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Normal_DieselGenNormal_GeneratorsNormal_Summary`ctSummary Crushers Screens Trucks,LoaderszN HaulRoads StockPiles DropPoints ExposedAreasg DieselGen6 GasolineGen D   hp< " \ Tons/yearFeet (one way)AcresPortable In Utah PollutantGram/secLbs/hrLbs/24hrTons/yrPM10SOxNOxCOVOC non-methaneSources IncludedVOC Haul Roads Drop Points Stock pilesCrushing Screening Grams/sec Section 13 Miscellaneous Sources13.2 Fugitive Dust Sources13.2.2 Unpaved RoadsTSP=PM10=WHERE#W=vehicle weight ((loaded+empty)/2)Lbs/VMT(lbs per vehicle mile traveled) VMT/HOUR= VMT/YEAR=Miles/Round TripMiles Trips/yearMaterial TruckedMaterial trucked/triptonsPercent ControlAP-42 January 1995 *PM10=(k')*(0.0032)*((U/5)^1.3)/((M/2)^1.4)Where Equation 1$k'=Particle size multiplier for PM10U=Mean wind speed (mph)DAQ default value!M=Material moisture content (wt%)lbs/tonAP-42 January 1995$Section 11 Mineral Products Industry'11.19 Construction Aggergate Processing*AP-42 September 1988 Reformatted Jan 1995 11.9 Western Surface Coal Mining PM10=TSP*.7 VOC, non-meth VOC, methane AldehydesAP-42 Fourth Edition Sept. 85&Section II: Off-Highway Mobile Sources'II-7: Heavy Duty Construction Equipment3Table II-7.1: Diesel Powered Construction EquipmentOff-Highway Truckslb/hr Table II-7.1 PM10=TSP*.55 Table 1.3-8VOC nonVOCmethAldehydeFront End LoaderWheeled Loaders%Section 3 Internal Combustion Sources*3.3 Gasoline and Diesel Industrial Engines3.4 Large Diesel EnginesTable 3.3-1 (English Units)Table 3.4-1 (English Units)*Rated Power of Diesel Engines up to 600 hpg/hp-hr Air Emissions Company Name:Facility Name:Date:Emission SummaryOperating ConditionsPlant ProductionTons Per Hour )INDIVIDUAL SOURCE SUMMARY (tons per year)Empty Truck WeightLoaded Truck Weight1Note: This is the dust raised by the truck wheelsEMISSION SUMMARYStep 1Step 2Step 3Step 4Basic InstructionsTrucks - Diesel#Aggregate Plant Worksheet - Summary Agg PlantPrimary CrushingSecondary CrushingFines CrushingTertiary Crushing Crushing TypePM-10 lb/ton ProcessedControlled EmissionsFTable 11.19.2 Emission Factors for Crushed Stone Processing OperationsEmissions - Controlled Screen TypeScreen Fines Screen,Change plant production on the Summary sheetNumber of Loaders:Number of Trucks:kNote: This Table 11.19.2 says to use the same emission factor for primary, secondary and tertiary crushing.The number of crushers, plant production, and crusher capacity need to be changed on the Summary page. If you change these numbers on this page the changes will not carry thru to other pages.!Aggregate Plant Worksheet-Crusher#Aggregate Plant Worksheet-Screening,Aggregate Plant Worksheet - Front End Loader)Aggregate Plant Worksheet - Storage Piles'Aggregate Plant Worksheet - Drop Points,Aggregate Plant Worksheet - Diesel GeneratorHPThe number of trucks needs to be changed on the Summary page. If you change these numbers on this page the changes will not carry thru to other pages.Hours of Operation2k'=particle size factor <10 um from page 13.2.2-2k'(s/12)^a(W/3)^b)((365-p)/365)TONS:VMT=Vehicle miles traveled (VMT/year)/(hours operated/year)Unpaved Road LengthFeet-(material trucked/yr)/(material trucked/trip)These calculation sheets use Microsoft Excel, so you will need the Microsoft Excel program to use these spread sheets. Typing in the cell can delete everything in the cell; number or text or equation, it is good practice to create a master sheet and then copy/rename a working file.  Other:When you have completed all the calculations for all the emission points at the business, print out all the sheets and attach them to your submittal. Note: To print the whole workbook, chose the 'entire workbook' button in the 'print what' box. Instructions Instructions:"Diesel Engines Greater Than 600 hpTransfer Points:+13.2.4 Aggregate Handling and Storage Piles EquipmentPlant Capacity Tons per Hour( Also called Drop Points)Pollution ControlMinimum Control is 80%72% Moisture is typical for Dry, Uncontrolled ConditionsCount the number of transfer points from front end loaders to crushers, screens to conveyors,conveyors to piles, all transfer points. Also remember to estimate percentages of flows from different pieces of equipment.+Table 11.9-4 Wind Erosion of Exposed Areas8The TSP to PM10 emission factor is the average factor from Table 11.9-1. Predictive emission factor equations, which generally provide more accurate estimates of emissions, are presented in Chapter 13.2.5 Industrial Wind Erosion. However the method in Chapter 13.2.5 requires data which is often not available.Stock Pile Surface Areah=r=Number of Piles=Pile Surface Area=sq feetacresTon/ Acre/yearzDisturbed areas are equipment storage yards, processing areas or any other area disturbed by material handling activities.Total acres disturbed:Pollution Control:radius of pile (feet)height of pile (feet)PAP-42 September 1988 Reformatted Jan 1995; Section 11 Mineral Products IndustryM11.9 Western Surface Coal Mining; Table 11.9-4 Wind Erosion of Exposed AreasHours per day:Days per week:Weeks per year:Hours per year:Number of Drop Points:lb PM-10 /ton ProcessedMArea of the surface of a Stock Pile: Surface Area Cone=3.1415 r (r^2+h^2)^0.5Engine Emissions)Aggregate Plant Worksheet - Diesel TrucksTotal Stock Pile Surface Area=10 microns in diameter$PM10 = Particulate Matter, less thanNote: These emissions maybe larger than the Division may allow for permitting due to best achievable control technology (BACT) review.GasolineDiesel% Sulfur in Fuel Generator #2 Generator #1 Generator #3 Generator #4 Generator #5 Generator #6 Generator #7 Generator #8&Kilowatt-hour to Horsepower ConversionTo convert Enter kWh here:kWh = HP =Carbon Monoxide - COStep 5Step 6|If this is one of several emission points download the Air Emission Summary page and enter the equipment name and emissions.Enter your hours of operation. Remember to make some reasonable assumptions for operating hours for the equipment. A company maybe open 8 hours a day but only operate equipment 4-6 hours a day.If this is the only piece of equipment you are done with the calculations. Save a copy by printing out the page and do a 'save as' and rename the file to keep an electronic copy. You now need to determine what type of permit you need . .. . .Step 7Once you have entered in all the values click anywhere (or push 'Enter') and the calculation will be done. Remember the information is being used for permitting purposes, so be sure the numbers are right and realistic.CHorsepower is equal to Kilowatt-hour times 1.34, or HP = 1.34 x kWhEnter the horsepower of the engine. Every engine gets a calculaton sheet. This calculation will select the correct set of emission factors, from the table below based on the engine horsepower. As you can see the emissions are different for small and laEnter the sulfur content of the fuel being used . If the fuel is on road diesel then the sulfur content is 0.05%. If you are contracting the fuel, check your contract. Off road diesel is 0.5 %. If the sulfur is 0.05%, then enter 0.05 in the box. The sParticulate Material - PM10 Emission Factor*Sulfur Dioxide - SOXNitrogen Oxides - NOX Volitile Organic Compound - VOC: Exhaust Evaporative Crankcase Refuelingy*Emission Factors are from EPA AP42, 3.3 Gasoline and Diesel Industrial Engines. 10/96 If you have manufactureres emission rates you may use them. Please include the manufacturers literature as a reference for why you are using different factors. Emission factors used could become a permit condition, and the Division of Air Quality can ask for a test to confirm emissions.CHorsepower is equal to Kilowatt-hour times 1034, or HP = 1.34 x kWhOnce you have entered in all the values click anywhere and the calculation will be done. Remember the informa< tion is being used for permitting purposes, so be sure the numbers are right and realistic..Aggregate Plant Worksheet - Gasoline GeneratorEngine Emission Details#1#2#3#4TotalGenerator SummaryAP-42 Fifth Edition 10/96Generator - Diesel (1-4)Generator - Gasoline (5-8) Total VOCs (Times % S) VOCs Total?Enter in the Electric Generator HP columns on the Summary page.#5#6#7#8 VOC TotalGenerator Emission Summary:The emissions shown are only for engines less than 250 HP.Hours Operated: Emision Rates@Enter in the horse power in the Summary page electric generationThe number of loaders needs to be changed on the Summary page. If you change the loader number on this page the changes will not carry thru to other pages. If you have manufacturer emissions rates copy them into the appropriate box. Attach the equipment manufacturer's data sheet with emissions.ENote: The Epa has stopped updating the emission factors in the table. Crushers:QuantityCapacityTons/hrJDrop Points: Every conveyor has one, a screen has one, a crusher has one.Tons per Year:Screens:Fill in the name and identifying information. Enter the horsepower of the engine. The emissions are for engines less than 250 hp.None larger than 250 hp Screen #1 Screen #2 Screen #3453.6 grams = 1 poundDControl is 75% to 87%, based on emission factors in table 11.19.2-2.Controlled emissions will be a permit condition, this will be somekind of control like watering or dust collection. Control is 94% to 97%, based on emission factors in table 11.19.2-2.PM-10 Controlled Emissions>The typical crusher capacity is 1.5 times the plant capacity. YPrimary crusher reduces products to 3-12 inches using jaw, impactor or gyratory crushers.OSecondary crusher reduces products to 1-4 inches using cone or impact crushers.QTertiary crusher reduces products to 3/16 to 1 inch using cone or impact crusher./Fines crusher using cone crusher or hammermill.ENote: The EPA has stopped updating the emission factors in the table.Engine Emissions:Haul Road Dust:Wind Blown Dust:&Electric Generators (Engine Emissions)2The TSP to PM10 emission factor is the average factor from Table 11.9-1. Predictive emission factor equations, which can provide more accurate estimates of emissions, are presented in Chapter 13.2.5 Industrial Wind Erosion. However the method in Chapter 13.2.5 requires data which is often not available.Minimum control is 80%4Enter the sulfur content of the fuel being used . If the fuel is on road diesel then the sulfur content is 0.05%. If you are contracting the fuel, check your contract. Off road diesel is 0.5 %. If the sulfur is 0.05%, then enter 0.05 in the box. Note: The sulfur content well become a permit condition.Electric Generators:Stock Pile Dust:6The typical screen capacity 2 times the plant capacityIf you have other equipment with emissions add the equipment to the summary table, and attach the supporting calculation sheet.Transfer Points/Number Loaders: this includes any kind of bucket loaders-wheeled or tracked. This typically does not include personel vehicles.fCheck the silt content and the number of wet days on the tab attachment to be applicable to your site.TonsNumber of Stock Piles:Material Trucked/Trip`The only numbers that should be changed are in the blue shaded cells. All the other numbers are calculated or brought forward to this page. If you want to change the emission rates you need to go to the page where the calculation is performed to change the emission rates. You will need to explain the changes and include references for the changes.3D Uncontrolled EmissionsThe emissions for an aggregate plant typically include dust and engine emissions. The equipment listed on the tabs at the bottom of the page, crushing, screening, trucks, loaders, roads, stock piles, drop points, open areas, and generators. You enter the information at the top of this page in the blue boxes. This data is then transferred to the attached sheets. Review the attached sheets to check the operating conditions represent how you are operating. The results are automatically copied by the program to the summary page. Do not forget to attach all the calculation sheets to the summary when submitting the emission estimate for permitting. )Enter the operating parameters for the plant. You should review roads, stock piles, drop points, open areas on the attached sheets to verify the information used. The review should include the pollution control emission rate. Note: All of these operating conditions can become permit conditions.)Aggregate Plant Worksheet - Exposed Areas Exposed AreasExposed Areas:Please include an equipment flow sheet. The equipment flow sheet should show the equipment in the process, the number of pieces of equipment, and the capacities of the equipment.Fill in the company, facility name and identifying information in the shaded boxes. The information will be copied to the attached sheets (Tabs below). &Aggregate Plant Worksheet - Haul Roads6This emission is for the truck tires on unpaved roads.The only numbers which should be changed on this sheet are in light blue. The number and size of the storage pile (acres) needs to be changed on the Summary page. If you change these numbers on this page the changes will not carry thru to other pages.The only numbers which should be changed on this sheet are in light blue. The number of transfer points needs to be changed on the Summary page. If you change these numbers on this page the changes will not carry thru to other pages.The only numbers which should be changed on this sheet are in light blue. The number acres needs to be changed on the Summary page. If you change these numbers on this page the changes will not carry thru to other pages.8If you want to use manufacturers data for your equipment go ahead, and if you want to use the Excel calculation put them in the above table:left side below 600 hp; right side more than 600 hp. If you change the emission rates include a copy of the reference material used to make the changes the emission rates.General InformationCrushers and Screens: Stock Piles:Diesel: Electric:SA rule of thumb is the horse power used at a plant is 2.5 times the plant capacity.Input on "Summary" TabOptionUnpaved Road: Basic Watering*Unpaved Road: Basic Watering and Road Base/Unpaved Road: Chemical Suppressant and Watering)Paved Road Surface: Sweeping and Watering0Paved Road Surface: Vacuum Sweeping and WateringControlControl Efficiency %,Option 1: Unpaved Roads: Basic Watering, 70%This option is unpaved roads with natural soil in place and applying water, when warranted to obtain and never exceed a 20% opacity limit at the densest point of the plume behind the vehicle.:Option 2: Unpaved Roads: Basic Watering and Road Base, 75%Cover unpaved roads with low silt content material (i.e., recycled asphalt, recycled concrete, recycled road base, or gravel to a minimum depth of four inches) and watering occurs as needed to adhere to a 20% opacity limit at the densest point of the plume behind the vehicle.This paragraph states that chemical suppression can obtain 80% control efficiency. By adding water as needed, we can add an additional 5% control, bringing the total control efficiency to 85%Paving of the road surface would involve applying a surface of asphalt or concrete in order to make a relatively flat surface that can easily be swept and flushed with water. This option would involve having a sweeper on site and sweeping of the road surface followed by a water flush.<Option 4: Paved Road Surface with Sweeping and Watering, 90%MPaving of the road surface would involve applying a surface of asphalt or concrete in order to make a relatively flat surface that can easily be swept, vacuumed, and flushed with water. This option would involve having a vacuum sweeper on site that would travel each paved road surface followed by a water truck to flush the surface.The Divisi<on of Air Quality has accepted some alternative emission factors for paved and unpaved haul roads. You may continue to use the standard AP42 emission factors or use the method outlined in the Memorandum from Regg Olsen: "Emission Factors for Paved and Unpaved Haul Roads"?Option 3: Unpaved Roads: Chemical Suppressant and Watering, 85%COption 5: Paved Road Surface with Vacuum Sweeping and Watering, 95%Length of Paved Haul road Length of Unpaved Haul Road Paved Road Length Unpaved RoadUnpaved Road Emission Paved Road Emission "a" from Table 13.2.2-2 (01/06)Table 13.2.2-1 $k'(s/12)^0.65(W/3)^1.5)((365-p)/365)3k'=particle size factor <10 um from Table 13.2-1.1"s=silt content (Include Test Data)lNote: This calculation assumes the same truck is driving on the paved road as is driving on the unpaved road)Total Road Emissions - Paved and Unpaved= Paved Road"b" from Table 13.2.2-2 (01/06)13.2.1 Paved Roadss=silt content - Default Value5AP-42 Fifth Edition Jan 1995 Supplement E plus othersForm Updated 5-30-08OThe above numbers come from the Summary Page, Only change numbers in light blue5p=number of days with less than 0.01 inches of precipLBs/VMTb- B.o./H/0L012"3O4B4N5{5!68 O:| <B=@A.BCD;EhF7KdAMnNOOX PQ+S4U!VZ V__bfh ^kgop5rccn  ('Ŷ׾  dMbP?_*+%D 7i /Haz Page &P&?'RQ?(?)?M\\ipp://iprintwest.eq.ex.state$S oRLetterPRIV0''''` \KhC3TRJPHAASYSTEM BAPHAAHP LaserJet 8100 Series PS"R??U} } }  }  } }  }    ;  ; ;  ,  ;  ;@ ; ; ;@ ;@ ;@ ;@ ;@ ;@ ;@ ;@ ;@ ;@ ;@ ;@ ;@ ;@ ; @   , DDDDDDDDDDDDD E hO E hbEEE DDDDDDDDDDDDD D GPH $c %%% R~ >`@ ?DDD D IQJ <===DDDDDD ;D;DDDDDDDDDD D ET;DDDDDDDDDD DDDDDDDDDDDDD D EUK~ Li@ DVMMDDDDDD DDDDDDDDDDDDD  D E} DDDDDDDDDDD  D 4 4~ O$@ D 4 4~ O:@ DDDDD  D 4 4~ P@ D 4 4' Q`@ D D D  DDDDD  DDDDD 4 4! 0 A. 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