02 Appendix A - Air Quality (1999)Appendices
A. Air Quality Appendix
B. Noise Appendix
Appendix A
AIR QUALITY
Air Quality Glossary
Air Basin -- An area with common and distinctive geographical features.
Air Monitoring -- Sampling and measuring pollutants present in the atmosphere.
Ambient Air -- Outside air.
AQMP -- The Air Quality Management Plan.
ARB -- The California Air Resources Board.
Attainment -- Legal recognition that an area meets standards for a particulate pollutant.
AVR -- Average Vehicle Ridership
AVR Requirement -- Achieving an average vehicle ridership during peak commute
hours of 1.5 persons/vehicle by 1999.
BACT -- Best Available Control Technology.
CAA -- The Federal Clean Air Act.
CCAA -- The California Clean Air Act.
CEQA -- The California Environmental Quality Act.
CMP -- The Congestion Management Program.
CO - Carbon monoxide is a colorless, odorless, toxic gas formed by incomplete combus-
tion of fossil fuels.
Contingency Measures -- Actions which will be implemented in the event of a failure
to attain or to meet interim milestones.
Criteria Air Contaminants -- Criteria air contaminants are pollutants for which air
quality standards currently exist (i.e. ozone, nitrogen dioxide (NO2), sulfur dioxide (SO2),
carbon monoxide (CO), fine suspended particulates (PM 10), lead and sulfate).
CVAG -- The Coachella Valley Association of Governments.
EIR -- Environmental Impact Report.
Emission Inventory -- Listing by source of pollutants emitted into a community's
atmosphere (typically given in amounts per day or per year).
EPA -- The Environmental Protection Agency. Federal agency with responsibility for
ambient air quality.
Episode Criteria -- California has adopted health advisory levels called episode criteria
for ozone, carbon monoxide, sulfur dioxide, and ozone in combination with sulfates.
Episode criteria represent short-term exposures at concentrations which actually threaten
public health.
A-1
FIP -- The Federal Implementation Plan.
GP -- General Plan.
Health Advisory -- Issued when ozone levels are projected to reach 15 parts per
hundred million to warn athletes to avoid strenuous outdoor activities.
HOV -- High Occupancy Vehicle.
Hydrocarbons -- Any compound containing carbon and hydrogen in various
combinations found in solvents and fuels.
Inversion -- A layer of warm air in the atmosphere that lies over a layer of cooler air,
trapping pollutants in the mixing layer beneath it.
ug/m3 -- Microgram (1/1,000,000 of a gram) per cubic meter of air.
NAAQS -- National Ambient Air Quality Standards.
NO -- Nitric oxide is a colorless, odorless gas.
NO2 -- Nitrogen dioxide is a reddish -brown gas formed by the combination of nitric oxide
with oxygen.
Nonattainment Area -- An area that does not meet state or national standards for a given
pollutant.
NOx -- Oxides of nitrogen. Gases formed primarily from atmospheric nitrogen and
oxygen when combustion takes place (particularly under conditions of high temperature).
Oxides of nitrogen are primary receptors of ultraviolet light initiating the photochemical
reactions that produce smog.
03 -- Ozone is a pungent, colorless toxic gas which is produced by the photochemical
process. Ozone is formed through chemical reactions of VOCs, oxides of nitrogen and
oxygen in the presence of sunlight.
Offset -- An emission reduction that compensates for an emission increase.
Ozone Precursors -- Chemicals such as hydrocarbons VOCs and oxides of nitrogen,
which contribute to the formation of ozone.
Particulate Matter -- Particulate matter consists of particles in the atmosphere as a by-
product of fuel combustion, through abrasion such as tire wear, and through soil erosion
by the wind. Particulates can also be formed through photochemical reactions in the
atmosphere.
Photochemical -- Requiring the presence of sunlight for a chemical reaction.
A-2
Photochemical Oxidant -- Photochemical oxidant (03) can include several different
pollutants, but consists primarily of ozone (90%) and a group of chemicals called organic
peroxynitrates. Photochemical oxidant is created by complex atmospheric reactions
involving oxides of nitrogen and volatile organic compounds, in the presence of ultraviolet
energy from sunlight.
PM -- Total suspended particulate matter.
PM2.5 -- Suspended particulate matter with a mean aerodynamic diameter of less than 2.5
micrometers.
PMio -- Suspended particulate matter with a mean aerodynamic diameter of less than 10
micrometers.
PMio SIP -- The PM10 State Implementation Plan.
PPM -- Parts per million parts of air.
Primary Pollutants -- Primary pollutants are those emitted directly from a source and
include: carbon monoxide (CO), nitric oxide (NO), sulfur dioxide (SO2), particulates, and
various hydrocarbons and other volatile organic compounds (VOC).
RACM -- Reasonably Available Control Measures.
RACT -- Reasonably Available Control Technology.
Rate -of -Progress -- Reducing pollutants contributing to nonattainment by five percent
per year or all feasible control measures and an expeditious adoption schedule.
Reasonable Further Progress -- An incremental reduction in emissions of relevant air
pollutants that is needed to ensure attainment of the national ambient air quality standards or
NAAQS by the applicable date.
Risk Assessment -- Evaluation of expected health impacts on a specific population.
ROG -- Reactive Organic Gases. Gases composed of hydrocarbons that contribute to the
formation of photochemical oxidant.
SCAB -- The South Coast Air Basin.
SCAG -- The Southern California Association of Governments.
SCAQMD -- The South Coast Air Quality Management District.
Secondary Pollutants -- Secondary pollutants are created with the passage of time in
the air mass and include: photochemical oxidants (90% of which are ozone),
photochemical aerosols, peroxyacetylnitrate (PAN), and nitrogen dioxide (NO2).
Sensitive Land Use -- Sensitive land uses are land uses associated with indoor and/or
outdoor human activities that may be subject to stress and/or significant impact as a result
of air pollutant exposure. They include residential (single-family and multi -family
dwellings, mobile home parks, dormitories and similar uses); transient lodging (including
hotels, motels and similar uses); hospitals, nursing homes, convalescent hospitals and
other facilities for long-term medical care; and public or private educational facilities.
A-3
SIP -- State Implementation Plan. A document that shows the steps planned to meet
federal air quality standards (outlined in the Clean Air Act). Each nonattainment area
prepares an air quality improvement plan. These plans are combined to make the statewide
SIP.
SO2 -- Sulfur dioxide results from the combustion of high sulfur content fuels.
SOV -- Single Occupant Vehicle. A vehicle with one occupant (the driver).
SOx -- Sulfates result from a reaction of sulfur dioxide and oxygen in the presence of
sunlight.
SRA -- Source Receptor Area. The Coachella Valley is in Source Receptor Area 30.
SSAB -- The Salton Sea Air Basin.
Stage I Alert -- Called when ozone concentrations are projected to reach 20 parts per
hundred million. A Stage I Alert indicates that the general public should avoid strenuous
outdoor activities because of unhealthful air quality.
Stage II Alert -- Called when ozone concentrations are projected to reach 35 parts per
hundred million. A Stage H Alert indicates that everyone should remain indoors because of
very unhealthful air quality.
TCM -- Transportation Control Measures.
TDM -- Transportation Demand Management.
VMT -- Vehicle Miles Traveled (usually daily).
VOC -- Hydrocarbon and other Volatile Organic Compounds are formed from combustion
of fuels and the evaporation of organic solvents. Many hydrocarbon compounds are major
air pollutants, and those classified as aromatics are highly photochemically reactive with
NOx, forming photochemical smog.
VT -- Vehicle Trips.
A-4
S
g
a
c
c
(a o
E
°
' 0
�
w
c
E2°
c
o
E y
E
a
°
E
0
� Q
aC.
o O
CL
> .0
cn
O)
C y
(A (D
� EO
c
U
Z GO
C3 U
d
S Q
E
C
c
�
m
0) >
ctl
-IF
N
c5s
L
C y 4
O)
c
(D
r
M
m EN
°
a
Lt
o
E CL
E
U
LL
m
a
E
Ea
a
M
a
E a� a'
�E°
N
T
0. as
�n
o
IoO
==0
LO m
N
0
rn CO
0
0
o LO
In ca T
T°
o,
E a
c
CA
; E N
�'
>
>
;ro
n
g
> m
C
C L
7 L
N
10 H
r
�L
m
(CON
C EN
A
cz
E
E
OLS r
a
E E
m- "�E
E
m (D co
$ ~
a a
o
a
a0.
E
a
as
as
E a)
�m
g=
c
=
a.
�to0
cz
�
na.a
o
o
IC
in m
> E
O
m CO
o
0 0
LO
In CO r
r CT
a� a
L co
NL°
_
CA
co 03 a C
E
> E N m
-°a
v
C�
E
rn°
C 7
v> °
C
pcts
L
° E
N
y
•0 M
(D n
a to
a 05
o
c E co
a
o
> O
-o
(D
E-
nE
E-
co -6
=
o
E
� E O
(D
(°�
NE
c cLO$
O 0
() O
O
O .L
>L
:3 co
O)
O)
`
N_
y
�
E U
� (`O
U
(
�"
�
zcn
(NO
CD L)
7
DLL
CA
cn2
_C)
N
co
(O
m
o, E
00 A
E
Q
O
N Cn
$
m E Z5CM
A
E Lin CE- O
w
C
CL
N 0 co_� rl nc U
v
m
E
T A,, (n
o
C
C `
v Y ti . k6L an(D
0i
rn
n"
O�
II
A
II
A
N L c�Ina -E ED,(n
w
m
A n
6
°' o�
O
4) o>
v>
>
m
�
>
m
"" 0r E=N
� � �n�•�QB II��
C
m
>
tO
tO
�
c
t
7° = � Q` A
O
co
L �
�i
n e,
Li
L
'
L
L
C L
C
O
t
N
Ems :° +nso4)cAPn
m y
r
L`
L
'
r
N T
C 4
4
M
T
0520
7 'Zed Ea`�i
E
T
E
E E
(O N
N
"-
E
a
C'> Au—
aD of
a
a
E E
a
a s
as
E E
E
E
a
a
v mHcia"y >�
'�? r—rmu
a
a
s
��
a
o
�w
��hyu��CLu
O
C
O
ai N
N
C
ON
c
�LON
O
O
mc-
C m
m_a
r E E
1°
O
,6aJ [7 N f•` A G1
mTmsnQ
X
0 ME �
O
X
N
O
O
O
��q�y��r'oi°'�
aII pq
O
O
°
0
p
:�2
C
O
dc?a,�7.a
� =7 EE W
a
c
an d
rn
d
L
mi3Oa'r -=�i
rn armmmaiw0 � as O
°
Q
c
$
a'- m
m
w
-°
°mdm
T
r
N
(O
"
7
7 (O m
7
ca
T
C
y (O CC W W W W m UJ LU A
O
Uz
c/)
U) (L
to
2
>
>a .
O
L
U
a� Q
U
O O U
Q
W a U)
O
U fA
w O
f0
C
C
O
m U
E
��
��
y N
y
U
"O C
f0
N
U co
CO
U
a ai
y
X
a
N
O y w
U V
7 O O
y 'L$
CL W
c�
d� o, >
ro
c� � � �.c t o � E y
L � w
C1 r 00 r N , N N � � 5 ,>
U
V1 a E aE o mE a) -0 `o ��
a a as oo � �5 c,g m
0 v 0o ri � r- -cb It 4
It 6
� � O>1 C
N � L t -IF L N� �` � fo
O N N O� U
m .m. EE •- � o�� �
LL (n d as O � (D 'r_ . Co
O O - 7 C L y 7
� N M � � U O > Q�
r 0 N N C
O
� > C> > C co
m f>0 O � y O C O w
C O «• y
`° a�co�
�� N C
N i r N � N C'O 0—..7
� O � N 'C N C
U)
� an o E ,❑ �yE
c- oc- I o � c��°LO
co
CD
cli
D'ro
LC) O O � � O L C� U
M
p� C N _ C
(6 fo coN f0 y j E y N O
� L L L L L ` fC y r 7 y
� .= r(V � rN crow � °ay��
Y
E E E E E o ayi«d �� cam°
N a nn as na. � � c c � chi
a pp � y 0 0 U ry+ (D
U')
LOC) OHO O� N (CO coN V `'OY �-
o No o 2 E co acn GcA:�w
� A
w � > co � N CO � C N
.� � O « O N p 7
-r7- � U U C
L r4 L 0 0� ,O .
N N 3 C C
col � E E E a� E
p � as as aaa c °)�c�m
Q Cf)
� M r 0 U C Q w U d
N C
j D1 � > CO
ca
> f0 O 'y � C
co � f0 � i m .a y O
O r L N N N 3 fCtl _y ��� C Il �
� � r r o N m- � C �^'O O V a N �
in o. aE as � s y � cors c yY.S
o as oo � io�'ao� ��.> yac
0
p � N O � N U .O O n 'w c60 N G
c
� N
r O C 0 O _O — E � N y 4)
� C O ❑ 7 0 O N L
� O � C ❑ ❑ U V
a Q CO p 75 )
� `
� �
7
y
O
O
d �
�
Cn
C
O
U
Z
U
co
� g
O
L
U
a� Q
U
O O U
Q
W a U)
O
U fA
w O
f0
C
C
O
m U
E
��
��
y N
y
U
"O C
f0
N
U co
CO
U
a ai
y
X
a
N
O y w
U V
7 O O
y 'L$
CL W
c�
d� o, >
ro
c� � � �.c t o � E y
L � w
C1 r 00 r N , N N � � 5 ,>
U
V1 a E aE o mE a) -0 `o ��
a a as oo � �5 c,g m
0 v 0o ri � r- -cb It 4
It 6
� � O>1 C
N � L t -IF L N� �` � fo
O N N O� U
m .m. EE •- � o�� �
LL (n d as O � (D 'r_ . Co
O O - 7 C L y 7
� N M � � U O > Q�
r 0 N N C
O
� > C> > C co
m f>0 O � y O C O w
C O «• y
`° a�co�
�� N C
N i r N � N C'O 0—..7
� O � N 'C N C
U)
� an o E ,❑ �yE
c- oc- I o � c��°LO
co
CD
cli
D'ro
LC) O O � � O L C� U
M
p� C N _ C
(6 fo coN f0 y j E y N O
� L L L L L ` fC y r 7 y
� .= r(V � rN crow � °ay��
Y
E E E E E o ayi«d �� cam°
N a nn as na. � � c c � chi
a pp � y 0 0 U ry+ (D
U')
LOC) OHO O� N (CO coN V `'OY �-
o No o 2 E co acn GcA:�w
� A
w � > co � N CO � C N
.� � O « O N p 7
-r7- � U U C
L r4 L 0 0� ,O .
N N 3 C C
col � E E E a� E
p � as as aaa c °)�c�m
Q Cf)
� M r 0 U C Q w U d
N C
j D1 � > CO
ca
> f0 O 'y � C
co � f0 � i m .a y O
O r L N N N 3 fCtl _y ��� C Il �
� � r r o N m- � C �^'O O V a N �
in o. aE as � s y � cors c yY.S
o as oo � io�'ao� ��.> yac
0
p � N O � N U .O O n 'w c60 N G
c
� N
r O C 0 O _O — E � N y 4)
� C O ❑ 7 0 O N L
� O � C ❑ ❑ U V
a Q CO p 75 )
CARB Air Quality Data for the Coachella Valley
Pollutant
1995
1996
1997
Max Value %Exceeded
Carbon Monoxide
Maximum 8 -Hour Conc. (ppm)
1.5
1.6
3.0
3.0 -
Days 8 -Hour Conc. >9.0 ppm (Federal)
0
0
0
- 0
Days 8 -Hour Conc. >9.0 ppm (State)
0
0
0
- 0
Maximum 1 -Hour Conc. (ppm)
3
3
3
3 -
Days 1 -Hour Conc. >20 ppm (State)
0
0
0
- 0
Days of Data
360
354
353
- -
Ozone
Maximum 1 -Hour Conc. (ppm)
0.16
0.16
0.16
0.16 -
Days 1 -Hour Conc. >0.12 ppm (Federal)
9
12
4
- 2
Days 1 -Hour Conc. >0.09 ppm (State)
49
60
45
15
Days of Data
361
366
329
- -
Nitrogen Dioxide
AAM Conc. (ppm) (Federal)
0.0223
0.0210
0.0310
0.0310 -
% >0.0534 ppm (Federal)
0
0
0
- 0
Maximum 1 -Hour Conc. (ppm)
0.09
0.08
0.07
0.09 -
Days 1 -Hour Conc. >0.25 ppm (State)
0
0
0
- 0
Days of Data
365
363
310
- -
Sulfur Dioxide
Maximum 1 -Hour Conc. (ppm)
NM
NM
NM
NM -
Days 1 -Hour Conc. A.14 ppm (Federal)
NM
NM
NM
NM
Days 1 -Hour Conc. >0.25 ppm (State)
NM
NM
NM
NM
Maximum 24 -Hour Conc. (ppm)
NM
NM
NM
NM -
Days 24 -Hour Conc. >0.05 ppm (State)
NM
NM
hllvl
- NM
Days of Data
NM
NM
NM
- -
Suspended Particulate Matter (PM10)
Maximum 24 -Hour Conc. (ug/m3)
199
130
182
199 -
24 -Hour Samples >150 ug/m3 (Federal)
1
0
2
- 2
24 -Hour Samples >50 ug/m3 (State)
27
29
25
- 46
AAM Conc. (ug/m3) (Federal)
52.0
50.8
53.4
53.4 -
Conc. >50 ug/m3 (Federal)
Yes
Yes
Yes
-
AGM Conc. (ug/m3) (State)
47.2
46.1
46.4
47.2
Conc. >30 ug/m3 (State)
Yes
Yes
Yes
-
Number of Samples
61
58
56
-
Particulate Sulfate (SO4)
Maximum 24 -Hour Conc. (ug/m3)
NM
NM
5.9
5.9 -
% Samples 24 -Hour Conc. >25.0 ug/m3
NM
NM
0
- 0.0
Particulate Nitrate (NO3)
Maximum 24 -Hour Conc. (ug/m3)
NM
NM
13.2
13.20 -
AGM Conc. (ug/m3)
NM
NM
2.16
2.16 -
AAM Conc. (ug/m3)
NM
NM
2.78
2.78
1. NM=Not Monitored.
2. Data for the Coachella Valley is the higher value measured at Palms Springs and Indio.
c
a
c
O a
Z U is
UU W In
O
rn
N o
M
11 11
7 'O 'O O O
d d 61 O O
O O
V �A
Y
d a a
00
L U U
as
X
o 00 o
p„roorci°M°
a
urr y cm
C�
C7 C
0 C
W
f/1 ,O
in
° :2
:
>
C
y
U��0000>
.N
F-�W`�
FW..,
FWC
FoWC
cn ;
�oo�L
a M w
M k/1
E
W
° :2
:
>
C
y
U��0000>
.N
�
cn ;
�UNaMOG�
a� V A e
F °FFF"
s Q
=
o
0 0
-R.U
Co o
N
y
°
s '
c
•o
�.
c
F-
A W
o o
>
>
Y3�
Clo
x
0
V
w
3z��
n
n
E
V
Q
A A
>>
a
U
>>
a
o '
s
000000
O O 00
3
N
N
�
W
G
W
W
Y d d o o
--
33� 6
3
E o
o
;
� v A n
33�
U
F F
F
z =aa
°dd
z00
=
_
'^
L T N
00
O
¢ C
01
oo
,I�
a
z
w
a
x
a
a
W
t4
0d
d
_
rq
to
C O
E E 0
M
0
C
E
E
O
z O
C
E
O
E o
V1
o
C
E
C CO
C
Oq
O
C
OG
C
_C
a M w
M k/1
E
W
° :2
:
>
C
y
R N
.N
�
�UNaMOG�
C Z c Q
s Q
=
o
0 0
-R.U
Co o
N
y
•o
�.
c
F-
A W
o o
>
>
Clo
x
00 n
,,I: r
h n cn
oo 00
M
v; N
O C
M -
M M
M N
r.i o0
x r
C
to
'E N
5
o
z
.Q
U i
G
7
t0
L I
w
a
a M w
M k/1
E
W
F"'
0
0O
y
In
.N
rn In
W
080
N
z
�.
o o
>
>
x
0
'ono vV1i
o a M
0 0
n o0
v1
00 �O
• 0 0
N N
� �--r� --6
M 10
00+.
O �
O
M
W
F"'
0
0O
In
rn In
�
V
N
n
n
E
V
Q
A A
>>
a
U
>>
a
V
0=
a
O= a
O=
a
U=
a
MO � M � �
V'� to
� �
•--. V1
Q N
E
w
•o •o•voo
�'
a a v o 0
A
..
N
Cn Cn VJ V n
E
� y
.�`..
y cTO
M C�
Q 7 7
R I
0
O, 00
W)
O O
w V V
M
c
'E
a�
W
00
p
En
O O
=
S
V Z F
... A �
-'T
cd M
t+ F
N 00
C
U
t+
—
2
M—
5 doo
cn
nLL
E-�3FV FF"
W
W
w
LL
E Cj�
W
W
w
�xn
v
O
O
vi
V
O
S
S
S
O C C O h N
d
'� O 7
:° O
O
m
co
•\a h
7o �o
00 N
F-
E
U E
U
E
U E
L32
W
W
W
ssao c
U
LLw
w
w
d Q c o
L
o°
a .a
p
A
.a o
•a
N n
o
33 6
3
E o o
cn to
�
c,
N
�=
N
ri —
0��
:2�-
v
V n
0 3 3E.F•
..
v
U
v
F
Z C Q a
z
fn
H
w
y N�
in
V'1 N
eq
V'
O O
S
t
T 00
N
L
x
T
¢
M
L
x
T O� O�
L T o
xW)
m
L
K
T M O
t T
O� N
00 O_
W
DLz
O
.Q
0n Z
.D o0 �
bn
w in
ek N
Ol,
`D
W ,D
C
C
O
C
C
C
C
7
a
LTJ
7
a
won
W)
7
a
LL
w
a
Won
7
a
Woo
7
a
LL
W
on
°� v
•E
o
•E 4
oo
en
— M
•E
a
•E
o
a M
•E
on a�
•E
O �c
c
o
M
c
O
c
o 7
c h
•G
o
c
M �c
c
— h
C
en O
O
C
Z
bG
O
C
C
O C
bq
N
C OG
hC
C
O V
b-0
C
C bn
O O
C
cC
r-
(71
M
M
M
V't
M V1
M
V1
4 C
00
�F, 00
M
00
00
cF, w
00
•y
•N
O
N�
LLd e°�
I�t�Noc<.,bc�
E
w
E
lA
N
h
Vl
H N
O10
w
V)
Vl
N VJ
C
N Vl V} Vl
wl
VJ VJ
Vl V)
•� U
•y
10
0
4,
v
n
v
n
v n
v
n
v
W
F F
F
F
F F
F F F F
F- F-
FF F-
�°.
` T
?
>
>
>
>
>>
>
>
Q d
?
3 > `C 4
S�
> >
Q d
x
U
O
C�
OC
C
•o � •v o 0
v a a o 0
0 0
V A
� U U
v
A O O
00
w
�a
uzszLF-
�rn a
N N
N N
M
00
i \.oM
N00
rl
aMA
M M
M N
� 'Ono
000. N
rn
00o
o O
O M
`I o 0
N N
DD
M
0
y°orn
�'vo
p• yror
yrs
O�� O
_
� O
•E O
C •E � N
FW:•
E O
FWC
•� �
FWC
v
E°„WC
cn
�rn a
N N
N N
M
00
i \.oM
N00
rl
aMA
M M
M N
� 'Ono
000. N
rn
00o
o O
O M
`I o 0
N N
DD
M
O�
v1
N
U v doo>
h
r
OO
O
v
cn
? O
�p
/��
O O
v W
C A
>>
Q a
C >>
Q d
n` V.0.
A c
°FFF"
p
pp
pp pp
b0
�
O
x
Fes•
A
�
a.r
>
>
¢ d
v
`O o >>
3zss
O
w
_
p
O O O O
rn
1n O
goo 00
N
3
O N
�00
co
F-
E
U I
W
C
cz
u
&. Y d d o o
O
3 3 6 0
goo" \oo"
V A
�
o
L
>.
ON 't
-
L
T
V
L
T 00 r-
OG
4
7
X
V1 O
N
X
W
C
C
b4
O
=
b0
C
LL
[w
W
r-
CWtI
ri
d
_
_
to _
C
O M
O O
G¢
O
z
G
O V'1
O O
C
C
b4
C
D4
O
G
bA
G-
c
rA.0.
F
000 rn
�"
000 M
E.. 000 m
E
D)
V1 N
N
N
0 mej
y
>
—
>
—
>
C r
y
L 1r
O
mue4cGmpG�
—
W
.+ d v cc
e F
W
co
•O
C Z 7p d a Q
p
O
O
pp
o
O O
O O
a
V n
V n
o.
> >
> >
^'
> >
F
O
a
a
U
�rn a
N N
N N
M
00
i \.oM
N00
rl
aMA
M M
M N
� 'Ono
000. N
rn
00o
o O
O M
`I o 0
N N
DD
M
O�
v1
N
h
r
OO
O
v
O O
? O
�p
/��
O O
v W
C A
>>
Q a
C >>
Q d
oc
p
pp
pp pp
b0
�
z
A
�
a.r
>
>
¢ d
v
O
O�
o �
U �
:Y tn
A
w
V1
M
N
�0-�
0M0 M
vi N
O =
OO
O
v
O O
? O
�p
/��
O O
v W
C A
>>
Q a
C >>
Q d
oc
�,
'o •v•voo
u a u o 0
aaaoo
yV A
y
o�
` U U
E
�°Ocr'oo
v -
C�
U >
0
00
—
a
y
N
V1
N
o
o Ego
o EdoEom
L
C
w
O
w
U w V)
�n .
y
d L V A O
o `
O n
O
S
O r" M �
i M
M
cry
'o •v•voo
u a u o 0
aaaoo
yV A
y
o�
` U U
E
�°Ocr'oo
v -
C�
U >
b M
00
—
a
y
N
V1
N
C
= E
I
L
C
w
O
w
�n .
y
d L V A O
o `
S
W
i M
M
cry
O
=
N
OD
p
O O
O
U I
I
n V
C
Z
V
LL.
LL
C
0 V1
N
`o o >>
0
U
N
O
a
R1
L
o �
—
c ,
w
N
LL.
i
w.
r-
O
C
G
C
O
Y
cda
7
N
o
o '
S
O O V1 O N
0
T
72
O�
V1
c
o00
S
E
3
��
I ;
W
W
W
F
E
c,e
_
'av
U
W
C
;�;
o
c
o
"
W
Y A Q o o
S
o
o
cz
v
oot
C,3R
n::2C-;�
33�A
0 N
En
Qq
N
o
c F F
S
E
f-
I
U
z gaa
W
W
Z
W
O
O
'ate
y
L
x
T
00
m
O
L
X
T
M
¢
D\
N
t
x
T
V1
�c
t
X
m
w
b9'
r
r
W?
Z—
W_
W
C
c
b4
O
C
O4
C
cNn
vOi,
�
`per.
rr,.
1 00
pr
M
•--
m
V
bA
r
O
^
—
LL
a�
W
d
w
w
C
O
m
E'
¢
O
c
_
I
C'
W
O
O
Z
W
O't
O
O
c
Oq
c
04
O
c
b4
C
—
N
V)�
C'4
—
f
�
C
o
m �°
U
F-
or
m
F-
ro
y
.•.
Cj
C11
O
X
mV7
r
O
W
—
O 7
•
h
>
C
p
w
w
I
U N m K
M
04
m
�c
c
—
r
L
c
o4
O
'
V1
N M
r
O
V1
N M
n
V7
M
N
O1
�
v
n
O\
v
n
v
n
E
e
aj
S
ppO
y
COD
O
O
C O
C
K
O
O O
In
F
O
a
96
U
00 C' 'y •fl a
O .E � � p •� � N
0
b M
00
—
a
y
N
V1
N
C
= E
I
L
C
w
O
w
o `
S
W
i M
M
cry
pQ
N
OD
p
O O
O
U I
I
n V
C
Z
V
LL.
LL
C
0 V1
N
0
U
N
O
a
R1
L
o �
—
c ,
a
N
LL.
i
w.
r-
O
C
G
C
r
M rn
7
V1
N
—
C
O
W
pQ
OD
O
O O
O
++
n V
n
Z
V
LL
T
7
E
w
LL
a
E
N
Vl
v
O
Y
cda
7
N
o
0
c
N_
S
E
W
W
W
c,e
_
'av
V)
;�;
o
c
o
"
S
v
oot
C,3R
n::2C-;�
0 N
En
Qq
N
o
NI
S
E
I
W
W
W
'ate
�vri
O�
A
p o
o
A
m
o
0
0
ca
cNn
vOi,
�
`per.
rr,.
1 00
pr
M
•--
m
V
bA
r
O
^
—
U
E
I
W
W
—
N
V)�
C'4
—
f
�
b4
"
o
U
N
Om0
y
.•.
Cj
C11
O
X
mV7
r
O
W
—
w
w
I
M
04
m
�c
c
—
r
L
c
o4
O
'
V1
N M
O
V1
N M
n
V7
M
N
O1
�
n
V1
M
N
O\
S
ppO
y
COD
O
O
C O
C
O
O
O O
In
>
>
¢ ¢
>
>
¢ ¢
C
oG
Short -Term Construction Equipment Emissions Worksheet
Project Name: Coral Mountain SPA #1
Equipment Category
Number of
Vehicles
Pollutant Emission Rate (Pounds/Hour)
CO ROC NOx SOx
Particulates
Fork Lift - 175 Hp
2
0.520
0.170
1.540
0.000
0.093
Trucks: Off -Highway
0
1.800
0.190
4.170
0.450
0.260
Tracked Loader
0
0.201
0.095
0.830
0.076
0.059
Tracked Tractor
2
0.350
0.120
1.260
0.140
0.112
Scraper
10
1.250
0.270
3.840
0.460
0.410
Wheeled Dozer
0
0.000
0.000
0.000
0.350
0.165
Wheeled Loader
1
0.572
0.230
1.900
0.182
0.170
Wheeled Tractor
1
3.580
0.180
1.270
0.090
0.140
Roller
0
0.300
0.065
0.870
0.067
0.050
Motor Grader
1
0.151
0.039
0.713
0.086
0.061
Miscellaneous
2
0.675
0.150
1.700
0.143
0.140
Total No. of Equipment
19
89.52
18.13
230.78
24.86
23.23
** Note: Assumes that 50% of the equipment is operating on a "worst-case" day.
Peak Quarter
Construction Usage
Daily Op.
(Hr/Day)
Pollutant Emission Forecast (Pounds/Day)
CO ROC NOx SOx
Particulates
Fork Lift - 175 Hp
9
9.36
3.06
27.72
0.00
1.67
Trucks: Off -Highway
0
0.00
0.00
0.00
0.00
0.00
Tracked Loader
0
0.00
0.00
0.00
0.00
0.00
Tracked Tractor
9
6.30
2.16
22.68
2.52
2.02
Scraper
9
112.50
24.30
345.60
41.40
36.90
Wheeled Dozer
0
0.00
0.00
0.00
0.00
0.00
Wheeled Loader
9
5.15
2.07
17.10
1.64
1.53
Wheeled Tractor
9
32.22
1.62
11.43
0.81
1.26
Roller
0
0.00
0.00
0.00
0.00
0.00
Motor Grader
9
1.36
0.35
6.42
0.77
0.55
Miscellaneous
9
12.15
2.70
30.60
2.57
2.52
Worst -Case Day**
50%
89.52
18.13
230.78
24.86
23.23
** Note: Assumes that 50% of the equipment is operating on a "worst-case" day.
Peak Quarter
Construction Usage
Days of
Operation
Total Construction Period Emission Forecast (Tons)
CO ROC NOx SOx Particulates
Fork Lift - 175 Hp
65
0.30
0.10
0.90
0.00
0.05
Trucks: Off -Highway
0
0.00
0.00
0.00
0.00
0.00
Tracked Loader
0
0.00
0.00
0.00
0.00
0.00
Tracked Tractor
65
0.20
0.07
0.74
0.08
0.07
Scraper
65
3.66
0.79
11.23
1.35
1.20
Wheeled Dozer
0
0.00
0.00
0.00
0.00
0.00
Wheeled Loader
65
0.17
0.07
0.56
0.05
0.05
Wheeled Tractor
65
1.05
0.05
0.37
0.03
0.04
Roller
0
0.00
0.00
0.00
0.00
0.00
Motor Grader
65
0.04
0.01
0.21
0.03
0.02
Miscellaneous
65
0.39
0.09
0.99
0.08
0.08
Construction Exhaust (Tons)
5.81
1.18
15.00
1.62
1.51
11-1
0
�,
w,*.a�
..
�aen
CA
O
o0
IRV
M
GC
6e
6
06
w o
za
C
O
L
A C +1
i6i a�
u
cv
� � a
A
�
a
cz
a
6
LW
M
WO
A
L
w+ CC
D
W � �
aLn
0
H
C)
Co
O A
N
Co U
�I O O
�
za
0
F�
A C
oar41
a
�
aj
^O
u L
00
ISI
A
�
bA
PC
a
a
='
L7
M
o,
Q
b[1
a.
a
Q
N
L
9
T
c
N O
— Vl V•)
•o^o•000
u u u o 0
0 0
V A
c 33
� U U
a
P
o 00 o 0
00 =
w
e�
u OL
U � a O O >
r
a ` V A o
Y �z
`o o > >
3ze
00 00
C
m C 0
0
-� �•�g
a �or,,
yb�
rA��,
w
F
I` "R IIR
M
,In
0 10 M
O N
O O
n
M M
M N
c�i o0
U I
u
W
n :i
c
0
U
y
7
fO
L
K ;
W .
c
a
o W o O E
00
y
o
o,
ho 0
+I 0
O N
v1
` o
N N
j 7
C 7
A E
W
�>�f0m
0 0
o y
S E
W
o v, 0 00 v,0 0
00 �' 00 �'
>
.y
v V AV y �Q A
> > ¢ ¢ > >
0
S "
t
w
w
L
3 3 6 L.
O
2
3
E
o o
(n
�33V A
L
F
y
E
U
o .
w
G
I` "R IIR
M
,In
0 10 M
O N
O O
n
M M
M N
c�i o0
U I
u
W
n :i
c
0
U
y
7
fO
L
K ;
W .
c
a
o W o O E
00
y
o
o,
ho 0
+I 0
O N
v1
` o
N N
j 7
C 7
A E
W
�>�f0m
0 0
o y
S E
W
o v, 0 00 v,0 0
00 �' 00 �'
>
.y
v V AV y �Q A
> > ¢ ¢ > >
3 3 6 L.
3
E
o o
(n
�33V A
A=
o .
c F F
z =aa
U
o
z
O
,
S
bA
DO
X
tTd
\bQ
Q O
K
cC
bfI
C
N
C
O
C
C
twr.]
W
�
W
W -
C
Noll
O M
c
Q
d
_
C
c
b0
O O
C
to
Z O
C
OG
O O
c
c
F
O W
E
00
00
00
•
u
C
O
q)
y
SUN cnOCLn
E 6) w a
L
y
y
�z�• g��e
o
~ V •� V e
C/1
V A
AS
•y
A
c
V A
> >
W
9
> >
> >
F
O
14
J
a
U
I` "R IIR
M
,In
0 10 M
O N
O O
n
M M
M N
c�i o0
U I
u
W
n :i
c
0
U
y
7
fO
L
K ;
W .
c
a
o W o O E
00
y
o
o,
ho 0
+I 0
O N
v1
` o
N N
j 7
C 7
A E
W
�>�f0m
0 0
o y
S E
W
o v, 0 00 v,0 0
00 �' 00 �'
>
.y
v V AV y �Q A
> > ¢ ¢ > >
b�
DD
c33V A
� F F
_ _ o
D o '' C°
o
FWD FWC F°, W" oFEWD °°�NE�o oEms��S
EE
O d d
7
F
7
2 �
N
7
u
V A
7
LL
O
CO
W
O
CO
tt
U N 'n Vii
x ca
>>
O
Q
l�
S
Q
T
x �
W
[�
N
W
Z
04
v1
M
,
�
O
�
F
H
w
C bq
U I
O
C b4
0
0
C
I••+ 'A U
a
W
LL
a
LL
�
'^
a
UJ
V
o_ rn
� i
FCa
p
c
O
C
E
c
d
Q
c
F-
meq
O
O
O d d
7
F
7
N
7
A
V A
7
6�1
O
CO
O
CO
U N 'n Vii
x ca
>>
X c7
Q
l�
X cC
Q
x �
W
[�
N
W
Z
04
v1
M
,
GZ� o6dQ
C b4
S
0
C bq
g
O
C b4
0
0
C
I••+ 'A U
a
W
z
a
LL
�
'^
a
UJ
V
F-
a
W
FCa
p
c
O
C
E
c
d
Q
c
?
meq
O
O
�bU
¢S
Z
>
O
O
O
C
LL
C
O
C bC
U
C
Y G
�
o
V
G
co
O v
i?
F
o
rn
F•
o
a
f-
o
�
F
w
p O
oo
g
O
0
g
00
++ O to tU
>
W
>
>
�'
RR d
kn o o
F
00
V
A
V A
•^
6�1
O
O
M
U N 'n Vii
'�
>>
E
>> Q
Q
w
C
W
04
W
GZ� o6dQ
co.
S
0
c
g
S
o
0
0
c
I••+ 'A U
z
•in
�
v,
V
F-
e
FCa
p
p
E
>
d
Q
G
?
>
>
a
>
>
>
>
O
LL
C
U
` � o
b Vull1 N
: � O
0
kn o o
F
00
V
A
V A
v�
H �
r r
O
M
G
>>
E
>> Q
Q
W
C
W
04
W
do
0
o
S
w
N
vl
z
�
n
�
�.
F
F-
FLS
FCa
p
p
>
>
d
Q
^e
S �
O
V
A
V A
v�
A
G W
7
M
G
>>
E
>> Q
Q
W
C
LL
04
W
C6
E
N
vl
v
p
C
oc
S �
W
LL
Y G
�
o
V
co
O v
S
O
o
O
N
D
p O
N
d
O
N
O �+
S E
W
W
p o
o
o
o
O
I O
N
rE 'p
O
b
O
U E
I
W
u_
W
U
p
o
v,
t >
o
v,
I
T
W L
w
G
M
C Gi
a
u_
W
M
to
O
C
O
O
a
0
0\ O o
E
o
ON 0 0
oo
tn
o0
>
V
A
V A
v�
A
>>
d d
>> Q
Q
C
04
9
Q
V
U
W 3
..�
00
It
It
M
M
C�
=
N O
N
O O
O
r 000
It
N
�O
6
O
C14
�
FO"
W
cz
n
00
r-
ItT —
O
O
N
�O
a,
a\
CN
v,
en
2
06
w06
kn N
.�
U
E
tr�
E
L5
�c
0
0
000v
p
U
l-
O
C
0
0
o�n0
cC 0
w
tnV'�tn
Z
OocW)C-4
�
L
N
M O
N
U
N
V1
N
y
N
C,
W
O
CC
O
p
U
y ^
OO
to
O
to
�
w w
to
kn
V,)
Wn
C,
ON
v-,
a
N
N
m
rn
0 0
to
m
..�'
r:+
00
O O
Q
O 00
CC
0
a
o
0
0
GC O
0
0.1 U
m
o0i
N
V1
(V
M
fV
fJ
N
G
m U
W
V
LD
0
C7
Vj
u y.
W 3
tn CN
00 to
7
�c It p C C pp
�(71N4 C; C4
O
F
�
It
N
�O
6
>
n
00
r-
ItT —
O
O
N
�O
en
2
L5
�c
000v
C°
l-
O
C
0
0
cC 0
w
Z
OocW)C-4
�
C7
N
U
N
V1
N
y
N
C,
O
O
p
U
y ^
OO
to
O
to
O
v1
to
kn
V,)
Wn
C,
ON
v-,
a
N
N
m
to
m
--
o
0
0
GC O
0
C\
m
o0i
N
V1
(V
M
fV
fJ
N
m U
LD
��wwwu.w
C
p
p
v)
cn
v)
v)
vn
o
O
�0j
poo
y
to
Ci
0
0
0
0
0
N-
O
00
O
6
OO
C�
a
�
O
N
U
.`
O
y
p
EU
�
W
U
E
J
//
M
-
CC
O
�
o
00 O� N
x
U
O
N
O
00
M
Q
Ltr
h
N
a
00
U
-
C
O
p
�
a
to
�U
r3
o
U
N
0000
C� x
C' U
U
�¢
W
T
b
C
U
m
U �
">
C/1
o
O
O
� a
cz
bq U
N o
Cq
CC
0
za
w
0
N
CTIN.2
U
\-c
' E
— N
N
O O
W 3
00
r-
O
N
A
cp
N
�^
N
y
W
M
000tn
00
w
a�
tntn0W)
N
T
00
00
N
`p 00
wen
0 en
,r)
�
�O ON
�U
(V torA
O
fV
N
ur O
rl)o
0
0 0
G7
C
p p
U
v�
�
O
00
—
O
N
O
p
U
�
C)
to
O
v)
a�
kr)
kr)
tr)
tr)
y
U
�
E
o
c
o
cl,
cn
C�
ay
v1
N
M
N
� U
�
G7
7
r..i
N
O
0
0
�o00o
C
a
U
U
GC
�l
R=
W
o
U
cn
C7
M
-
CC
O
�
o
00 O� N
x
U
O
O
�
N
M
O
Ltr
a
00
U
-
C
O
p
�
a
�
�U
o
U
� U
�
C' U
U
�¢
W
T
b
C
U
m
U �
">
C/1
o
O
O
� a
cz
bq U
N o
Cq
CC
0
za
w
Q
W 3
N M 00 —
cq C N S
V'1 N M 00
I IC
o \.o -= vi
00 0 � N
M
y
00 O� N
N
11O
r-
O
O\ M
O
M
O
Ltr
N
00
C14
O�
�U
N
m
N—
O
O
O
O,
0 Mu
O
F"
N o
Cq
0
0
w
�
N
CTIN.2
U
\-c
' E
— N
N
O O
p U
�^
000tn
a�
tntn0W)
W
(V torA
O
fV
N
U
Nt �c
G7
C
p p
U
v�
�
O
�
N
a
y
U
�
E
C
FIA
h�
u
w
►�
O� ool \D lO
- r- N ON
rn 00
M 'It —
N O [�
N
O
M
U
N
N N to r- It
N ID
N [- w O% C�
w [-
�+
O O C O
N
ON
N
N et
OC kn pqpq pQpQ
N N
H
Lti
o 00 C M •`—'
U
—
•corn
� m
M O
O
p
U
e+,0
ooSkn
a
N N �
3I
W)W�
w
go$N
a
N V') O N
�O O
�
O
� O
p
kr ri o
D
a
M
O+
i.
W
H
z
P
.52 _Z5ooW-�lN
oW��
r•� Om
�
KO
16
o0
E
W
v 9 0 o
W
u a a o o
cn•a��
a
.�
c
N
Qa,°
O
�
W
0 N
oo
to
O
O
00
y O
O v
v s:R F"
m m
A t
V_ m�
o
C C O O >
U
cc
oc �O
`a,
? oo M
�?
04
CZN
6r y O O
[n
M v�
E
O
o�-
6 �v n
6
U_
W
r�
`o o> �
0 0
3z�s
W
�
a N M
_
a h 7
_
�•' C.
0
S
v
0
S
V
0
S
'J 7 O O
10 h M
N
—
t+
A O
7 �p
`C
N M
'G 7 4
=
n
M
O�
C,
O, O 7 M N
b0
f/1
pq N
C
DO � —
V] bv11
O
O,
v o0ON
M
��•,
vi 7 �O
v; N
vi —
vi
U
E N
U
W
U W
es ..w
m
w
Y�AAoO
"-otaoo
O o,
—
c
;a
—
N
^
h
33
En
a,
N-
0 0�A
0 3 3
U
F F
F
U
U
O
M
ON N
oc
L
_
T h 7
L
T
a
L
T N
O�
L
_ON
T 0,
C
L
T M O
L T
cz
oo
oc
x
Iz1
o p
'n N 7
x
W�
m
h
h
x
W
m„
'O 7 o
x
w
h oo
x
W
'd o a
Op
x
W
M
oo
h
C
OD h N
v
C
OG 'Z
...
h
C
�A O� O
C
W O�
N
C
N V1
C
LL
__
_
LL
kr)Ln
7
w_
=
_
on
vi O
to
O
U�_
M
to
CN O
o0
7 M
C
O M
C
Q
O
C
0 7
E
C
•E
h O
E
C
M \C
C
E
o
[�
c
o c
E
E Z
c
o o
ri h
-
o 7
c
0
C
7
Oq
v
C
7
W.
W
...
O
C
7
bL
....
C
7
bG
v
C
7
04
....
C bL
7
C
v�
vl
F ,
o
7
F o,
m
M
7 m
F' o` M
7 m M
F. o� vi
h
oo
7 V'1
a
M h
w)_
oo
E..
7
rn
m
M h
kn o0
�
^,
Rio
•�_
ani v �
m
O
.�
CL( pG en 0.' ao
W
W
Vi V1
�
Vi
fA
H V1
d
N Vi (A
Vi
C
y y
y N
h
N
V1 Vf
so
8
O
piO
p
O
8� 8�
S� 8�
O
8�
O
0
0
O
O
O O
C
O O
O
0
0
O
O
O
`R
O
o
v n
v
n
v
v n v
v
v n
v
v n
r
o ee F
o
F F
E
F-
F
E
W
F- F
F- F F-
F-
h
a,
� �
°
o
� � A
A
A A
W
g
C A
> >
>
>
o
..
> >
> > a
a
e
> >
a a
U
>
>
a a
c
O°
a,
e°
a
c
�.=
�o
=�
W�
W
Z
Fo-
E°.
:J O v]
TV'1
A
�C O OC
N C14 C14 OR
N O
C
:2
W'
N �D
7
E
W
w
c a ao o
�
c
•�
� N
v1v1v V A
v
A
Qlit, °'
N
Y
O O
O
Men
00
O O
O
v
00
E
w
L � M a Cl
W
cN 'D 00
.fl 00—
t%
0 0
as
�c
� a
00
R
o CN
C C O O 7
U a
m
9 o� 00
7
m
Ln
en
w O O
�.aoO
,
N
O
r)
en
en
r4
W
W
g>>
Z S
6wx]
.a 00 O
y
iT
.t
'p \c
N
O�
bG
N M
O O
O
x
V
O
z v
O
x
v
�� :zo
V'; M
a
r
m V� 09
r
V'1
N
1
r
crd
0 0
O
N
3
��
�=
o�o0
'D
a
'd
N 00
N
�;
O 00
.� � a
v,
.E —
M
vi
.E
N
—
M
00
U
U
U
W
w
w
w
CL
_
[Wrl
o c o o
33
3
E o
o
rn
-`• vi
t&� N
`
�-
ri
v1
— —
o g
v
o 33 V n
U
U
U
F F
F
Z z Q Q
�=C
y=E
N=C
Cl N
�
W
00 00
S
L
a
T O
00
r
L
T
ONO
�c
L
T �o
M
L
OC
T�
t T
�
�
L
T
00
N
W
cC
'J M
r
O
o.
X¢
W
9
Z
00
O+
X
W
cd
.Q
D\
00
K
W
tC
.Q T O,
K
W v'1
O
K
W
Cl'
b0
a
c
W. cn
7
c
amu., O
c b0 r
c
W
�C m
LL
_
_
O
_
_
LL
LL
_
bfl
v1
00
bD
O
00
—
M
bq
r N
b0 M
—
b0
vi vi
c
O
N
c
E¢
g
E
C
o
OG
o
E
C
Z
bG
O
E
C
o
OQ
o
E
C
bG —
C b0
C
bU
C
Y•'
—
F o
o
F o
o
F o
c
F' o o
o 00
oo
—
F o
r
o
O 00
a00
E"
r
o
o 00
0 00
c
g
a
g a
o
v_
o�
v(0
r
i s
o�
r o
g
t c�
t o
61
6�
> —
7
> —
m
7
> —
ON
0
C°
> — O�
7
�c M
N
C> —
°
ON
C
�c M
N
>
— ON
MIt
\O M
N
00
y
C,
y
oc >_ >_`r
UNdCMWM
�
W
Vl
H
h Vi
Vi Vi
N VJ
(a
�+ ei Li�i Y� F"n
GLl
Vi
L
Vl
L
V;
L
N
L
Vl
L
H
L
,fl
Vi VJ
L
V) Vl
L L
�,
y
L
L L
.D LL
Lp L8
ice. z �"� O QHS+ Q
ey
O
O
C
O
O
O
O
O
•O
Q
�••' `•'
g$
p
C
p
CID
,
CSD
y
O
�O
O
O O
O O
O O
1%1
V
�o
n
�E
V
�O
n
�O,
V
/�
�"
V n
V /�
,,, V
/�
V A
3
>>
>>
>>
>>
QQ
s+ >>¢
Q
U
>>¢¢
F
10
°
.4
4
v
O
oG
J
IC
G
i
z �
� � x
L
O vi
O o0
N a N M —
In 7n
M Z; O
M Li v1 7 Oro N
06 OO
N
aa—
O N
o
o
_
�
� •vyi � �
dr y �
y � M
� •� � �
� .= � OC
M
O
_O
�O
=33V A
w
FW=tn
aa—
O N
w
o
O
�
00
N
z "
IO
2
O C Y 6 O O
3
O
C
�O
=33V A
w
c F F
z =aa
.y
N
C\
K
W
O
�
N
N
w
_
L LL
A
w
00
C
N
W)
O
Co
N
b0
C
ppm
C
c
E
or,
O
O
C
c
r
a
O
O
x
�
O O
F-
E
`^
U
Mrn
O
a ° 0
>
—
.E
FFFF
c
FFFF
6,
Ix C4 en
y
z
>>
Q
X000
>>
Q
Q
w Y
W
1.
�
.n
�+z O Q d
0-0ryre�
v
. Oy
o F
o
kn
FC-
W
Q d
d
?
Q 00
L
>
CF
L
>
F
O
N
Zo0
w
�
F- M o
N O
>I_
— r
r —
r —
N 00
J 000 O
r
IO �
� M N
lli In
1 7 N
O O
VI) C,
�o o�
� o a
r N
a`
� � o
a 'fl 00 O
� bA r v1
w
w
M
O N
w
o
O
N
00
N
z "
IO
2
N
O
C
�O
w
w
.y
W
O
�
T
�
L LL
A
6'
�
AA
ppm
O
ppm
ppm
p
N
r
O
O
O
O
O
O O
F-
E
`^
U
M
.E
FFFF
c
FFFF
>>
Q
X000
>>
Q
Q
C
v
U
kn
>
>
Q 00
K
c
N,
N
Zo0
w
N
=
M
W
0
ou
c
�
N
�
C
Q
C
O
NM1
'
Z c
c
c
C
�
o
o:
o:
F- M o
N O
>I_
— r
r —
r —
N 00
J 000 O
r
IO �
� M N
lli In
1 7 N
O O
VI) C,
�o o�
� o a
r N
a`
� � o
a 'fl 00 O
� bA r v1
w
w
M
O N
w
M
O
N
00
N
O M
IO
2
N
O
M
�O
.y
W
�
�
L LL
6'
AA
ppm
O
ppm
ppm
p
O
O O
O
O
O
O
O O
M
.E
FFFF
�
FFFF
>>
Q
Q
>>
Q
Q
C
F- IM O N 00
N O M �
Sd.o8�8�
v v
I
c
•O'C •O O O
d a d O O
naaaoo
CA Cn�� A
W aL
d�
OM
O 7 •O
y
U U
V
a
6 00 M 0 0
w r� r M 00
00 — O
N
w 00
LC c�
U aCi aCioo>
Q
L. c
6 3
o e > >
3ze
M D Or OM
O
0
'y
Q" •y
U •y
z •y•tn
v
M
c
vIS N
tu
W�00FW�000
M D Or OM
O
M C
C`4 %C Oro (V
00
�
c
tu
7 l`
i h
r-
V M
— N
x
I
Li
LL
E- E
C
M
C
Lr
A A
0
x
3
WM
3
=33V A
N
O
Z L:pA
U E
W
W
L 0
L
C
V1
k7
f
r
o
W
'fl
Z�
W
00
7
v
M
7
o�
a
r
�
�
00
00
L
W
It
W
U ON
00
E
o
c
C
E=
C
04
c
Oq'
C
C t
C
LLQ
W
IY
g
CG
i
•E
D
C t
7
>
C\
\O
>
C`
c
i
F h
C
M
00
e
c
.�
W
aUNcn�cn
W
to O 4
�za• o�=d
o
0
0
8
S
o
.y
6i >� r. O
`o
V
n
>
>
¢
A
•o
•k
6 a F
F
F
F
FOw
W
C
F
O
a
a
�
O
c
L`
00
�
c
rn
i h
r-
00
x
I
Li
LL
W
C
M
C
A
0
x
C
WM
N
N
O
c
U E
W
W
L 0
L
C
V1
C\
LO)
0 c/'1
N
O t
`
O
U
o�
a
r
�
�
00
00
L
I �c
It
X Z
W
U ON
00
L
W
W
°r
g
c
i
•E
D
C t
7
LY
7
rO
M
00
e
W
oSg
O
z
>
>
¢
¢
•o
•k
O
C -
` O
7 `
0 V
E
LL
LL
W
CA
C
c -
� b
Q`
S
A Z
C
O u
x �E
k
k.
W
Y �
O �
� o
O
x
1 D\ r R
06 r
U N 00 b
1 Li
W
L r ccz
ao o � ti
o`
x
? o O
I r M \
D N
i N V'1 O u
O •-
U E
� k
W
W
N Ln t,c
0 O `
O
U
00 v') ti
M o c
1 C,4 K c
0 p C C
� N
W
W
cn � c E
O C
A C C
7 �
F
7 D M DD i
g
.y
> > Q Q U
�i
V
� O C
)oo
N r
N—
o �
o c
qx �o \�
F F F F
> > A A
Cm
O
°
o
e
en
O
e a, eq
a,
.O
O �
O
fV
O
O M
p
O
"R
FW�NFW�ev
u w
o OO
v'
N 7 N M -•
V1 v�
C—
oO
It
7
E
W
v o 0 o
u u d o o
LL
W
C
a
N
V] Cn Vi V A
'Cla
Q A. L. .tet
A
4 w
.0.
�
h —
6i
W
LL
py h a V M N
id
•-
r iD
N M
00
'fl h
O
�
00
O O
++ —
O
CE
S
c
�
T
DO — G
'm
t�
t+
r
L+
kn 10
U d Y O 08 >
y
V%
W
N —
7 O
Oa0 °
«R+
6. V n o
O
z
vi N 7
O
_
vi CYN h
O
=
vi
00 —
F,3°FFF"
E
W
E
W
E
W
o
_
00
= N N
=
N M
°�
O
O
v
O
v
S
S
S
'M o°
O° °=
r
�°
Mi CO M h a
M lO oho N
^3
7 N
O
yp
a N
_
'fl M a
cd
•G
v1 v1
a
s
O
W) 00
N
V 1.0
r,n
O
M 7
E�
FcN
U
EO
U
Ems—
U
W—
W N
W
W
¢QOo
a=
O
oo
_
o
a c
aM
N
r-cn
N
00 N-
—
o 33 V^
U
U
U
FF
=co
F
z
O Q¢
z
7
7
M
7
7
a [�
M
Vl N
L
T h
c7
L
T
O
t%
_
00
L
T o �/1
L
T
00 r
X
W
a
N a
ou
w
ort z
w
70 00
h
W
7 M O
W
M 7
W
a M
a a
—
on
°
on o
an 00 r
a
W
Lr)
W
—
kr)
CC
N a
N
CL'
�
to
_� V100
Oq
p
Gp
M
OO
r N
tw
M —
to
V) V")
•E
E o o
=
E¢
o
c
o
C
oq
C
Z
by
O
c
C
o
oG
E
C
oO
E
c
04
E
C
OO
o 0
V'1
'In,M
V1 V1
V7
1/�
V"1
V1
nV"l
M M
n V')
M M
VI M
M
p y y
G'
y
> 00 M
O W)
> O
O
M
^I
> 00
M
-1
vi
O
> 00 M
V1
N—
00 .•.
N>
0
DD M
O v1
00 -•-�
M C'4
O ^ 00
—
L O
O
O
R O (13,N)
•=
W
aUco-taM
�
W
(d
Vi Vi
Vi
fA
Vi
fA
oo
d
h h
fA Vi
G
Vi fA
h Vi
N VI Vl
Vi
� a
r" z
p�
pp
ppm
O6.
~ A
•m
�
O O
C
•y
O
O
•�
y
O
O
C
O O
O O
•y
u au .�
Cn
`D `D
�D
�p
�O
�D
O
�D �O
�O �O
,'�
�D �O
�O �O
�O �D �D
�D
o.Q
o
i�AA
d
i�AA
W
i�AA
> >
>
>
-�
>
>
.0
> >
¢ ¢
o
> >
¢ ¢
U
> > ¢
¢
F
k
a
a
O
a
U
O
C/1
0
w
O
b
C
CZ
s.,
C3
O
CZ
O
i.r
E
O
W
C
N en 00 N 00
tn 147 -4 RT
IV
Ln h VI O �O
Rn et Q M `.O
N t- 00 00 �
?
'� n .•r t`
cM rf Ce eh r`
ON N �c M
N et eh e+i
t- 00 t- 0\ O
Oc � M C Cn
en O 00 N l
N
M
N 00 O: t` tn
00 0
F
V� M
a r -+ eq N
.� M N M
N to .-w en M
N (4 IV e t -
r+ -4�
N
N
N R
elf
wy.
t- O\ t- ON vy
a, t- kn to v)
v) O M
00 � N —
%C CT �O �t Ln
t:
Io to 00
— 00 WO
00 O N It 00
O �O V 00
•h
�o O O� — eV
\G t- O, I'll 00
�o ON O
ON � c7 00
1-11 v1 M et
=
OO O\ \O N It
O\ O M t- M
Wn N 00 — —
t 'o 01 00
�O 'n \O N N
F
"T 00 —
00 �lc N N
— 00
N
C A
M M �o �O [�
00 r O N
— ON \-o It kn
.1- CT tl- O N
M \D N00 O\
,� O R
O — N t- O
M N w M q
— M wItt
r O\ O� �q r
n Wn M o0 N
Ga
-,t O t- o\ N
qt t- O t- \O
t- w �o M O
�O N — t- \O
C\ — � I -C CT
Cy
00 O\ M — qt
00 O — �c M
M N O\ O —
M It kn 00 00
N h 00 O ^
t- —
00 O ^
\%o N ^ N
tK
^ N
V�
u C
r
00 It 00 M 00
1n O 00 M
M CT N O r-
r- N t-
00 M �o N
— V'1 t- Wn
O
00 N
M t- tri V'1
u
O
N O t` (V
n O NO O M-
C�� N
V'1
•W5
N— 00�
N et
O
O N
O V1 N
y LTrSe
W
pO
O O O O O
�000
S �So
oSgo
SSg
w L
o 0000
0 0 0 0 0
oS
0 0 0 0 0
0 0 0 0 0
0 0 0 0 0
0 0 0 0 0
S
t- N �o O N
^ p �t
N kn S
U► .�
O O \D O O
M ^ �, O
N M Q\ O O
T to CT O O
M ^ �o O
^
O O to O O
0 0 ON O O
— O— O O
— 0 00 0 0
N O O
—
zw�
^
yO
f3.
M O y cV
O v'1 O— O
O M O y N
O V O— O
M a� N
g M 0 y C14
C pp
M O y N
CC
O
U
U" G4
N O cl 0
O— pp O
N O cV 7E 0
N O N-0 0
N No O
N o N S
W
p
O S o =0
p0 0— pp O
O S S pp0
0 0^ pp O
0 0 0 pp0
S p
O S pO
pp SS p
0 0p— �O
Z
O O O y 0
O O O y 0
O O O y 0
Opo
O O O
O
O O J z 0
C O O z 0
O O C7 z O
0 0 0 z 0
O O O z 0
C
¢
o
O O O Q
O O O p
O O O Q
O O O Q
O O O p
U>Z
Z
U>Zvna
U>Zvh
U>Zv�a
a
.� 7.
O
en
00
47
rq
CT
N
u00
en
W)
w
CQVui
t�
S
�
�
M
ONO
N
224 o0 t-
O4 O M
\O
p 00
O�
�c 00
O
Z V U
N
N �
N
N N
V
4
N
y
OW
y
N
•L
•L
•LU.
•LU+
:Q .V
O .V
Vi .V
.V
•L .V
�°
E
a
EE
.� E E
S E E
'>
o E E
E E
0 0
0 o
o o
0 0
O o
lu a
'EULI
wuQ
zu(m
�UCa
F
'7
C
R
Z
A
W
u
O
M
CALINE 4 Assumptions
Traffic Data -- was taken from the traffic study prepared by Endo Engineering. Traffic
volumes were provided which represented existing conditions (year 1999), and future
conditions (year 2004 and year 2010) with and without the proposed project.
Roadway Speeds -- 31 mph was assumed as the 1999 morning peak speed, 30 mph for
2004 and 27 mph for 2010, as interpolated from Table A9 -5-F in the SCAQMD CEQA Air
Quality Handbook, November 1993. Refer to the calculated parameters at the top of the
Year 2004 and Year 2010 Proposed Project Mobile Source Emission Inventory
worksheets.
N4eteorological Conditions -- included 0.5 mph winds, stability class G for one-hour
values, a persistence factor of 0.60 for eight-hour values and wind directions determined
by iterative runs of the computer model to insure that carbon monoxide concentrations are
maximized (greatest concentration for the nearest receptor).
Highway Widths -- were derived for existing roadway cross-sections. Future cross-
sections were based upon the master planned classifications. The widths included 3 meters
per side as specified for the CALINE 4 model input.
Emission Factors -- were taken from SCAQMD CEQA Air Quality Handbook, November
1993. The 1999 CO emission factor was 4.16 grams per mile for a generalized vehicular
distribution. The 2004 CO emission factor was 3.34 grams per mile (refer to Year 2004
Mobile Source Emission Inventory - Proposed Project worksheet) for a generalized
vehicular distribution. The 2010 CO emission factor was 2.51 grams per mile (refer to
Year 2010 Mobile Source Emission Inventory - Proposed Project worksheet) for a
generalized vehicular distribution.
Background Concentrations— for carbon monoxide were derived from ambient air quality
data for 1995-1997 taken at the Palm Springs SRA 30 station. The future year background
concentrations were determined from the current monitored concentrations based upon the
procedures specified with Table 9-9 in the SCAQMD CEQA Air Quality Handbook.
REPORT FOR FILE : EJEF A50
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
Y
LINK COORDINATES (M)
RECEPTOR
1
285
EF
H
W
2
DESCRIPTION
*
*-----------------------------
X1
Y1 X2
Y2
TYPE
K ----_---------------------------
VPH (G/MI) (M)
(M)
A.
---------------
Jefferson
NL
239
300
300
300
600
AG
1049
4.2
0.0
14.5
B.
Jefferson
SL
0.0
300
300
300
0
AG
640
4.2
0.0
14.5
C.
Avenue 50
EL
0.3
300
300
600
300
AG
528
4.2
0.0
14.5
D.
Avenue 50
WL
0.1
300
300
0
300
AG
767
4.2
0.0
14.5
*
MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK * (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC'
-------
*---------------------------------------------------------------------
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:EJEF A50
X
Y
Z
RECEPTOR
1
285
285
1.3
RECEPTOR
2
270
270
1.3
RECEPTOR
3
254
254
1.3
RECEPTOR
4
239
239
1.3
MODEL RESULTS FOR FILE F:EJEF A50
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
-----------
*------- *----- *------------------------
-------------_
_--_RECPT
RECPT
1
0.5
6 *
0.4
0.0
0.0
0.1
RECPT
2
0.3
9 *
0.2
0.0
0.0
0.1
RECPT
3
0.3
12 *
0.2
0.0
0.0
0.1
RECPT
4
0.2
15 *
0.1
0.0
0.0
0.1
REPORT FOR FILE : 4JEF A50
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
*
LINK COORDINATES (M)
RECEPTOR
*
285
EF
H
W
2
DESCRIPTION
*
X1
Y1 X2 Y2
* TYPE
VPH
(G/MI)
(M)
(M)
4
---------------
239
*-----------------------------
C
D
-----------
*------------------------------
*-----
* ----
A.
Jefferson
NL
RECPT
300
300
300
600
AG
1852
3.3
0.0
14.5
B.
Jefferson
SL
*
300
300
300
0
AG
1571
3.3
0.0
14.5
C.
Avenue 50
EL
0.1
300
300
600
300
AG
679
3.3
0.0
14.5
D.
Avenue 50
WL
300
300
0
300
AG
1110
3.3
0.0
14.5
*
MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK * (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC)
-------*---------------------------------------------------------------------
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:4JEF A50
*
X
Y
Z
RECEPTOR
1
285
285
1.3
RECEPTOR
2
270
270
1.3
RECEPTOR
3
254
254
1.3
RECEPTOR
4
239
239
1.3
MODEL RESULTS FOR FILE F:4JEF A50
*
PRED
*WIND
*
COCN/LINK
*
CONC
* BRG
*
(PPM)
RECEPTOR
*
(PPM)
*(DEG)*
A
B
C
D
-----------
*-----
* ----
__-----------
RECPT
1
0.7
* 7
*
0.5
0.0
0.0
0.2
RECPT
2
0.4
* 9
*
0.3
0.0
0.0
0.1
RECPT
3
0.3
* 12
*
0.2
0.0
0.0
0.1
RECPT
4
0.3
* 15
*
0.2
0.0
0.0
0.1
REPORT FOR FILE : PJEF A50
1. Site Variables
U= 0.5 M/S
BRG= 190.0 DEGREES
CLASS= G STABILITY
MIXH= 1000.0 M
SIGTH= 5.0 DEGREES
Z0=
100.0
CM
VD=
0.0
CM/S
VS=
0.0
CM/S
AMB=
0.0
PPM
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
*
LINK COORDINATES (M)
RECEPTOR
1
285
EF
H
W
2
DESCRIPTION
*
X1
Y1 X2
Y2
* TYPE
VPH
(G/MI)
(M)
(M)
239
---------------
*-----------------------------
-------
-*------------------------
*---------------___..--_-------
RECPT
1
0.7
A.
Jefferson
NL
0.0
300
300
300
600
AG
2035
3.3
0.0
14.5
B.
Jefferson
SL
* 12 *
300
300
300
0
AG
1809
3.3
0.0
14.5
C.
Avenue 50
EL
300
300
600
300
AG
683
3.3
0.0
14.5
D.
Avenue 50
WL
300
300
0
300
AG
1169
3.3
0.0
14.5
*
MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC
-------*--------------------------------------------------------------------
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS r'UK r'IL- r : einr r»U
X
Y
Z
RECEPTOR
1
285
285
1.3
RECEPTOR
2
270
270
1.3
RECEPTOR
3
254
254
1.3
RECEPTOR
4
239
239
1.3
MODEL RESULTS r'UK r'IL- r : einr r»U
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
-----------
-------
-*------------------------
RECPT
1
0.7
* 7 *
0.5
0.0
0.0
0.2
RECPT
2
0.4
* 9 *
0.3
0.0
0.0
0.1
RECPT
3
0.3
* 12 *
0.2
0.0
0.0
0.1
RECPT
4
0.3
* 15 *
0.2
0.0
0.0
0.1
REPORT FOR FILE : OJEF A50
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
*
LINK COORDINATES (M)
RECEPTOR
1
285
EF
H
W
2
DESCRIPTION
*
X1
Y1 X2
Y2
* TYPE
VPH
(G/MI)
(M)
(m)
239
---------------
1.3
*-----------------------------
*-------
*-----*--------
*------------------------------
A.
Jefferson
NL
* 5 *
300
300
300
600
AG
2579
2.5
0.0
32.2
B.
Jefferson
SL
RECPT
300
300
300
0
AG
2240
2.5
0.0
32.2
C.
Avenue 50
EL
0.0
300
300
600
300
AG
1148
2.5
0.0
32.2
D.
Avenue 50
WL
300
300
0
300
AG
1565
2.5
0.0
32.2
*
MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK * (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC)
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:OJEF A50
X
Y
Z
RECEPTOR
1
285
285
1.3
RECEPTOR
2
270
270
1.3
RECEPTOR
3
254
254
1.3
RECEPTOR
4
239
239
1.3
MODEL RESULTS FOR FILE F:OJEF A50
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
-----------
*-------
*-----*--------
---------
RECPT
1
0.9
* 5 *
0.6
0.1
0.0
0.2
RECPT
2
0.5
* 10 *
0.3
0.0
0.0
0.1
RECPT
3
0.3
* 14 *
0.2
0.0
0.0
0.1
RECPT
4
0.3
* 15 *
0.2
0.0
0.0
0.1
REPORT FOR FILE : TJEF A50
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
*
LINK COORDINATES (M)
RECEPTOR
*
285
EF
H
W
2
DESCRIPTION
*
X1
Y1 X2
Y2
* TYPE
VPH
(G/MI)
(M)
(M)
239
---------------
*-----------------------------
*------- *----- *----------
*-----------------------------
RECPT
1
A.
Jefferson
NL
0.1
300
300
300
600
AG
2869
2.5
0.0
32.2
B.
Jefferson
SL
0.4
300
300
300
0
AG
2552
2.5
0.0
32.2
C.
Avenue 50
EL
0.1
300
300
600
300
AG
1279
2.5
0.0
32.2
D.
Avenue 50
WL
300
300
0
300
AG
1719
2.5
0.0
32.2
*
MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK * (M)
--------------------------------------------------------------------
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:TJEF A50
X
Y
Z
RECEPTOR
1
285
285
1.3
RECEPTOR
2
270
270
1.3
RECEPTOR
3
254
254
1.3
RECEPTOR
4
239
239
1.3
MODEL RESULTS FOR FILE F:TJEF A50
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
-----------
*------- *----- *----------
----
RECPT
1
1.0
5 *
0.7
0.1
0.0
0.2
RECPT
2
0.5
10 *
0.4
0.0
0.0
0.1
RECPT
3
0.4
14 *
0.3
0.0
0.0
0.1
RECPT
4
0.3
15 *
0.2
0.0
0.0
0.1
REPORT FOR FILE : EMAD AIR
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
LINK
*
LINK COORDINATES (M)
Y
*
RECEPTOR
EF
H
W
DESCRIPTION
*
X1
Y1 X2 Y2
* TYPE
VPH
(G/MI)
(M)
(M)
---------------*-
1.3
---------------------------
4
361
------------------------------
1.3
_____-
A. Madison S
NL
300
300 300
600
AG
209
4.2
0.0
14.5
B. Madison S
SL
300
300 300
0
AG
166
4.2
0.0
14.5
C. Airport B
EL
300
300 600
300
AG
84
4.2
0.0
14.5
*
MIxW
* L
R
STPL
DCLT ACCT SPD
EFI
IDT1
IDT2
LINK * (M)
(M)
(M)
(SEC) (SEC) (MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC
-------*-------------------------------
------------------------------------
A. 0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:EMAD AIR
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:EMAD AIR
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* ( PPM)
*(DEG)*
A
B
C
-----------
------- *----- *.---_-,_-__-
_____-
RECPT
1
0.1
354 *
0.1
0.0
0.0
RECPT
2
0.1
351 *
0.1
0.0
0.0
RECPT
3
* 0.1
348 *
0.0
0.0
0.0
RECPT
4
0.1
347 *
0.0
0.0
0.0
REPORT FOR FILE : 4MAD AIR
2. Link Description
100.0
CM
1. Site
Variables
U=
0.5
M/S
Z0=
BRG=
190.0
DEGREES
VD=
CLASS=
G STABILITY
VS=
MIXH=
1000.0
M
AMB=
SIGTH=
5.0
DEGREES
TEMP=
2. Link Description
100.0
CM
0.0
CM/S
0.0
CM/S
0.0
PPM
7.0
DEGREE (C)
LINK *
LINK COORDINATES (M)
X
Y
Z
EF
H
W
DESCRIPTION *
X1
Y1 X2 Y2
TYPE
VPH
(G/MI)
(M)
(M)
--------------- *-----------------------------
346
254
1.3
*-------------------------------
4
A. Madison S NL
300
300 300
600
AG
916
3.3
0.0
14.5
B. Madison S SL
300
300 300
0
AG
926
3.3
0.0
14.5
C. Airport B EL
300
300 600
300
AG
182
3.3
0.0
14.5
* MIXW
4
W 0.1
345 *
0.1
0.0
0.0
* L R
STPL
DCLT ACCT SPD
EFI
IDT1
IDT2
LINK * (M) (M)
(M)
(SEC) (SEC) (MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC'
-------*---------------------------------------------------------------------
A. 0 0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
B. 0 0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
C. 0 0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:4MAD AIR
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:4MAD AIR
PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
-----------*-------*
*-
----------
RECPT
1
0.3
354 *
0.3
0.0
0.0
RECPT
2
A 0.2
351 *
0.2
0.0
0.0
RECPT
3
* 0.1
348 *
0.1
0.0
0.0
RECPT
4
W 0.1
345 *
0.1
0.0
0.0
REPORT FOR FILE : PMAD AIR
2. Link Description
100.0
CM
1. Site
Variables
U=
0.5
M/S
Z0=
BRG=
190.0
DEGREES
VD=
CLASS=
G STABILITY
VS=
MIXH=
1000.0
M
AMB=
SIGTH=
5.0
DEGREES
TEMP=
2. Link Description
100.0
CM
0.0
CM/S
0.0
CM/S
0.0
PPM
7.0
DEGREE (C)
LINK *
LINK COORDINATES (M)
X
*
Z
EF
H
W
DESCRIPTION *
X1
Y1 X2 Y2
TYPE
VPH
(G/MI)
(M)
(M)
--------------- *-----------------------------
346
254
1.3
*--------------------------__..
4
361
A. Madison S NL
300
300 300
600
AG
1304
3.3
0.0
14.5
B. Madison S SL
300
300 300
0
AG
1352
3.3
0.0
14.5
C. Airport B EL
300
300 600
300
AG
229
3.3
0.0
14.5
* MIXW
0.1
0.0
0.0
* L R
STPL
DCLT ACCT SPD
EFI
IDT1
IDT2
LINK * (M) (M)
(M)
(SEC) (SEC) (MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC)
------- *-_---------------------------------------------------------------------
A. 0 0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
B. 0 0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
C. 0 0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:PMAD AIR
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:PMAD AIR
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
-----------*-------*-----*-------------------
RECPT
1
0.4
354 *
0.4
0.0
0.0
RECPT
2
0.3
351 *
0.2
0.0
0.0
RECPT
3
0.2
348 *
0.2
0.0
0.0
RECPT
4
0.2
* 345 *
0.1
0.0
0.0
REPORT FOR
FILE :
OMAD AIR
LINK COORDINATES (M)
*
RECEPTOR
1
EF
1. Site
Variables
DESCRIPTION
2
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
LINK
X
LINK COORDINATES (M)
*
RECEPTOR
1
EF
H
W
DESCRIPTION
2
*
X1
Y1 X2 Y2 *
TYPE
VPH
(G/MI)
(M)
(M)
---------------
4
* -
- - - - - -
- - - - - - - - - -- - - - - - - - -
- - - - *
-----------------------------
------------------------------
*------------------
A.
A. Madison
S
NL
* 355
300
300 300
600
AG
1822
4.2
0.0
32.2
B. Madison
S
SL
0.0
300
300 300
0
AG
1895
4.2
0.0
32.2
C. Airport
B
EL
* 345
300
300 600
300
AG
301
4.2
0.0
14.5,
*
MIXW
*
L
R
STPL
DCLT ACCT SPD
EFI
IDT1
IDT2
LINK *
(M)
(M)
(M)
(SEC) (SEC) (MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC)
------------------------------------------------------------------------------
A.
0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
B.
0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
C.
0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:OMAD AIR
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:OMAD AIR
* PRED
*WIND
*
COCN/LINK
* CONC
* BRG
*
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
-----------*--------*----
*------------------
RECPT
1
1.0
* 355
*
0.8
0.1
0.1
RECPT
2
0.5
* 350
*
0.4
0.0
0.0
RECPT
3
0.3
* 346
*
0.3
0.0
0.0
RECPT
4
0.3
* 345
*
0.2
0.0
0.0
REPORT FOR FILE : TMAD AIR
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
LINK
*
LINK COORDINATES (M)
Y
Z
RECEPTOR
EF
H
285
DESCRIPTION
*
X1
Y1 X2
Y2
* TYPE
VPH
(G/MI)
(M)
(m)
---------------
*-----------------------------
4
361
239
1.3
*-----------------------------
RECPT
1
1.4
* 355 *
A. Madison S NL
0.2
300
300
300
600
AG
2732
4.2
0.0
32.2
B. Madison S SL
0.5
300
300
300
0
AG
2886
4.2
0.0
32.2
C. Airport B EL
0.0
300
300
600
300
AG
419
4.2
0.0
14.51
* MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC
-------*--------------------------------------------------------------------
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:TMAD_AIR
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:TMAD_AIR
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
-----------*--------*-----*------------------
RECPT
1
1.4
* 355 *
1.1
0.2
0.1
RECPT
2
0.6
350 *
0.6
0.0
0.1
RECPT
3
0.5
346 *
0.4
0.0
0.0
RECPT
4
0.4
345 *
0.3
0.0
0.0
REPORT FOR FILE : EMAD A58
1. Site Variables
U= 0.5 M/S
BRG= 190.0 DEGREES
CLASS= G STABILITY
MIXH= 1000.0 M
SIGTH= 5.0 DEGREES
Z0=
100.0
CM
VD=
0.0
CM/S
VS=
0.0
CM/S
AMB=
0.0
PPM
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
*
LINK COORDINATES (M)
RECEPTOR
*
315
EF
H
W
2
DESCRIPTION
*
X1
Y1 X2
Y2
* TYPE
VPH
(G/MI)
(M)
(M)
361
---------------
-----------------------------------------------------------
C
D
------------*-------*-----*------_------------------_
A.
Madison S
NL
0.1
300
300
300
600
AG
155
4.2
0.0
14.5
B.
Madison S
SL
0.0
300
300
300
0
AG
42
4.2
0.0
14.5
C.
Avenue 58
EL
4
300
300
600
300
AG
92
4.2
0.0
14.5
D.
Avenue 58
WL
300
300
0
300
AG
59
4.2
0.0
14.5
*
MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:EMAD A58
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:EMAD A58
* PRED
*WIND
*
COCN/LINK
* CONC
* BRG
*
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
------------*-------*-----*------_------------------_
RECPT
1
0.1
354
*
0.1
0.0
0.0
0.0
RECPT
2
0.1
* 351
*
0.1
0.0
0.0
0.0
RECPT
3
0.1
348
*
0.0
0.0
0.0
0.0
RECPT
4
0.0
347
*
0.0
0.0
0.0
0.0
REPORT FOR
FILE :
4MAD A58
*
LINK COORDINATES (M)
*
1
315
1. Site
Variables
W
2
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
*
LINK COORDINATES (M)
*
1
315
EF
H
W
2
DESCRIPTION
270
X1
Y1 X2
Y2
TYPE
VPH
(G/MI)
(M)
(h')
A.
---------------
Madison S
NL
-----------------------------
300
300
300
600
---------------------_-_-----
AG
825
3.3
0.0
14.5
B.
Madison S
SL
0.0
300
300
300
0
AG
650
3.3
0.0
14.5
C.
Avenue 58
EL
0.1
300
300
600
300
AG
232
3.3
0.0
14.5
D.
Avenue 58
WL
300
300
0
300
AG
188
3.3
0.0
14.5
*
MIxW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK * (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC
-------
*---------------------------------------------------------------------
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:4MAD A58
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:4MAD A58
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
-----------
*------- *----- *_-------------------------
RECPT
1
0.3
354 *
0.3
0.0
0.0
0.0
RECPT
2
0.2
351 *
0.2
0.0
0.0
0.0
RECPT
3
0.1
* 348 *
0.1
0.0
0.0
0.0
RECPT
4
0.1
345 *
0.1
0.0
0.0
0.0
REPORT FOR FILE : PMAD A58
1. Site Variables
U=
0.5
M/S
Z0= 100.0
CM
RECEPTOR
1
315
BRG=
190.0
DEGREES
VD=
0.0
CM/S
1.3
RECEPTOR
3
CLASS=
G STABILITY
VS=
0.0
CM/S
361
239
1.3
MIXH=
1000.0
M
AMB=
0.0
PPM
0.0
0.0
RECPT
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE
(C)
3
0.2
348 *
0.2 0.0
2. Link Description
0.0
RECPT
4
0.2
345 *
0.1 0.0
LINK *
LINK
COORDINATES (M)
*
EF
H
W
DESCRIPTION *
X1
Y1 X2 Y2
TYPE
VPH
(G/MI)
(M)
(M)
--------------- *-----------------------------
*------------------------------
A. Madison S NL
300
300
300 600
AG
1251
3.3
0.0
14.5
B. Madison S SL
300
300
300 0
AG
1144
3.3
0.0
14.5
C. Avenue 58 EL
300
300
600 300
AG
312
3.3
0.0
14.5
D. Avenue 58 WL
300
300
0 300
AG
188
3.3
0.0
* MIXW
* L R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK * (M) (M)
(M)
(SEC) (SEC)
(MPH) NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC;
-------*---------------------------------------------------------------------------
A. 0 0
0
0.0 0.0
0 0
0
0
0.0
0.0
0.0
B. 0 0
0
0.0 0.0
0 0
0
0
0.0
0.0
0.0
C. 0 0
0
0.0 0.0
0 0
0
0
0.0
0.0
0.0
D. 0 0
0
0.0 0.0
0 0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:PMAD A58
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:PMAD A58
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A B
C
D
-----------*-------*-----*------------------------
RECPT
1
0.4
354 *
0.4 0.0
0.0
0.0
RECPT
2
0.3
351 *
0.2 0.0
0.0
0.0
RECPT
3
0.2
348 *
0.2 0.0
0.0
0.0
RECPT
4
0.2
345 *
0.1 0.0
0.0
0.0
REPORT FOR FILE : OMAD A58
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
LINK
*
LINK COORDINATES (M)
Z
*
1
EF
H
W
DESCRIPTION
*
X1
Y1 X2
Y2
TYPE
VPH
(G/MI)
(M)
(M)
---------------
*-----------------------------
361
239
1.3
*------------------------------
-------
------
A. Madison S
NL
RECPT
RECPT
300
300
300
600
AG
1686
2.5
0.0
32.2
B. Madison S
SL
0.2
300
300
300
0
AG
1407
2.5
0.0
32.2
C. Avenue 58
EL
RECPT
300
300
600
300
AG
429
2.5
0.0
14.5
D. Avenue 58
WL
300
300
0
300
AG
345
2.5
0.0
14.5
*
MIXW
* L
R
STPL
DCLT ACCT
SPD
EFI
IDT1
IDT2
LINK * (M)
(M)
(M)
(SEC) (SEC)
(MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC)
-------*---------------------------------------------------------------------
A. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
B. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0
0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:OMAD A58
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:OMAD A58
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
-----------
*------- *----- *------------------------
-------
------
--
RECPT
RECPT
1
0.5
355 *
0.4
0.1
0.1
0.0
RECPT
2
0.3
350 *
0.2
0.0
0.0
0.0
RECPT
3
0.2
346 *
0.2
0.0
0.0
0.0
RECPT
4
0.2
345 *
0.1
0.0
0.0
0.0
REPORT FOR FILE : TMAD A58
1. Site Variables
U=
0.5
M/S
Z0=
100.0
CM
BRG=
190.0
DEGREES
VD=
0.0
CM/S
CLASS=
G STABILITY
VS=
0.0
CM/S
MIXH=
1000.0
M
AMB=
0.0
PPM
SIGTH=
5.0
DEGREES
TEMP=
7.0
DEGREE (C)
2. Link Description
3. Receptor Coordinates
LINK
X
*
LINK COORDINATES (M)
*
1
315
EF
H
W
2
DESCRIPTION
*
X1
Y1 X2 Y2 *
TYPE
VPH
(G/MI)
(M)
(M)
4
---------------
239
*------------------------------
*------- *_____*-----------
*-----------------------------
---------------
RECPT
A.
Madison S
NL
0.7
300
300 300
600
AG
2677
2.5
0.0
32.2
B.
Madison S
SL
RECPT
300
300 300
0
AG
2542
2.5
0.0
32.2
C.
Avenue 58
EL
0.2
300
300 600
300
AG
625
2.5
0.0
14.3
D.
Avenue 58
WL
300
300 0
300
AG
345
2.5
0.0
14.5
*
MIXW
* L
R
STPL
DCLT ACCT SPD
EFI
IDT1
IDT2
LINK * (M)
(M)
(M)
(SEC) (SEC) (MPH)
NCYC
NDLA
VPHO
(G/MIN)
(SEC)
(SEC
-------
*-----------------------------------------------------------------------
A. 0
0
0
0.0 0.0 0
0
0
0
0.0
0.0 0.0
B. 0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
C. 0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
D. 0
0
0
0.0 0.0 0
0
0
0
0.0
0.0
0.0
3. Receptor Coordinates
MODEL RESULTS FOR FILE F:TMAD A58
X
Y
Z
RECEPTOR
1
315
285
1.3
RECEPTOR
2
330
270
1.3
RECEPTOR
3
346
254
1.3
RECEPTOR
4
361
239
1.3
MODEL RESULTS FOR FILE F:TMAD A58
* PRED
*WIND *
COCN/LINK
* CONC
* BRG *
(PPM)
RECEPTOR
* (PPM)
*(DEG)*
A
B
C
D
-----------
*------- *_____*-----------
---------------
RECPT
1
0.8
* 355 *
0.7
0.1
0.1
0.0
RECPT
2
0.4
* 350 *
0.3
0.0
0.1
0.0
RECPT
3
0.3
* 346 *
0.2
0.0
0.0
0.0
RECPT
4
0.2
* 345 *
0.2
0.0
0.0
0.0