Appendix A Information used in setting up CALPUFF runs for BART including example input files for CALMET, CALPUFF, and CALPOST A 1 Table A 1 CALMET settings specific to the Western domain Grid origin coordinates: ( SW corner of cell 1,1)

XMAP0 =  300.000000 ( km) YMAP0 =  300.000000 ( km) N. Lat0 = 37.2454529 ( deg) E. Lon0 =  108.380447 ( deg) W. Lon0 = 108.380447 ( deg)

Denver Upper Air Stations Time Grid Coordinates* Name ID X Y Latitude Longitude Zone X Y ( km) ( km) ( Deg) ( Deg) ( km) ( km)

U1 23062 11.4  25.8 39.767 104.867 7.0 38.924 34.269 U2 23066  305.3  91.9 39.117 108.533 7.0  0.662 26.010 U3 24021  305.4 319.2 42.817 108.733 7.0  0.671 77.397 Denver Surface Stations Time Grid Coordinates* Name ID X Y Latitude Longitude Zone X Y ( km) ( km) ( Deg) ( Deg) ( km) ( km)

S1 23061  76.7  282.6 37.450 105.867 7.0 27.912 2.174 S2 23063  164.4  37.1 39.650 106.917 7.0 16.952 32.867 S3 23066  305.3  92.0 39.117 108.533 7.0  0.666 26.005 S4 93037 24.6  131.3 38.817 104.717 7.0 40.575 21.093 S5 93058 42.3  190.4 38.283 104.517 7.0 42.785 13.704 S6 94018  21.3 1.9 40.017 105.250 7.0 34.834 37.735 S7 23065 284.1  65.0 39.367 101.700 7.0 73.019 29.374 S8 24028 116.2 208.1 41.867 103.600 7.0 52.027 63.514 S9 24018 15.4 127.6 41.150 104.817 7.0 39.423 53.455 S10 24021  305.4 319.1 42.817 108.733 7.0  0.675 77.392 S11 24027  338.8 185.3 41.600 109.067 7.0  4.852 60.665 S12 24089  119.8 324.8 42.917 106.467 7.0 22.522 78.105 * Origin = ( 0,0) A 2 Table A 2 CALMET settings specific to the Eastern domain Grid origin coordinates: ( SW corner of cell 1,1) XMAP0 =  300.000000 ( km) YMAP0 =  300.000000 ( km) N. Lat0 = 36.2467041 ( deg) E. Lon0 =  84.3368683 ( deg) W. Lon0 = 84.3368683 ( deg)

West Virginia Upper Air Stations Time Grid Coordinates* Name ID X Y Latitude Longitude Zone X Y ( km) ( km) ( Deg) ( Deg) ( km) ( km)

U1 13723 94.6  323.1 36.083 79.950 5.0 49.329  2.891 U2 13840  260.9 95.0 39.817 84.050 5.0 4.882 49.378 U3 94823 66.4 166.7 40.500 80.217 5.0 45.794 58.342 U4 93734 305.8 4.1 38.983 77.467 5.0 75.730 38.006 U5 3860  135.4  69.1 38.367 82.550 5.0 20.579 28.866 West Virginia Surface Stations Time Grid Coordinates* Name ID X Y Latitude Longitude Zone X Y ( km) ( km) ( Deg) ( Deg) ( km) ( km)

S1 14827  353.2 230.1 41.000 85.200 5.0  6.652 66.265 S2 93814  317.0 13.8 39.067 84.667 5.0  2.129 39.223 S3 93820  315.8  101.0 38.033 84.600 5.0  1.975 24.876 S4 13722 200.3  345.3 35.867 78.783 5.0 62.543  5.657 S5 13723 94.6  323.1 36.083 79.950 5.0 49.329  2.887 S6 14820  71.1 266.7 41.400 81.850 5.0 28.613 70.840 S7 14821  160.7 112.6 40.000 82.883 5.0 17.409 51.577 S8 14852 27.9 251.6 41.267 80.667 5.0 40.992 68.954 S9 14895  36.5 212.8 40.917 81.433 5.0 32.938 64.100 S10 93815  274.9 104.7 39.900 84.217 5.0 3.141 50.590 S11 94830  233.5 292.2 41.600 83.800 5.0 8.316 74.025 S12 4751 196.8 313.4 41.800 78.633 5.0 62.100 76.674 S13 14751 353.0 143.1 40.217 76.850 5.0 81.623 55.381 S14 14778 330.9 258.8 41.267 77.050 5.0 78.866 69.845 S15 94823 66.4 166.7 40.500 80.217 5.0 45.798 58.342 S16 13877  125.5  278.3 36.483 82.400 5.0 21.815 2.717 S17 13891  269.8  348.8 35.817 83.983 5.0 3.776  6.103 S18 13740 324.0  159.9 37.500 77.333 5.0 78.005 17.515 S19 13741 91.6  186.2 37.317 79.967 5.0 48.947 14.221 S20 93738 307.5 0.4 38.950 77.450 5.0 75.932 37.556 S21 3860  135.4  69.1 38.367 82.550 5.0 20.579 28.866 S22 13866  52.4  70.1 38.367 81.600 5.0 30.950 28.739 * Origin = ( 0,0) A 3 Table A 3 Example CALMET setup for Jan Feb 1990 for the Eastern Domain CALMET Version: 5.53 Level: 030709 *********************************************************************************************************** ***********************

Clock time: 17: 42: 40 Date: 10 15 2004 Run Title: BART analysis for Eastern domain using 1986 90 meteorology Domain is centered over West Virginia ******

CALMET MODEL CONTROL FILE

INPUT GROUP: 0  Input and Output File Names Subgroup ( a)  Default Name Type File Name    GEO. DAT input ! GEODAT = T:\ CALVIEW\ WVA\ GEO\ GEO. DAT ! SURF. DAT input ! SRFDAT = T:\ CALVIEW\ WVA\ MET\ SURF. DAT ! PRECIP. DAT input ! PRCDAT = T:\ CALVIEW\ WVA\ MET\ PRECIP. DAT !

CALMET. LST output ! METLST = T:\ WVA\ CALMET\ 1990\ JAN FEB. LST ! CALMET. DAT output ! METDAT = T:\ WVA\ CALMET\ 1990\ JAN FEB. MET !

Number of upper air stations ! NUSTA = 5 ! Number of overwater met station ! NOWSTA = 0 !

! END!

Upper air files ( one per station)  Default Name Type File Name    UP1. DAT input 1 ! UPDAT = T:\ CALVIEW\ WVA\ MET\ UP_ 13723. DAT ! ! END! UP2. DAT input 2 ! UPDAT = T:\ CALVIEW\ WVA\ MET\ UP_ 13840. DAT ! ! END! UP3. DAT input 3 ! UPDAT = T:\ CALVIEW\ WVA\ MET\ UP_ 94823. DAT ! ! END! UP4. DAT input 4 ! UPDAT = T:\ CALVIEW\ WVA\ MET\ UP_ 93734. DAT ! ! END! UP5. DAT input 5 ! UPDAT = T:\ CALVIEW\ WVA\ MET\ UP_ 3860. DAT ! ! END!

! END!

INPUT GROUP: 1  General run control parameters

Starting date: Year ( IBYR)  No default ! IBYR = 1990 ! Month ( IBMO)  No default ! IBMO = 1 ! Day ( IBDY)  No default ! IBDY = 1 ! Hour ( IBHR)  No default ! IBHR = 1 !

Base time zone ( IBTZ)  No default ! IBTZ = 5 ! PST = 08, MST = 07 CST = 06, EST = 05 Length of run ( hours) ( IRLG)  No default ! IRLG = 1416 ! A 4 Table A 3 ( continued)

INPUT GROUP: 2  Map Projection and Grid control parameters

Projection for all ( X, Y):

Map projection ! PMAP = LCC ! Lambert Conformal Conic False Easting and Northing ( km) at the projection origin ( FEAST) Default= 0.0 ! FEAST = 0 ! ( FNORTH) Default= 0.0 ! FNORTH = 0 !

Latitude and Longitude ( decimal degrees) of projection origin ( RLAT0) No Default ! RLAT0 = 39.00N ! ( RLON0) No Default ! RLON0 = 81.00W !

Matching parallel( s) of latitude ( decimal degrees) for projection ( XLAT1) No Default ! XLAT1 = 36.90N ! ( XLAT2) No Default ! XLAT2 = 41.10N !

Datum region

Datum region for output coordinates ( DATUM) Default: WGS G ! DATUM = WGS G !

Horizontal grid definition:

Rectangular grid defined for projection PMAP, with X the Easting and Y the Northing coordinate No. X grid cells ( NX) No default ! NX = 75 ! No. Y grid cells ( NY) No default ! NY = 75 !

Grid spacing ( km) No default ! DGRIDKM = 8 !

Reference grid coordinate of SOUTHWEST corner of grid cell ( 1,1)

X coordinate ( km) No default ! XORIGKM =  300 ! Y coordinate ( km) No default ! YORIGKM =  300 !

Vertical grid definition:

No. of vertical layers ( NZ) No default ! NZ = 10 !

Cell face heights ( m)

! ZFACE = 0.00,20.00,50.00,75.00,100.00,250.00,500.00,750.00,1000.00,2000.00,3000.00 !

! END! A 5 Table A 3 ( continued)

INPUT GROUP: 3  Output Options

! END!

INPUT GROUP: 4  Meteorological data options

OBSERVATION MODE ! NOOBS = 0 !

0 = Use surface, overwater, and upper air stations 1 = Use surface and overwater stations ( no upper air observations) Use MM5 for upper air data 2 = No surface, overwater, or upper air observations Use MM5 for surface, overwater, and upper air data NUMBER OF SURFACE & PRECIP. METEOROLOGICAL STATIONS Number of surface stations ! NSSTA = 22 ! Number of precipitation stations ! NPSTA = 0 !

CLOUD DATA OPTIONS Gridded cloud fields: ! ICLOUD = 0 !

ICLOUD = 0  Gridded clouds not used ( Default) ICLOUD = 1  Gridded CLOUD. DAT generated as OUTPUT ICLOUD = 2  Gridded CLOUD. DAT read as INPUT ICLOUD = 3  Gridded cloud cover from Prognostic Rel. Humidity ! END!

INPUT GROUP: 5  Wind Field Options and Parameters

RADIUS OF INFLUENCE PARAMETERS Maximum radius of influence over land in surface layer ( km) ! RMAX1 = 10 ! Maximum radius of influence over land above surface layer ( km) ! RMAX2 = 20 ! Maximum radius of influence over water ( km) ! RMAX3 = 50 !

OTHER WIND FIELD INPUT PARAMETERS Minimum radius of influence used in the wind field interpolation ( RMIN) Default: 0.1 ! RMIN = 0.1 ! Units: km Radius of influence of terrain features ( TERRAD) No default ! TERRAD = 100 ! Units: km Relative weighting of the first guess field and observations in the SURFACE layer ( R1) No default ! R1 = 5 ! ( R1 is the distance from an Units: km observational station at which the observation and first guess field are equally weighted) A 6 Table A 3 ( continued)

Relative weighting of the first guess field and observations in the layers ALOFT ( R2) No default ! R2 = 5 ! ( R2 is applied in the upper layers Units: km in the same manner as R1 is used in the surface layer).

Relative weighting parameter of the prognostic wind field data ( RPROG) No default ! RPROG = 0 ! ( Used only if IPROG = 1) Units: km

Surface met. station to use for the surface temperature ( ISURFT) No default ! ISURFT = 15 ! ( Must be a value from 1 to NSSTA) ( Used only if IDIOPT1 = 0)

Upper air station to use for the domain scale lapse rate ( IUPT) No default ! IUPT = 3 ! ( Must be a value from 1 to NUSTA) ( Used only if IDIOPT2 = 0)

! END!

INPUT GROUP: 6  Mixing Height, Temperature and Precipitation Parameters

! END! A 7 Table A 4 Example CALPUFF input file for scenario # 2 for 1990 Domain: Western Time Zone: 7 Year: 1990 SOURCE: EGU_ W# 2 INPUT GROUP: 0 ! PUFLST = C:\ DENVER\ CALPUFF\ 1990\ EGU_ w# 2. LOG ! ! CONDAT = C:\ DENVER\ CALPUFF\ 1990\ EGU_ W# 2. CON ! ! VISDAT = C:\ DENVER\ CALPUFF\ 1990\ EGU_ W# 2. VIS !

! NMETDAT = 6 ! ! END!

! METDAT = T:\ DENVER\ CALMET\ 1990\ JAN FEB. DAT ! ! END! ! METDAT = T:\ DENVER\ CALMET\ 1990\ MAR APR. DAT ! ! END! ! METDAT = T:\ DENVER\ CALMET\ 1990\ MAY JUN. DAT ! ! END! ! METDAT = T:\ DENVER\ CALMET\ 1990\ JUL AUG. DAT ! ! END! ! METDAT = T:\ DENVER\ CALMET\ 1990\ SEP OCT. DAT ! ! END! ! METDAT = T:\ DENVER\ CALMET\ 1990\ NOV DEC. DAT ! ! END!

INPUT GROUP: 1  General run control parameters ! XBTZ = 7 !

! METRUN = 0 ! Run time period as follows: ! IBYR = 1990 ! ! IBMO = 1 ! ! IBDY = 1 ! ! IBHR = 1 ! ! IRLG = 8736 !

! NSPEC = 6 ! ! NSE = 3 ! ! ITEST = 2 !

Meteorological Data Format ( METFM) ! METFM = 1 !

! END! FILE: PUFF_ MID_ DENVER. INP INPUT GROUP: 2  Technical options

! MSPLIT = 0 ! Disable puff splitting ! MWET = 1 ! Enable wet removal ! MDRY = 1 ! Enable dry deposition ! END!

 INPUT GROUP: 3a, 3b  Species list

The following species are modeled:

! CSPEC = SO2 ! ! END! ! CSPEC = SO4 ! ! END! ! CSPEC = NOX ! ! END! ! CSPEC = HNO3 ! ! END! A 8 Table A 4 ( continued)

Species Modeled ? Emitted ? Deposited ? Group #

! SO2 = 1, 1, 1, 0 ! ! SO4 = 1, 0, 2, 0 ! ! NOX = 1, 1, 1, 0 ! ! HNO3 = 1, 0, 1, 0 ! ! NO3 = 1, 0, 2, 0 ! ! PM25 = 1, 1, 2, 0 !

! END!

INPUT GROUP: 4  Map Projection and Grid control parameters

! PMAP = LCC !

Latitude and Longitude ( decimal degrees) of projection origin ! RLAT0 = 40N ! ! RLON0 = 105W !

Matching parallel( s) of latitude ( decimal degrees) for projection ! XLAT1 = 37.9N ! ! XLAT2 = 42.1N !

METEOROLOGICAL Grid:

! NX = 75 ! Number of X grid cells ! NY = 75 ! Number of. Y grid cells ! NZ = 10 ! Number of vertical layers ! DGRIDKM = 8 ! Grid spacing ( km)

! ZFACE = 0., 20, 50, 75, 100, 250, 500, 750, 1000, 2000, 3000 ! Cell face heights ( m)

Reference Coordinates of grid cell( 1, 1):

! XORIGKM =  300. ! ! YORIGKM =  300. !

COMPUTATIONAL Grid:

! IBCOMP = 5 ! ! JBCOMP = 5 !

! IECOMP = 71 ! ! JECOMP = 71 !

SAMPLING Grid ( GRIDDED RECEPTORS):

! LSAMP = F ! Disable gridded receptors ! END!

INPUT GROUP: 5  Output Options

! ICON = 1 ! Concentrations ! IDRY = 0 ! Dry Fluxes A 9 Table A 4 ( continued)

SPECIES ( or GROUP for combined species) LIST FOR OUTPUT OPTIONS  CONCENTRATIONS   DRY FLUXES   WET FLUXES   MASS FLUX  SPECIES / GROUP PRINTED? SAVED ON DISK? PRINTED? SAVED ON DISK? PRINTED? SAVED ON DISK? SAVED ON DISK?      ! SO2 = 0, 1, 0, 0, 0, 0, 0 ! ! SO4 = 0, 1, 0, 0, 0, 0, 0 ! ! NOX = 0, 1, 0, 0, 0, 0, 0 ! ! HNO3 = 0, 1, 0, 0, 0, 0, 0 ! ! NO3 = 0, 1, 0, 0, 0, 0, 0 ! ! PM25 = 0, 1, 0, 0, 0, 0, 0 !

! END!

INPUT GROUP: 6a, 6b, & 6c  Subgrid scale complex terrain inputs

! MHILL = 1 ! Hill and receptor data created by CTDM processors ! XCTDMKM = 0.0 ! ! YCTDMKM = 0.0 !

! END !

INPUT GROUP: 7  Chemical parameters for dry deposition of gases

SPECIES DIFFUSIVITY ALPHA STAR REACTIVITY MESOPHYLL RESISTANCE HENRY'S LAW COEFFICIENT NAME ( cm** 2/ s) ( s/ cm) ( dimensionless)

! SO2 = 0.1509, 1000., 8., 0., 0.04 ! ! NOX = 0.1656, 1., 8., 5., 3.5 ! ! HNO3 = 0.1628, 1., 18., 0., 0.00000008 !

! END!

INPUT GROUP: 8  Size parameters for dry deposition of particles

SPECIES GEOMETRIC MASS MEAN GEOMETRIC STANDARD NAME DIAMETER DEVIATION ( microns) ( microns)    ! SO4 = 0.48, 2. ! ! NO3 = 0.48, 2. ! ! PM25 = 0.48, 2. !

! END! A 10 Table A 4 ( continued)

INPUT GROUP: 10  Wet Deposition Parameters  Scavenging Coefficient  Units: ( sec)**( 1)

Pollutant Liquid Precip. Frozen Precip.    ! SO2 = 3.0E 05, 0.0E00 ! ! SO4 = 1.0E 04, 3.0E 05 ! ! HNO3 = 6.0E 05, 0.0E00 ! ! NO3 = 1.0E 04, 3.0E 05 !

! END!

 INPUT GROUP: 11  Chemistry Parameters  ! MOZ = 0 ! Use monthly background values provided for ozone ! BCKO3 = 12* 50 ! Monthly average ozone ( ppb)

! BCKNH3 = 12* 1.00 ! Monthly average ammonia ( ppb) ! BCKH2O2 = 12* 1.00 ! Monthly average H2O2 ( ppb)

! RNITE1 = 0.2 ! Nightime SO2 loss rate (%/ hr) ! RNITE2 = 2.0 ! Nightime NOX loss rate (%/ hr) ! RNITE3 = 2.0 ! Nightime HNO3 loss rate (%/ hr)

! MH2O2 = 0.0 ! H2O2 data input option ! END!

INPUT GROUP: 12  Misc. Dispersion and Computational Parameters

Location and surface parameters for single point Met data files ! ELEVIN = 200.0 ! Elevation ( msl) ! XLATIN = 39.00 ! Latitude ( deg) ! XLONIN = 81.00 ! Longitude ( deg)

! END!

 INPUT GROUPS: 13a, 13b, 13c, 13d  Point source parameters

! NPT1 = 1 ! Number of point sources ! IPTU = 4 ! Emission units ( 4 = tons/ yr) ! NPT2 = 0 ! Number of pt sources with variable emissions ! END!

 Input Group 13 ( Point source data)

! SRCNAM = EGU_ W# 2 ! emission rates ( tpy) X Y hgt elev diam vel temp dw SO2 NOx PMF ! X = 0.0, 0.0, 100, 200, 8.0, 27.0, 400, 0, 10000, 0.0, 6250.0, 0.0, 0.0, 50.0 !

! FMFAC = 1.0 ! A 11 Table A 5 Example CALPUFF input file for scenario # 1 for 1990 Domain: Eastern Time Zone: 5 Year: 1990 SOURCE: EGU_ E# 1 INPUT GROUP: 0 ! PUFLST = C:\ WVA\ CALPUFF\ 1990\ EGU_ E# 1. LOG ! ! CONDAT = C:\ WVA\ CALPUFF\ 1990\ EGU_ E# 1. CON ! ! VISDAT = C:\ WVA\ CALPUFF\ 1990\ EGU_ E# 1. VIS !

! NMETDAT = 6 ! ! END!

! METDAT = T:\ WVA\ CALMET\ 1990\ JAN FEB. DAT ! ! END! ! METDAT = T:\ WVA\ CALMET\ 1990\ MAR APR. DAT ! ! END! ! METDAT = T:\ WVA\ CALMET\ 1990\ MAY JUN. DAT ! ! END! ! METDAT = T:\ WVA\ CALMET\ 1990\ JUL AUG. DAT ! ! END! ! METDAT = T:\ WVA\ CALMET\ 1990\ SEP OCT. DAT ! ! END! ! METDAT = T:\ WVA\ CALMET\ 1990\ NOV DEC. DAT ! ! END!

INPUT GROUP: 1  General run control parameters ! XBTZ = 5 !

! METRUN = 0 ! Run time period as follows: ! IBYR = 1990 ! ! IBMO = 1 ! ! IBDY = 1 ! ! IBHR = 1 ! ! IRLG = 8736 !

! NSPEC = 6 ! ! NSE = 3 ! ! ITEST = 2 !

Meteorological Data Format ( METFM) ! METFM = 1 !

! END! FILE: PUFF_ MID_ WVA. INP INPUT GROUP: 2  Technical options

! MSPLIT = 0 ! Disable puff splitting ! MWET = 1 ! Enable wet removal ! MDRY = 1 ! Enable dry deposition ! END!

 INPUT GROUP: 3a, 3b  Species list

The following species are modeled:

! CSPEC = SO2 ! ! END! ! CSPEC = SO4 ! ! END! ! CSPEC = NOX ! ! END! ! CSPEC = HNO3 ! ! END! A 12 Table A 5 ( continued)

Species Modeled ? Emitted ? Deposited ? Group #

! SO2 = 1, 1, 1, 0 ! ! SO4 = 1, 0, 2, 0 ! ! NOX = 1, 1, 1, 0 ! ! HNO3 = 1, 0, 1, 0 ! ! NO3 = 1, 0, 2, 0 ! ! PM25 = 1, 1, 2, 0 !

! END!

INPUT GROUP: 4  Map Projection and Grid control parameters

! PMAP = LCC !

Latitude and Longitude ( decimal degrees) of projection origin ! RLAT0 = 39N ! ! RLON0 = 81W !

Matching parallel( s) of latitude ( decimal degrees) for projection ! XLAT1 = 36.9N ! ! XLAT2 = 41.1N !

METEOROLOGICAL Grid:

! NX = 75 ! Number of X grid cells ! NY = 75 ! Number of Y grid cells ! NZ = 10 ! Number of vertical layers ! DGRIDKM = 8 ! Grid spacing ( km)

! ZFACE = 0., 20, 50, 75, 100, 250, 500, 750, 1000, 2000, 3000 ! Cell face heights ( m)

Reference Coordinates of grid cell( 1, 1):

! XORIGKM =  300. ! ! YORIGKM =  300. !

COMPUTATIONAL Grid:

! IBCOMP = 5 ! ! JBCOMP = 5 !

! IECOMP = 71 ! ! JECOMP = 71 !

SAMPLING Grid ( GRIDDED RECEPTORS):

! LSAMP = F ! Disable gridded receptors ! END!

INPUT GROUP: 5  Output Options

! ICON = 1 ! Concentrations ! IDRY = 0 ! Dry Fluxes A 13 Table A 5 ( continued)

SPECIES ( or GROUP for combined species) LIST FOR OUTPUT OPTIONS  CONCENTRATIONS   DRY FLUXES   WET FLUXES   MASS FLUX  SPECIES / GROUP PRINTED? SAVED ON DISK? PRINTED? SAVED ON DISK? PRINTED? SAVED ON DISK? SAVED ON DISK?      ! SO2 = 0, 1, 0, 0, 0, 0, 0 ! ! SO4 = 0, 1, 0, 0, 0, 0, 0 ! ! NOX = 0, 1, 0, 0, 0, 0, 0 ! ! HNO3 = 0, 1, 0, 0, 0, 0, 0 ! ! NO3 = 0, 1, 0, 0, 0, 0, 0 ! ! PM25 = 0, 1, 0, 0, 0, 0, 0 !

! END!

INPUT GROUP: 6a, 6b, & 6c  Subgrid scale complex terrain inputs

! MHILL = 1 ! Hill and receptor data created by CTDM processors ! XCTDMKM = 0.0 ! ! YCTDMKM = 0.0 !

! END !

INPUT GROUP: 7  Chemical parameters for dry deposition of gases

SPECIES DIFFUSIVITY ALPHA STAR REACTIVITY MESOPHYLL RESISTANCE HENRY'S LAW COEFFICIENT NAME ( cm** 2/ s) ( s/ cm) ( dimensionless)

! SO2 = 0.1509, 1000., 8., 0., 0.04 ! ! NOX = 0.1656, 1., 8., 5., 3.5 ! ! HNO3 = 0.1628, 1., 18., 0., 0.00000008 !

! END!

INPUT GROUP: 8  Size parameters for dry deposition of particles

SPECIES GEOMETRIC MASS MEAN GEOMETRIC STANDARD NAME DIAMETER DEVIATION ( microns) ( microns)    ! SO4 = 0.48, 2. ! ! NO3 = 0.48, 2. ! ! PM25 = 0.48, 2. !

! END! A 14 Table A 5 ( continued)

INPUT GROUP: 10  Wet Deposition Parameters  Scavenging Coefficient  Units: ( sec)**( 1)

Pollutant Liquid Precip. Frozen Precip.    ! SO2 = 3.0E 05, 0.0E00 ! ! SO4 = 1.0E 04, 3.0E 05 ! ! HNO3 = 6.0E 05, 0.0E00 ! ! NO3 = 1.0E 04, 3.0E 05 !

! END!

 INPUT GROUP: 11  Chemistry Parameters  ! MOZ = 0 ! Use monthly background values provided for ozone ! BCKO3 = 12* 50 ! Monthly average ozone ( ppb)

! BCKNH3 = 12* 0.50 ! Monthly average ammonia ( ppb) ! BCKH2O2 = 12* 1.00 ! Monthly average H2O2 ( ppb)

! RNITE1 = 0.2 ! Nightime SO2 loss rate (%/ hr) ! RNITE2 = 2.0 ! Nightime NOX loss rate (%/ hr) ! RNITE3 = 2.0 ! Nightime HNO3 loss rate (%/ hr)

! MH2O2 = 0.0 ! H2O2 data input option ! END!

INPUT GROUP: 12  Misc. Dispersion and Computational Parameters

Location and surface parameters for single point Met data files ! ELEVIN = 200.0 ! Elevation ( msl) ! XLATIN = 39.00 ! Latitude ( deg) ! XLONIN = 81.00 ! Longitude ( deg)

! END!

 INPUT GROUPS: 13a, 13b, 13c, 13d  Point source parameters

! NPT1 = 1 ! Number of point sources ! IPTU = 4 ! Emission units ( 4 = tons/ yr) ! NPT2 = 0 ! Number of pt sources with variable emissions ! END!

 Input Group 13 ( Point source data)

! SRCNAM = EGU_ E# 1 ! emission rates ( tpy) X Y hgt elev diam vel temp dw SO2 NOx PMF ! X = 0.0, 0.0, 100, 200, 8.0, 27.0, 400, 0, 10000, 0.0, 3500.0, 0.0, 0.0, 50.0 !

! FMFAC = 1.0 ! A 15 Table A 6 Receptors used in CALPUFF modeling for the Western and Eastern domains. INPUT GROUP 17  Receptors ! NREC = 360 ! Number of non gridded receptors ! END!

The following receptors are laid out in a polar grid centered on 0.00 km East, 0.00 km North; i. e., the center of the computational domain. There are 10 rings located every 25 km to a maximum range of 250 km. Radials are located every 10 degrees beginning at 10 degrees and ending at 360 degrees.

Rec. # Dir. Range X Y Elev. ( km) ( km) ( km) ( m)

1 10 25 ! X = 4.341, 24.620, 200 ! ! END! 2 20 25 ! X = 8.551, 23.492, 200 ! ! END! 3 30 25 ! X = 12.500, 21.651, 200 ! ! END! 4 40 25 ! X = 16.070, 19.151, 200 ! ! END! 5 50 25 ! X = 19.151, 16.070, 200 ! ! END! 6 60 25 ! X = 21.651, 12.500, 200 ! ! END! 7 70 25 ! X = 23.492, 8.551, 200 ! ! END! 8 80 25 ! X = 24.620, 4.341, 200 ! ! END! 9 90 25 ! X = 25.000, 0.000, 200 ! ! END! 10 100 25 ! X = 24.620,  4.341, 200 ! ! END! 11 110 25 ! X = 23.492,  8.551, 200 ! ! END! 12 120 25 ! X = 21.651,  12.500, 200 ! ! END! 13 130 25 ! X = 19.151,  16.070, 200 ! ! END! 14 140 25 ! X = 16.070,  19.151, 200 ! ! END! 15 150 25 ! X = 12.500,  21.651, 200 ! ! END! 16 160 25 ! X = 8.551,  23.492, 200 ! ! END! 17 170 25 ! X = 4.341,  24.620, 200 ! ! END! 18 180 25 ! X = 0.000,  25.000, 200 ! ! END! 19 190 25 ! X =  4.341,  24.620, 200 ! ! END! 20 200 25 ! X =  8.551,  23.492, 200 ! ! END! 21 210 25 ! X =  12.500,  21.651, 200 ! ! END! 22 220 25 ! X =  16.070,  19.151, 200 ! ! END! 23 230 25 ! X =  19.151,  16.070, 200 ! ! END! 24 240 25 ! X =  21.651,  12.500, 200 ! ! END! 25 250 25 ! X =  23.492,  8.551, 200 ! ! END! 26 260 25 ! X =  24.620,  4.341, 200 ! ! END! 27 270 25 ! X =  25.000, 0.000, 200 ! ! END! 28 280 25 ! X =  24.620, 4.341, 200 ! ! END! 29 290 25 ! X =  23.492, 8.551, 200 ! ! END! 30 300 25 ! X =  21.651, 12.500, 200 ! ! END! 31 310 25 ! X =  19.151, 16.070, 200 ! ! END! 32 320 25 ! X =  16.070, 19.151, 200 ! ! END! 33 330 25 ! X =  12.500, 21.651, 200 ! ! END! 34 340 25 ! X =  8.550, 23.492, 200 ! ! END! 35 350 25 ! X =  4.341, 24.620, 200 ! ! END! 36 360 25 ! X = 0.000, 25.000, 200 ! ! END!

37 10 50 ! X = 8.682, 49.240, 200 ! ! END! 38 20 50 ! X = 17.101, 46.985, 200 ! ! END! 39 30 50 ! X = 25.000, 43.301, 200 ! ! END! 40 40 50 ! X = 32.139, 38.302, 200 ! ! END! 41 50 50 ! X = 38.302, 32.139, 200 ! ! END! 42 60 50 ! X = 43.301, 25.000, 200 ! ! END! 43 70 50 ! X = 46.985, 17.101, 200 ! ! END! 44 80 50 ! X = 49.240, 8.682, 200 ! ! END! 45 90 50 ! X = 50.000, 0.000, 200 ! ! END! 46 100 50 ! X = 49.240,  8.682, 200 ! ! END! 47 110 50 ! X = 46.985,  17.101, 200 ! ! END! 48 120 50 ! X = 43.301,  25.000, 200 ! ! END! 49 130 50 ! X = 38.302,  32.139, 200 ! ! END! 50 140 50 ! X = 32.139,  38.302, 200 ! ! END! 51 150 50 ! X = 25.000,  43.301, 200 ! ! END! 52 160 50 ! X = 17.101,  46.985, 200 ! ! END! 53 170 50 ! X = 8.682,  49.240, 200 ! ! END! 54 180 50 ! X = 0.000,  50.000, 200 ! ! END! A 16 Table A 6 ( continued)

55 190 50 ! X =  8.682,  49.240, 200 ! ! END! 56 200 50 ! X =  17.101,  46.985, 200 ! ! END! 57 210 50 ! X =  25.000,  43.301, 200 ! ! END! 58 220 50 ! X =  32.139,  38.302, 200 ! ! END! 59 230 50 ! X =  38.302,  32.139, 200 ! ! END! 60 240 50 ! X =  43.301,  25.000, 200 ! ! END! 61 250 50 ! X =  46.985,  17.101, 200 ! ! END! 62 260 50 ! X =  49.240,  8.682, 200 ! ! END! 63 270 50 ! X =  50.000, 0.000, 200 ! ! END! 64 280 50 ! X =  49.240, 8.682, 200 ! ! END! 65 290 50 ! X =  46.985, 17.101, 200 ! ! END! 66 300 50 ! X =  43.301, 25.000, 200 ! ! END! 67 310 50 ! X =  38.302, 32.139, 200 ! ! END! 68 320 50 ! X =  32.139, 38.302, 200 ! ! END! 69 330 50 ! X =  25.000, 43.301, 200 ! ! END! 70 340 50 ! X =  17.101, 46.985, 200 ! ! END! 71 350 50 ! X =  8.682, 49.240, 200 ! ! END! 72 360 50 ! X = 0.000, 50.000, 200 ! ! END!

73 10 75 ! X = 13.024, 73.861, 200 ! ! END! 74 20 75 ! X = 25.652, 70.477, 200 ! ! END! 75 30 75 ! X = 37.500, 64.952, 200 ! ! END! 76 40 75 ! X = 48.209, 57.453, 200 ! ! END! 77 50 75 ! X = 57.453, 48.209, 200 ! ! END! 78 60 75 ! X = 64.952, 37.500, 200 ! ! END! 79 70 75 ! X = 70.477, 25.652, 200 ! ! END! 80 80 75 ! X = 73.861, 13.024, 200 ! ! END! 81 90 75 ! X = 75.000, 0.000, 200 ! ! END! 82 100 75 ! X = 73.861,  13.024, 200 ! ! END! 83 110 75 ! X = 70.477,  25.652, 200 ! ! END! 84 120 75 ! X = 64.952,  37.500, 200 ! ! END! 85 130 75 ! X = 57.453,  48.209, 200 ! ! END! 86 140 75 ! X = 48.209,  57.453, 200 ! ! END! 87 150 75 ! X = 37.500,  64.952, 200 ! ! END! 88 160 75 ! X = 25.652,  70.477, 200 ! ! END! 89 170 75 ! X = 13.024,  73.861, 200 ! ! END! 90 180 75 ! X = 0.000,  75.000, 200 ! ! END! 91 190 75 ! X =  13.024,  73.861, 200 ! ! END! 92 200 75 ! X =  25.652,  70.477, 200 ! ! END! 93 210 75 ! X =  37.500,  64.952, 200 ! ! END! 94 220 75 ! X =  48.209,  57.453, 200 ! ! END! 95 230 75 ! X =  57.453,  48.209, 200 ! ! END! 96 240 75 ! X =  64.952,  37.500, 200 ! ! END! 97 250 75 ! X =  70.477,  25.652, 200 ! ! END! 98 260 75 ! X =  73.861,  13.024, 200 ! ! END! 99 270 75 ! X =  75.000, 0.000, 200 ! ! END! 100 280 75 ! X =  73.861, 13.024, 200 ! ! END! 101 290 75 ! X =  70.477, 25.652, 200 ! ! END! 102 300 75 ! X =  64.952, 37.500, 200 ! ! END! 103 310 75 ! X =  57.453, 48.209, 200 ! ! END! 104 320 75 ! X =  48.209, 57.453, 200 ! ! END! 105 330 75 ! X =  37.500, 64.952, 200 ! ! END! 106 340 75 ! X =  25.651, 70.477, 200 ! ! END! 107 350 75 ! X =  13.024, 73.861, 200 ! ! END! 108 360 75 ! X = 0.000, 75.000, 200 ! ! END!

109 10 100 ! X = 17.365, 98.481, 200 ! ! END! 110 20 100 ! X = 34.202, 93.969, 200 ! ! END! 111 30 100 ! X = 50.000, 86.603, 200 ! ! END! 112 40 100 ! X = 64.279, 76.604, 200 ! ! END! 113 50 100 ! X = 76.604, 64.279, 200 ! ! END! 114 60 100 ! X = 86.603, 50.000, 200 ! ! END! 115 70 100 ! X = 93.969, 34.202, 200 ! ! END! 116 80 100 ! X = 98.481, 17.365, 200 ! ! END! 117 90 100 ! X = 100.000, 0.000, 200 ! ! END! 118 100 100 ! X = 98.481,  17.365, 200 ! ! END! 119 110 100 ! X = 93.969,  34.202, 200 ! ! END! 120 120 100 ! X = 86.603,  50.000, 200 ! ! END! 121 130 100 ! X = 76.604,  64.279, 200 ! ! END! 122 140 100 ! X = 64.279,  76.604, 200 ! ! END! 123 150 100 ! X = 50.000,  86.603, 200 ! ! END! A 17 Table A 6 ( continued)

125 170 100 ! X = 17.365,  98.481, 200 ! ! END! 126 180 100 ! X = 0.000,  100.000, 200 ! ! END! 127 190 100 ! X =  17.365,  98.481, 200 ! ! END! 128 200 100 ! X =  34.202,  93.969, 200 ! ! END! 129 210 100 ! X =  50.000,  86.603, 200 ! ! END! 130 220 100 ! X =  64.279,  76.604, 200 ! ! END! 131 230 100 ! X =  76.604,  64.279, 200 ! ! END! 132 240 100 ! X =  86.603,  50.000, 200 ! ! END! 133 250 100 ! X =  93.969,  34.202, 200 ! ! END! 134 260 100 ! X =  98.481,  17.365, 200 ! ! END! 135 270 100 ! X =  100.000, 0.000, 200 ! ! END! 136 280 100 ! X =  98.481, 17.365, 200 ! ! END! 137 290 100 ! X =  93.969, 34.202, 200 ! ! END! 138 300 100 ! X =  86.603, 50.000, 200 ! ! END! 139 310 100 ! X =  76.604, 64.279, 200 ! ! END! 140 320 100 ! X =  64.279, 76.604, 200 ! ! END! 141 330 100 ! X =  50.000, 86.603, 200 ! ! END! 142 340 100 ! X =  34.202, 93.969, 200 ! ! END! 143 350 100 ! X =  17.365, 98.481, 200 ! ! END! 144 360 100 ! X = 0.000, 100.000, 200 ! ! END!

145 10 125 ! X = 21.706, 123.101, 200 ! ! END! 146 20 125 ! X = 42.753, 117.462, 200 ! ! END! 147 30 125 ! X = 62.500, 108.253, 200 ! ! END! 148 40 125 ! X = 80.348, 95.756, 200 ! ! END! 149 50 125 ! X = 95.756, 80.348, 200 ! ! END! 150 60 125 ! X = 108.253, 62.500, 200 ! ! END! 151 70 125 ! X = 117.462, 42.753, 200 ! ! END! 152 80 125 ! X = 123.101, 21.706, 200 ! ! END! 153 90 125 ! X = 125.000, 0.000, 200 ! ! END! 154 100 125 ! X = 123.101,  21.706, 200 ! ! END! 155 110 125 ! X = 117.462,  42.753, 200 ! ! END! 156 120 125 ! X = 108.253,  62.500, 200 ! ! END! 157 130 125 ! X = 95.756,  80.348, 200 ! ! END! 158 140 125 ! X = 80.348,  95.756, 200 ! ! END! 159 150 125 ! X = 62.500,  108.253, 200 ! ! END! 160 160 125 ! X = 42.753,  117.462, 200 ! ! END! 161 170 125 ! X = 21.706,  123.101, 200 ! ! END! 162 180 125 ! X = 0.000,  125.000, 200 ! ! END! 163 190 125 ! X =  21.706,  123.101, 200 ! ! END! 164 200 125 ! X =  42.753,  117.462, 200 ! ! END! 165 210 125 ! X =  62.500,  108.253, 200 ! ! END! 166 220 125 ! X =  80.348,  95.756, 200 ! ! END! 167 230 125 ! X =  95.756,  80.348, 200 ! ! END! 168 240 125 ! X =  108.253,  62.500, 200 ! ! END! 169 250 125 ! X =  117.462,  42.753, 200 ! ! END! 170 260 125 ! X =  123.101,  21.706, 200 ! ! END! 171 270 125 ! X =  125.000, 0.000, 200 ! ! END! 172 280 125 ! X =  123.101, 21.706, 200 ! ! END! 173 290 125 ! X =  117.462, 42.753, 200 ! ! END! 174 300 125 ! X =  108.253, 62.500, 200 ! ! END! 175 310 125 ! X =  95.756, 80.348, 200 ! ! END! 176 320 125 ! X =  80.348, 95.756, 200 ! ! END! 177 330 125 ! X =  62.500, 108.253, 200 ! ! END! 178 340 125 ! X =  42.752, 117.462, 200 ! ! END! 179 350 125 ! X =  21.706, 123.101, 200 ! ! END! 180 360 125 ! X = 0.000, 125.000, 200 ! ! END!

181 10 150 ! X = 26.047, 147.721, 200 ! ! END! 182 20 150 ! X = 51.303, 140.954, 200 ! ! END! 183 30 150 ! X = 75.000, 129.904, 200 ! ! END! 184 40 150 ! X = 96.418, 114.907, 200 ! ! END! 185 50 150 ! X = 114.907, 96.418, 200 ! ! END! 186 60 150 ! X = 129.904, 75.000, 200 ! ! END! 187 70 150 ! X = 140.954, 51.303, 200 ! ! END! 188 80 150 ! X = 147.721, 26.047, 200 ! ! END! 189 90 150 ! X = 150.000, 0.000, 200 ! ! END! 190 100 150 ! X = 147.721,  26.047, 200 ! ! END! 191 110 150 ! X = 140.954,  51.303, 200 ! ! END! 192 120 150 ! X = 129.904,  75.000, 200 ! ! END! 193 130 150 ! X = 114.907,  96.418, 200 ! ! END! A 18 Table A 6 ( continued)

195 150 150 ! X = 75.000,  129.904, 200 ! ! END! 196 160 150 ! X = 51.303,  140.954, 200 ! ! END! 197 170 150 ! X = 26.047,  147.721, 200 ! ! END! 198 180 150 ! X = 0.000,  150.000, 200 ! ! END! 199 190 150 ! X =  26.047,  147.721, 200 ! ! END! 200 200 150 ! X =  51.303,  140.954, 200 ! ! END! 201 210 150 ! X =  75.000,  129.904, 200 ! ! END! 202 220 150 ! X =  96.418,  114.907, 200 ! ! END! 203 230 150 ! X =  114.907,  96.418, 200 ! ! END! 204 240 150 ! X =  129.904,  75.000, 200 ! ! END! 205 250 150 ! X =  140.954,  51.303, 200 ! ! END! 206 260 150 ! X =  147.721,  26.047, 200 ! ! END! 207 270 150 ! X =  150.000, 0.000, 200 ! ! END! 208 280 150 ! X =  147.721, 26.047, 200 ! ! END! 209 290 150 ! X =  140.954, 51.303, 200 ! ! END! 210 300 150 ! X =  129.904, 75.000, 200 ! ! END! 211 310 150 ! X =  114.907, 96.418, 200 ! ! END! 212 320 150 ! X =  96.418, 114.907, 200 ! ! END! 213 330 150 ! X =  75.000, 129.904, 200 ! ! END! 214 340 150 ! X =  51.303, 140.954, 200 ! ! END! 215 350 150 ! X =  26.047, 147.721, 200 ! ! END! 216 360 150 ! X = 0.000, 150.000, 200 ! ! END!

217 10 175 ! X = 30.388, 172.341, 200 ! ! END! 218 20 175 ! X = 59.854, 164.446, 200 ! ! END! 219 30 175 ! X = 87.500, 151.554, 200 ! ! END! 220 40 175 ! X = 112.488, 134.058, 200 ! ! END! 221 50 175 ! X = 134.058, 112.488, 200 ! ! END! 222 60 175 ! X = 151.554, 87.500, 200 ! ! END! 223 70 175 ! X = 164.446, 59.854, 200 ! ! END! 224 80 175 ! X = 172.341, 30.388, 200 ! ! END! 225 90 175 ! X = 175.000, 0.000, 200 ! ! END! 226 100 175 ! X = 172.341,  30.388, 200 ! ! END! 227 110 175 ! X = 164.446,  59.854, 200 ! ! END! 228 120 175 ! X = 151.554,  87.500, 200 ! ! END! 229 130 175 ! X = 134.058,  112.488, 200 ! ! END! 230 140 175 ! X = 112.488,  134.058, 200 ! ! END! 231 150 175 ! X = 87.500,  151.554, 200 ! ! END! 232 160 175 ! X = 59.854,  164.446, 200 ! ! END! 233 170 175 ! X = 30.388,  172.341, 200 ! ! END! 234 180 175 ! X = 0.000,  175.000, 200 ! ! END! 235 190 175 ! X =  30.388,  172.341, 200 ! ! END! 236 200 175 ! X =  59.854,  164.446, 200 ! ! END! 237 210 175 ! X =  87.500,  151.554, 200 ! ! END! 238 220 175 ! X =  112.488,  134.058, 200 ! ! END! 239 230 175 ! X =  134.058,  112.488, 200 ! ! END! 240 240 175 ! X =  151.554,  87.500, 200 ! ! END! 241 250 175 ! X =  164.446,  59.854, 200 ! ! END! 242 260 175 ! X =  172.341,  30.388, 200 ! ! END! 243 270 175 ! X =  175.000, 0.000, 200 ! ! END! 244 280 175 ! X =  172.341, 30.388, 200 ! ! END! 245 290 175 ! X =  164.446, 59.854, 200 ! ! END! 246 300 175 ! X =  151.554, 87.500, 200 ! ! END! 247 310 175 ! X =  134.058, 112.488, 200 ! ! END! 248 320 175 ! X =  112.488, 134.058, 200 ! ! END! 249 330 175 ! X =  87.500, 151.554, 200 ! ! END! 250 340 175 ! X =  59.853, 164.446, 200 ! ! END! 251 350 175 ! X =  30.388, 172.341, 200 ! ! END! 252 360 175 ! X = 0.000, 175.000, 200 ! ! END!

253 10 200 ! X = 34.730, 196.962, 200 ! ! END! 254 20 200 ! X = 68.404, 187.939, 200 ! ! END! 255 30 200 ! X = 100.000, 173.205, 200 ! ! END! 256 40 200 ! X = 128.558, 153.209, 200 ! ! END! 257 50 200 ! X = 153.209, 128.558, 200 ! ! END! 258 60 200 ! X = 173.205, 100.000, 200 ! ! END! 259 70 200 ! X = 187.939, 68.404, 200 ! ! END! 260 80 200 ! X = 196.962, 34.730, 200 ! ! END! 261 90 200 ! X = 200.000, 0.000, 200 ! ! END! 262 100 200 ! X = 196.962,  34.730, 200 ! ! END! 263 110 200 ! X = 187.939,  68.404, 200 ! ! END! 264 120 200 ! X = 173.205,  100.000, 200 ! ! END! A 19 Table A 6 ( continued)

265 130 200 ! X = 153.209,  128.558, 200 ! ! END! 266 140 200 ! X = 128.558,  153.209, 200 ! ! END! 267 150 200 ! X = 100.000,  173.205, 200 ! ! END! 268 160 200 ! X = 68.404,  187.939, 200 ! ! END! 269 170 200 ! X = 34.730,  196.962, 200 ! ! END! 270 180 200 ! X = 0.000,  200.000, 200 ! ! END! 271 190 200 ! X =  34.730,  196.962, 200 ! ! END! 272 200 200 ! X =  68.404,  187.939, 200 ! ! END! 273 210 200 ! X =  100.000,  173.205, 200 ! ! END! 274 220 200 ! X =  128.558,  153.209, 200 ! ! END! 275 230 200 ! X =  153.209,  128.558, 200 ! ! END! 276 240 200 ! X =  173.205,  100.000, 200 ! ! END! 277 250 200 ! X =  187.939,  68.404, 200 ! ! END! 278 260 200 ! X =  196.962,  34.730, 200 ! ! END! 279 270 200 ! X =  200.000, 0.000, 200 ! ! END! 280 280 200 ! X =  196.962, 34.730, 200 ! ! END! 281 290 200 ! X =  187.939, 68.404, 200 ! ! END! 282 300 200 ! X =  173.205, 100.000, 200 ! ! END! 283 310 200 ! X =  153.209, 128.558, 200 ! ! END! 284 320 200 ! X =  128.557, 153.209, 200 ! ! END! 285 330 200 ! X =  100.000, 173.205, 200 ! ! END! 286 340 200 ! X =  68.404, 187.939, 200 ! ! END! 287 350 200 ! X =  34.730, 196.962, 200 ! ! END! 288 360 200 ! X = 0.000, 200.000, 200 ! ! END!

289 10 225 ! X = 39.071, 221.582, 200 ! ! END! 290 20 225 ! X = 76.955, 211.431, 200 ! ! END! 291 30 225 ! X = 112.500, 194.856, 200 ! ! END! 292 40 225 ! X = 144.627, 172.360, 200 ! ! END! 293 50 225 ! X = 172.360, 144.627, 200 ! ! END! 294 60 225 ! X = 194.856, 112.500, 200 ! ! END! 295 70 225 ! X = 211.431, 76.955, 200 ! ! END! 296 80 225 ! X = 221.582, 39.071, 200 ! ! END! 297 90 225 ! X = 225.000, 0.000, 200 ! ! END! 298 100 225 ! X = 221.582,  39.071, 200 ! ! END! 299 110 225 ! X = 211.431,  76.955, 200 ! ! END! 300 120 225 ! X = 194.856,  112.500, 200 ! ! END! 301 130 225 ! X = 172.360,  144.627, 200 ! ! END! 302 140 225 ! X = 144.627,  172.360, 200 ! ! END! 303 150 225 ! X = 112.500,  194.856, 200 ! ! END! 304 160 225 ! X = 76.955,  211.431, 200 ! ! END! 305 170 225 ! X = 39.071,  221.582, 200 ! ! END! 306 180 225 ! X = 0.000,  225.000, 200 ! ! END! 307 190 225 ! X =  39.071,  221.582, 200 ! ! END! 308 200 225 ! X =  76.955,  211.431, 200 ! ! END! 309 210 225 ! X =  112.500,  194.856, 200 ! ! END! 310 220 225 ! X =  144.627,  172.360, 200 ! ! END! 311 230 225 ! X =  172.360,  144.627, 200 ! ! END! 312 240 225 ! X =  194.856,  112.500, 200 ! ! END! 313 250 225 ! X =  211.431,  76.955, 200 ! ! END! 314 260 225 ! X =  221.582,  39.071, 200 ! ! END! 315 270 225 ! X =  225.000, 0.000, 200 ! ! END! 316 280 225 ! X =  221.582, 39.071, 200 ! ! END! 317 290 225 ! X =  211.431, 76.955, 200 ! ! END! 318 300 225 ! X =  194.856, 112.500, 200 ! ! END! 319 310 225 ! X =  172.360, 144.627, 200 ! ! END! 320 320 225 ! X =  144.627, 172.360, 200 ! ! END! 321 330 225 ! X =  112.500, 194.856, 200 ! ! END! 322 340 225 ! X =  76.954, 211.431, 200 ! ! END! 323 350 225 ! X =  39.071, 221.582, 200 ! ! END! 324 360 225 ! X = 0.000, 225.000, 200 ! ! END!

325 10 250 ! X = 43.412, 246.202, 200 ! ! END! 326 20 250 ! X = 85.505, 234.923, 200 ! ! END! 327 30 250 ! X = 125.000, 216.506, 200 ! ! END! 328 40 250 ! X = 160.697, 191.511, 200 ! ! END! 329 50 250 ! X = 191.511, 160.697, 200 ! ! END! 330 60 250 ! X = 216.506, 125.000, 200 ! ! END! 331 70 250 ! X = 234.923, 85.505, 200 ! ! END! 332 80 250 ! X = 246.202, 43.412, 200 ! ! END! 333 90 250 ! X = 250.000, 0.000, 200 ! ! END! A 20 Table A 6 ( continued)

335 110 250 ! X = 234.923,  85.505, 200 ! ! END! 336 120 250 ! X = 216.506,  125.000, 200 ! ! END! 337 130 250 ! X = 191.511,  160.697, 200 ! ! END! 338 140 250 ! X = 160.697,  191.511, 200 ! ! END! 339 150 250 ! X = 125.000,  216.506, 200 ! ! END! 340 160 250 ! X = 85.505,  234.923, 200 ! ! END! 341 170 250 ! X = 43.412,  246.202, 200 ! ! END! 342 180 250 ! X = 0.000,  250.000, 200 ! ! END! 343 190 250 ! X =  43.412,  246.202, 200 ! ! END! 344 200 250 ! X =  85.505,  234.923, 200 ! ! END! 345 210 250 ! X =  125.000,  216.506, 200 ! ! END! 346 220 250 ! X =  160.697,  191.511, 200 ! ! END! 347 230 250 ! X =  191.511,  160.697, 200 ! ! END! 348 240 250 ! X =  216.506,  125.000, 200 ! ! END! 349 250 250 ! X =  234.923,  85.505, 200 ! ! END! 350 260 250 ! X =  246.202,  43.412, 200 ! ! END! 351 270 250 ! X =  250.000, 0.000, 200 ! ! END! 352 280 250 ! X =  246.202, 43.412, 200 ! ! END! 353 290 250 ! X =  234.923, 85.505, 200 ! ! END! 354 300 250 ! X =  216.506, 125.000, 200 ! ! END! 355 310 250 ! X =  191.511, 160.697, 200 ! ! END! 356 320 250 ! X =  160.697, 191.511, 200 ! ! END! 357 330 250 ! X =  125.000, 216.506, 200 ! ! END! 358 340 250 ! X =  85.505, 234.923, 200 ! ! END! 359 350 250 ! X =  43.412, 246.202, 200 ! ! END! 360 360 250 ! X = 0.000, 250.000, 200 ! ! END!

! END! A 21 Table A 7 Example CALPOST input file for scenario # 2 for receptors at 200 km for 1990 INPUT GROUP: 0 ! MODDAT = C:\ DENVER\ CALPUFF\ 1990\ EGU_ W# 2. CON ! ! VISDAT = C:\ DENVER\ CALPUFF\ 1990\ EGU_ W# 2. VIS ! ! PSTLST = C:\ BART\ DENVER\ 1990\ EGU_ W# 2_ R200. D01 ! ! END!

INPUT GROUP: 1 ! METRUN = 1 ! ! ISYR = 1990 ! ! ASPEC = VISIB ! ! LG = F ! ! LD = T ! ! NDRECP = 252* 0, 36* 1 ! Select the 36 receptors for the 200 km ring ! END!

INPUT GROUP: 2 Visibility parameters ! LVSO4 = T ! Include modeled sulfate in extinction ? ! LVNO3 = T ! Include modeled nitrate in extinction ? ! LVOC = F ! Include modeled organic carbon in extinction ? ! LVPMC = F ! Include modeled coarse particulates in extinction ? ! LVPMF = T ! Include modeled fine particulates in extinction ? ! LVEC = F ! Include modeled elemental carbon in extinction ?

! LVBK = F ! Do not include background in extinction when ranking ! SPECPMC = PMC ! Species name for coarse particulates ! SPECPMF = PM25 ! Species name for fine particulates Extinction efficiencies ( m^ 2/ g) are assigned as follows:

! EEPMC = 0.6 ! Modeled coarse particulates ! EEPMF = 1.0 ! Modeled fine particulates ! EEPMCBK = 0.6 ! Background coarse particulates ! EESO4 = 3.0 ! Ammonium sulfate ! EENO3 = 3.0 ! Ammonium Nitrate ! EEOC = 4.0 ! Organic carbon ! EESOIL = 1.0 ! Soil dust ! EEEC = 10.0 ! Elemental carbom ( soot)

! MVISBK = 6 ! Method used to obtain background extinction 1 = Supply single light extinction and hygroscopic fraction IWAQM ( 1993) RH adjustment applied to hygroscopic background and modeled sulfate and nitrate.

2 = Compute extinction from speciated PM measurements ( A) ( A) Hourly f( rh) applied to observed and modeled sulfate and nitrate. F( rh) is cappped at RHNAX.

6 = Compute extinction from speciated PM measurements  FLAG RH adjustment factor applied to observed and modeled sulfate and nitrate. A 22 Table A 7 ( continued)

The following are used with MVISBK option 6 for the Western domain The background concentration values are from Table 2. B 2 in the FLAG report.

! RHFAC = 12* 2.0 ! Annual average relative humidity adjustment factor f( rh) for hygroscopic species ! BKSO4 = 12* 0.1 ! Background ammonium sulfate concentration ! BKNO3 = 12* 0.1 ! Background ammonium nitrate concentration ! BKPMC = 12* 3.0 ! Background coarse particulate concentration ! BKOC = 12* 0.5 ! Background organic carbon concentration ! BKSOIL = 12* 0.5 ! Background soil dust concentration ! BKEC = 12* 0.02 ! Background elemental carbon concentration ! BEXTRAY = 10.0 ! Extinction due to Rayleigh scattering ( 1/ Mm)

! END!

INPUT GROUP: 3 Output options ! LPLT = F ! Disable plot file output ! LGRD = F ! Disable ' GRID' format for plot files ! IPRTU = 3 ! Set concentration units to micro gm per cubic meter ! L1HR = F ! ! L3HR = F ! ! L24HR = T ! Enable output for 24 hour averages ! LRUNL = T ! Enable output for length of run averages ! LT50 = F ! Disable top 50 table ! LTOPN = T ! Enable " Top N" table ! NTOP = 2 ! ! ITOP = 1, 2 !

! LEXCD = T ! Enable exceedance tables ! THRESH24 = 0.1 ! Set exceedance threshold for 24 hour averages ! END! A 23 Table A 8 Example CALPOST input file for scenario # 1 for receptors at 200 km for 1990 INPUT GROUP: 0 ! MODDAT = C:\ WVA\ CALPUFF\ 1990\ EGU_ E# 1. CON ! ! VISDAT = C:\ WVA\ CALPUFF\ 1990\ EGU_ E# 1. VIS ! ! PSTLST = C:\ BART\ WVA\ 1990\ EGU_ E# 1_ R200. D01 ! ! END!

INPUT GROUP: 1 ! METRUN = 1 ! ! ISYR = 1990 ! ! ASPEC = VISIB ! ! LG = F ! ! LD = T ! ! NDRECP = 252* 0, 36* 1 ! Select the 36 receptors for the 200 km ring ! END!

INPUT GROUP: 2 Visibility parameters ! LVSO4 = T ! Include modeled sulfate in extinction ? ! LVNO3 = T ! Include modeled nitrate in extinction ? ! LVOC = F ! Include modeled organic carbon in extinction ? ! LVPMC = F ! Include modeled coarse particulates in extinction ? ! LVPMF = T ! Include modeled fine particulates in extinction ? ! LVEC = F ! Include modeled elemental carbon in extinction ?

! LVBK = F ! Do not include background in extinction when ranking ! SPECPMC = PMC ! Species name for coarse particulates ! SPECPMF = PM25 ! Species name for fine particulates Extinction efficiencies ( m^ 2/ g) are assigned as follows:

! EEPMC = 0.6 ! Modeled coarse particulates ! EEPMF = 1.0 ! Modeled fine particulates ! EEPMCBK = 0.6 ! Background coarse particulates ! EESO4 = 3.0 ! Ammonium sulfate ! EENO3 = 3.0 ! Ammonium Nitrate ! EEOC = 4.0 ! Organic carbon ! EESOIL = 1.0 ! Soil dust ! EEEC = 10.0 ! Elemental carbom ( soot)

! MVISBK = 6 ! Method used to obtain background extinction 1 = Supply single light extinction and hygroscopic fraction IWAQM ( 1993) RH adjustment applied to hygroscopic background and modeled sulfate and nitrate.

2 = Compute extinction from speciated PM measurements ( A) ( A) Hourly f( rh) applied to observed and modeled sulfate and nitrate. F( rh) is cappped at RHNAX.

6 = Compute extinction from speciated PM measurements  FLAG RH adjustment factor applied to observed and modeled sulfate and nitrate. Table A 8 ( continued)

The following are used with MVISBK option 6 for the Eastern domain The background concentration values are from Table 2. B 2 in the FLAG report.

! RHFAC = 12* 3.0 ! Annual average relative humidity adjustment factor f( rh) for hygroscopic species ! BKSO4 = 12* 0.2 ! Background ammonium sulfate concentration ! BKNO3 = 12* 0.1 ! Background ammonium nitrate concentration ! BKPMC = 12* 3.0 ! Background coarse particulate concentration ! BKOC = 12* 1.5 ! Background organic carbon concentration ! BKSOIL = 12* 0.5 ! Background soil dust concentration ! BKEC = 12* 0.02 ! Background elemental carbon concentration ! BEXTRAY = 10.0 ! Extinction due to Rayleigh scattering ( 1/ Mm)

! END!

INPUT GROUP: 3 Output options ! LPLT = F ! Disable plot file output ! LGRD = F ! Disable ' GRID' format for plot files ! IPRTU = 3 ! Set concentration units to micro gm per cubic meter ! L1HR = F ! ! L3HR = F ! ! L24HR = T ! Enable output for 24 hour averages ! LRUNL = T ! Enable output for length of run averages ! LT50 = F ! Disable top 50 table ! LTOPN = T ! Enable " Top N" table ! NTOP = 2 ! ! ITOP = 1, 2 !

! LEXCD = T ! Enable exceedance tables ! THRESH24 = 0.1 ! Set exceedance threshold for 24 hour averages ! END!


[Federal Register Volume 83, Number 50 (Wednesday, March 14, 2018)]
[Rules and Regulations]
[Pages 11144-11145]
[FR Doc No: 2018-05116]

-----------------------------------------------------------------------

DEPARTMENT OF HEALTH AND HUMAN SERVICES

Food and Drug Administration

21 CFR Part 872

[Docket No. FDA-2017-P-5124]

Medical Devices; Exemption From Premarket Notification; Class II
Devices; Over-the-Counter Denture Repair Kit

AGENCY: Food and Drug Administration, HHS.

ACTION: Final order.

-----------------------------------------------------------------------

SUMMARY: The Food and Drug Administration (FDA or Agency) is publishing
an order granting a petition requesting exemption from premarket
notification requirements for over-the-counter (OTC) denture repair
kits (Product Code EBO). These devices consist of material, such as a
resin monomer system of powder and liquid glues, which is intended to
be applied permanently to a denture to mend cracks or breaks. This
order exempts OTC denture repair kits, class II devices, from premarket
notification (510(k)). This exemption from 510(k) is immediately in
effect for OTC denture repair kits. FDA is publishing this order in
accordance with the section of the Federal Food, Drug, and Cosmetic Act
(FD&C Act) permitting the exemption of a device from the requirement to
submit a 510(k).

DATES: This order is effective March 14, 2018. The exemption was
applicable on January 31, 2018.

FOR FURTHER INFORMATION CONTACT: Rebecca Nipper, Center for Devices and
Radiological Health (CDRH), Food and Drug Administration, 10903 New
Hampshire Ave., Bldg. 66, Rm. 1540, Silver Spring, MD 20993-0002, 301-
796-6527.

SUPPLEMENTARY INFORMATION:

I. Statutory Background

    Section 510(k) of the FD&C Act (21 U.S.C. 360(k)) and its
implementing regulations in part 807 (21 CFR part 807) require persons
who propose to begin the introduction or delivery for introduction into
interstate commerce for commercial distribution of a device intended
for human use to submit a 510(k) to FDA. The device may not be marketed
until FDA finds it ``substantially equivalent'' within the meaning of
section 513(i) of the FD&C Act (21 U.S.C. 360c(i)) to a legally
marketed device that does not require premarket approval.
    On November 21, 1997, the President signed into law the Food and
Drug Administration Modernization Act of 1997 (Pub. L. 105-115),
section 206 of which added section 510(m) to the FD&C Act, as amended
on December 13, 2016, by the 21st Century Cures Act (Pub. L. 114-255).
Section 510(m)(1) of the FD&C Act, requires FDA to publish in the
Federal Register a list of each type of class II device that does not
require a report under section 510(k) of the FD&C Act to provide
reasonable assurance of safety and effectiveness. Section 510(m) of the
FD&C Act further provides that a 510(k) will no longer be required for
these devices upon the date of publication of the list in the Federal
Register.
    Section 510(m)(2) of the FD&C Act provides that FDA may exempt a
device from premarket notification requirements on its own initiative,
or upon petition of an interested person, if FDA determines that a
510(k) is not necessary to provide assurance of the safety and
effectiveness of the device. This section requires FDA to publish in
the Federal Register a notice of intent to exempt a device, or of the
petition, and to provide a 60-day comment period. Within 120 days after
the issuance of the notice, FDA shall publish an order in the Federal
Register setting forth the final determination regarding the exemption
of the device that was the subject of the notice. If FDA fails to
respond to a petition under this section within 180 days of receiving
it, the petition shall be deemed granted.

II. Criteria for Exemption

    There are a number of factors FDA may consider to determine whether
a 510(k) is necessary to provide reasonable assurance of the safety and
effectiveness of a class II device. These factors are discussed in the
guidance that the Agency issued on February 19, 1998, entitled
``Procedures for Class II Device Exemptions from Premarket
Notification, Guidance for Industry and CDRH Staff'' (Class II 510(k)
Exemption Guidance). That guidance can be obtained through the internet
at https://www.fda.gov/downloads/MedicalDevices/DeviceRegulationandGuidance/GuidanceDocuments/UCM080199.pdf or by
sending an email request to [email protected] to receive a copy
of the document. Please use the document number 159 to identify the
guidance you are requesting.

III. Petition

    On August 22, 2017, FDA received a petition requesting an exemption
from premarket notification for OTC denture repair kits. (See Docket
No. FDA-2017-P-5124.) These devices are currently classified under 21
CFR 872.3570, OTC denture repair kits.
    In the Federal Register of November 20, 2017 (82 FR 55105), FDA
published a notice announcing that this petition had been received and
provided opportunity for interested persons to submit comments on the
petition by January 19, 2018. FDA received no comments.
    FDA has assessed the need for 510(k) clearance for this type of
device against the criteria laid out in the Class II 510(k) Exemption
Guidance. Based on this review, FDA believes that premarket
notification is not necessary to provide a reasonable assurance of the
safety and effectiveness of the device, as long as the device complies
with existing special controls. FDA agrees that the risks posed by the
device and the characteristics of the device necessary for its safe and
effective performance are well established. FDA believes that changes
in the device that could affect safety and effectiveness will be
readily detectable by certain types of routine analysis and nonclinical
testing, such as those detailed in the existing special controls.
Therefore, after reviewing the petition, FDA has determined that
premarket notification is not necessary to provide a reasonable
assurance of safety and effectiveness of OTC denture repair kits. FDA
responded to the petition by letter dated January 31, 2018, to inform
the petitioner of this decision within the 180-day timeframe under
section 510(m)(2) of the FD&C Act.

IV. Limitations of Exemption

    This final order exempts from premarket notification an OTC denture
repair kit. This device will remain subject to the class II special
controls under 21 CFR 872.3570 and will be subject to the limitations
of exemption found in 21 CFR 872.9.

V. Analysis of Environmental Impact

    The Agency has determined under 21 CFR 25.30(h) that this action is
of a type that does not individually or cumulatively have a significant
effect on the human environment. Therefore, neither an environmental
assessment

nor an environmental impact statement is required.

VI. Paperwork Reduction Act of 1995

    This final order refers to previously approved collections of
information found in other FDA regulations and guidance. These
collections of information are subject to review by the Office of
Management and Budget (OMB) under the Paperwork Reduction Act of 1995
(44 U.S.C. 3501-3520). The collections of information in part 807,
subpart E, regarding premarket notification submissions, have been
approved under OMB control number 0910-0120.

List of Subjects in 21 CFR Part 872

    Medical devices.

    Therefore, under the Federal Food, Drug, and Cosmetic Act and under
authority delegated to the Commissioner of Food and Drugs, 21 CFR part
872 is amended as follows:

PART 872--DENTAL DEVICES

0
1. The authority citation for part 872 is revised to read as follows:

    Authority: 21 U.S.C. 351, 360, 360c, 360e, 360j, 360l, 371.

0
2. In Sec.  872.3570, revise paragraph (b) introductory text to read as
follows:

Sec.  872.3570  OTC denture repair kit.

* * * * *
    (b) Classification. Class II. The OTC denture repair kit is exempt
from premarket notification procedures in subpart E of part 807 of this
chapter, subject to Sec.  872.9. The special controls for this device
are FDA's:
* * * * *

    Dated: March 8, 2018.
Leslie Kux,
Associate Commissioner for Policy.
[FR Doc. 2018-05116 Filed 3-13-18; 8:45 am]
BILLING CODE 4164-01-P