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BR2C4.LST
From the archive CALPUFF.zip (folder CALPUFF/AMG_NewPlan/BIOR2/BR2C4), inside Part Response to Information Request (Odour Modelling) - MCU21/0110 - Email 1 of 2. File date in the archive: 2018-08-21 03:23.
elaborate
variation in source parameters, use LNEMARB.DAT and NLN2 > 0.
Sets of emission-rate scale factors are defined in Input Group 19, and
are referenced by the FACTORNAME. Provide NSLN1 lines that identify the
emission-rate scale factor table for each source-species combination that
uses the scaling option. Note that a scale-factor table can be used with
more than one source-species combination so a FACTORNAME can be repeated.
Source- Source Species Scale-factor table
Species Name b Name c Name d
No. (SRCNAM) (CSPEC) (FACTORNAME)
------ ------------ ------------ ---------------------
1 * SCALEFACTOR = 1, SO2, LINES * *END*
--------
a
Assignment for each source-specie is treated as a separate input subgroup
and therefore must end with an input group terminator.
b
Source name must match one of the SRCNAM names defined in Input Group 15b
c
Species name must match one of the CSPEC names of emitted species defined in Input Group 3
d
Scale-factor name must match one of the FACTORNAME names defined in Input Group 19
-------------------------------------------------------------------------------
INPUT GROUPS: 16a, 16b, 16c -- Volume source parameters
---------------------------
---------------
Subgroup (16a)
---------------
Number of volume sources with
parameters provided in 16b,c (NVL1) No default ! NVL1 = 0 !
Units used for volume source
emissions below in 16b (IVLU) Default: 1 ! IVLU = 1 !
1 = g/s
2 = kg/hr
3 = lb/hr
4 = tons/yr
5 = Odour Unit * m**3/s (vol. flux of odour compound)
6 = Odour Unit * m**3/min
7 = metric tons/yr
8 = Bq/s (Bq = becquerel = disintegrations/s)
9 = GBq/yr
Number of source-species
combinations with variable
emissions scaling factors
provided below in (16c) (NSVL1) Default: 0 ! NSVL1 = 0 !
Number of volume sources with
variable location and emission
parameters (NVL2) No default ! NVL2 = 0 !
(If NVL2 > 0, ALL parameter data for
these sources are read from the VOLEMARB.DAT file(s) )
!END!
---------------
Subgroup (16b)
---------------
a
VOLUME SOURCE: CONSTANT DATA
------------------------------
b
Source X Y Effect. Base Initial Initial Emission
No. Coordinate Coordinate Height Elevation Sigma y Sigma z Rates
(km) (km) (m) (m) (m) (m)
------ ---------- ---------- ------ ------ -------- -------- --------
--------
a
Data for each source are treated as a separate input subgroup
and therefore must end with an input group terminator.
b
An emission rate must be entered for every pollutant modeled.
Enter emission rate of zero for secondary pollutants that are
modeled, but not emitted. Units are specified by IVLU
(e.g. 1 for g/s).
---------------
Subgroup (16c)
---------------
a
VOLUME SOURCE: EMISSION-RATE SCALING FACTORS
--------------------------------------------
Use this subgroup to identify temporal variations in the emission
rates given in 16b. Factors assigned multiply the rates in 16b.
Skip sources here that have constant emissions. For more elaborate
variation in source parameters, use VOLEMARB.DAT and NVL2 > 0.
Sets of emission-rate scale factors are defined in Input Group 19, and
are referenced by the FACTORNAME. Provide NSVL1 lines that identify the
emission-rate scale factor table for each source-species combination that
uses the scaling option. Note that a scale-factor table can be used with
more than one source-species combination so a FACTORNAME can be repeated.
Source- Source Species Scale-factor table
Species Name b Name c Name d
No. (SRCNAM) (CSPEC) (FACTORNAME)
------ ------------ ------------ ---------------------
1 * SCALEFACTOR = 1, SO2, VOLS_SO2 * *END*
--------
a
Assignment for each source-specie is treated as a separate input subgroup
and therefore must end with an input group terminator.
b
Source name must match one of the SRCNAM names defined in Input Group 16b
c
Species name must match one of the CSPEC names of emitted species defined in Input Group 3
d
Scale-factor name must match one of the FACTORNAME names defined in Input Group 19
-------------------------------------------------------------------------------
INPUT GROUP: 17 -- FLARE source control parameters (variable emissions file)
---------------
Number of flare sources defined in FLEMARB.DAT file(s)
(NFL2) Default: 0 ! NFL2 = 0 !
(At least 1 FLEMARB.DAT file is needed if NFL2 > 0)
!END!
-------------------------------------------------------------------------------
INPUT GROUPS: 18a, 18b, 18c -- Road Emissions parameters
---------------------------
---------------
Subgroup (18a)
---------------
Emissions from roads are generated from individual line segments defined
by a sequence of coordinates provided for each road-link. Each link
is entered as a discrete source and is defined as a section of the road
for which emissions are uniform.
A long, winding isolated road might be characterized by a single link made
up of many coordinate triples (x,y,z) that describe its pathway. These
points should be sufficient to resolve curves, but need not have uniform
spacing. For example, a straight flat segment can be defined by 2 points,
regardless of the distance covered. Long line segments are automatically
divided further within the model into segments that are limited by the
grid-cell boundaries (no segment may extend across multiple cells).
One emission rate (g/m/s) for each species is used for the entire road.
Near a congested intersection, many short links may be required to resolve
the spatial and temporal distribution of emissions. Each is entered and
modeled as a discrete source.
Number of road-links with emission parameters
provided in Subgroup 18b (NRD1) No default ! NRD1 = 0 !
Number of road-links with arbitrarily time-varying
emission parameters (NRD2) No default ! NRD2 = 0 !
(If NRD2 > 0, ALL variable road data
are read from the file: RDEMARB.DAT)
Emissions from one or more of the roads presented in Subgroup 18b
may vary over time-based cycles or by meteorology. This variability
is modeled by applying an emission-rate scale factor specified for
particular road links and species in Subgroup 18c.
Number of road links and species combinations
with variable emission-rate scale-factors
(NSFRDS) Default: 0 ! NSFRDS = 0 !
!END!
---------------
Subgroup (18b)
---------------
a
DATA FOR ROADS WITH CONSTANT OR SCALED EMISSION PARAMETERS
-----------------------------------------------------------
b
Road Effect. Initial Initial Emission
No. Height Sigma z Sigma y Rates
(mAGL) (m) (m) (g/s/m)
------- ------ ------ -------- ---------
c
1 *SRCNAM = MAIN_ST_32 *
1 * X = 2.0, 3.0, 4.2, 0.1 * *END*
2 *SRCNAM = CENTRAL *
2 * X = 1.0, 1.5, 3.5, 0.03 * *END*
--------
a
Data for each of the NRD1 roads are treated as a separate input subgroup
and therefore must end with an input group terminator.
b
NSPEC Emission rates must be entered (one for every pollutant modeled).
Enter emission rate of zero for secondary pollutants.
c
Road-source names are entered without spaces, and may be 16 characters long.
---------------
Subgroup (18c)
---------------
a
EMISSION-RATE SCALING FACTORS
------------------------------
Use this subgroup to identify temporal variations in the emission
rates given in 18b. Factors assigned multiply the rates in 18b.
Skip sources here that have constant emissions. For more elaborate
variation in source parameters, use RDEMARB.DAT and NRD2 > 0.
Sets of emission-rate scale factors are defined in Input Group 19, and
are referenced by the FACTORNAME. Provide NSFRDS lines that identify the
emission-rate scale factor table for each source-species combination that
uses the scaling option. Note that a scale-factor table can be used with
more than one source-species combination so a FACTORNAME can be repeated.
Source- Source Species Scale-factor table
Species Name b Name c Name d
No. (SRCNAM) (CSPEC) (FACTORNAME)
------ ------------ ------------ ---------------------
1 * SCALEFACTOR = 1, PM2.5, MAJOR_HIGHWAY_004 * *END*
--------
a
Assignment for each source-specie is treated as a separate input subgroup
and therefore must end with an input group terminator.
b
Source name must match one of the SRCNAM names defined in Input Group 18b
c
Species name must match one of the CSPEC names of emitted species defined in Input Group 3
d
Scale-factor name must match one of the FACTORNAME names defined in Input Group 19
---------------
Subgroup (18d)
---------------
a
COORDINATES FOR EACH NAMED ROAD
-------------------------------
X Y Ground
Coordinate Coordinate Coordinate Elevation
No. (km) (km) (m)
---------- ---------- ---------- ---------
*SRCNAM = MAIN_ST_32 *
*NPTROAD = 8 *
*END*
1 * XYZ = 0.000, 0.500, 0.000 * *END*
2 * XYZ = 0.087, 0.492, 0.000 * *END*
3 * XYZ = 0.171, 0.470, 0.000 * *END*
4 * XYZ = 0.250, 0.433, 0.000 * *END*
5 * XYZ = 0.321, 0.383, 0.000 * *END*
6 * XYZ = 0.383, 0.321, 0.000 * *END*
7 * XYZ = 0.433, 0.250, 0.000 * *END*
8 * XYZ = 0.470, 0.171, 0.000 * *END*
*SRCNAM = CENTRAL *
*NPTROAD = 4 *
*END*
1 * XYZ = 1.000, -0.500, 0.000 * *END*
2 * XYZ = 1.021, -0.400, 0.000 * *END*
3 * XYZ = 1.370, 0.400, 0.000 * *END*
4 * XYZ = 1.750, 0.503, 0.000 * *END*
--------
a
Each line of coordinates is treated as a separate input subgroup
and therefore must end with an input group terminator.
-------------------------------------------------------------------------------
INPUT GROUPS: 19a, 19b -- Emission rate scale-factor tables
----------------------
Use this group to enter variation factors applied to emission rates for any
source-specie combinations that use this feature. The tables of emission-rate
scale factors are referenced by the name assigned to FACTORNAME. These names
do not need to include specific source or species names used in the simulation,
particularly if one factor table is used for many types of sources and species,
but should be descriptive. But if a factor table applies to just one source,
the reference name for it should generally contain that source-name.
FACTORNAME must NOT include spaces.
The FACTORTYPE for each table must be one of the following:
CONSTANT1 1 scaling factor
MONTH12 12 scaling factors: months 1-12
DAY7 7 scaling factors: days 1-7
[SUNDAY,MONDAY, ... FRIDAY,SATURDAY]
HOUR24 24 scaling factors: hours 1-24
HOUR24_DAY7 168 scaling factors: hours 1-24,
repeated 7 times: SUNDAY, MONDAY, ... SATURDAY
HOUR24_MONTH12 288 scaling factors: hours 1-24,
repeated 12 times: months 1-12
WSP6 6 scaling factors: wind speed classes 1-6
[speed classes (WSCAT) defined in Group 12]
WSP6_PGCLASS6 36 scaling factors: wind speed classes 1-6
repeated 6 times: PG classes A,B,C,D,E,F
[speed classes (WSCAT) defined in Group 12]
TEMPERATURE12 12 scaling factors: temperature classes 1-12
[temperature classes (TKCAT) defined in Group 12]
The number of tables defined may exceed the number of tables referenced in the
input groups for each source type above (for convenience), but tables for all
FACTORNAME names referenced must be present here.
---------------
Subgroup (19a)
---------------
Number of Emission Scale-Factor
tables (NSFTAB) Default: 0 ! NSFTAB = 0 !
!END!
---------------
Subgroup (19b)
---------------
a,b,c
Enter factors for NSFTAB Emission Scale-Factor tables
--------
a
Assignments for each table are treated as a separate input subgroup
and therefore must end with an input group terminator.
b
FACTORNAME must be no longer than 40 characters
c
Spaces are NOT allowed in any FACTORNAME or FACTORTYPE assignment,
and the names are NOT case-sensitive
-------------------------------------------------------------------------------
INPUT GROUPS: 20a, 20b, 20c -- Non-gridded (discrete) receptor information
---------------------------
---------------
Subgroup (20a)
---------------
Number of non-gridded receptors (NREC) No default ! NREC = 91 !
Group names can be used to assign receptor locations in
Subgroup 20c and thereby provide an identification that
can be referenced when postprocessing receptors. The
default assignment name X is used when NRGRP = 0.
Number of receptor group names (NRGRP) Default: 0 ! NRGRP = 0 !
!END!
---------------
Subgroup (20b)
---------------
Provide a name for each receptor group if NRGRP>0.
Enter NRGRP lines.
a,b
Group Name
----------
* RGRPNAM = Group_A * *END*
-------------
a
Each group name provided is treated as a separate input subgroup
and therefore must end with an input group terminator.
b
Receptor group names must not include blanks.
---------------
Subgroup (20c)
---------------
a
NON-GRIDDED (DISCRETE) RECEPTOR DATA
------------------------------------
c X Y Ground Height b
Receptor Group Coordinate Coordinate Elevation Above Ground
No. Name (km) (km) (m) (m)
-------- ----- ---------- ---------- --------- ------------
1 ! X = 508.709, 7078.104, 26.5, 0.0! !END!
2 ! X = 508.723, 7078.095, 27.0, 0.0! !END!
3 ! X = 508.742, 7078.101, 28.9, 0.0! !END!
4 ! X = 508.730, 7078.063, 26.1, 0.0! !END!
5 ! X = 508.690, 7078.158, 26.6, 0.0! !END!
6 ! X = 508.712, 7078.154, 30.2, 0.0! !END!
7 ! X = 508.734, 7078.151, 30.9, 0.0! !END!
8 ! X = 508.780, 7078.099, 32.0, 0.0! !END!
9 ! X = 508.773, 7078.097, 31.4, 0.0! !END!
10 ! X = 508.766, 7078.094, 30.8, 0.0! !END!
11 ! X = 508.763, 7078.088, 30.5, 0.0! !END!
12 ! X = 508.755, 7078.089, 29.7, 0.0! !END!
13 ! X = 508.749, 7078.090, 29.2, 0.0! !END!
14 ! X = 508.752, 7078.082, 29.3, 0.0! !END!
15 ! X = 508.755, 7078.075, 29.5, 0.0! !END!
16 ! X = 508.758, 7078.067, 29.6, 0.0! !END!
17 ! X = 508.760, 7078.058, 29.7, 0.0! !END!
18 ! X = 508.753, 7078.052, 28.7, 0.0! !END!
19 ! X = 508.749, 7078.044, 27.9, 0.0! !END!
20 ! X = 508.752, 7078.036, 28.3, 0.0! !END!
21 ! X = 508.744, 7078.032, 26.8, 0.0! !END!
22 ! X = 508.740, 7078.041, 26.6, 0.0! !END!
23 ! X = 508.732, 7078.045, 25.5, 0.0! !END!
24 ! X = 508.725, 7078.048, 24.7, 0.0! !END!
25 ! X = 508.719, 7078.052, 24.1, 0.0! !END!
26 ! X = 508.715, 7078.059, 24.1, 0.0! !END!
27 ! X = 508.711, 7078.071, 24.3, 0.0! !END!
28 ! X = 508.713, 7078.065, 24.2, 0.0! !END!
29 ! X = 508.780, 7078.099, 32.0, 3.0! !END!
30 ! X = 508.773, 7078.097, 31.4, 3.0! !END!
31 ! X = 508.766, 7078.094, 30.8, 3.0! !END!
32 ! X = 508.763, 7078.088, 30.5, 3.0! !END!
33 ! X = 508.755, 7078.089, 29.7, 3.0! !END!
34 ! X = 508.749, 7078.090, 29.2, 3.0! !END!
35 ! X = 508.752, 7078.082, 29.3, 3.0! !END!
36 ! X = 508.755, 7078.075, 29.5, 3.0! !END!
37 ! X = 508.758, 7078.067, 29.6, 3.0! !END!
38 ! X = 508.760, 7078.058, 29.7, 3.0! !END!
39 ! X = 508.753, 7078.052, 28.7, 3.0! !END!
40 ! X = 508.749, 7078.044, 27.9, 3.0! !END!
41 ! X = 508.752, 7078.036, 28.3, 3.0! !END!
42 ! X = 508.744, 7078.032, 26.8, 3.0! !END!
43 ! X = 508.740, 7078.041, 26.6, 3.0! !END!
44 ! X = 508.732, 7078.045, 25.5, 3.0! !END!
45 ! X = 508.725, 7078.048, 24.7, 3.0! !END!
46 ! X = 508.719, 7078.052, 24.1, 3.0! !END!
47 ! X = 508.715, 7078.059, 24.1, 3.0! !END!
48 ! X = 508.711, 7078.071, 24.3, 3.0! !END!
49 ! X = 508.713, 7078.065, 24.2, 3.0! !END!
50 ! X = 508.780, 7078.099, 32.0, 6.0! !END!
51 ! X = 508.773, 7078.097, 31.4, 6.0! !END!
52 ! X = 508.766, 7078.094, 30.8, 6.0! !END!
53 ! X = 508.763, 7078.088, 30.5, 6.0! !END!
54 ! X = 508.755, 7078.089, 29.7, 6.0! !END!
55 ! X = 508.749, 7078.090, 29.2, 6.0! !END!
56 ! X = 508.752, 7078.082, 29.3, 6.0! !END!
57 ! X = 508.755, 7078.075, 29.5, 6.0! !END!
58 ! X = 508.758, 7078.067, 29.6, 6.0! !END!
59 ! X = 508.760, 7078.058, 29.7, 6.0! !END!
60 ! X = 508.753, 7078.052, 28.7, 6.0! !END!
61 ! X = 508.749, 7078.044, 27.9, 6.0! !END!
62 ! X = 508.752, 7078.036, 28.3, 6.0! !END!
63 ! X = 508.744, 7078.032, 26.8, 6.0! !END!
64 ! X = 508.740, 7078.041, 26.6, 6.0! !END!
65 ! X = 508.732, 7078.045, 25.5, 6.0! !END!
66 ! X = 508.725, 7078.048, 24.7, 6.0! !END!
67 ! X = 508.719, 7078.052, 24.1, 6.0! !END!
68 ! X = 508.715, 7078.059, 24.1, 6.0! !END!
69 ! X = 508.711, 7078.071, 24.3, 6.0! !END!
70 ! X = 508.713, 7078.065, 24.2, 6.0! !END!
71 ! X = 508.780, 7078.099, 32.0, 9.0! !END!
72 ! X = 508.773, 7078.097, 31.4, 9.0! !END!
73 ! X = 508.766, 7078.094, 30.8, 9.0! !END!
74 ! X = 508.763, 7078.088, 30.5, 9.0! See the original
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