9001100000$0$0c,fb) annua10$0$0 $53,6001 10 0 000 $0 $0Scrubber System Monitoring and Operation(for units with wet scrubbersa) initia10$0$0 $24,3001 10 0 000 $0 $0cb) annua10$0$0 $5,6001 10 0 000 $0 $0cBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,5001 10 0 000 $0 $0cb) annua10$0$0 $9,7001 10 0 000 $0 $0cCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,0001 10 0 000 $0 $0cb) annua10$0$0 $9,7001 10 0 000 $0 $0cC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2$0$0$012117234 23 12 $25,454$0117 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0c3) Initial Report on results of Energy Aud5$0$0$0150000$0$00c4) Semi-annual Compliance Repor20$0$0$02400000$0$00aReporting Subtotal4,914 491 246 $534,533$01174. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$0c2) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$0c3) Records of Stack Tests2$0$0$0120000$0$0c4) Records of Monitoring Device Calibration2 $0 $0 $0 1 2 0 000 $0 $0c5) Records of All Compliance Reports Submitte2$0$0$0240000$0$0c6) Records of Monthly Fuel Use0.5$0$0$01260000$0$0cE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0Totals4,914 491 246 $534,533 $0 117a Number of respondents based on number of existing large solid fuel boilers which includes biomass and coal units greater than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large solid units are expected to determine compliance through stack testing and not fuel analysish Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSj No annual test and reporting burden is shown in year 1 as this is the same year as the initial test and report.f Only the number of new large solid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 1.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, Existing Large Solid Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals.b Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based on thedistribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, no burden is assumed in year 1.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$00aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$01207140 14 7 $15,229 $5,978b, c, db) Industrial20$18,292$0$0120511,020 102 51 $110,953 $932,892b, c, d2. Initial Stack Test and Report (for PM)12$0$5,000 $0112342 4,104 410 205 $446,423 $1,710,000c,h3. Initial Stack Test and Report (for Hg)12$0$8,000 $0112491 5,892 589 295 $640,917 $3,928,000c4. Initial Stack Test and Report (for HCl)12$0$8,000 $0112491 5,892 589 295 $640,917 $3,928,000c5. Initial Stack Test and Report (for CO)12$0$7,000 $0112171 2,052 205 103 $223,211 $1,197,000c,i6. Initial Stack Test and Report (for D/F)12$0 $16,000 $0112491 5,892 589 295 $640,917 $7,856,000c7. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0c,h,,j8. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0c,j9. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0c,j10. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0c,I,j11. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0c,j12. Initial Fuel Analysis for Mercury and HCL Content5$0$400 $0150000$0$0c,g13. Monthly Fuel Analysis for Mercury and HCL Content5$0$400 $012600000$0$0c,g14. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$0140592,360 236 118 $256,715$0cOpacitya) initial10$0$0 $43,100 11036360 36 18 $39,160 $1,551,600cb) annual10$0$0 $14,700 11036360 36 18 $39,160 $529,200cPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 110149 1,490 149 75 $162,078 $23,542,000c,fb) annual10$0$0 $56,100 110149 1,490 149 75 $162,078 $8,358,900cCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 110320 3,200 320 160 $348,088 $51,488,000c,fb) annual10$0$0 $53,600 110320 3,200 320 160 $348,088 $17,152,000Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 384 3,840 384 192 $417,706 $9,331,200 cb) annual 10 $0 $0 $5,600 1 10 384 3,840 384 192 $417,706 $2,150,400 cBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 224 2,240 224 112 $243,662 $5,712,000 cb) annual 10 $0 $0 $9,700 1 10 224 2,240 224 112 $243,662 $2,172,800 cCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 73 730 73 37 $79,408 $8,395,000 cb) annual 10 $0 $0 $9,700 1 10 73 730 73 37 $79,408 $708,100 cC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject2 $0 $0 $0 1 2 0 000 $0 $0 0a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0c3) Initial Report on results of Energy Audit5 $0 $0 $0 1 5 0 000 $0 $0 0c4) Semi-annual Compliance Report20$0$0$02400000$0$00cReporting Subtotal51,072 5,107 2,554 $5,555,484 $150,649,07004. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 0 0 0 0 $0 $0 0 c2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 0 0 0 0 $0 $0 0 c3) Records of Stack Tests 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 c4) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $0 0c5) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $0 0c6) Records of Monthly Fuel Use0.5$0$0$01260000$0$00cE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal0 0 0 $0 $0 0Totals51,072 5,107 2,554 $5,555,484 $150,649,070 0a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1.e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large solid units are expected to determine compliance through stack testing and not fuel analysish Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSj Subsequent annual testing in year 2 are based on the number of sources that had an initial test in year 1 of this ICR. Subsequent semi-annual compliance reporting and recordkeeping requirements are based on the number of new sources in years 1 and 2 of this ICR.f Only the number of new large solid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 1.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, Existing Large Solid Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based onthe distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conduct an audit, testingand monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$00aB. Required Activities1. Conduct Energy Auditb, c, da) Commerical 20 $854 $0 $0 1 20 6 120 12 6 $13,053 $5,124 b, c, db) Industrial 20 $18,292 $0 $0 1 20 50 1,000 100 50 $108,778 $914,6002. Initial Stack Test and Report (for PM)12$0$5,000 $0112342 4,104 410 205 $446,423 $1,710,000c,h3. Initial Stack Test and Report (for Hg)12$0$8,000 $0112491 5,892 589 295 $640,917 $3,928,000c4. Initial Stack Test and Report (for HCl)12$0$8,000 $0112491 5,892 589 295 $640,917 $3,928,000c5. Initial Stack Test and Report (for CO)12$0$7,000 $0112171 2,052 205 103 $223,211 $1,197,000c,i6. Initial Stack Test and Report (for D/F)12$0 $16,000 $0112491 5,892 589 295 $640,917 $7,856,000c7. Annual Stack Test and Report (for PM)12$0$5,000 $0112342 4,104 410 205 $446,423 $1,710,000c,h,,j8. Annual Stack Test and Report (for Hg)12$0$8,000 $0112491 5,892 589 295 $640,917 $3,928,000c,j9. Annual Stack Test and Report (for HCl)12$0$8,000 $0112491 5,892 589 295 $640,917 $3,928,000c,j10. Annual Stack Test and Report (for CO)12$0$7,000 $0112171 2,052 205 103 $223,211 $1,197,000c,I,j11. Annual Stack Test and Report (for D/F)12$0 $16,000 $0112491 5,892 589 295 $640,917 $7,856,000c,j12. Initial Fuel Analysis for Mercury and HCL Content5$0$400 $0150000$0$0c,g13. Monthly Fuel Analysis for Mercury and HCL Content5$0$400 $012600000$0$0c,g14. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$0140592,340 234 117 $254,539$0cOpacitya) initial10$0$0 $43,100 11036360 36 18 $39,160 $1,551,600cb) annual10$0$0 $14,700 11036360 36 18 $39,160 $529,200cPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 110149 1,490 149 75 $162,078 $23,542,000c,fb) annual10$0$0 $56,100 110149 1,490 149 75 $162,078 $8,358,900cCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 110320 3,200 320 160 $348,088 $51,488,000c,fb) annual10$0$0 $53,600 110320 3,200 320 160 $348,088 $17,152,000Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 384 3,840 384 192 $417,706 $9,331,200 cb) annual 10 $0 $0 $5,600 1 10 384 3,840 384 192 $417,706 $2,150,400 cBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 224 2,240 224 112 $243,662 $5,712,000 cb) annual 10 $0 $0 $9,700 1 10 224 2,240 224 112 $243,662 $2,172,800 cCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 73 730 73 37 $79,408 $8,395,000 cb) annual 10 $0 $0 $9,700 1 10 73 730 73 37 $79,408 $708,100 cC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject2 $0 $0 $0 1 2 0 000 $0 $0 0a2) Notification of Compliance Status8$0$0$018117936 94 47 $101,816$0117 c3) Initial Report on results of Energy Audit5$0$0$015117585 59 29 $63,635$0117 c4) Semi-annual Compliance Report20$0$0$0240117 4,680 468 234 $509,079$0234 aReporting Subtotal81,045 8,105 4,052 $8,815,872 $169,248,924 4684. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 981 19,620 1,962 981 $2,134,215 $0 c2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 981 14,715 1,472 736 $1,600,661 $0 c3) Records of Stack Tests 2 $0 $0 $0 1 2 981 1,962 196 98 $213,421 $0 c4) Records of Monitoring Device Calibrations2$0$0$012981 1,962 196 98 $213,421$0c5) Records of All Compliance Reports Submitted2$0$0$024981 3,924 392 196 $426,843$0c6) Records of Monthly Fuel Use0.5$0$0$0126981 5,886 589 294 $640,264$0cE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal48,069 4,807 2,403 $5,228,826 $0 0Totals129,114 12,911 6,456 $14,044,698 $169,248,924 468a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1.e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large solid units are expected to determine compliance through stack testing and not fuel analysish Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSj Subsequent annual testing in year 2 are based on the number of sources that had an initial test in year 1 of this ICR. Subsequent semi-annual compliance reporting and recordkeeping requirements are based on the number of new sources in years 1 and 2 of this ICR.f Only the number of new large solid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 1.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, Existing Large Solid Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals.b Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based onthe distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conduct an audit, testingand monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirement40$0$0$0140692,760276 138 $300,226$00aB. Required Activities1. Conduct Energy Audib, c, da) Commerica20$854$0$01200000$0$00 b, c, db) Industria20$18,292$0$01200000$0$002. Initial Stack Test and Report (for PM12$0$5,000$01120000$0$00 c,h3. Initial Stack Test and Report (for Hg12$0$8,000$01120000$0$00c4. Initial Stack Test and Report (for HCl12$0$8,000$01120000$0$00c5. Initial Stack Test and Report (for CO12$0$7,000$01120000$0$00 c,i6. Initial Stack Test and Report (for D/F12$0$16,000$01120000$0$00c7. Annual Stack Test and Report (for PM12$0$5,000$01120000$0$00 c,h,,j8. Annual Stack Test and Report (for Hg12$0$8,000$01120000$0$00 c,j9. Annual Stack Test and Report (for HCl12$0$8,000$01120000$0$00 c,j10. Annual Stack Test and Report (for CO12$0$7,000$01120000$0$00 c,I,j11. Annual Stack Test and Report (for D/F12$0$16,000$01120000$0$00 c,j12. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$00 c,g13. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$00 c,g14. Continuous Parameter MonitorinEstablish Site-specific monitoring plan (al40$0$01400000$0$00cOpacitya) initia10$0$0 $43,1001 10 0 000 $0 $0 0cb) annua10$0$0 $14,7001 10 0 000 $0 $0 0cPM (only sources greater than 250 mmBtu/hra) initia10$0$0 $158,0001100000$0$00 c,fb) annua10$0$0 $56,1001 10 0 000 $0 $0 0cCO (only sources greater than 100 mmBtu/hra) initia10$0$0 $160,9001100000$0$00 c,fb) annua10$0$0 $53,6001 10 0 000 $0 $0 0Scrubber System Monitoring and Operatio(for units with wet scrubbers)a) initia10$0$0 $24,3001 10 0 000 $0 $0 0cb) annua10$0$0 $5,6001 10 0 000 $0 $0 0cBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,5001 10 0 000 $0 $0 0cb) annua10$0$0 $9,7001 10 0 000 $0 $0 0cCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,0001 10 0 000 $0 $0 0cb) annua10$0$0 $9,7001 10 0 000 $0 $0 0cC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2$0$0$01269138 14 7 $15,011$069 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0c3) Initial Report on results of Energy Aud5$0$0$0150000$0$00c4) Semi-annual Compliance Repor20$0$0$02400000$0$00aReporting Subtotal2,898290 145 $315,237$0694. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$00c2) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$00c3) Records of Stack Tests2$0$0$0120000$0$00c4) Records of Monitoring Device Calibration2 $0 $0 $0 1 2 0 000 $0 $0 0c5) Records of All Compliance Reports Submitte2$0$0$0240000$0$00c6) Records of Monthly Fuel Use0.5$0$0$01260000$0$00cE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0 0Totals2,898 290 145 $315,237 $0 69a Number of respondents based on number of existing large liquid fuel boilers which includes units greater than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large liquid units are expected to determine compliance for Hg and HCl through fuel analysis not stack testing. Fuel testing is only required every 5 years so no annual burden is assigned in years 2 and 3.h Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSj No annual test and reporting burden is shown in year 1 as this is the same year as the initial test and report.f Only the number of new large liquid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 2.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, Existing Large Liquid Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals.b Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based on thedistribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, no burden is assumed in year 1.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$0120480 84$8,702$3,416b, c, db) Industrial20$18,292$0$012030600 60 30 $65,267 $548,760b, c, d2. Initial Stack Test and Report (for PM)12$0$5,000 $0112291 3,492 349 175 $379,851 $1,455,000c,h3. Initial Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0c4. Initial Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0c5. Initial Stack Test and Report (for CO)12$0$7,000 $011238456 46 23 $49,603 $266,000c,i6. Initial Stack Test and Report (for D/F)12$0 $16,000 $0112291 3,492 349 175 $379,851 $4,656,000c7. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0c,h,,j8. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0c,j9. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0c,j10. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0c,I,j11. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0c,j12. Initial Fuel Analysis for Mercury and HCL Content5$0$400 $015291 1,455 146 73 $158,271 $116,400c,g13. Monthly Fuel Analysis for Mercury and HCL Content5$0$400 $012600000$0$0c,g14. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$0140351,380 138 69 $150,113$0cOpacitya) initial10$0$0 $43,100 110220 21$2,176 $86,200cb) annual10$0$0 $14,700 110220 21$2,176 $29,400cPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 110550 53$5,439 $790,000c,fb) annual10$0$0 $56,100 110550 53$5,439 $280,500cCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 11014140 14 7 $15,229 $2,252,600c,fb) annual10$0$0 $53,600 11014140 14 7 $15,229 $750,400Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 289 2,890 289 145 $314,367 $7,022,700 cb) annual 10 $0 $0 $5,600 1 10 289 2,890 289 145 $314,367 $1,618,400 cBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 1 10 1 1 $1,088 $25,500 cb) annual 10 $0 $0 $9,700 1 10 1 10 1 1 $1,088 $9,700 cCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 1 10 1 1 $1,088 $115,000 c,kb) annual 10 $0 $0 $9,700 1 10 1 10 1 1 $1,088 $9,700 cC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject2 $0 $0 $0 1 2 0 000 $0 $0 0a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0c3) Initial Report on results of Energy Audit5 $0 $0 $0 1 5 0 000 $0 $0 0c4) Semi-annual Compliance Report20$0$0$02400000$0$00cReporting Subtotal17,195 1,720 860 $1,870,429 $20,035,67604. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 0 0 0 0 $0 $0 c2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 0 0 0 0 $0 $0 c3) Records of Stack Tests 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 c4) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $0c5) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $0c6) Records of Monthly Fuel Use0.5$0$0$01260000$0$0cE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal0 0 0 $0 $0Totals17,195 1,720 860 $1,870,429 $20,035,676 0a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1.e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large liquid units are expected to determine compliance for Hg and HCl through fuel analysis not stack testing. Fuel testing is only required every 5 years so no annual burden is assigned in years 2 and 3.h Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSk Only 1 existing large liquid fuel unit is equipped with an ACI system. It is assumed that this unit will meet compliance in year 2. No burden from ACI system operation is expected in year 3j Subsequent annual testing in year 2 are based on the number of sources that had an initial test in year 1 of this ICR. Subsequent semi-annual compliance reporting and recordkeeping requirements are based on the number of new sources in years 1 and 2 of this ICR.f Only the number of new large solid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 2.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, Existing Large Liquid Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based onthe distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conduct an audit, testingand monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$0120480 84$8,702$3,416b, c, db) Industrial20$18,292$0$012030600 60 30 $65,267 $548,760b, c, d2. Initial Stack Test and Report (for PM)12$0$5,000 $0112291 3,492 349 175 $379,851 $1,455,000c,h3. Initial Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0c4. Initial Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0c5. Initial Stack Test and Report (for CO)12$0$7,000 $011238456 46 23 $49,603 $266,000c,i6. Initial Stack Test and Report (for D/F)12$0 $16,000 $0112291 3,492 349 175 $379,851 $4,656,000c7. Annual Stack Test and Report (for PM)12$0$5,000 $0112291 3,492 349 175 $379,851 $1,455,000c,h,,j8. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0c,j9. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0c,j10. Annual Stack Test and Report (for CO)12$0$7,000 $011238456 46 23 $49,603 $266,000c,I,j11. Annual Stack Test and Report (for D/F)12$0 $16,000 $0112291 3,492 349 175 $379,851 $4,656,000c,j12. Initial Fuel Analysis for Mercury and HCL Content5$0$400 $015291 1,455 146 73 $158,271 $116,400c,g13. Monthly Fuel Analysis for Mercury and HCL Content5$0$400 $012600000$0$0c,g14. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$0140351,380 138 69 $150,113$0cOpacitya) initial10$0$0 $43,100 110220 21$2,176 $86,200cb) annual10$0$0 $14,700 110220 21$2,176 $29,400cPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 110550 53$5,439 $790,000c,fb) annual10$0$0 $56,100 110550 53$5,439 $280,500cCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 11014140 14 7 $15,229 $2,252,600c,fb) annual10$0$0 $53,600 11014140 14 7 $15,229 $750,400Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 289 2,890 289 145 $314,367 $7,022,700 cb) annual 10 $0 $0 $5,600 1 10 289 2,890 289 145 $314,367 $1,618,400 cBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 1 10 1 1 $1,088 $25,500 cb) annual 10 $0 $0 $9,700 1 10 1 10 1 1 $1,088 $9,700 cCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 1 10 1 1 $1,088 $115,000 c,kb) annual 10 $0 $0 $9,700 1 10 1 10 1 1 $1,088 $9,700 cC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject2 $0 $0 $0 1 2 0 000 $0 $0 0a2) Notification of Compliance Status8$0$0$01869552 55 28 $60,045$069 c3) Initial Report on results of Energy Audit5$0$0$01569345 35 17 $37,528$069 c4) Semi-annual Compliance Report20$0$0$0240692,760 276 138 $300,226$0138 cReporting Subtotal28,292 2,829 1,415 $3,077,533 $26,412,676 2764. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 581 11,620 1,162 581 $1,263,995 $0 c2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 581 8,715 872 436 $947,996 $0 c3) Records of Stack Tests 2 $0 $0 $0 1 2 581 1,162 116 58 $126,399 $0 c4) Records of Monitoring Device Calibrations2$0$0$012581 1,162 116 58 $126,399$0c5) Records of All Compliance Reports Submitted2$0$0$024581 2,324 232 116 $252,799$0c6) Records of Monthly Fuel Use0.5$0$0$0126581 3,486 349 174 $379,198$0cE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal28,469 2,847 1,423 $3,096,787 $0Totals56,761 5,676 2,838 $6,174,320 $26,412,676 276a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1.e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large liquid units are expected to determine compliance for Hg and HCl through fuel analysis not stack testing. Fuel testing is only required every 5 years so no annual burden is assigned in years 2 and 3.h Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSk Only 1 existing large liquid fuel unit is equipped with an ACI system. It is assumed that this unit will meet compliance in year 2. No burden from ACI system operation is expected in year 3j Subsequent annual testing in year 2 are based on the number of sources that had an initial test in year 1 of this ICR. Subsequent semi-annual compliance reporting and recordkeeping requirements are based on the number of new sources in years 1 and 2 of this ICR.f Only the number of new large solid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 2.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, Existing Large Liquid Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals.b Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based onthe distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conduct an audit, testingand monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirement40$0$0$0140544 21,7602,1761,088$2,366,998$00aB. Required Activities01. Conduct Energy Audi0a) Commerica20$854$0$01200000$0$00 b, c, db) Industria20$18,292$0$01200000$0$00 b, c, d2. Initial Stack Test and Report (for PM12$0$5,000$01120000$0$00 c,j,k3. Initial Stack Test and Report (for Hg12$0$8,000$01120000$0$00 c,j,k4. Initial Stack Test and Report (for HCl12$0$8,000$01120000$0$00 c,j,k5. Initial Stack Test and Report (for CO12$0$7,000$01120000$0$00 c,j,k6. Initial Stack Test and Report (for D/F12$0$16,000$01120000$0$00 c,j,k7. Annual Stack Test and Report (for PM12$0$5,000$01120000$0$00 c,j,k8. Annual Stack Test and Report (for Hg12$0$8,000$01120000$0$00 c,j,k9. Annual Stack Test and Report (for HCl12$0$8,000$01120000$0$00 c,j,k10. Annual Stack Test and Report (for CO12$0$7,000$01120000$0$00 c,j,k11. Annual Stack Test and Report (for D/F12$0$16,000$01120000$0$00 c,j,k12. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$00 c,g13. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$00 c,g14. Continuous Parameter Monitorin0Establish Site-specific monitoring plan (al40$0$01400000$0$00cOpacity0a) initia10$0$0 $43,1001100000$0$00 c,hb) annua10$0$0 $14,7001100000$0$00 c,hPM (only sources greater than 250 mmBtu/hr0a) initia10$0$0 $158,0001100000$0$00 c,hb) annua10$0$0 $56,1001100000$0$00 c,hCO (only sources greater than 100 mmBtu/hr0a) initia10$0$0 $160,9001100000$0$00 c,fb) annua10$0$0 $53,6001100000$0$00 c,fScrubber System Monitoring and Operatio(for units with wet scrubbers)a) initia10$0$0 $24,3001 10 0 000 $0 $0 0cb) annua10$0$0 $5,6001 10 0 000 $0 $0 0cBag Leak Detection System Operation(all sources that have fabric filters)0a) initia10$0$0 $25,5001 10 0 000 $0 $0 0cb) annua10$0$0 $9,7001 10 0 000 $0 $0 0c15. Annual Tune-up12$0$2,875$01120000$0$00cC. Create Informationna0D. Gather Informationna0E. Report Preparation01) Initial Notification that Source is Subjec2$0$0$012544 1,088109 54 $118,350$0544 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0c3) Initial Report on results of Energy Aud5$0$0$0150000$0$00c4) Semi-annual Compliance Repor20$0$0$02400000$0$00aReporting Subtotal22,8482,2851,142 $2,485,348$05444. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$0c2) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$0c3) Records of Stack Tests2$0$0$0120000$0$0c4) Records of Monitoring Device Calibration2 $0 $0 $0 1 2 0 000 $0 $0c5) Records of All Compliance Reports Submitte2$0$0$0240000$0$0c6) Records of Monthly Fuel Use0.5$0$0$01260000$0$0c,g7) Records of Annual Tune-up0.25$0$0$010.250000$0$00cE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal000 $0 $0Totals22,848 2,285 1,142 $2,485,348$0544a Number of respondents based on number of existing large gas fuel boilers which includes natural, petroleum, and other gas fuel units greater than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large gas 2 units are expected to determine compliance through stack testing not fuel analysish Only gas 2 units less than 250 mmBtu/hr are expected to perform stack testing for PM. Gas 2 units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only gas 2 units less than 100 mmBtu/hr are expected to perform stack testing for CO. Gas 2 units greater than 100 mmBtu/hr will be equipped with a CO CEMSk The recordkeeping and reporting requirements for natural gas fired units is to conduct an annual tune-up and document that the tune-up was completed. The documentation does not need to be submitted as a report unless requested by the Administrator.f Only the number of existing process gas (Gas 2) fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.j The units firing process gases other than natural gas or refinery gases have limits for HCl, Hg, D/F, and CO and are subject to testing and monitoring requirements for each pollutant.Table 3.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, Existing Large Gas Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals.b Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based on thedistribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, no burden is assumed in year 1.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$012034680 68 34 $73,969 $29,036b, c, db) Industrial20$18,292$0$01202384,760 476 238 $517,781 $4,353,496b, c, d2. Initial Stack Test and Report (for PM)12$0$5,000 $0112991,188 119 59 $129,228 $495,000c,j,k3. Initial Stack Test and Report (for Hg)12$0$8,000 $0112991,188 119 59 $129,228 $792,000c,j,k4. Initial Stack Test and Report (for HCl)12$0$8,000 $0112991,188 119 59 $129,228 $792,000c,j,k5. Initial Stack Test and Report (for CO)12$0$7,000 $011238456 46 23 $49,603 $266,000c,j,k6. Initial Stack Test and Report (for D/F)12$0$16,000 $0112991,188 119 59 $129,228 $1,584,000c,j,k7. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0c,j,k8. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0c,j,k9. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0c,j,k10. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0c,j,k11. Annual Stack Test and Report (for D/F)12$0$16,000 $01120000$0$0c,j,k12. Initial Fuel Analysis for Mercury and HCL Content5$0$400$0150000$0$0c,g13. Monthly Fuel Analysis for Mercury and HCL Content5$0$400$012600000$0$0c,g14. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$014012480 48 24 $52,213$0cOpacitya) initial10$0$0 $43,100 1100000$0$0c,hb) annual10$0$0 $14,700 1100000$0$0c,hPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 1100000$0$0c,hb) annual10$0$0 $56,100 1100000$0$0c,hCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 11077074$7,614 $1,126,300c,fb) annual10$0$0 $53,600 11077074$7,614 $375,200c,fScrubber System Monitoring and Operation(for units with wet scrubbers)a) initial10$0$0 $24,300 11096960 96 48 $104,426 $2,332,800cb) annual10$0$0 $5,60011096960 96 48 $104,426 $537,600cBag Leak Detection System Operation(all sources that have fabric filters)a) initial10$0$0 $25,500 11096960 96 48 $104,426 $2,448,000cb) annual10$0$0 $9,70011096960 96 48 $104,426 $931,200c15. Annual Tune-up12$0$2,875 $01122,194 26,328 2,633 1,316 $2,863,894 $6,307,750c,kC. Create InformationnaD. Gather InformationnaE. Report Preparation01) Initial Notification that Source is Subject2$0$0$0120000$0$00a2) Notification of Compliance Status8$0$0$0180000$0$00c3) Initial Report on results of Energy Audit5$0$0$0150000$0$00c4) Semi-annual Compliance Report20$0$0$02400000$0$00aReporting Subtotal41,436 4,144 2,072 $4,507,304 $22,370,38204. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$0c2) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$0c3) Records of Stack Tests2$0$0$0120000$0$0c4) Records of Monitoring Device Calibrations2$0$0$0120000$0$0c5) Records of All Compliance Reports Submitted2$0$0$0240000$0$0c6) Records of Monthly Fuel Use0.5$0$0$01260000$0$0c,g7) Records of Annual Tune-up0.25$0$0$010.250000$0$00cE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal000 $0 $0Totals41,436 4,144 2,072 $4,507,304 $22,370,3820a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1.e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be requiredg Existing large gas 2 units are expected to determine compliance through stack testing.h Gas units are exempt from PM CEMS and opacity monitoring.i Only gas 2 units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSk The recordkeeping and reporting requirements for natural gas fired units is to conduct an annual tune-up and document that the tune-up was completed. The documentation does not need to be submitted as a report unless requested by the Administrator.j The units firing process gases other than refinery gases have limits for HCl, Hg, D/F, and CO and are subject to testing and monitoring requirements for each pollutant.f Only the number of existing process gas (Gas 2) fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 3.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, Existing Large Gas Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energy professionals.b Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based on thdistribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conduct an audit, testing andmonitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$012034680 68 34 $73,969 $29,036b, c, db) Industrial20$18,292$0$0120238 4,760 476 238 $517,781 $4,353,496b, c, d2. Initial Stack Test and Report (for PM)12$0$5,000 $0112991,188 119 59 $129,228 $495,000c,j,k3. Initial Stack Test and Report (for Hg)12$0$8,000 $0112991,188 119 59 $129,228 $792,000c,j,k4. Initial Stack Test and Report (for HCl)12$0$8,000 $0112991,188 119 59 $129,228 $792,000c,j,k5. Initial Stack Test and Report (for CO)12$0$7,000 $011238456 46 23 $49,603 $266,000c,j,k6. Initial Stack Test and Report (for D/F)12$0 $16,000 $0112991,188 119 59 $129,228 $1,584,000c,j,k7. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0c,j,k8. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0c,j,k9. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0c,j,k10. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0c,j,k11. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0c,j,k12. Initial Fuel Analysis for Mercury and HCL Content5$0$400 $0150000$0$0c,g13. Monthly Fuel Analysis for Mercury and HCL Content5$0$400 $012600000$0$0c,g14. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$014012480 48 24 $52,213$0cOpacitya) initial10$0$0 $43,100 1100000$0$0c,hb) annual10$0$0 $14,700 1100000$0$0c,hPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 1100000$0$0c,hb) annual10$0$0 $56,100 1100000$0$0c,hCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 110770 74$7,614 $1,126,300c,fb) annual10$0$0 $53,600 110770 74$7,614 $375,200c,fScrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 98 980 98 49 $106,602 $2,381,400 cb) annual 10 $0 $0 $5,600 1 10 98 980 98 49 $106,602 $548,800 cBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 96 960 96 48 $104,426 $2,448,000 cb) annual 10 $0 $0 $9,700 1 10 96 960 96 48 $104,426 $931,200 c15. Annual Tune-up 12 $0 $2,875 $0 1 12 1,158 13,890 1,389 695 $1,510,919 $3,327,813 c,kC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject2 $0 $0 $0 1 2 0 000 $0 $0 0a2) Notification of Compliance Status8$0$0$018544 4,352 435 218 $473,400$0544c3) Initial Report on results of Energy Audit5$0$0$015544 2,720 272 136 $295,875$0544c4) Annual Compliance Report20$0$0$0120521 10,420 1,042 521 $1,133,462$0521 c, L5) Semi-annual Compliance Report20$0$0$024023920 92 46 $100,075$046 c, LReporting Subtotal47,450 4,745 2,373 $5,161,492 $19,450,245 1,6554. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 198 3,960 396 198 $430,759 $0 c2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 198 2,970 297 149 $323,069 $0 c3) Records of Stack Tests 2 $0 $0 $0 1 2 198 396 40 20 $43,076 $0 c4) Records of Monitoring Device Calibrations2$0$0$012198396 40 20 $43,076$0c5) Records of All Annual Compliance Reports Submitted 2$0$0$0124,388 8,776 878 439 $954,631$0c, L6) Records of All Semi-Annual Compliance ReportsSubmitted2$0$0$024198792 79 40 $86,152$0c, L7) Records of Monthly Fuel Use0.5$0$0$01264,586 27,516 2,752 1,376 $2,993,122$0c,g8) Records of Annual Tune-up0.25$0$0$010.25 4,586 1,147 115 57 $124,713$04,586 cE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal45,953 4,595 2,298 $4,998,598 $0Totals93,403 9,340 4,670 $10,160,090 $19,450,245 1,655a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1.e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g Existing large gas 2 units are expected to determine compliance through stack testing.h Gas units are exempt from PM CEMS and opacity monitoring.i Only gas 2 units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSk The recordkeeping and reporting requirements for natural gas fired units is to conduct an annual tune-up and document that the tune-up was completed. The documentation does not need to be submitted as a report unless requested by the Administrator.L Only facilities with process gas (gas 2 units) subject to numerical emission limits are expected to be required to submit semi-annual compliance reports. Natural gas and refinery gas units are required to submit reports annually.j The units firing process gases other than refinery gases have limits for HCl, Hg, D/F, and CO and are subject to testing and monitoring requirements for each pollutant.f Only the number of existing process gas (Gas 2) fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 3.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, Existing Large Gas Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals.b Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional. Based onthe distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conduct an audit, testingand monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$00aB. Required Activities01. Initial Stack Test and Report (for PM12 $0 $5,000 $0 1 12 0 0 0 0 $0 $0 02. Initial Stack Test and Report (for Hg12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 03. Initial Stack Test and Report (for HCl12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 04. Initial Stack Test and Report (for CO12 $0 $7,000 $0 1 12 0 0 0 0 $0 $0 05. Initial Stack Test and Report (for D/F12 $0 $16,000 $0 1 12 0 0 0 0 $0 $0 06. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$007. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$008. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$009. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0010. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0011. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0012. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0013. Continuous Parameter Monitoring0Establish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 0Opacity0a) initia10$0$0 $43,100 1100000$0$00b) annua10$0$0 $14,700 1100000$0$00PM (only sources greater than 250 mmBtu/hr)0a) initia10$0$0 $158,000 1100000$0$00b) annua10$0$0 $56,100 1100000$0$00CO (only sources greater than 100 mmBtu/hr)0a) initia10$0$0 $160,900 1100000$0$00b) annua10$0$0 $53,600 1100000$0$00Scrubber System Monitoring and Operation(for units with wet scrubbers)0a) initia10$0$0 $24,300 1100000$0$00b) annua10$0$0 $5,600 1100000$0$00Bag Leak Detection System Operation(all sources that have fabric filters)0a) initia10$0$0 $25,500 1100000$0$00b) annua10$0$0 $9,700 1100000$0$00Carbon Injection Monitoring System(all sources that use ACI to control Hg)0a) initia10$0$0 $115,000 1100000$0$00b) annua10$0$0 $9,700 1100000$0$00C. Create Informationna0D. Gather Informationna0E. Report Preparation01) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 02) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 03) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 04) Semi-annual Compliance Report20$0$0$02400000$0$00Reporting Subtotal000 $0 $0 04. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$02) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$03) Records of Stack Tests2$0$0$0120000$0$04) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $05) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $06) Records of Monthly Fuel Use0.5$0$0$01260000$0$0E. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0Totals0 0 0 $0 $0 0a There are no new large solid units expected to be constructed/reconstructed over the next 5 yearsTable 4.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, New Large Solid Fuel UnitsBurden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$00aB. Required Activities01. Initial Stack Test and Report (for PM12 $0 $5,000 $0 1 12 0 0 0 0 $0 $0 02. Initial Stack Test and Report (for Hg12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 03. Initial Stack Test and Report (for HCl12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 04. Initial Stack Test and Report (for CO12 $0 $7,000 $0 1 12 0 0 0 0 $0 $0 05. Initial Stack Test and Report (for D/F12 $0 $16,000 $0 1 12 0 0 0 0 $0 $0 06. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$007. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$008. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$009. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0010. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0011. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0012. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0013. Continuous Parameter Monitoring0Establish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 0Opacity0a) initia10$0$0 $43,100 1100000$0$00b) annua10$0$0 $14,700 1100000$0$00PM (only sources greater than 250 mmBtu/hr)0a) initia10$0$0 $158,000 1100000$0$00b) annua10$0$0 $56,100 1100000$0$00CO (only sources greater than 100 mmBtu/hr)0a) initia10$0$0 $160,900 1100000$0$00b) annua10$0$0 $53,600 1100000$0$00Scrubber System Monitoring and Operation(for units with wet scrubbers)0a) initia10$0$0 $24,300 1100000$0$00b) annua10$0$0 $5,600 1100000$0$00Bag Leak Detection System Operation(all sources that have fabric filters)0a) initia10$0$0 $25,500 1100000$0$00b) annua10$0$0 $9,700 1100000$0$00Carbon Injection Monitoring System(all sources that use ACI to control Hg)0a) initia10$0$0 $115,000 1100000$0$00b) annua10$0$0 $9,700 1100000$0$00C. Create Informationna0D. Gather Informationna0E. Report Preparation01) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 02) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 03) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 04) Semi-annual Compliance Report20$0$0$02400000$0$00Reporting Subtotal000 $0 $0 04. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$02) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$03) Records of Stack Tests2$0$0$0120000$0$04) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $05) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $06) Records of Monthly Fuel Use0.5$0$0$01260000$0$0E. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0Totals0 0 0 $0 $0 0a There are no new large solid units expected to be constructed/reconstructed over the next 5 yearsTable 4.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, New Large Solid Fuel UnitsBurden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting Requirements0A. Read and Understand Rule Requirements40$0$0$01400000$0$00aB. Required Activities01. Initial Stack Test and Report (for PM12$0$5,000 $01120000$0$002. Initial Stack Test and Report (for Hg12$0$8,000 $01120000$0$003. Initial Stack Test and Report (for HCl12$0$8,000 $01120000$0$004. Initial Stack Test and Report (for CO12$0$7,000 $01120000$0$005. Initial Stack Test and Report (for D/F12$0 $16,000 $01120000$0$006. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$007. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$008. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$009. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0010. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0011. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0012. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0013. Continuous Parameter Monitoring0Establish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 0Opacity0a) initia10$0$0 $43,100 1100000$0$00b) annua10$0$0 $14,700 1100000$0$00PM (only sources greater than 250 mmBtu/hr)0a) initia10$0$0 $158,000 1100000$0$00b) annua10$0$0 $56,100 1100000$0$00CO (only sources greater than 100 mmBtu/hr)0a) initia10$0$0 $160,900 1100000$0$00b) annua10$0$0 $53,600 1100000$0$00Scrubber System Monitoring and Operation(for units with wet scrubbers)0a) initia10$0$0 $24,300 1100000$0$00b) annua10$0$0 $5,600 1100000$0$00Bag Leak Detection System Operation(all sources that have fabric filters)0a) initia10$0$0 $25,500 1100000$0$00b) annua10$0$0 $9,700 1100000$0$00Carbon Injection Monitoring System(all sources that use ACI to control Hg)0a) initia10$0$0 $115,000 1100000$0$00b) annua10$0$0 $9,700 1100000$0$00C. Create Informationna0D. Gather Informationna0E. Report Preparation01) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 02) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 03) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 04) Semi-annual Compliance Report20$0$0$02400000$0$00Reporting Subtotal000 $0 $0 04. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$02) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$03) Records of Stack Tests2$0$0$0120000$0$04) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $05) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $06) Records of Monthly Fuel Use0.5$0$0$01260000$0$0E. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0 0Totals0 0 0 $0 $0 0Table 4.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, New Large Solid Fuel Unitsa There are no new large solid units expected to be constructed/reconstructed over the next 5 yearsBurden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirement40$0$0$0140280 84$8,702$0aB. Required Activities1. Initial Stack Test and Report (for PM12$0$5,000$0112336 42$3,916$15,000a,h2. Initial Stack Test and Report (for Hg12$0$8,000$01120000$0$0a3. Initial Stack Test and Report (for HCl12$0$8,000$01120000$0$0a4. Initial Stack Test and Report (for CO12$0$7,000$0112224 21$2,611 $14,000a,i5. Initial Stack Test and Report (for D/F12$0$16,000$0112336 42$3,916$48,000a6. Annual Stack Test and Report (for PM12$0$5,000$01120000$0$0a,j7. Annual Stack Test and Report (for Hg12$0$8,000$01120000$0$0a,j8. Annual Stack Test and Report (for HCl12$0$8,000$01120000$0$0a,j9. Annual Stack Test and Report (for CO12$0$7,000$01120000$0$0a,j10. Annual Stack Test and Report (for D/F12$0$16,000$01120000$0$0a,j11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $015315 21$1,632$1,200a,g12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0a,g13. Continuous Parameter MonitorinEstablish Site-specific monitoring plan (al40$0$01403120 12 6 $13,053$0aOpacitya) initia10$0$0 $43,1001 10 0 000 $0 $0ab) annua10$0$0 $14,7001 10 0 000 $0 $0aPM (only sources greater than 250 mmBtu/hra) initia10$0$0 $158,000110110 11$1,088$158,000a,cb) annua10$0$0 $56,100110110 11$1,088$56,100a,cCO (only sources greater than 100 mmBtu/hra) initia10$0$0 $160,900110110 11$1,088$160,900a,fb) annua10$0$0 $53,600110110 11$1,088$53,600Scrubber System Monitoring and Operatio(for units with wet scrubbers)a) initia10$0$0 $24,300110330 32$3,263$72,900ab) annua 10 $0 $0 $5,600110330 32$3,263$16,800aBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,5001 10 0 000 $0 $0ab) annua10$0$0 $9,7001 10 0 000 $0 $0aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,000110220 21$2,176$230,000ab) annua 10 $0 $0 $9,700110220 21$2,176$19,400aC. Create Information naD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2$0$0$0122400$435$02a2) Notification of Compliance Status8$0$0$018216 21$1,740$02a3) Initial Report on results of Energy Aud5$0$0$0150000$0$00b4) Semi-annual Compliance Repor20$0$0$0240280 84$8,702$04aReporting Subtotal551 55 28 $59,936$845,90084. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of Operating Parameter Values20$0$0$0120360 63$6,527$0a2) Records of Startup, Shutdown, Malfunction15$0$0$0115345 52$4,895$0a3) Records of Stack Tests2$0$0$0123610$653$0a4) Records of Monitoring Device Calibration2$0$0$0123610$653$0a5) Records of All Compliance Reports Submitte2$0$0$024312 11$1,305$0a6) Records of Monthly Fuel Use0.5$0$0$0126318 21$1,958$0a,gE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal147 15 7 $15,990$0Totals698 70 35 $75,927 $845,900 8e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g New large liquid units are expected to determine compliance through fuel analysis not stack testingh Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSj No annual test and reporting burden is shown in year 1 as this is the same year as the initial test and report.f Only the number of new large liquid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 5.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, New Large Liquid Fuel Unitsd Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals. Based on the distribution projected new fuel consumption, 75% of facilities are in the commercial sector while the remaining 25% of facilities are in the industrial sector. It is assumed that one of the five facilities will be at an industrial facility.b A one-time requirement.c Only one unit is greater than 250 mmBtu/hr. This unit is counted during the first yeara The total number of new large liquid fuel boilers estimated in the first 3 years of this rule is 9. In order to calculate a per year estimate of the number of boilers required to meet these rule requirements, the number of projected boilers is divided by 3, or 3 boilers per year. 5 newfacilities will be subject in the first 3 years. It is assumed that 2 facilities will report in in year 1 and 2 and 1 facilities in year 3.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53(H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$014028084$8,702$0aB. Required Activities1. Initial Stack Test and Report (for PM)12$0$5,000 $011233642$3,916 $15,000a,h2. Initial Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a3. Initial Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a4. Initial Stack Test and Report (for CO)12$0$7,000 $011222421$2,611 $14,000a,i5. Initial Stack Test and Report (for D/F)12$0$16,000 $011233642$3,916 $48,000a6. Annual Stack Test and Report (for PM)12$0$5,000 $011233642$3,916 $15,000a,j7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a,j8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a,j9. Annual Stack Test and Report (for CO)12$0$7,000 $011222421$2,611 $14,000a,j10. Annual Stack Test and Report (for D/F)12$0$16,000 $011233642$3,916 $48,000a,j11. Initial Fuel Analysis for Mercury and HCL Content5$0$400$01531521$1,632$1,200a,g12. Monthly Fuel Analysis for Mercury and HCL Content 5$0$400$012600000$0$0a,g13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$01403120 126 $13,053$0aOpacitya) initial10$0$0 $43,100 1100000$0$0ab) annual10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 1100000$0$0a,cb) annual10$0$0 $56,100 11011011$1,088 $56,100a,cCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 11011011$1,088 $160,900a,fb) annual10$0$0 $53,600 11022021$2,176 $107,200Scrubber System Monitoringand Operatio(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 3 30 3 2 $3,263 $72,900 ab) annual 10 $0 $0 $5,600 1 10 6 60 6 3 $6,527 $33,600 aBagLeak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 0 $0 $0 aCarbon Injection MonitoringSystem(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 2 20 2 1 $2,176 $230,000 ab) annual 10 $0 $0 $9,700 1 10 4 40 4 2 $4,351 $38,800 aC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject 2 $0 $0 $0 1 2 2 4 0 0 $435 $0 2 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 2 16 2 1 $1,740 $0 2 a3) Initial Report on results of Energy Audit 5 $0 $0 $0 1 5 0 0 0 0 $0 $0 0 b4) Semi-annual Compliance Report 20 $0 $0 $0 2 40 4 160 16 8 $17,404 $0 8 aReporting Subtotal777 78 39 $84,520 $854,700 124. Recordkeeping RequirementsA. Read Instructions Included in 3aB. Implement Activities naC. Develop Record System naeD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 6 120 12 6 $13,053 $0 a2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 6 90 9 5 $9,790 $0 a3) Records of Stack Tests 2 $0 $0 $0 1 2 6 12 1 1 $1,305 $0 a4) Records of Monitoring Device Calibrations 2 $0 $0 $0 1 2 6 12 1 1 $1,305 $0 a5) Records of All Compliance Reports Submitted 2 $0 $0 $0 2 4 6 24 2 1 $2,611 $0 a6) Records of Monthly Fuel Use 0.5 $0 $0 $0 12 6 6 36 4 2 $3,916 $0 a,gE. Personnel Training naF. Time for Audits naRecordkeeping Subtotal294 29 15 $31,981 $0Totals1,071 107 54 $116,501 $854,700 12e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g New large liquid units are expected to determine compliance through fuel analysis not stack testingh Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSj No annual test and reporting burden is shown in year 1 as this is the same year as the initial test and report.f Only the number of new large liquid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.Table 5.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, New Large Liquid Fuel Unitsb Energy audits are not required for new sources.c Only one unit is greater than 250 mmBtu/hr. This unit is counted during the first yeara The total number of new large liquid fuel boilers estimated in the first 3 years of this rule is 9. In order to calculate a per year estimate of the number of boilers required to meet these rule requirements, the number of projected boilers is divided by 3, or 3 boilers per year. 5 new facilitieswill be subject in the first 3 years. It is assumed that 2 facilities will report in in year 1 and 2 and 1 facilities in year 3.d Subsequent annual testing in year 2 are based on the number of sources that had an initial test in year 1 of this ICR. Subsequent semi-annual compliance reporting and recordkeeping requirements are based on the number of new sources in years 1 and 2 of this ICR. Since fuelanalysis is only required once every five years, no burden is assigned in year 2.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53(H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$014014042$4,351$0aB. Required Activities1. Initial Stack Test and Report (for PM)12$0$5,000 $011233642$3,916 $15,000a,h2. Initial Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a3. Initial Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a4. Initial Stack Test and Report (for CO)12$0$7,000 $011222421$2,611 $14,000a,i5. Initial Stack Test and Report (for D/F)12$0$16,000 $011233642$3,916 $48,000a6. Annual Stack Test and Report (for PM)12$0$5,000 $011267274$7,832 $30,000a,j7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a,j8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a,j9. Annual Stack Test and Report (for CO)12$0$7,000 $011244852$5,221 $28,000a,j10. Annual Stack Test and Report (for D/F)12$0$16,000 $011267274$7,832 $96,000a,j11. Initial Fuel Analysis for Mercury and HCL Content5$0$400$01531521$1,632$1,200a,g12. Monthly Fuel Analysis for Mercury and HCL Content 5$0$400$012600000$0$0a,g13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$01403120 126 $13,053$0aOpacitya) initial10$0$0 $43,100 1100000$0$0ab) annual10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 1100000$0$0a,cb) annual10$0$0 $56,100 11011011$1,088 $56,100a,cCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 11011011$1,088 $160,900a,fb) annual10$0$0 $53,600 11033032$3,263 $160,800Scrubber System Monitoringand Operatio(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 3 30 3 2 $3,263 $72,900 ab) annual 10 $0 $0 $5,600 1 10 9 90 9 5 $9,790 $50,400 aBagLeak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 0 $0 $0 aCarbon Injection MonitoringSystem(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 2 20 2 1 $2,176 $230,000 ab) annual 10 $0 $0 $9,700 1 10 6 60 6 3 $6,527 $58,200 aC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject 2 $0 $0 $0 1 2 1 2 0 0 $218 $0 1 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 1 8 1 0 $870 $0 1 a3) Initial Report on results of Energy Audit 5 $0 $0 $0 1 5 0 0 0 0 $0 $0 0 b4) Semi-annual Compliance Report 20 $0 $0 $0 2 40 5 200 20 10 $21,756 $0 10 aReporting Subtotal923 92 46 $100,402 $1,021,500 124. Recordkeeping RequirementsA. Read Instructions Included in 3aB. Implement Activities naC. Develop Record System naeD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 9 180 18 9 $19,580 $0 a2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 9 135 14 7 $14,685 $0 a3) Records of Stack Tests 2 $0 $0 $0 1 2 9 18 2 1 $1,958 $0 a4) Records of Monitoring Device Calibrations 2 $0 $0 $0 1 2 9 18 2 1 $1,958 $0 a5) Records of All Compliance Reports Submitted 2 $0 $0 $0 2 4 9 36 4 2 $3,916 $0 a6) Records of Monthly Fuel Use 0.5 $0 $0 $0 12 6 9 54 5 3 $5,874 $0 a,gE. Personnel Training naF. Time for Audits naRecordkeeping Subtotal441 44 22 $47,971 $0Totals1,364 136 68 $148,373 $1,021,500 12e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.g New large liquid units are expected to determine compliance through fuel analysis not stack testingh Only units less than 250 mmBtu/hr are expected to perform stack testing for PM. Units greater than 250 mmBtu/hr will be equipped with a PM CEMSi Only units less than 100 mmBtu/hr are expected to perform stack testing for CO. Units greater than 100 mmBtu/hr will be equipped with a CO CEMSf Only the number of new large liquid fuel units with a rated heat input capacity of 100 mmBtu/hr or greater are subject to continuous monitoring requirements and records of monitoring device calibrations.j No annual test and reporting burden is shown in year 1 as this is the same year as the initial test and report.Table 5.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, New Large Liquid Fuel Unitsb Energy audits are not required for new sources.a The total number of new large liquid fuel boilers estimated in the first 3 years of this rule is 9. In order to calculate a per year estimate of the number of boilers required to meet these rule requirements, the number of projected boilers is divided by 3, or 3 boilers per year. 5 new facilitieswill be subject in the first 3 years. It is assumed that 2 facilities will report in in year 1 and 2 and 1 facilities in year 3.c Only one unit is greater than 250 mmBtu/hr. This unit is counted during the first yeard Subsequent annual testing in year 3 are based on the number of sources that had an initial test in year 1 and 2 of this ICR. Subsequent semi-annual compliance reporting and recordkeeping requirements are based on the number of new sources in years 1 -3 of this ICR. Since fuelanalysis is only required once every five years, no burden is assigned in year 2.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53(H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$014014042$4,351$0a, e, fB. Required Activities1. Initial Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a2. Initial Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a3. Initial Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a4. Initial Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a5. Initial Stack Test and Report (for D/F)12$0$16,000 $01120000$0$0a6. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a9. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a10. Annual Stack Test and Report (for D/F)12$0$16,000 $01120000$0$0a11. Initial Fuel Analysis for Mercury and HCL Content5$0$400$0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Content 5$0$400$012600000$0$0a13. Continuous Parameter MonitoringaEstablish Site-specific monitoring plan (all)40$0$01400000$0$0aOpacityaa) initial10$0$0 $43,100 1100000$0$0ab) annual10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)aa) initial10$0$0 $158,000 1100000$0$0ab) annual10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)aa) initial10$0$0 $160,900 1100000$0$0ab) annual10$0$0 $53,600 1100000$0$0aScrubber System Monitoringand Operatio(for units with wet scrubbers)aa) initial 10 $0 $0 $24,300 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $5,600 1 10 0 0 0 0 $0 $0 aBagLeak Detection System Operation(all sources that have fabric filters)aa) initial 10 $0 $0 $25,500 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 0 $0 $0 a15. Annual Tune-up 12 $0 $2,875 $0 1 12 2 24 2 1 $2,611 $5,750 2 cC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject 2 $0 $0 $0 1 2 1 2 0 0 $218 $0 1 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 1 8 1 0 $870 $0 1 a3) Initial Report on results of Energy Audit 5 $0 $0 $0 1 5 0 0 0 0 $0 $0 0 c4) Annual Compliance Report 20 $0 $0 $0 2 40 2 80 8 4 $8,702 $0 4 a, h5) Semi-annual Compliance Report 20 $0 $0 $0 2 40 0 0 0 0 $0 $0 0 a, hReporting Subtotal154 15 8 $16,752 $5,750 6 a4. Recordkeeping RequirementsA. Read Instructions Included in 3aB. Implement Activities naC. Develop Record System nadD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 2 40 4 2 $4,351 $0 a2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 2 30 3 2 $3,263 $0 a3) Records of Stack Tests 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 a4) Records of Monitoring Device Calibrations 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 a5) Records of All Annual Compliance Reports Submitted 2 $0 $0 $0 2 4 2 8 1 0 $870 $0 a, h6)Records of All Semi-Annual Compliance ReportsSubmitted2$0$0$0240000$0$0a, h7) Records of Monthly Fuel Use0.5$0$0$012621211$1,305$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal9095$9,790$0Totals244 24 12 $26,542$5,7506and/or maintenance schedule as part of their operations. No new recorg Only one new process gas boiler >100 mmBtu projected. It is assumed that one unit will come on in year 2 and the other in year 3.h Only facilities with process gas (gas 2 units) subject to numerical emission limits are expected to be required to submit semi-annual compliance reports. Natural gas and refinery gas units are required to submit reports annually.Table 6.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, New Large Gas Fuel Unitsb A one-time requirement.a In order to calculate a per year estimate of the number of new boilers required to meet these rule requirements, the number of new projected boilers online by 2013 is divided by 3. In year 1 there are 2 natural gas boilers coming online. In year 2 there are 2 natural gas boiles and 1 otherprocess gas boiler, and in year 3 there are 2 new natural gas boilers and 1 process gas boiler.c Energy Audits are a proposed requirement for existing units only.e Six new natural gas boilers will be subject over the next 3 years, or 2 boilers per year. It is assumed that there are 3 new facilities, one facility per year will conduct an audit and submit initial noticiation and initial compliance status reports.f Two new boilers firing process gases are projected.It is expected one new boiler will come online in year 2 and the other in year 3. One facility will submit reports and conduct compliance activities in year 2 and the other facility will submit reports in year 3.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirement40$0$0$01403120 12 6 $13,053$0a, e,fB. Required Activities1. Initial Stack Test and Report (for PM12$0$5,000$0112112 11$1,305$5,000f2. Initial Stack Test and Report (for Hg12$0$8,000$0112112 11$1,305$8,000f3. Initial Stack Test and Report (for HCl12$0$8,000$0112112 11$1,305$8,000f4. Initial Stack Test and Report (for CO12$0$7,000$01120000$0$0f,g5. Initial Stack Test and Report (for D/F12$0$16,000$0112112 11$1,305$16,000f6. Annual Stack Test and Report (for PM12$0$5,000$01120000$0$0a7. Annual Stack Test and Report (for Hg12$0$8,000$01120000$0$0a8. Annual Stack Test and Report (for HCl12$0$8,000$01120000$0$0a9. Annual Stack Test and Report (for CO12$0$7,000$01120000$0$0a10. Annual Stack Test and Report (for D/F12$0$16,000$01120000$0$0a11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a, h12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0a, h13. Continuous Parameter MonitorinaEstablish Site-specific monitoring plan (al40$0$0140140 42$4,351$0aOpacityaa) initia10$0$0 $43,1001 10 0 000 $0 $0ab) annua10$0$0 $14,7001 10 0 000 $0 $0aPM (only sources greater than 250 mmBtu/hraa) initia10$0$0 $158,0001 10 0 000 $0 $0ab) annua10$0$0 $56,1001 10 0 000 $0 $0aCO (only sources greater than 100 mmBtu/hraa) initia10$0$0 $160,900110110 11$1,088$160,900a, gb) annua 10 $0 $0 $53,600110110 11$1,088$53,600a, gScrubber System Monitoring and Operatio(for units with wet scrubbers)aa) initia10$0$0 $24,300110110 11$1,088$24,300ab) annua 10 $0 $0 $5,600110110 11$1,088$5,600aBag Leak Detection System Operation(all sources that have fabric filters)aa) initia10$0$0 $25,500110110 11$1,088$25,500ab) annua 10 $0 $0 $9,700110110 11$1,088$9,700a15. Annual Tune-up12$0$2,875$0112448 52$5,221 $11,5004 cC. Create Information naD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2$0$0$0122400$435$02a2) Notification of Compliance Status8$0$0$018216 21$1,740$02a3) Initial Report on results of Energy Aud5$0$0$0150000$0$00c4) Annual Compliance Repor20$0$0$02404160 16 8 $17,404$08 a, i5) Semi-annual Compliance Repor20$0$0$0240140 42$4,351$02 a, iReporting Subtotal536 54 27 $58,305$328,100144. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnadD. Record Information1) Records of Operating Parameter Values20$0$0$01205100 10 5 $10,878$0a2) Records of Startup, Shutdown, Malfunction15$0$0$0115575 84$8,158$0a3) Records of Stack Tests2$0$0$0121200$218$0a4) Records of Monitoring Device Calibration2$0$0$0121200$218$0a5) Records of All Annual Compliance Reports Submitted 2$0$0$024416 21$1,740$0a, i6) Records of All Semi-Annual Compliance ReportsSubmitted2$0$0$0241400$435$0a, i7) Records of Monthly Fuel Use0.5$0$0$0126530 32$3,263$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal229 23 11 $24,910$0Totals765 77 38 $83,215 $328,10014g Only one new process gas boiler >100 mmBtu projected. It is assumed this unit will come on in year 2.h Process gas units are expected to demonstrate compliance with a stack test instead of a fuel analysis.i Only facilities with process gas (gas 2 units) subject to numerical emission limits are expected to be required to submit semi-annual compliance reports and conduct testing and monitoring. Natural gas and refinery gas units are required to submit reports annually and conduct a tune-up.f Two new boilers firing process gases are projected.It is expected one new boiler will come online in year 2 and the other in year 3. One facility will submit reports and conduct compliance activities in year 2 and the other facility will submit reports in year 3.Table 6.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, New Large Gas Fuel Unitsb A one-time requirement.a In order to calculate a per year estimate of the number of new boilers required to meet these rule requirements, the number of new projected boilers online by 2013 is divided by 3. In year 1 there are 2 natural gas boilers coming online. In year 2 there are 2 natural gas boiles and 1other process gas boiler, and in year 3 there are 2 new natural gas boilers and 1 process gas boiler.c Energy Audits are a proposed requirement for existing units only.e Six new natural gas boilers will be subject over the next 3 years, or 2 boilers per year. It is assumed that there are 3 new facilities, one facility per year will conduct an audit and submit initial noticiation and initial compliance status reports.d Assumes facility must already maintain records on boiler insurance and/or maintenance schedule as part of their operations. No new record system would be required.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirement40$0$0$0140280 84$8,702$0a, e,fB. Required Activities1. Initial Stack Test and Report (for PM12$0$5,000$0112112 11$1,305$5,000f,i2. Initial Stack Test and Report (for Hg12$0$8,000$0112112 11$1,305$8,000f3. Initial Stack Test and Report (for HCl12$0$8,000$0112112 11$1,305$8,000f4. Initial Stack Test and Report (for CO12$0$7,000$0112112 11$1,305$7,000f,I,j5. Initial Stack Test and Report (for D/F12$0$16,000$0112112 11$1,305$16,000f6. Annual Stack Test and Report (for PM12$0$5,000$0112112 11$1,305$5,000a7. Annual Stack Test and Report (for Hg12$0$8,000$0112112 11$1,305$8,000a8. Annual Stack Test and Report (for HCl12$0$8,000$0112112 11$1,305$8,000a9. Annual Stack Test and Report (for CO12$0$7,000$01120000$0$0a10. Annual Stack Test and Report (for D/F12$0$16,000$0112112 11$1,305$16,000a11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a, h12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0a, h13. Continuous Parameter MonitorinaEstablish Site-specific monitoring plan (al40$0$0140140 42$4,351$0aOpacityaa) initia10$0$0 $43,1001 10 0 000 $0 $0ab) annua10$0$0 $14,7001 10 0 000 $0 $0aPM (only sources greater than 250 mmBtu/hraa) initia10$0$0 $158,0001100000$0$0a,jb) annua10$0$0 $56,1001 10 0 000 $0 $0aCO (only sources greater than 100 mmBtu/hraa) initia10$0$0 $160,9001100000$0$0a, g, i ,jb) annua10$0$0 $53,600110110 11$1,088$53,600a, gScrubber System Monitoring and Operatio(for units with wet scrubbers)aa) initia10$0$0 $24,300110110 11$1,088$24,300ab) annua 10 $0 $0 $5,600110220 21$2,176$11,200aBag Leak Detection System Operation(all sources that have fabric filters)aa) initia10$0$0 $25,500110110 11$1,088$25,500ab) annua 10 $0 $0 $9,700110220 21$2,176$19,400a15. Annual Tune-up12$0$2,875$0112672 74$7,832$17,2506 cC. Create Information naD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2$0$0$0122400$435$02a2) Notification of Compliance Status8$0$0$018216 21$1,740$02a3) Initial Report on results of Energy Aud5$0$0$0150000$0$00c4) Annual Compliance Repor20$0$0$02406240 24 12 $26,107$012a5) Semi-annual Compliance Repor20$0$0$0240280 84$8,702$04aReporting Subtotal710 71 36 $77,232$232,250204. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnadD. Record Information1) Records of Operating Parameter Values20$0$0$01208160 16 8 $17,404$0a2) Records of Startup, Shutdown, Malfunction15$0$0$01158120 12 6 $13,053$0a3) Records of Stack Tests2$0$0$0122400$435$0a4) Records of Monitoring Device Calibration2$0$0$0122400$435$0a5) Records of All Annual Compliance Reports Submitted 2$0$0$024624 21$2,611$0a6) Records of All Semi-Annual Compliance ReportsSubmitted2$0$0$0242810$870$0a6) Records of Monthly Fuel Use0.5$0$0$0126848 52$5,221$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal368 37 18 $40,030$0Totals1,078 108 54 $117,262 $232,250g Only one new process gas boiler >100 mmBtu projected. It is assumed this unit will come on in year 2.h Process gas units are expected to demonstrate compliance with a stack test instead of a fuel analysis.i Only one new natural gas boiler >100 ot < 250 mmBtu projected. It is assumed this unit will come on in year 3.j Only one new natural gas boiler > 250 mmBtu projected. It is assumed this unit will come on in year 3.Table 6.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, New Large Gas Fuel Unitsb A one-time requirement.a In order to calculate a per year estimate of the number of new boilers required to meet these rule requirements, the number of new projected boilers online by 2013 is divided by 3. New natural gas boilers are projected to be natural gas fired and thus only subject to an annual tuneup work practice standard and a facility-wide energy audit. Other process gas boilers will be subject to monitoring and testing requirements for all pollutants. In year 1 there are 2 natural gas boilers coming online. In year 2 there are 2 natural gas boiles and 1 other process gas boiler,and in year 3 there are 2 new natural gas boilers and 1 process gas boiler.c Energy Audits are a proposed requirement for existing units only.e Six new natural gas boilers will be subject over the next 3 years, or 2 boilers per year. It is assumed that there are 3 new facilities, one facility per year will conduct an audit and submit initial noticiation and initial compliance status reports.f Two new boilers firing process gases are projected.It is expected one new boiler will come online in year 2 and the other in year 3. One facility will submit reports and conduct compliance activities in year 2 and the other facility will submit reports in year 3.d Assumes facility must already maintain records on boiler insurance and/or maintenance schedule as part of their operations. No new record system would be required.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L) TotalNon-LaborCapitalCosts PerYear((B+C+D)xExG)(M) TotalNumber ofResponses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements 40 $0 $0 $0 1 40 2 80 8 4 $8,702 $0 0 aB. Required Activities1. Conduct Energy Audit0a) Commerical 20 $854 $0 $0 1 20 0 0 0 0 $0 $0 0 b,cb) Industrial 20 $18,292 $0 $0 1 20 0 0 0 0 $0 $0 0 b,c2. Biennual Tune-Up12$0$2,228$00.5600 0 0$0$00 cC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source isSubject2$0$0$01224 0 0$435 $02 a2) Notification of Compliance Status 8$0$0$01800 0 0$0$00 c3) Biennial Compliance Report5$0$0$00.52.500 0 0$0$00fReporting Subtotal84 8 49,137024. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted 2 $0 $0 $0 0.5 1 0 0 0 0 $0 $0 0 c2) Records of Startup, Shutdown,Malfunction 15 $0 $0 $0 1 15 0 0 0 0 $0 $0 0 g3) Biennial Tune-Up Records0.5$0$0$00.50.2500 0 0$0$00 cE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal0 0 0 $0 $0 0Totals84 8 4 $9,137 $0 2a Number of respondents based on number of existing small solid fuel boilers which includes biomass and coal units less than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to beconducted by certified energy professionals. There is only 1 existing facility under this category and it is assumed that it will be an industrial facility since industrial is the vast majority of projected units.Table 7.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, Existing Small Solid Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from theaudit professional. Based on the distribution facility NAICS codes in the 2008 combustion unit survey database, 12.6% of facilities are in the commercial sector while the remaining 87.4% of facilities are in the industrial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, no burden is assumed in year 1.Burden Item(A)RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L) TotalNon-LaborCapitalCosts PerYear((B+C+D)xExG)(M) TotalNumber ofResponses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements40 $0 $0 $0 1 40 0 0 0 0 $0 $0 aB. Required Activities1. Conduct Energy Audita) Commerical 20 $854 $0 $0 1 20 0 0 0 0 $0 $0 b,cb) Industrial 20 $18,292 $0 $0 1 20 1 20 2 1 $2,176 $18,292 b,c2. Biennual Tune-Up12 $0 $2,228 $0 0.5 6 9 51 5 3 $5,548 $18,938 cC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source isSubject2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 0 0 0 $0 $0 0 c3) Biennial Compliance Report 5 $0 $0 $0 0.5 2.5 0 0 0 0 $0 $0 0fReporting Subtotal71 7 4 7,723 37,230 04. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted2 $0 $0 $0 0.5 1 0 0 0 0 $0 $0 0 c2) Records of Startup, Shutdown,Malfunction15 $0 $0 $0 1 15 0 0 0 0 $0 $0 0 g3) Biennial Tune-Up Records0.5 $0 $0 $0 0.5 0.25 0 0 0 0 $0 $0 0 cE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0 0Totals71 7 4 $7,723 $37,230 0e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to beconducted by certified energy professionals. There is only 1 existing facility under this category and it is assumed that it will be an industrial facility since industrial is the vast majority of projected units.Table 7.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, Existing Small Solid Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from theaudit professional. Based on the distribution facility NAICS codes in the 2008 combustion unit survey database, 12.6% of facilities are in the commercial sector while the remaining 87.4% of facilities are in the industrial sector. The one facility withbiomass boilers is expected to be at industrial facility and it will conduct the audit in year 2.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected unitswill conduct an audit, testing and monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements willnot begin until year 3 of this ICR. Annualized cost of $2228 for a tune-up is calculated considering a biennual schedule.a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1. There is only 1 existing unit under this category. Energy audit burdens for this unit will be accounted for in year 2.Burden Item(A)RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L) TotalNon-LaborCapitalCosts PerYear((B+C+D)xExG)(M) TotalNumber ofResponses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements40 $0 $0 $0 1 40 0 0 0 0 $0 $0 aB. Required Activities1. Conduct Energy Audita) Commerical 20 $854 $0 $0 1 20 0 0 0 0 $0 $0 b,cb) Industrial 20 $18,292 $0 $0 1 20 0 0 0 0 $0 $0 b,c2. Biennual Tune-Up12 $0 $2,228 $0 0.5 6 9 51 5 3 $5,548 $18,938 cC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source isSubject2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 2 16 2 1 $1,740 $0 2 c3) Biennial Compliance Report 5 $0 $0 $0 0.5 2.5 2 5 1 0 $544 $0 1fReporting Subtotal72 7 4 7,832 18,938 34. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted2 $0 $0 $0 0.5 1 17 17 2 1 $1,849 $0 c2) Records of Startup, Shutdown,Malfunction15 $0 $0 $0 1 15 0 0 0 0 $0 $0 g3) Biennial Tune-Up Records0.5 $0 $0 $0 0.5 0.25 17 4 0 0 $462 $0 9 cE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal21.25 2.125 1.0625 $2,312 $0Totals93 9 5 $10,144 $18,938 3a The burden on existing sources to read and understand rule requirements, and submit an initial notification were assumed to all occur in year 1.e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to beconducted by certified energy professionals. There is only 1 existing facility under this category and it is assumed that it will be an industrial facility since industrial is the vast majority of projected units.Table 7.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, Existing Small Solid Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from theaudit professional. Based on the distribution facility NAICS codes in the 2008 combustion unit survey database, 12.6% of facilities are in the commercial sector while the remaining 87.4% of facilities are in the industrial sector. The one facility withbiomass boilers is expected to be at industrial facility and it will conduct the audit in year 2.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected unitswill conduct an audit, testing and monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements willnot begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H) TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L) TotalNon-LaborCapitalCosts PerYear((B+C+D)xExG)(M) TotalNumber ofResponsesper Year (E XG) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements 40 $0 $0 $0 1 40 29 1,160 116 58 $126,182 $0 aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$01200000$0$0b, c, db) Industrial20$18,292$0$01200000$0$0b, c, d2. Biennual Tune-Up12$0$2,228$00.560000$0$0c, fC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source isSubject2$0$0$012295863$6,309 $029 a2) Notification of Compliance Status 8$0$0$0180000$0$00 c3) Biennial Compliance Report5$0$0$00.52.50000$0$00 c, fReporting Subtotal1,218 122 61 132,491 0294. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted2$0$0$00.510000$0$00 c2) Records of Startup, Shutdown,Malfunction15$0$0$01150000$0$00 c, g3) Biennial Tune-Up Records0.5$0$0$00.50.250000$0$00 c, fE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal000 $0 $0 0Totals1,218 122 61 $132,491 $029a Number of respondents based on number of existing small liquid fuel boilers which includes units less than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conductedby certified energy professionals.Table 8.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, Existing Small Liquid Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the auditprofessional. Based on the distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, no burden is assumed in year 1.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L)TotalNonLaborCapitalCosts PerYear((B+C+D)xExG)(M) TotalNumber ofResponsesper Year (E XG) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements 40 $0 $0 $0 1 40 0 0 0 0 $0 $0 aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$012024042$4,351 $1,708b, c, db) Industrial20$18,292$0$012013260 26 13$28,282 $237,796b, c, d2. Biennual Tune-Up12$0$2,228$00.56123738 74 37$80,278$274,044c, fC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source isSubject 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 0 0 0 0 $0 $0 0 c3) Biennial Compliance Report5$0$0$00.52.50000$0$00 c, fReporting Subtotal1,038 104 52112,911 513,54804. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted 2 $0 $0 $0 0.5 1 0 0 0 0 $0 $0 0 c2) Records of Startup, Shutdown,Malfunction 15 $0 $0 $0 1 15 0 0 0 0 $0 $0 0 c, g3) Biennial Tune-Up Records0.5$0$0$00.50.250000$0$00 c, fE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal000 $0 $0 0Totals1,038 104 52$112,911 $513,548 0aTheburden on existing sources to readandunderstandrule requirements, andsubmit aninitialnotification were assumedto alloccurin year1e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted bycertified energy professionals.Table 8.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, Existing Small Liquid Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the auditprofessional. Based on the distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units willconduct an audit, testing and monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin unyear 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L)TotalNonLabor CapitalCosts PerYear((B+C+D)xExG)(M) TotalNumber ofResponsesper Year (E XG) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements 40 $0 $0 $0 1 40 0 0 0 0 $0 $0 aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$0120120 21$2,176$854b, c, db) Industrial20$18,292$0$012013260 26 13$28,282 $237,796b, c, d2. Biennual Tune-Up12$0$2,228$00.56122732 73 37$79,625$271,816c, fC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source isSubject 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 29 232 23 12 $25,236 $0 29 c3) Biennial Compliance Report5$0$0$00.52.52973 74$7,886$015 c, fReporting Subtotal1,317 132 66143,206510,466444. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted2$0$0$00.51245245 25 12$26,650$0c2) Records of Startup, Shutdown,Malfunction15$0$0$01150000$0$0c, g3) Biennial Tune-Up Records0.5$0$0$00.50.2524561 63$6,663$0123 c, fE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal306.25 30.625 15.3125$33,313$0Totals1,623 162 81 $176,519 $510,466 44aTheburden on existing sources to readandunderstandrule requirements, andsubmit aninitialnotification were assumedto alloccurin year1e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted bycertified energy professionals.Table 8.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, Existing Small Liquid Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the auditprofessional. Based on the distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conductan audit, testing and monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 ofthis ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H) TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year((B+C+D)xExG)(M) TotalNumber ofResponsesper Year (E XG) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements 40 $0 $0 $0 1 40 848 33,920 3,392 1,696 $3,689,733 $0 aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$01200000$0$0b, c, db) Industrial20$18,292$0$01200000$0$0b, c, d2. Biennial Tune-Up12$0$2,228$00.560000$0$0c, fC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source isSubject2$0$0$0128481,696 170 85 $184,487$0848 a2) Notification of Compliance Status 8$0$0$0180000$0$00 c3) Biennial Compliance Report5$0$0$00.52.50000$0$00 c, fReporting Subtotal35,616 3,562 1,781 3,874,21908484. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted 2 $0 $0 $0 0.5 1 0 0 0 0 $0 $0 0 c2) Records of Startup, Shutdown,Malfunction 15 $0 $0 $0 1 15 0 0 0 0 $0 $0 0 c, g3) Biennial Tune-Up Records0.5$0$0$00.50.250000$0$00 c, fE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal000 $0 $0 0Totals35,616 3,562 1,781 $3,874,219 $0848a Number of respondents based on number of existing gas liquid fuel boilers which includes natural, petroleum, and other gas units less than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted bycertified energy professionals.Table 9.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, Existing Small Gas Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the auditprofessional. Based on the distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, no burden is assumed in year 1.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) Annual TuneUp Cost perOccurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H) TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (H X.05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year((B+C+D)xExG)(M) TotalNumber ofResponsesper Year (E XG) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements 40 $0 $0 $0 1 40 0 0 0 0 $0 $0 0 aB. Required Activities1. Conduct Energy Audita) Commerical20$854$0$0120531,068 107 53 $116,227$45,62453 b, c, db) Industrial 20 $18,292 $0 $0 1 20 371 7,412 741 371 $806,207$6,778,576371 b, c, d2. Biennial Tune-Up12$0$1,580$00.563,573 21,438 2,144 1,072 $2,331,972$5,645,3401,787 c, fC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source isSubject 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 0 0 0 0 $0 $0 0 c3) Biennial Compliance Report5$0$0$00.52.50000$0$00 c, fReporting Subtotal29,918 2,992 1,496 3,254,40512,469,54004. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted2$0$0$00.510000$0$00 c2) Records of Startup, Shutdown,Malfunction15$0$0$01150000$0$00 c, g3) Biennial Tune-Up Records0.5$0$0$00.50.250000$0$00 c, fE. Personnel TrainingnaF. Time for Audits naRecordkeeping Subtotal000 $0 $0 0Totals29,918 2,992 1,496 $3,254,405 $12,469,540 0a Number of respondents based on number of existing gas liquid fuel boilers which includes natural, petroleum, and other gas units less than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted bycertified energy professionals.Table 9.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, Existing Small Gas Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the auditprofessional. Based on the distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conductan audit, testing and monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 ofthis ICR.Burden Item(A)RespondentHours perOccurrence(Technicalhours)(B)EmissionTestContractorHours PerOccurrence(B) CertifiedEnergy AuditCost perOccurrence(C) AnnualTune-Up Costper Occurrence(D) Other NonLabor CostsPerOccurrence(E) Number ofOccurrences PerRespondent PerYear\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H) TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total Non-LaborCapital Costs PerYear((B+C+D)xExG)(M) TotalNumber ofResponsesper Year (E XG) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand RuleRequirements40 $0 $0 $0 1 40 0 0 0 0 $0 $0 aB. Required Activities1. Conduct Energy Audita) Commerical 20 $854 $0 $0 1 20 52 1,048 105 52 $114,051 $44,770 b, c, db) Industrial 20 $18,292 $0 $0 1 20 371 7,412 741 371 $806,207 $6,778,576 b, c, d2. Biennial Tune-Up12 $0 $1,580 $0 0.5 6 3,572 21,432 2,143 1,072 $2,331,319 $5,643,760 c,fC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source isSubject2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 848 6,784 678 339 $737,947 $0 848 c3) Biennial Compliance Report5 $0 $0 $0 0.5 2.5 848 2,120 212 106 $230,608 $0 424 c,fReporting Subtotal38,796 3,880 1,940 4,220,132 12,467,106 1,2724. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaeD. Record Information1) Records of All Notifications andCompliance Reports Submitted2 0 $0 $0 $0 0.5 1 7,145 7,145 715 357 $777,215 $0 c2) Records of Startup, Shutdown,Malfunction15 0 $0 $0 $0 1 15 0 0 0 0 $0 $0 c, g3) Biennial Tune-Up Records0.5 $0 $0 $0 0.5 0.25 7,145 1,786 179 89 $194,304 $0 c,fE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal8931.25 893.125 446.5625 $971,519 $0Totals47,727 4,773 2,386 $5,191,651 $12,467,106 1,272a Number of respondents based on number of existing gas liquid fuel boilers which includes natural, petroleum, and other gas units less than 10 mmBtu/hr (assumption of 8 units per facility).e Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.f. Since a tune-up is required biennially, every two years, the compliance reports for small units are also due every two years. Records of the tune-ups will be submitted to the Administrator upon request.g. Small units are not required to maintain records on startup, shutdown and malfunction.d Cost per occurrence for energy audit professionals including an phone screening to discuss the facility prior to a visit, a 2 to 4 hour site visit, and an additional 2-4 hours to prepare a follow-up report on recommendations and findings. These site visits are assumed to be conducted by certified energyprofessionals.Table 9.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, Existing Small Gas Fuel Unitsb Cost includes taking an inventory of facility equipment including age, operating schedules, square feet of the facility and other details necessary for preparing for the audit pre-screening, attending the energy audit, and reviewing audit report from the audit professional.Based on the distribution of facilities with affected boilers or process heaters, 87.4% of facilities are in the industrial sector while the remaining 12.6% of facilities are in the commercial sector.c Since existing units have three years after the publication date of the final rule to submit initial notification of compliance status, conduct compliance activities, or meet recordkeeping or reporting requirements, it is assumed that half the affected units will conduct an audit,testing and monitoring plan development in year 2 and half will conduct them in year 3 in order to be in compliance by the third year after promulgation. Initial Notification of Compliance Reports and recordkeeping requirements will not begin until year 3 of this ICR.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Initial Stack Test and Report (for PM12 $0 $5,000 $0 1 12 0 0 0 0 $0 $0 a2. Initial Stack Test and Report (for Hg12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a3. Initial Stack Test and Report (for HCl12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a4. Initial Stack Test and Report (for CO12 $0 $7,000 $0 1 12 0 0 0 0 $0 $0 a5. Initial Stack Test and Report (for D/F12 $0 $16,000 $0 1 12 0 0 0 0 $0 $0 a6. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a9. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a10. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0a11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 aOpacitya) initia10$0$0 $43,100 1100000$0$0ab) annua10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initia10$0$0 $158,000 1100000$0$0ab) annua10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initia10$0$0 $160,900 1100000$0$0ab) annua10$0$0 $53,600 1100000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initia10$0$0 $24,300 1100000$0$0ab) annua10$0$0 $5,600 1100000$0$0aBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,500 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,000 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0a3) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 0a4) Semi-annual Compliance Report20$0$0$02400000$0$00aReporting Subtotal000 $0 $0 04. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaaD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$0a2) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$0a3) Records of Stack Tests2$0$0$0120000$0$0a4) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $0a5) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $0a6) Records of Monthly Fuel Use0.5$0$0$01260000$0$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0Totals0 0 0 $0 $0 0Table 10.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, New Small Solid Fuel Unitsa There are no new small solid units expected to be constructed/reconstructed over the next 3 years.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Initial Stack Test and Report (for PM12 $0 $5,000 $0 1 12 0 0 0 0 $0 $0 a2. Initial Stack Test and Report (for Hg12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a3. Initial Stack Test and Report (for HCl12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a4. Initial Stack Test and Report (for CO12 $0 $7,000 $0 1 12 0 0 0 0 $0 $0 a5. Initial Stack Test and Report (for D/F12 $0 $16,000 $0 1 12 0 0 0 0 $0 $0 a6. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a9. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a10. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0a11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 aOpacitya) initia10$0$0 $43,100 1100000$0$0ab) annua10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initia10$0$0 $158,000 1100000$0$0ab) annua10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initia10$0$0 $160,900 1100000$0$0ab) annua10$0$0 $53,600 1100000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initia10$0$0 $24,300 1100000$0$0ab) annua10$0$0 $5,600 1100000$0$0aBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,500 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,000 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0a3) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 0a4) Semi-annual Compliance Report20$0$0$02400000$0$00aReporting Subtotal000 $0 $0 04. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaaD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$0a2) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$0a3) Records of Stack Tests2$0$0$0120000$0$0a4) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $0a5) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $0a6) Records of Monthly Fuel Use0.5$0$0$01260000$0$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0Totals0 0 0 $0 $0 0a There are no new small solid units expected to be constructed/reconstructed over the next 3 yeaTable 10.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, New Small Solid Fuel UnitsBurden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Initial Stack Test and Report (for PM12 $0 $5,000 $0 1 12 0 0 0 0 $0 $0 a2. Initial Stack Test and Report (for Hg12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a3. Initial Stack Test and Report (for HCl12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a4. Initial Stack Test and Report (for CO12 $0 $7,000 $0 1 12 0 0 0 0 $0 $0 a5. Initial Stack Test and Report (for D/F12 $0 $16,000 $0 1 12 0 0 0 0 $0 $0 a6. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a9. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a10. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0a11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 aOpacitya) initia10$0$0 $43,100 1100000$0$0ab) annua10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initia10$0$0 $158,000 1100000$0$0ab) annua10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initia10$0$0 $160,900 1100000$0$0ab) annua10$0$0 $53,600 1100000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initia10$0$0 $24,300 1100000$0$0ab) annua10$0$0 $5,600 1100000$0$0aBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,500 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,000 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0a3) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 0a4) Semi-annual Compliance Report20$0$0$02400000$0$00aReporting Subtotal000 $0 $0 04. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnaaD. Record Information1) Records of Operating Parameter Values20$0$0$01200000$0$0a2) Records of Startup, Shutdown, Malfunction15$0$0$01150000$0$0a3) Records of Stack Tests2$0$0$0120000$0$0a4) Records of Monitoring Device Calibrations2 $0 $0 $0 1 2 0 000 $0 $0a5) Records of All Compliance Reports Submitted2 $0 $0 $0 2 4 0 000 $0 $0a6) Records of Monthly Fuel Use0.5$0$0$01260000$0$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal0 0 0 $0 $0Totals0 0 0 $0 $0 0Table 10.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, New Small Solid Fuel Unitsa There are no new small solid units expected to be constructed/reconstructed over the next 3 years.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$0140280 84$8,702$0aB. Required Activities1. Initial Stack Test and Report (for PM)12$0$5,000 $0112224 21$2,611 $10,000a2. Initial Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a3. Initial Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a,c4. Initial Stack Test and Report (for CO)12$0$7,000 $0112224 21$2,611 $14,000a,c5. Initial Stack Test and Report (for D/F)12$0 $16,000 $0112224 21$2,611 $32,000a,d6. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a,d7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a,d8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a,d9. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a,d10. Annual Stack Test and Report (for D/F)12$0 $16,000 $01120000$0$0a,d11. Initial Fuel Analysis for Mercury and HCL Content 5$0$400 $015210 11$1,088$800a,c12. Monthly Fuel Analysis for Mercury and HCL Content 5$0$400 $012600000$0$0a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$0140280 84$8,702$0aOpacitya) initial10$0$0 $43,100 1100000$0$0ab) annual10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 1100000$0$0ab) annual10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 1100000$0$0ab) annual10$0$0 $53,600 1100000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 2 20 2 1 $2,176 $48,600 ab) annual 10 $0 $0 $5,600 1 10 2 20 2 1 $2,176 $11,200 aBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 2 20 2 1 $2,176 $51,000 ab) annual 10 $0 $0 $9,700 1 10 2 20 2 1 $2,176 $19,400 aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 0 $0 $0 aC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject 2 $0 $0 $0 1 2 2 4 0 0 $435 $0 2 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 2 16 2 1 $1,740 $0 2 a3) Initial Report on results of Energy Audit 5 $0 $0 $0 1 5 0 0 0 0 $0 $0 0 a4) Semi-annual Compliance Report 20 $0 $0 $0 2 40 2 80 8 4 $8,702 $0 4 aReporting Subtotal422 42 21 $45,904 $187,000 84. Recordkeeping RequirementsA. Read Instructions Included in 3aB. Implement Activities naC. Develop Record System nabD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 2 40 4 2 $4,351 $0 a2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 2 30 3 2 $3,263 $0 a3) Records of Stack Tests 2 $0 $0 $0 1 2 2 4 0 0 $435 $0 a4) Records of Monitoring Device Calibrations 2 $0 $0 $0 1 2 2 4 0 0 $435 $0 a5) Records of All Compliance Reports Submitted 2 $0 $0 $0 2 4 2 8 1 0 $870 $0 a6) Records of Monthly Fuel Use 0.5 $0 $0 $0 12 6 2 12 1 1 $1,305 $0 aE. Personnel Training naF. Time for Audits naRecordkeeping Subtotal98 10 5 $10,660 $0Totals520 52 26 $56,564 $187,000 8c New small liquid units are expected to show compliance for Hg and HCl by performing fuel analysisd In year 1, only initial burdens are realized. Annual burdens will not begin until year 2b Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.Table 11.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, New Small Liquid Fuel Unitsa The total number of new small liquid fuel boilers estimated in the first 3 years of this rule is 2. All burden for these units will be accounted for in year 1.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Initial Stack Test and Report (for PM12 $0 $5,000 $0 1 12 0 0 0 0 $0 $0 a2. Initial Stack Test and Report (for Hg12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a3. Initial Stack Test and Report (for HCl12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a4. Initial Stack Test and Report (for CO12 $0 $7,000 $0 1 12 0 0 0 0 $0 $0 a5. Initial Stack Test and Report (for D/F12 $0 $16,000 $0 1 12 0 0 0 0 $0 $0 a6. Annual Stack Test and Report (for PM)12$0$5,000 $0112224 21$2,611 $10,000a7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a9. Annual Stack Test and Report (for CO)12$0$7,000 $0112224 21$2,611 $14,000a10. Annual Stack Test and Report (for D/F)12$0 $16,000 $0112224 21$2,611 $32,000a11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012602120 12 6 $13,053 $9,600a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 aOpacitya) initia10$0$0 $43,100 1100000$0$0ab) annua10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initia10$0$0 $158,000 1100000$0$0ab) annua10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initia10$0$0 $160,900 1100000$0$0ab) annua10$0$0 $53,600 1100000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initia10$0$0 $24,300 1100000$0$0ab) annua10$0$0 $5,600 110220 21$2,176 $11,200aBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,500 1100000$0$0ab) annua10$0$0 $9,700 110220 21$2,176 $19,400aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,000 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0a3) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 0a4) Semi-annual Compliance Report20$0$0$0240280 84$8,702$04aReporting Subtotal312 31 16 $33,939 $96,20044. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnabD. Record Information1) Records of Operating Parameter Values20$0$0$0120240 42$4,351$0a2) Records of Startup, Shutdown, Malfunction15$0$0$0115230 32$3,263$0a3) Records of Stack Tests2$0$0$0122400$435$0a4) Records of Monitoring Device Calibrations2$0$0$0122400$435$0a5) Records of All Compliance Reports Submitted2$0$0$0242810$870$0a6) Records of Monthly Fuel Use0.5$0$0$0126212 11$1,305$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal98 10 5 $10,660 $0Totals410 41 21 $44,599 $96,200 4a The total number of new small liquid fuel boilers estimated in the first 5 years of this rule is 2. The burden for these units was accounted for in year 1. Year 2 and 3 will not have additional burden, but annual burden for these two units will occur in years 2 and 3.b Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.Table 11.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, New Small Liquid Fuel UnitsBurden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrencesPer RespondentPer Year\(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondentsPer Year(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (HX 0.1)(J)Management Hours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$01400000$0$0aB. Required Activities1. Initial Stack Test and Report (for PM12 $0 $5,000 $0 1 12 0 0 0 0 $0 $0 a2. Initial Stack Test and Report (for Hg12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a3. Initial Stack Test and Report (for HCl12 $0 $8,000 $0 1 12 0 0 0 0 $0 $0 a4. Initial Stack Test and Report (for CO12 $0 $7,000 $0 1 12 0 0 0 0 $0 $0 a5. Initial Stack Test and Report (for D/F12 $0 $16,000 $0 1 12 0 0 0 0 $0 $0 a6. Annual Stack Test and Report (for PM)12$0$5,000 $0112224 21$2,611 $10,000a7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a9. Annual Stack Test and Report (for CO)12$0$7,000 $0112224 21$2,611 $14,000a10. Annual Stack Test and Report (for D/F)12$0 $16,000 $0112224 21$2,611 $32,000a11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012602120 12 6 $13,053 $9,600a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (al40 $0 $0 1 40 0 0 0 0 $0 $0 aOpacitya) initia10$0$0 $43,100 1100000$0$0ab) annua10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initia10$0$0 $158,000 1100000$0$0ab) annua10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initia10$0$0 $160,900 1100000$0$0ab) annua10$0$0 $53,600 1100000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initia10$0$0 $24,300 1100000$0$0ab) annua10$0$0 $5,600 110220 21$2,176 $11,200aBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,500 1100000$0$0ab) annua10$0$0 $9,700 110220 21$2,176 $19,400aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,000 1100000$0$0ab) annua10$0$0 $9,700 1100000$0$0aC. Create InformationnaD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2 $0 $0 $0 1 2 0 0 0 0 $0 $0 0 a2) Notification of Compliance Status8 $0 $0 $0 1 8 0 000 $0 $0 0a3) Initial Report on results of Energy Audi5 $0 $0 $0 1 5 0 000 $0 $0 0a4) Semi-annual Compliance Report20$0$0$0240280 84$8,702$04aReporting Subtotal312 31 16 $33,939 $96,20044. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnabD. Record Information1) Records of Operating Parameter Values20$0$0$0120240 42$4,351$0a2) Records of Startup, Shutdown, Malfunction15$0$0$0115230 32$3,263$0a3) Records of Stack Tests2$0$0$0122400$435$0a4) Records of Monitoring Device Calibrations2$0$0$0122400$435$0a5) Records of All Compliance Reports Submitted2$0$0$0242810$870$0a6) Records of Monthly Fuel Use0.5$0$0$0126212 11$1,305$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal98 10 5 $10,660 $0Totals410 41 21 $44,599 $96,200 4a The total number of new small liquid fuel boilers estimated in the first 5 years of this rule is 2. The burden for these units was accounted for in year 1. Year 2 and 3 will not have additional burden, but annual burden for these two units will occur in years 2 and 3.b Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.Table 11.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, New Small Liquid Fuel UnitsBurden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting andFuel AnalysisCost PerOccurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirement40$0$0$0140293 95 $10,153$0aB. Required Activities1. Initial Stack Test and Report (for PM12$0$5,000$01120000$0$0a2. Initial Stack Test and Report (for Hg12$0$8,000$01120000$0$0a3. Initial Stack Test and Report (for HCl12$0$8,000$01120000$0$0a4. Initial Stack Test and Report (for CO12$0$7,000$01120000$0$0a5. Initial Stack Test and Report (for D/F12$0$16,000$01120000$0$0a,c6. Annual Stack Test and Report (for PM12$0$5,000$01120000$0$0a,c7. Annual Stack Test and Report (for Hg12$0$8,000$01120000$0$0a,c8. Annual Stack Test and Report (for HCl12$0$8,000$01120000$0$0a,c9. Annual Stack Test and Report (for CO12$0$7,000$01120000$0$0a,c10. Annual Stack Test and Report (for D/F12$0$16,000$01120000$0$0a,c11. Initial Fuel Analysis for Mercury and HCL Conten5$0$400 $0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Conten5$0$400 $012600000$0$0a13. Continuous Parameter MonitorinEstablish Site-specific monitoring plan (al40$0$01400000$0$0aOpacitya) initia10$0$0 $43,1001 10 0 000 $0 $0ab) annua10$0$0 $14,7001 10 0 000 $0 $0aPM (only sources greater than 250 mmBtu/hra) initia10$0$0 $158,0001 10 0 000 $0 $0ab) annua10$0$0 $56,1001 10 0 000 $0 $0aCO (only sources greater than 100 mmBtu/hra) initia10$0$0 $160,9001 10 0 000 $0 $0ab) annua10$0$0 $53,6001 10 0 000 $0 $0Scrubber System Monitoring and Operatio(for units with wet scrubbers)a) initia10$0$0 $24,3001 10 0 000 $0 $0ab) annua10$0$0 $5,6001 10 0 000 $0 $0aBag Leak Detection System Operation(all sources that have fabric filters)a) initia10$0$0 $25,5001 10 0 000 $0 $0ab) annua10$0$0 $9,7001 10 0 000 $0 $0aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initia10$0$0 $115,0001 10 0 000 $0 $0ab) annua10$0$0 $9,700110000$0$0a14. Biennual Tune-Up12$0$2,228$00.561484 84$9,137$31,1927 dC. Create Information naD. Gather InformationnaE. Report Preparation1) Initial Notification that Source is Subjec2$0$0$0122500$508$02a2) Notification of Compliance Status8$0$0$018219 21$2,031$02a3) Initial Report on results of Energy Aud5$0$0$0150000$0$00a4) Biennual Compliance Repor5$0$0$00.52.52610$635$01dReporting Subtotal207 21 10 $22,463$31,19264. Recordkeeping RequirementsA. Read InstructionsIncluded in 3aB. Implement ActivitiesnaC. Develop Record SystemnabD. Record Information1) Records of Operating Parameter Values20$0$0$0120000$0$0a2) Records of Startup, Shutdown, Malfunction15$0$0$0115000$0$0a3) Records of Stack Tests2$0$0$012000$0$0a4) Records of Monitoring Device Calibration2$0$0$012000$0$0a5) Records of All Biennial Compliance Reports Submitted 2$0$0$00.511414 11$1,523$0d6) Records of Monthly Fuel Use0.5$0$0$01261484 84$9,137$0aE. Personnel TrainingnaF. Time for AuditsnaRecordkeeping Subtotal98 10 5 $10,660$0Totals305 30 15 $33,123 $31,192 6c In year 1, only initial burdens are realized. Annual burdens will not begin until year 2d. Small gas units will have a biennial tune-up and compliance report requirement.f.Since a tune-upis requiredbiennially, every two years, the compliance reportsfor smallunits are alsodue every two years.Records ofthe tune-ups willbe submittedto theAdministrator upon requeg.Smallgas units are not requiredto maintain records on startup, shutdown andmalfunctionb Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.Table 12.A. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 1, New Small Gas Fuel Unitsa The total number of new small gas fuel boilers estimated in the first 3 years of this rule is 27. These boilers are estimated to occur at 4 facilities. Two new facilities with 7 boilers each will be installed in year one. One facility with 7 boilers will be installed in year 2and another facility with 6 boilers will be installed in year 3.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting and FueAnalysis CostPer Occurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$014014042$4,351$0aB. Required Activities1. Initial Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a2. Initial Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a3. Initial Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a4. Initial Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a5. Initial Stack Test and Report (for D/F)12$0$16,000 $01120000$0$0a,c6. Annual Stack Test and Report (for PM)12$0$5,000 $01120000$0$0a,c7. Annual Stack Test and Report (for Hg)12$0$8,000 $01120000$0$0a,c8. Annual Stack Test and Report (for HCl)12$0$8,000 $01120000$0$0a,c9. Annual Stack Test and Report (for CO)12$0$7,000 $01120000$0$0a,c10. Annual Stack Test and Report (for D/F)12$0$16,000 $01120000$0$0a,c11. Initial Fuel Analysis for Mercury and HCL Content5$0$400$0150000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Content 5$0$400$012600000$0$0a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$01400000$0$0aOpacitya) initial10$0$0 $43,100 1100000$0$0ab) annual10$0$0 $14,700 1100000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 1100000$0$0ab) annual10$0$0 $56,100 1100000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 1100000$0$0ab) annual10$0$0 $53,600 1100000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $5,600 1 10 0 0 0 0 $0 $0 aBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 0 $0 $0 aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 0 $0 $0 a14. Biennual Tune-Up 12 $0 $2,228 $0 0.5 6 21 126 13 6 $13,706 $46,788 11 dC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject 2 $0 $0 $0 1 2 1 2 0 0 $218 $0 1 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 1 8 1 0 $870 $0 1 a3) Initial Report on results of Energy Audit 5 $0 $0 $0 1 5 0 0 0 0 $0 $0 0 a4) Biennual Compliance Report 5 $0 $0 $0 0.5 2.5 3 8 1 0 $906 $0 2 aReporting Subtotal184 18 9 $20,051 $46,788 44. Recordkeeping RequirementsA. Read Instructions Included in 3aB. Implement Activities naC. Develop Record System nabD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 0 0 0 0 $0 $0 a2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 0 0 0 0 $0 $0 a3) Records of Stack Tests 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 a4) Records of Monitoring Device Calibrations 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 a5) Records of All Biennial Compliance Reports Submitted 2 $0 $0 $0 2 4 21 84 8 4 $9,137 $0 a6) Records of Monthly Fuel Use 0.5 $0 $0 $0 12 6 21 126 13 6 $13,706 $0 aE. Personnel Training naF. Time for Audits naRecordkeeping Subtotal210 21 11 $22,843 $0Totals394 39 20 $42,895 $46,788 4c In year 1, only initial burdens are realized. Annual burdens will not begin until year 2d. Small gas units will have a biennial tune-up and compliance report requirement.b Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.Table 12.B. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 2, New Small Gas Fuel Unitsa The total number of new small gas fuel boilers estimated in the first 3 years of this rule is 27. These boilers are estimated to occur at 4 facilities. Two new facilities with 7 boilers each will be installed in year one. One facility with 7 boilers will be installed in year2 and another facility with 6 boilers will be installed in year 3.Burden Item(A) RespondentHours perOccurrence(Technicalhours)(B) CertifiedEnergy AuditCost perOccurrence(C) StackTesting and FueAnalysis CostPer Occurrence(D) OtherNon-LaborCosts PerOccurrence(E) Number ofOccurrences PerRespondent PerYear(F) TechnicalHours perRespondentPer Year(A X E)(G) Number ofRespondents PerYear(H)TechnicalHours perYear @$98.20 (F XG)(I)ClericalHours perYear @$48.53 (H X0.1)(J)ManagementHours perYear @$114.49 (HX .05)(K) Total LaborCosts Per Year(L) Total NonLabor CapitalCosts Per Year[(B+C+D)xExG](M) Total Numberof Responses perYear (E X G) Footnotes1. Applicationsna2. Surveys and Studiesna3. Reporting RequirementsA. Read and Understand Rule Requirements40$0$0$014014042$4,351$0aB. Required Activities1. Initial Stack Test and Report (for PM)12$0$5,000 $0112000$0$0a2. Initial Stack Test and Report (for Hg)12$0$8,000 $0112000$0$0a3. Initial Stack Test and Report (for HCl)12$0$8,000 $0112000$0$0a4. Initial Stack Test and Report (for CO)12$0$7,000 $0112000$0$0a5. Initial Stack Test and Report (for D/F)12$0$16,000 $0112000$0$0a,c6. Annual Stack Test and Report (for PM)12$0$5,000 $0112000$0$0a,c7. Annual Stack Test and Report (for Hg)12$0$8,000 $0112000$0$0a,c8. Annual Stack Test and Report (for HCl)12$0$8,000 $0112000$0$0a,c9. Annual Stack Test and Report (for CO)12$0$7,000 $0112000$0$0a,c10. Annual Stack Test and Report (for D/F)12$0$16,000 $0112000$0$0a,c11. Initial Fuel Analysis for Mercury and HCL Content5$0$400$015000$0$0a12. Monthly Fuel Analysis for Mercury and HCL Content 5$0$400$01260000$0$0a13. Continuous Parameter MonitoringEstablish Site-specific monitoring plan (all)40$0$0140000$0$0aOpacitya) initial10$0$0 $43,100 110000$0$0ab) annual10$0$0 $14,700 110000$0$0aPM (only sources greater than 250 mmBtu/hr)a) initial10$0$0 $158,000 110000$0$0ab) annual10$0$0 $56,100 110000$0$0aCO (only sources greater than 100 mmBtu/hr)a) initial10$0$0 $160,900 110000$0$0ab) annual10$0$0 $53,600 110000$0$0Scrubber System Monitoring and Operation(for units with wet scrubbers)a) initial 10 $0 $0 $24,300 1 10 0 0 0 $0 $0 ab) annual 10 $0 $0 $5,600 1 10 0 0 0 $0 $0 aBag Leak Detection System Operation(all sources that have fabric filters)a) initial 10 $0 $0 $25,500 1 10 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 $0 $0 aCarbon Injection Monitoring System(all sources that use ACI to control Hg)a) initial 10 $0 $0 $115,000 1 10 0 0 0 0 $0 $0 ab) annual 10 $0 $0 $9,700 1 10 0 0 0 0 $0 $0 a14. Biennual Tune-Up 12 $0 $2,228 $0 0.5 6 27 162 16 8 $17,622 $60,156 14 dC. Create Information naD. Gather Information naE. Report Preparation1) Initial Notification that Source is Subject 2 $0 $0 $0 1 2 1 2 0 0 $218 $0 1 a2) Notification of Compliance Status 8 $0 $0 $0 1 8 1 8 1 0 $870 $0 1 a3) Initial Report on results of Energy Audit 5 $0 $0 $0 1 5 0 0 0 0 $0 $0 0 a4) Biennual Compliance Report 5 $0 $0 $0 0.5 2.5 4 11 1 1 $1,178 $0 2 aReporting Subtotal223 22 11 $24,239 $60,156 44. Recordkeeping RequirementsA. Read Instructions Included in 3aB. Implement Activities naC. Develop Record System nabD. Record Information1) Records of Operating Parameter Values 20 $0 $0 $0 1 20 0 0 0 0 $0 $0 a2) Records of Startup, Shutdown, Malfunction 15 $0 $0 $0 1 15 0 0 0 0 $0 $0 a3) Records of Stack Tests 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 a4) Records of Monitoring Device Calibrations 2 $0 $0 $0 1 2 0 0 0 0 $0 $0 a5) Records of All Biennial Compliance Reports Submitted 2 $0 $0 $0 2 4 27 108 11 5 $11,748 $0 a6) Records of Monthly Fuel Use 0.5 $0 $0 $0 12 6 27 162 16 8 $17,622 $0 aE. Personnel Training naF. Time for Audits naRecordkeeping Subtotal270 27 14 $29,370 $0Totals493 49 25 $53,609 $60,156 4c In year 1, only initial burdens are realized. Annual burdens will not begin until year 2d. Small gas units will have a biennial tune-up and compliance report requirement.b Assumes facility must already maintain records on boiler insurance and/or maintenance schedule. No new record system would be required.Table 12.C. Annual Respondent Burden and Cost of Recordkeeping and Reporting Requirements for the National Emission Standardsfor Hazardous Air Pollutants (NESHAP) for Industrial, Commercial, and Institutional Boilers - Year 3, New Small Gas Fuel Unitsa The total number of new small gas fuel boilers estimated in the first 3 years of this rule is 27. These boilers are estimated to occur at 4 facilities. Two new facilities with 7 boilers each will be installed in year one. One facility with 7 boilers will be installed in year2 and another facility with 6 boilers will be installed in year 3.Burden ItemEPA hoursperoccurrence(A)Number ofoccurrencesper year (B)EPA hours peroccurrence peryear (C=AxB)Technicalhours peryear (D=C)Mangmthours peryear(E=Dx0.05)Clerical hoursper year(F=Dx0.1) (H) Costs, $ k Footnotes1. Read and understand rule requirements40 60 2,400 2,400 120 240 $124,379a2.2 1,616 3,233 3,233 162 323 $167,531b3. Required activitiesA. Observe initial stack/performance test40 3 112 112 6 11 $5,804cB. Observe repeat performance test40 1 56 56 3 6 $2,902dC. Review operating parameters2 14 28 28 1 3 $1,451eD. Review continuous parameter monitoring2 7 14 14 1 1 $726f4 Excess Emissions Enforcement Activities and Inspections24 1 0 0 0 0 $0g5 Notification requirementsA.2 1,616 3,233 3,233 162 323 $167,531bB.20 14 280 280 14 28 $14,511eC. Review notification of compliance status2 7 15 15 1 1 $760b6. Reporting requirements0 0 0 0 $0A. Review semiannual compliance report4 8 32 32 2 3 $1,658hB. Review annual compliance report2 0 0 0 0 0 $0iC. Review biennial compliance report1 1 1 1 0 0 $60jD. Review initial report on results of energy audit2 0 0 0 0 0 $0L7. Travel Expenses for Tests Attended$4,637mTOTAL BURDEN AND COST (SALARY)9,403 470 940$491,951TOTAL ANNUAL HOURS10,814a Number of occurences is the number of states where affected sources will exist and each EPA Region (50 states + 10 EPA regions = 60 respondents).d Number of occurences is based on the assumption that of the units that test in year 1, 10% will have to retest and EPA personnel will observe all these retests.f Number of occurences begins in year 3 for existing units and in year 1 for new units and is based on the number of units maintaining records of control device parameters.g Number of occurences is based on the assumption that of the new units in year 1 that test, 10% of them will have exceedances and need enforcement.i. Number of occurences is the number of projected new units in year 1 that will submit these annual compliance reports (new units in the large natural gas/refinery gas subcategory).i. Number of occurences is the number of projected new units in year 1 that will submit these biennial compliance reports (new units in the small natural gas/refinery gas subcategory).L Energy audits only occur at existing facilities.m Total cost is based on the number of trips taken byEPA to observe performance tests inyear 1(4.A. & 4.B.)multiplied by$1104 per trip. The source for hotel and meals/incidental costs is based on FY' 10 per diem rates,averaged across all locations in the United States. Airfares are estimated based on experience from other rulemakings. See: http://www.gsa.gov/Portal/gsa/ep/contentView.do?contentId=17943&contentType=GSA_BASICe Number of occurences is based on the number of units that will test and set/submit operating limits in year 1 (in year 1 only boilers in new and existing large solid, liquid, and gaseous subcategories).k These rates are from the Office of Personnel Management(OPM), 2010 General Schedule, which excludes localityrates of pay. The rates have been increased by60 percent to account for the benefit packages availableto government employees. These rates can be obtained from the OPM web site, http//www.opm.gov/oca/payrates/index/htm.3 days * ($110 hotel + $58 meals/incidentals) + ($600 roundtrip) = $1104 per tripc Number of occurences is based on the assumption that EPA personnel will observe 20% of the initial performance tests that occur in year 1 (in year 1 only boilers in new large solid, liquid, and gaseous subcategoriestest).h Number of occurences is the number of projected new units in year 1 that will submit these semi-annual compliance reports (new units in the large and small solid, liquid and large other process gas subcategories), 2reports per year per respondent.Table 13.A. Annual Federal Government Burden and Cost of Recordkeeping and Reportingfor the Industrial, Commercial, and Institutional Boiler and Process Heater Major Source NESHAP Subpart DDDDD- Year 1 - First Year After Promulgationb Number of occurences is based on the total number of affected facilities in year 1 that are required to submit initial notifications stated they are subject to the standard (all new boilers in the large and small solid, liquid, andgaseous subcategories, plus all existing large and small solid, liquid, and gaseous subcategories). For initial notifications of compliance status, the number of occurances is based on all new boilers in the large and smallsolid, liquid, and gaseous subcategories, existing large and small solid, liquid, and gaseous units have until year 3 to submit this notification.Enter and update information into agency recordkeepingsystemReview notification of initial performance tests and reviewtest planReview initial notification that sources are subject to thestandardBurden ItemEPA hoursperoccurrence(A)Number ofoccurrencesper year (B)EPA hours peroccurrence peryear (C=AxB)Technicalhours peryear (D=C)Mangmthours peryear(E=Dx0.05)Clerical hoursper year(F=Dx0.1) (H) Costs, $k Footnotes1. Read and understand rule requirements40 0 0 0 0 0 $0a2.2 10 20 20 1 2 $1,036b3. Required activitiesA. Observe initial stack/performance test40 658 26,320 26,320 1,316 2,632 $1,364,021cB. Observe repeat performance test40 329 13,160 13,160 658 1,316 $682,010dC. Review operating parameters2 3,290 6,580 6,580 329 658 $341,005eD. Review continuous parameter monitoring2 13 26 26 1 3 $1,347f4 Excess Emissions Enforcement Activities and Inspections24 329 0 0 0 0 $0g5 Notification requirementsA.2 10 20 20 1 2 $1,036bB.20 3,290 65,800 65,800 3,290 6,580 $3,410,052eC. Review notification of compliance status2 5 10 10 1 1 $518b6. Reporting requirements0 0 0 0 $0A. Review semiannual compliance report4 12 48 48 2 5 $2,488hB. Review annual compliance report2 1 2 2 0 0 $104iC. Review biennial compliance report1 2 2 2 0 0 $86jD. Review initial report on results of energy audit2 0 0 0 0 0 $0L7. Travel Expenses for Tests Attended$1,089,648mTOTAL BURDEN AND COST (SALARY)111,988 5,599 11,199$6,893,353TOTAL ANNUAL HOURS128,786a Number of occurences is the number of states where affected sources will exist and each EPA Region (50 states + 10 EPA regions = 60 respondents).d Number of occurences is based on the assumption that of the units that test in year 1, 10% will have to retest and EPA personnel will observe all these retests.f Number of occurences begins in year 3 for existing units and in year 1 for new units and is based on the number of units maintaining records of control device parameters.g Number of occurences is based on the assumption that of the new units in year 1 that test, 10% of them will have exceedances and need enforcement.i. Number of occurences is the number of projected new units in year 1 that will submit these annual compliance reports (new units in the large natural gas/refinery gas subcategory).i. Number of occurences is the number of projected new units in year 1 that will submit these biennial compliance reports (new units in the small natural gas/refinery gas subcategory).L Energy audits only occur at existing facilities.g ( ),,y pyy pp ggovernment employees. These rates can be obtained from the OPM web site, http//www.opm.gov/oca/payrates/index/htm.p y p y ( ) p y$ p pp ,averaged across all locations in the United States. Airfares are estimated based on experience from other rulemakings. See: http://www.gsa.gov/Portal/gsa/ep/contentView.do?contentId=17943&contentType=GSA_BASICh Number of occurences is the number of projected new units in year 1 that will submit these semi-annual compliance reports (new units in the large and small solid, liquid and large other process gas subcategories), 2 reportsper year per respondent.Table 13.B. Annual Federal Government Burden and Cost of Recordkeeping and Reportingfor the Industrial, Commercial, and Institutional Boiler and Process Heater Major Source NESHAP Subpart DDDDD- Year 1 - First Year After Promulgationb Number of occurences is based on the total number of affected facilities in year 1 that are required to submit initial notifications stated they are subject to the standard (all new boilers in the large and small solid, liquid, andgaseous subcategories, plus all existing large and small solid, liquid, and gaseous subcategories). For initial notifications of compliance status, the number of occurances is based on all new boilers in the large and small solid,liquid, and gaseous subcategories, existing large and small solid, liquid, and gaseous units have until year 3 to submit this notification.e Number of occurences is based on the number of units that will test and set/submit operating limits in year 1 (in year 1 only boilers in new and existing large solid, liquid, and gaseous subcategories).3 days * ($110 hotel + $58 meals/incidentals) + ($600 roundtrip) = $1104 per tripEnter and update information into agency recordkeepingsystemReview notification of initial performance tests and reviewtest planReview initial notification that sources are subject to thestandardc Number of occurences is based on the assumption that EPA personnel will observe 20% of the initial performance tests that occur in year 1 (in year 1 only boilers in new large solid, liquid, and gaseous subcategories test).Burden ItemEPA hoursperoccurrence(A)Number ofoccurrencesper year (B)EPA hours peroccurrence peryear (C=AxB)Technicalhours peryear (D=C)Mangmthours peryear(E=Dx0.05)Clerical hoursper year(F=Dx0.1) (H) Costs, $k Footnotes1. Read and understand rule requirements40 0 0 0 0 0 $0a2.2 1,617 3,234 3,234 162 323 $167,600b3. Required activitiesA. Observe initial stack/performance test40 611 24,424 24,424 1,221 2,442 $1,265,762cB. Observe repeat performance test40 305 12,212 12,212 611 1,221 $632,881dC. Review operating parameters2 3,053 6,106 6,106 305 611 $316,440eD. Review continuous parameter monitoring2 1,581 3,162 3,162 158 316 $163,869f4 Excess Emissions Enforcement Activities and Inspections24 305 0 0 0 0 $0g5 Notification requirementsA.2 1,617 3,234 3,234 162 323 $167,600bB.20 3,053 61,060 61,060 3,053 6,106 $3,164,404eC. Review notification of compliance status2 1,613 3,226 3,226 161 323 $167,186b6. Reporting requirements0 0 0 0 $0A. Review semiannual compliance report4 386 1,544 1,544 77 154 $80,017hB. Review annual compliance report2 523 1,046 1,046 52 105 $54,208iC. Review biennial compliance report1 442 442 442 22 44 $22,889jB. Review initial report on results of energy audit2 1,609 3,218 3,218 161 322 $166,771L7. Travel Expenses for Tests Attended$1,011,154mTOTAL BURDEN AND COST (SALARY)122,908 6,145 12,291$7,380,782TOTAL ANNUAL HOURS141,344a Number of occurences is the number of states where affected sources will exist and each EPA Region (50 states + 10 EPA regions = 60 respondents).d Number of occurences is based on the assumption that of the units that test in year 1, 10% will have to retest and EPA personnel will observe all these retests.f Number of occurences begins in year 3 for existing units and in year 1 for new units and is based on the number of units maintaining records of control device parameters.g Number of occurences is based on the assumption that of the new units in year 1 that test, 10% of them will have exceedances and need enforcement.i. Number of occurences is the number of projected new units in year 1 that will submit these annual compliance reports (new units in the large natural gas/refinery gas subcategory).i. Number of occurences is the number of projected new units in year 1 that will submit these biennial compliance reports (new units in the small natural gas/refinery gas subcategory).L Energy audits only occur at existing facilities.Table 13.C. Annual Federal Government Burden and Cost of Recordkeeping and Reportingfor the Industrial, Commercial, and Institutional Boiler and Process Heater Major Source NESHAP Subpart DDDDD- Year 1 - First Year After Promulgationb Number of occurences is based on the total number of affected facilities in year 1 that are required to submit initial notifications stated they are subject to the standard (all new boilers in the large and small solid, liquid, andgaseous subcategories, plus all existing large and small solid, liquid, and gaseous subcategories). For initial notifications of compliance status, the number of occurances is based on all new boilers in the large and small solid,liquid, and gaseous subcategories, existing large and small solid, liquid, and gaseous units have until year 3 to submit this notification.e Number of occurences is based on the number of units that will test and set/submit operating limits in year 1 (in year 1 only boilers in new and existing large solid, liquid, and gaseous subcategories).Enter and update information into agency recordkeepingsystemReview notification of initial performance tests and reviewtest planReview initial notification that sources are subject to thestandardc Number of occurences is based on the assumption that EPA personnel will observe 20% of the initial performance tests that occur in year 1 (in year 1 only boilers in new large solid, liquid, and gaseous subcategories test).g ( ),,y pyy pp ggovernment employees. These rates can be obtained from the OPM web site, http//www.opm.gov/oca/payrates/index/htm.p y p y ( ) p y$ p pp ,averaged across all locations in the United States. Airfares are estimated based on experience from other rulemakings. See: http://www.gsa.gov/Portal/gsa/ep/contentView.do?contentId=17943&contentType=GSA_BASICh Number of occurences is the number of existing and projected new units in year 1 that will submit these semi-annual compliance reports (new and existing units in the large solid, liquid and other process gas subcategories),2 reports per year per respondent.3 days * ($110 hotel + $58 meals/incidentals) + ($600 roundtrip) = $1104 per trip