Table
1
­
The
Master
List
of
Compounds
Emitted
by
Mobile
Sources
2006
Compound
CAS
Gas
Gas
Dsl
CNG
Number
IUPAC
Name
(
or
equivalent)
Number
Exh
Evp
Exh
Exh
Gas­
Exh
Gas­
Evp
Dsl­
Exh
CNG­
Exh
1
(
1,1­
dimethylethyl)­
benzene
00098­
06­
6
X
X
X
2
(
1,1­
dimethylpropyl)­
benzene
02049­
95­
8
X
3
(
1,2­
dimethylpropyl)­
benzene
04481­
30­
5
X
4
(
1­
methylethyl)­
benzene
00098­
82­
8
X
X
X
X
5
(
1­
methylethyl)­
cyclohexane
00696­
29­
7
X
X
X
6
(
1­
methylpropyl)­
benzene
00135­
98­
8
X
X
X
X
7
(
1a,
2a,
3b)­
1,2,3­
trimethylcyclopenta
15890­
40­
1
X
X
X
X
8
(
2­
methylbutyl)­
benzene
03968­
85­
2
X
X
X
9
(
2­
methylpropyl)­
benzene
00538­
93­
2
X
X
X
X
10
(
E)­
1,3­
nonadiene
56700­
77­
7
X
11
(
E)­
1,3­
pentadiene
02004­
70­
8
X
X
12
(
E)­
2­
butene
00624­
64­
6
X
X
X
X
13
(
E)­
2­
heptene
14686­
13­
6
X
X
X
X
14
(
E)­
2­
hexene
04050­
45­
7
X
X
X
X
15
(
E)­
2­
methyl­
3­
heptene
00692­
96­
6
X
16
(
E)­
2­
methyl­
3­
hexene
00692­
24­
0
X
X
17
(
E)­
2­
nonene
06434­
78­
2
X
X
18
(
E)­
2­
octene
13389­
42­
9
X
X
X
X
19
(
E)­
2­
pentene
00646­
04­
8
X
X
X
X
20
(
E)­
3­
heptene
14686­
14­
7
X
X
X
X
21
(
E)­
3­
hexene
13269­
52­
8
X
X
X
X
22
(
E)­
3­
methyl­
2­
pentene
00616­
12­
6
X
X
X
X
23
(
E)­
3­
methyl­
3­
hexene
03899­
36­
3
X
X
X
X
24
(
E)­
4­
methyl­
2­
hexene
03683­
22­
5
X
25
(
E)­
4­
methyl­
2­
pentene
00674­
76­
0
X
X
X
X
26
(
E)­
4­
nonene
10405­
85­
3
X
27
(
Z)­
2­
butene
00590­
18­
1
X
X
X
X
28
(
Z)­
2­
heptene
06443­
92­
1
X
X
X
X
29
(
Z)­
2­
hexene
07688­
21­
3
X
X
X
X
30
(
Z)­
2­
octene
07642­
04­
8
X
X
X
X
31
(
Z)­
2­
pentene
00627­
20­
3
X
X
X
X
32
(
Z)­
3­
heptene
07642­
10­
6
X
X
33
(
Z)­
3­
hexene
07642­
09­
3
X
X
X
X
34
(
Z)­
3­
methyl­
2­
hexene
10574­
36­
4
X
X
35
(
Z)­
3­
methyl­
2­
pentene
00922­
62­
3
X
X
X
X
36
(
Z)­
3­
methyl­
3­
hexene
04914­
89­
0
X
37
(
Z)­
4­
methyl­
2­
pentene
00691­
38­
3
X
X
X
X
38
(
Z)­
4­
nonene
10405­
84­
2
X
39
(
Z)­
4­
octene
7642­
15­
1
X
X
X
X
40
(
e,
e)­
2,4­
hexadienal
00142­
83­
6
X
41
1,1'­
bicyclopentyl
01636­
39­
1
X
42
1,1,1­
trichloroethane
00071­
55­
6
X
X
43
1,1,2­
trichloroethane
00079­
00­
5
X
44
1,1,2­
trimethylcyclopentane
04259­
00­
1
X
45
1,1,3­
trimethylcyclohexane
03073­
66­
3
X
X
46
1,1,3­
trimethylcyclopentane
04516­
69­
2
X
X
47
1,1­
biphenyl
00092­
52­
4
X
X
X
48
1,1­
dimethylcyclohexane
00590­
66­
9
X
X
49
1,1­
dimethylcyclopentane
01638­
26­
2
X
50
1,2,3,4,6,7,8­
heptachlorodibenzo­
p­
d
35822­
46­
9
X
X
51
1,2,3,4,6,7,8­
heptachlorodibenzofura
67562­
39­
4
X
52
1,2,3,4,7,8,9­
heptachlorodibenzofura
55673­
89­
7
X
53
1,2,3,4,7,8­
hexachlorodibenzo­
p­
diox
39227­
28­
6
X
54
1,2,3,4,7,8­
hexachlorodibenzofuran
70648­
26­
9
X
55
1,2,3,4­
tetramethylbenzene
00488­
23­
3
X
X
X
X
56
1,2,3,5­
tetramethylbenzene
00527­
53­
7
X
X
X
X
57
1,2,3,6,7,8­
hexachlorodibenzo­
p­
diox
57653­
85­
7
X
58
1,2,3,6,7,8­
hexachlorodibenzofuran
57117­
44­
9
X
59
1,2,3,7,8,9­
hexachlorodibenzo­
p­
diox
19408­
74­
3
X
X
60
1,2,3,7,8,9­
hexachlorodibenzofuran
72918­
21­
9
X
61
1,2,3,7,8­
pentachlorodibenzo­
p­
dioxi
40321­
76­
4
X
62
1,2,3,7,8­
pentachlorodibenzofuran
57117­
41­
6
X
63
1,2,3­
trimethylbenzene
00526­
73­
8
X
X
X
X
64
1,2,4,5­
tetramethylbenzene
00095­
93­
2
X
X
X
X
65
1,2,4­
trimethylbenzene
00095­
63­
6
X
X
X
X
66
1,2,4­
trimethylcyclopentane
02815­
58­
9
X
X
67
1,2­
butadiene
00590­
19­
2
X
X
X
68
1,2­
dibromoethane
00106­
93­
4
X
X
69
1,2­
dichlorobenzene
00095­
50­
1
X
X
70
1,2­
diethylbenzene
00135­
01­
3
X
X
X
X
71
1,2­
dihydronaphthalene
00447­
53­
0
X
X
72
1,2­
dimethyl­
4­(
1­
methylethyl)­
benz
04132­
77­
8
X
73
1,2­
dimethylnaphthalene
00573­
98­
8
X
X
74
1,2­
propadiene
00463­
49­
0
X
X
X
X
75
1,3,5­
trimethylbenzene
00108­
67­
8
X
X
X
X
76
1,3,5­
trimethylcyclohexane
01839­
63­
0
X
77
1,3­
bis(
1­
methylethyl)­
benzene
00099­
62­
7
X
78
1,3­
butadiene
00106­
99­
0
X
X
X
X
79
1,3­
butadiyne
00460­
12­
8
X
80
1,3­
cyclopentadiene
00542­
92­
7
X
X
X
X
81
1,3­
diethylbenzene
00141­
93­
5
X
X
X
X
82
1,3­
dimethylcyclopentane
02453­
00­
1
X
83
1,3­
dipropylbenzene
17171­
72­
1
X
84
1,4­
bis(
1­
methylethyl)­
benzene
00100­
18­
5
X
85
1,4­
diethylbenzene
00105­
05­
5
X
X
X
X
86
1,
cis­
2,
trans­
4­
trimethylcyclopentane
04850­
28­
6
X
X
87
1,
trans­
2,
cis­
3­
trimethylcyclopentane
X
88
1­(
1,1­
dimethylethyl)­
2­
methylbenze
01074­
92­
6
X
X
X
89
1­(
1,1­
dimethylethyl)­
3,5­
dimethylbe
00098­
19­
1
X
X
X
90
1­
buten­
3­
yne
00689­
97­
4
X
91
1­
butene
00106­
98­
9
X
X
X
X
92
1­
butene
&
1,3­
butadiene
106­
98­
8;
106­
99­
0
93
1­
butyl­
2­
methylbenzene
01595­
11­
5
X
94
1­
butyne
00107­
00­
6
X
X
X
X
95
1­
decene
00872­
05­
9
X
X
X
96
1­
dodecene
00112­
41­
4
X
X
X
97
1­
ethenyl­
2­
methylbenzene
00611­
15­
4
X
X
98
1­
ethyl­
1­
methylcyclopentane
16747­
50­
5
X
99
1­
ethyl­
2,3­
dimethylbenzene
00933­
98­
2
X
X
X
100
1­
ethyl­
2,4­
dimethylbenzene
00874­
41­
9
X
X
X
X
101
1­
ethyl­
2­
methylbenzene
00611­
14­
3
X
X
X
X
102
1­
ethyl­
2­
propylbenzene
16021­
20­
8
X
103
1­
ethyl­
3,5­
dimethylbenzene
00934­
74­
7
X
X
104
1­
ethyl­
3­
methylbenzene
00620­
14­
4
X
X
X
X
105
1­
ethyl­
4­
methylbenzene
00622­
96­
8
X
X
X
X
106
1­
ethylcyclopentene
02146­
38­
5
X
107
1­
heptene
00592­
76­
7
X
X
X
X
108
1­
hexene
00592­
41­
6
X
X
X
X
109
1­
hexyne
00693­
02­
7
X
110
1­
methyl­
1,4­
cyclohexadiene
04313­
57­
9
X
111
1­
methyl­
2­(
1­
methylethyl)­
benzene
00527­
84­
4
X
X
X
112
1­
methyl­
2­
propylbenzene
01074­
17­
5
X
X
X
X
113
1­
methyl­
3­(
1­
methylethyl)­
benzene
00535­
77­
3
X
X
X
X
114
1­
methyl­
3­
propylbenzene
01074­
43­
7
X
X
X
X
115
1­
methyl­
4­(
1­
methylethyl)­
benzene
00099­
87­
6
X
X
X
X
116
1­
methyl­
4­
isobutylbenzene
05161­
04­
6
X
X
117
1­
methyl­
4­
propylbenzene
01074­
55­
1
X
X
X
118
1­
methylcyclohexene
00591­
49­
1
X
119
1­
methylcyclopentene
00693­
89­
0
X
X
X
X
120
1­
methylnaphthalene
00090­
12­
0
X
X
121
1­
nitronaphthalene
00086­
57­
7
X
X
122
1­
nitropyrene
05522­
43­
0
X
X
123
1­
nonene
00124­
11­
8
X
X
X
X
124
1­
octene
00111­
66­
0
X
X
X
X
125
1­
pentene
00109­
67­
1
X
X
X
X
126
1­
pentyne
00627­
19­
0
X
127
1­
undecene
00821­
95­
4
X
X
128
2,2,3­
trimethylbutane
00464­
06­
2
X
X
X
X
129
2,2,3­
trimethylpentane
00564­
02­
3
X
X
130
2,2,4,4­
tetramethylpentane
01070­
87­
7
X
X
131
2,2,4­
trimethyl­
4­
pentene
00107­
39­
1
X
X
X
X
132
2,2,4­
trimethylheptane
14720­
74­
2
X
133
2,2,4­
trimethylhexane
16747­
26­
5
X
X
134
2,2,4­
trimethylpentane
00540­
84­
1
X
X
X
X
135
2,2,5­
trimethylheptane
02091­
95­
6
X
136
2,2,5­
trimethylhexane
03522­
94­
9
X
X
X
X
137
2,2­
dimethylbutane
00075­
83­
2
X
X
X
X
138
2,2­
dimethylhexane
00590­
73­
8
X
X
X
X
139
2,2­
dimethyloctane
15869­
87­
1
X
X
X
X
140
2,2­
dimethylpentane
00590­
35­
2
X
X
X
X
141
2,2­
dimethylpropane
00463­
82­
1
X
X
X
X
142
2,3,3­
trimethyl­
1­
butene
00594­
56­
9
X
X
143
2,3,3­
trimethylpentane
00560­
21­
4
X
X
X
X
144
2,3,4,6,7,8­
hexachlorodibenzofuran
60851­
34­
5
X
145
2,3,4,7,8­
pentachlorodibenzofuran
57117­
31­
4
X
146
2,3,4­
trimethylpentane
00565­
75­
3
X
X
X
X
147
2,3,5,6­
tetramethylphenol
00527­
35­
5
X
148
2,3,5­
trimethylhexane
01069­
53­
0
X
X
X
X
149
2,3,5­
trimethylnaphthalene
02245­
38­
7
X
150
2,3,5­
trimethylphenol
00697­
82­
5
X
151
2,3,7,8­
tetrachlorodibenzo­
p­
dioxin
01746­
01­
6
X
X
152
2,3,7,8­
tetrachlorodibenzofuran
51207­
31­
9
X
153
2,3­
butadione
00431­
03­
8
X
X
154
2,3­
dimethyl­
1­
butene
00563­
78­
0
X
X
155
2,3­
dimethyl­
2­
pentene
10574­
37­
5
X
X
X
X
156
2,3­
dimethylbutane
00079­
29­
8
X
X
X
X
157
2,3­
dimethylheptane
03074­
71­
3
X
X
X
X
158
2,3­
dimethylhexane
00584­
94­
1
X
X
X
X
159
2,3­
dimethyloctane
07146­
60­
3
X
X
160
2,3­
dimethylpentane
00565­
59­
3
X
X
X
X
161
2,3­
dimethylphenol
00526­
75­
0
X
162
2,4,4­
trimethyl­
2­
pentene
00107­
40­
4
X
X
X
X
163
2,4,4­
trimethylhexane
16747­
30­
1
X
164
2,4,5­
trimethylheptane
20278­
84­
6
X
X
165
2,4,6­
trimethylhexane
X
166
2,4,6­
trimethylphenol
00527­
60­
6
X
167
2,4­
dimethyl­
1­
pentene
02213­
32­
3
X
168
2,4­
dimethyl­
2­
pentene
00625­
65­
0
X
169
2,4­
dimethylheptane
02213­
23­
2
X
X
X
X
170
2,4­
dimethylhexane
00589­
43­
5
X
X
X
X
171
2,4­
dimethyloctane
04032­
94­
4
X
X
X
X
172
2,4­
dimethylpentane
00108­
08­
7
X
X
X
X
173
2,5­
dimethyl­
1,5­
hexadiene
00627­
58­
7
X
X
174
2,5­
dimethylbenzaldehyde
05779­
94­
2
X
X
175
2,5­
dimethylheptane
02216­
30­
0
X
X
X
176
2,5­
dimethylhexane
00592­
13­
2
X
X
X
X
177
2,5­
dimethyloctane
15869­
89­
3
X
178
2,6­
&
2,7­
dimethylnaphthalene
00581­
42­
0
X
X
179
2,6­
dimethylheptane
01072­
05­
5
X
X
180
2,6­
dimethylnaphthalene
00581­
42­
0
X
181
2,6­
dimethyloctane
02051­
30­
1
X
182
2­(
1­
methylethyl)­
phenol
00088­
69­
7
X
183
2­
butanone
00078­
93­
3
X
X
X
184
2­
butanone
&
2­
methylpropanal
mix
78­
93­
3;
78­
84­
2
X
185
2­
butenal
04170­
30­
3
X
186
2­
butyne
00503­
17­
3
X
X
X
X
187
2­
ethoxy­
2­
methylpropane
00637­
92­
3
X
X
X
188
2­
ethyl­
1,3­
dimethylbenzene
02870­
04­
4
X
X
X
X
189
2­
ethyl­
1,4­
dimethylbenzene
01758­
88­
9
X
X
X
X
190
2­
hexene
00592­
43­
8
X
X
191
2­
methoxy­
2­
methylpropane
01634­
04­
4
X
X
X
X
192
2­
methyl­
1,3­
butadiene
00078­
79­
5
X
X
X
X
193
2­
methyl­
1­
butene
00563­
46­
2
X
X
X
X
194
2­
methyl­
1­
hexene
06094­
02­
6
X
X
195
2­
methyl­
1­
nitronaphthalene
00881­
03­
8
X
196
2­
methyl­
1­
pentene
00763­
29­
1
X
X
X
X
197
2­
methyl­
1­
propene
00115­
11­
7
X
X
X
X
198
2­
methyl­
2­
butene
00513­
35­
9
X
X
X
X
199
2­
methyl­
2­
ethylheptane
X
200
2­
methyl­
2­
hexene
02738­
19­
4
X
X
X
X
201
2­
methyl­
2­
pentene
00625­
27­
4
X
X
X
X
202
2­
methyl­
2­
propenal
00078­
85­
3
X
X
X
203
2­
methyl­
3­
ethylpentane
00609­
26­
7
X
X
204
2­
methyl­
3­
pentanone
00565­
69­
5
X
X
205
2­
methyl­
4­
ethylhexane
03074­
75­
7
X
X
206
2­
methylbutane
00078­
78­
4
X
X
X
X
207
2­
methyldecane
06975­
98­
0
X
X
208
2­
methylheptane
00592­
27­
8
X
X
X
X
209
2­
methylhexane
00591­
76­
4
X
X
X
X
210
2­
methylindane
00824­
63­
5
X
X
X
211
2­
methylnaphthalene
00091­
57­
6
X
X
X
212
2­
methylnonane
00871­
83­
0
X
213
2­
methyloctane
03221­
61­
2
X
X
X
X
214
2­
methylpentane
00107­
83­
5
X
X
X
X
215
2­
methylpropanal
00078­
84­
2
X
X
X
216
2­
nitrobiphenyl
00086­
00­
0
X
X
217
2­
nitrofluorene
00607­
57­
8
X
X
218
2­
nitronaphthalene
00581­
89­
5
X
X
219
2­
oxopropanal
00078­
98­
8
X
X
220
2­
propenal
00107­
02­
8
X
X
X
221
2­
propenylbenzene
00300­
57­
2
X
X
222
2­
propylphenol
00644­
35­
9
X
223
3,3,5­
trimethyl­
1­
hexene
04316­
65­
8
X
224
3,3­
dimethyl­
1­
butene
00558­
37­
2
X
X
X
X
225
3,3­
dimethylheptane
04032­
86­
4
X
226
3,3­
dimethylhexane
00563­
16­
6
X
X
X
X
227
3,3­
dimethyloctane
04110­
44­
5
X
228
3,3­
dimethylpentane
00562­
49­
2
X
X
X
X
229
3,4­
dimethyl­
1­
pentene
07385­
78­
6
X
X
X
230
3,4­
dimethylhexane
00583­
48­
2
X
X
231
3,4­
dimethyloctane
15869­
92­
8
X
X
232
3,5­
dimethylheptane
00926­
82­
9
X
X
X
X
233
3,5­
dimethylphenol
00108­
68­
9
X
234
3­
butenylbenzene
00768­
56­
9
X
235
3­
ethyl­
1,4­
hexadiene
2080­
89­
9
X
236
3­
ethyl­
2­
pentene
00816­
79­
5
X
X
X
X
237
3­
ethylhexane
00619­
99­
8
X
X
238
3­
ethylpentane
00617­
78­
7
X
X
X
X
239
3­
heptene
00592­
78­
9
X
X
240
3­
methyl­
1,3­
pentadiene
04549­
74­
0
X
241
3­
methyl­
1­
butene
00563­
45­
1
X
X
X
X
242
3­
methyl­
1­
hexene
03404­
61­
3
X
X
X
X
243
3­
methyl­
1­
pentene
00760­
20­
3
X
X
X
X
244
3­
methyl­
2­
pentene
00922­
61­
2
X
X
X
245
3­
methylbenzaldehyde
00620­
23­
5
X
X
246
3­
methylbutanal
00590­
86­
3
X
X
X
247
3­
methylcyclopentene
01120­
62­
3
X
X
X
X
248
3­
methylene­
heptane
01632­
16­
2
X
X
249
3­
methylheptane
00589­
81­
1
X
X
X
X
250
3­
methylhexane
00589­
34­
4
X
X
X
X
251
3­
methylnonane
05911­
04­
6
X
252
3­
methyloctane
02216­
33­
3
X
X
X
X
253
3­
methylpentane
00096­
14­
0
X
X
X
X
254
3­
nitrofluoranthene
00892­
21­
7
X
255
4,4­
dimethylheptane
01068­
19­
5
X
X
256
4­
ethyl­
1,2­
dimethylbenzene
00934­
80­
5
X
X
X
X
257
4­
ethyl­
3­
heptene
33933­
74­
3
X
258
4­
methyl­
1­
pentene
00691­
37­
2
X
X
X
X
259
4­
methyl­
2­
pentanone
00108­
10­
1
X
X
260
4­
methylbenzaldehyde
00104­
87­
0
X
X
261
4­
methylheptane
00589­
53­
7
X
X
X
X
262
4­
methylindane
00824­
22­
6
X
263
4­
methyloctane
02216­
34­
4
X
X
264
4­
nitrobiphenyl
00092­
93­
3
X
X
265
4­
nitropyrene
57835­
92­
4
X
266
5­
methylindane
00874­
35­
1
X
267
5­
nitroacenaphthene
00602­
87­
9
X
268
6­
nitrobenzo(
a)
pyrene
63041­
90­
7
X
X
269
6­
nitrochrysene
07496­
02­
8
X
X
270
7­
nitrobenz(
a)
anthracene
20268­
51­
3
X
X
271
9­
nitroanthracene
00602­
60­
8
X
X
294
ethyl
indane
X
295
ethyl
napthalene
27138­
19­
8
X
X
296
ethyl
styrene
28106­
30­
1
X
357
indeno(
1,2,3­
cd)
fluoranthene
00193­
43­
1
X
358
acenaphthene
00083­
32­
9
X
X
X
359
acenaphthylene
00208­
96­
8
X
X
X
360
acetaldehyde
00075­
07­
0
X
X
X
361
acetone
00067­
64­
1
X
X
X
362
acetylene
00074­
86­
2
X
X
X
X
363
aluminum
07429­
90­
5
X
X
364
ammonium
chloride
12125­
02­
9
X
X
365
anthracene
00120­
12­
7
X
X
X
366
antimony
07440­
36­
0
X
X
367
arsenic
07440­
38­
2
X
X
368
barium
07440­
39­
3
X
X
369
benzaldehyde
00100­
52­
7
X
X
X
370
benzaldehyde
&
unknown
00100­
52­
7;
X
371
benzene
00071­
43­
2
X
X
X
X
372
benzene
&
cyclohexane
00100­
52­
7;
110­
82­
7
X
X
373
benzo(
a)
anthracene
00056­
55­
3
X
X
X
374
benzo(
a)
phenanthrene
00218­
01­
9
X
X
X
375
benzo(
a)
pyrene
00050­
32­
8
X
X
X
376
benzo(
b)
chrysene
00214­
17­
5
X
X
377
benzo(
b)
fluoranthene
00205­
99­
2
X
X
X
378
benzo(
b)
quinoline
00260­
94­
6
X
379
benzo(
c)
chrysene
00194­
69­
4
X
380
benzo(
c)
phenanthrene
00195­
19­
7
X
X
X
381
benzo(
e)
pyrene
00192­
97­
2
X
X
X
382
benzo(
ghi)
fluoranthene
00203­
12­
3
X
X
383
benzo(
ghi)
perylene
00191­
24­
2
X
X
X
384
benzo(
k)
fluoranthene
00207­
08­
9
X
X
X
385
benzofluoranthene
56832­
73­
6
X
X
386
beryllium
07440­
41­
7
387
boron
07440­
42­
8
X
X
388
bromine
07726­
95­
6
X
X
389
butanal
00123­
72­
8
X
X
X
390
butanal
&
crotonaldehyde
00123­
72­
8;
4170­
30­
3
391
butane
00106­
97­
8
X
X
X
X
392
butenes
X
X
393
butylbenzene
00104­
51­
8
X
X
X
X
394
butylcyclohexane
01678­
93­
9
X
X
395
cadmium
07440­
43­
9
X
396
calcium
07440­
70­
2
X
X
399
chloride
16887­
00­
6
X
X
400
chlorine
07782­
50­
5
X
X
401
chlorobenzene
00108­
90­
7
X
402
chromium
07440­
47­
3
X
X
403
chrysene
&
triphenylene
218­
01­
9;
217­
59­
4
X
X
404
cis­
1,2­
dimethylcyclohexane
02207­
01­
4
X
X
X
X
405
cis­
1,2­
dimethylcyclopentane
01192­
18­
3
X
406
cis­
1,3­
dimethylcyclohexane
00638­
04­
0
X
X
X
X
407
cis­
1,3­
dimethylcyclopentane
02532­
58­
3
X
X
X
X
408
cis­
1,4­
dimethylcyclohexane
00624­
29­
3
X
X
409
cis­
1­
ethyl­
2­
methylcyclopentane
00930­
89­
2
X
410
cis­
1­
ethyl­
3­
methylcyclopentane
02613­
66­
3
X
X
411
cobalt
07440­
48­
4
X
X
412
copper
07440­
50­
8
X
X
413
coronene
00191­
07­
1
X
X
X
414
cresol
01319­
77­
3
X
X
X
415
crotonaldehyde
4170­
30­
3
X
X
X
416
cycloheptane
00291­
64­
5
X
417
cyclohexane
00110­
82­
7
X
X
X
X
418
cyclohexanone
00108­
94­
1
X
X
419
cyclohexene
00110­
83­
8
X
X
X
X
420
cyclopenta(
cd)
pyrene
27208­
37­
3
X
X
421
cyclopenta(
dd)
pyrene
422
cyclopentane
00287­
92­
3
X
X
X
X
423
cyclopentene
00142­
29­
0
X
X
X
X
424
decane
00124­
18­
5
X
X
X
X
425
di­
isopropylbenzene
25321­
09­
9
X
X
426
dibenz(
a,
h)
anthracene
00053­
70­
3
X
X
427
dibenz(
a,
h+
a,
c)
anthracene
00053­
70­
3;
215­
58­
7
X
X
X
428
dibenz(
a,
j)
anthracene
00224­
41­
9
X
429
dibenzo(
a,
e)
pyrene
00192­
65­
4
X
430
dibenzo(
a,
h)
pyrene
00189­
64­
0
X
431
dibenzo(
a,
i)
pyrene
00189­
55­
9
X
432
dibenzo(
a,
l)
pyrene
00191­
30­
0
X
433
dibenzothiophene
00132­
65­
0
X
X
434
dichloromethane
00075­
09­
2
X
X
436
diesel
particulate
matter
X
X
X
437
diethylbenzene
25340­
17­
4
X
X
X
X
438
dimethylbutene
X
X
439
dimethylcyclobutanone
X
440
dimethylcyclohexane
27195­
67­
1
X
X
441
dimethylcyclopentane
28729­
52­
4
X
X
442
dimethylcyclopentene
X
443
dimethyldecane
X
444
dimethylethylcyclohexane
X
445
dimethylheptane
30498­
66­
9
X
446
dimethylhexadiene
X
X
447
dimethylhexane
28777­
67­
5
X
X
448
dimethylhexene
78820­
82­
3
X
X
449
dimethylindane
53563­
67­
0
X
X
450
dimethylindene
X
451
dimethylnaphthalene
28804­
88­
8
X
X
452
dimethylnaphthyridine
X
453
dimethyloctane
X
X
X
454
dimethylpentane
38815­
29­
1
X
X
455
dimethylpentene
69852­
93­
3
X
456
dodecane
00112­
40­
3
X
X
X
X
457
elemental
carbon
07440­
44­
0
X
X
458
ethane
00074­
84­
0
X
X
X
X
459
ethanedial
00107­
22­
2
X
X
460
ethenylmethylbenzene
25013­
15­
4
X
461
ethyl
alcohol
00064­
17­
5
X
X
X
X
462
ethylbenzene
00100­
41­
4
X
X
X
X
463
ethylcyclohexane
01678­
91­
7
X
X
X
X
464
ethylcyclopentane
01640­
89­
7
X
X
465
ethyldicycloheptane
X
466
ethyldimethylbenzene
X
467
ethyldimethylpentane
86571­
39­
3
X
468
ethylene
00074­
85­
1
X
X
X
X
469
ethylheptane
X
470
ethylhexane
X
471
ethylindane
X
472
ethylmethylbenzene
25550­
14­
5
X
X
X
473
ethylmethylcyclohexane
X
X
474
ethylmethylcyclopentane
X
475
ethylmethylhexane
X
476
ethylmethyloctane
X
477
ethylpentene
X
478
fluoranthene
00206­
44­
0
X
X
X
479
fluorene
00086­
73­
7
X
X
X
480
formaldehyde
00050­
00­
0
X
X
X
481
gallium
07440­
55­
3
X
X
484
gold
07440­
57­
5
X
485
heptachlorodibenzo­
p­
dioxin
37871­
00­
4
X
486
heptachlorodibenzofuran
38998­
75­
3
X
487
heptacosane
00593­
49­
7
X
X
488
heptadecane
00629­
78­
7
X
X
489
heptadienal
05910­
85­
9
X
490
heptane
00142­
82­
5
X
X
X
X
491
heptene
25339­
56­
4
X
X
X
492
hexachlorodibenzo­
p­
dioxin
34465­
46­
8
X
493
hexachlorodibenzofuran
55684­
94­
1
X
494
hexacosane
00630­
01­
3
X
X
495
hexadecane
00544­
76­
3
X
X
496
hexamethylcyclotrisiloxane
00541­
05­
9
497
hexanal
00066­
25­
1
X
X
X
498
hexane
00110­
54­
3
X
X
X
X
499
hexene
25264­
93­
1
X
500
hexenes
X
X
501
hexobarbital
00056­
29­
1
502
indane
00496­
11­
7
X
X
X
X
503
indene
00095­
13­
6
X
504
indeno(
1,2,3­
cd)
pyrene
00193­
39­
5
X
X
X
505
indium
07440­
74­
6
X
X
506
iron
07439­
89­
6
X
X
507
isobutane
00075­
28­
5
X
X
X
X
508
isomers
of
C9H16
X
509
isomers
of
butene
X
X
510
isomers
of
butylbenzene
X
511
isomers
of
decane
X
X
512
isomers
of
dodecane
X
513
isomers
of
heptane
X
X
514
isomers
of
hexane
X
X
515
isomers
of
nonane
X
X
516
isomers
of
octane
X
X
517
isomers
of
pentadecane
518
isomers
of
pentane
X
X
519
isomers
of
pentene
520
isomers
of
propylbenzene
X
521
isomers
of
tetradecane
X
522
isomers
of
undecane
X
X
523
lanthanum
07439­
91­
0
X
524
lead
07439­
92­
1
X
X
525
m­
&
p­
xylene
1330­
20­
7
X
X
X
X
526
m­
ethylphenol
00620­
17­
7
X
527
m­
xylene
00108­
38­
3
X
X
X
X
528
magnesium
07439­
95­
4
X
X
529
manganese
07439­
96­
5
X
X
530
mercury
07439­
97­
6
X
X
531
methane
00074­
82­
8
X
X
X
X
532
methyl
alcohol
00067­
56­
1
X
X
X
X
533
methyl
bromide
00074­
83­
9
X
X
534
methylbenzaldehyde
01334­
78­
7
X
X
535
methylbenzaldehyde
&
C10H14
01334­
78­
7;
X
536
methylbutadiene
X
X
537
methylbutene
X
538
methylcyclohexane
00108­
87­
2
X
X
X
X
539
methylcyclohexene
X
540
methylcyclooctane
01502­
38­
1
X
541
methylcyclopentadiene
X
542
methylcyclopentane
00096­
37­
7
X
X
X
X
544
methyldecane
X
545
methyldihydronaphthalene
X
546
methylheptane
50985­
84­
7
X
547
methylheptyne
X
548
methylhexadiene
X
549
methylhexanal
X
550
methylhexane
25495­
88­
9
X
551
methylhexene
X
X
552
methylindane
27133­
93­
3
X
X
553
methylindene
29036­
25­
7
X
554
methylnaphthalene
01321­
94­
4
X
X
X
555
methylnonane
63335­
87­
5
X
556
methyloctane
61193­
19­
9
X
557
methylpentane
43133­
95­
5
X
558
methylpentene
37275­
41­
5
X
X
559
methylphenanthrene
&
methylanthra
28652­
81­
5;
26914­
18­
1
X
560
molybdenum
07439­
98­
7
X
X
561
n­
butylbenzene
&
p­
diethylbenzene
104­
51­
8;
105­
05­
5
X
562
n­
nitrosodibutylamine
00924­
16­
3
X
563
n­
nitrosodiethylamine
00055­
18­
5
X
564
n­
nitrosodimethylamine
00062­
75­
9
X
565
n­
nitrosodipropylamine
00621­
64­
7
X
566
n­
nitrosomorpholine
00059­
89­
2
X
567
n­
nitrosopiperidine
00100­
75­
4
X
568
n­
nitrosopyrrolidine
00930­
55­
2
X
569
naphthalene
00091­
20­
3
X
X
X
X
570
nickel
07440­
02­
0
X
X
571
nitrates
14797­
55­
8
X
X
574
nitrous
oxide
10024­
97­
2
X
575
nonacosane
00630­
03­
5
X
X
576
nonane
00111­
84­
2
X
X
X
X
579
o­,
m­,
p­
xylene
01330­
20­
7
X
X
X
X
580
o­
xylene
00095­
47­
6
X
X
X
X
582
octachlorodibenzodioxin
03268­
87­
9
X
X
583
octachlorodibenzofuran
39001­
02­
0
X
584
octacosane
00630­
02­
4
X
X
585
octamethylcyclotetrasiloxane
00556­
67­
2
586
octane
00111­
65­
9
X
X
X
X
587
octatriene
30702­
87­
5
X
588
octyne
32073­
03­
3
X
594
p­
methylphenylacetylene
00766­
97­
2
X
X
595
p­
xylene
00106­
42­
3
X
X
X
596
palladium
07440­
05­
3
X
598
pentachlorodibenzo­
p­
dioxin
36088­
22­
9
X
599
pentachlorodibenzofuran
30402­
15­
4
X
600
pentacosane
00629­
99­
2
X
X
601
pentadecane
00629­
62­
9
X
X
602
pentadiene
41050­
31­
1
X
X
603
pentanal
00110­
62­
3
X
X
X
604
pentane
00109­
66­
0
X
X
X
X
605
pentanone
00930­
24­
5
X
X
606
pentene
25377­
72­
4
X
607
pentenes
X
X
608
pentenyne
91144­
32­
0
X
609
pentylbenzene
00538­
68­
1
X
X
X
610
perylene
00198­
55­
0
X
X
X
611
phenanthrene
00085­
01­
8
X
X
X
612
phenol
00108­
95­
2
X
X
613
phosphorus
07723­
14­
0
X
X
X
614
platinum
07440­
06­
4
X
617
potassium
07440­
09­
7
X
X
618
propanal
00123­
38­
6
X
X
X
619
propane
00074­
98­
6
X
X
X
X
620
propene
00115­
07­
1
X
X
X
X
621
propylbenzene
00103­
65­
1
X
X
X
X
622
propylcyclohexane
01678­
92­
8
X
X
624
propyne
00074­
99­
7
X
X
X
X
625
pyrene
00129­
00­
0
X
X
X
626
rubidium
07440­
17­
7
X
X
627
salicylylaldehyde
00090­
02­
8
X
628
sec­
amylbenzene
29316­
05­
0
X
629
selenium
07782­
49­
2
X
X
630
silicon
07440­
21­
3
X
X
631
silver
07440­
22­
4
X
X
632
sodium
07440­
23­
5
X
X
633
strontium
07440­
24­
6
X
X
634
styrene
00100­
42­
5
X
X
X
X
635
sulfates
14808­
79­
8
X
X
X
636
sulfur
07704­
34­
9
X
X
637
tetrachlorodibenzo­
p­
dioxin
41903­
57­
5
X
638
tetrachlorodibenzofuran
30402­
14­
3
X
639
tetracosane
00646­
31­
1
X
X
640
tetradecane
00629­
59­
4
X
X
X
641
tetramethylbenzene
25619­
60­
7
X
X
642
tetramethylcyclobutene
X
643
thallium
07440­
28­
0
X
644
tin
07440­
31­
5
X
X
645
titanium
07440­
32­
6
X
X
646
toluene
00108­
88­
3
X
X
X
X
647
toluene
&
2,3­
dimethylhexane
108­
88­
3;
584­
94­
1
X
X
656
trans­
1,2­
dimethylcyclohexane
06876­
23­
9
X
X
657
trans­
1,2­
dimethylcyclopentane
00822­
50­
4
X
X
X
X
658
trans­
1,3­
dimethylcyclohexane
02207­
03­
6
X
X
X
X
659
trans­
1,3­
dimethylcyclopentane
01759­
58­
6
X
X
X
660
trans­
1,4­
dimethylcyclohexane
02207­
04­
7
X
X
X
X
661
trans­
1­
ethyl­
3­
methylcyclopentane
02613­
65­
2
X
X
662
trans­
1­
ethyl­
4­
methylcyclohexane
06236­
88­
0
X
663
trans­
1­
methyl­
2­
ethylcyclopentane
00930­
90­
5
X
664
trichloromethane
00067­
66­
3
X
X
665
tricosane
00638­
67­
5
X
X
666
tridecane
00629­
50­
5
X
X
X
667
trimethylbenzene
25551­
13­
7
X
668
trimethylcyclohexane
30498­
63­
6
X
X
669
trimethylcyclopentane
30498­
64­
7
X
X
670
trimethyldecane
98060­
54­
9
X
671
trimethylheptane
X
672
trimethylhexene
X
673
trimethylindane
X
674
trimethyloctane
98060­
52­
7
X
X
675
trimethylpentadiene
X
676
trimethylpentane
29222­
48­
8
X
677
trimethylpentene
61665­
19­
8
X
678
undecane
01120­
21­
4
X
X
X
X
697
uranium
07440­
61­
1
X
698
vanadium
07440­
62­
2
X
X
700
yttrium
07440­
65­
5
X
X
701
zinc
07440­
66­
6
X
X
702
zirconium
07440­
67­
7
X
X
703
diesel
VOC
X
X
X
704
(
E)­
4­
octene
14850­
23­
8
X
X
X
705
17a(
H),
21b(
H)­
29­
norhopane
X
X
706
17a(
h),
21ß(
h)­
hopane
13849­
96­
21
X
X
707
17a(
H)­
22,29,30­
trisnorhopane
53584­
59­
1
X
X
708
1­
methylphenanthrene
832­
69­
9
X
X
709
2,6,10­
trimethyltridecane
3891­
99­
4
X
X
710
20R&
S­
5a(
H),
14b(
H),
17b(
H)­
sitostane
X
X
711
20R&
S­
5a(
H),
14b(
H),
17b(
H)­
ergostane
X
X
712
20R­
13b(
H),
17a(
H)­
diacholestane
X
713
20R,
5a(
H),
14b(
H),
17b(
H)­
cholestane
69483­
47­
2
X
X
714
c27­
20r5a(
h),
14a(
h),
17a(
h)­
cholestan
481­
21­
0
X
X
715
20S­
13b(
H),
17a(
H)­
diacholestane
X
X
716
c27­
20s5a(
h),
14ß(
h),
17ß(
h)­
cholestane
X
X
717
22,29,30­
trisnorneohopane
X
718
22r&
s,
17a(
h),
21b(
H)­
30­
bishomohopane
X
719
22r&
s,
17a(
H),
21b(
H)­
30­
homohopane
X
720
furfural
98­
01­
1
X
721
2­
methylanthracene
613­
12­
7
X
X
722
2­
methylphenanthrene
2531­
84­
2
X
X
723
3­
methylphenanthrene
832­
71­
3
X
X
724
8b,
13a­
dimethyl­
14b­
n­
butylpodocarpane
X
X
725
8b,
13a­
dimethyl­
14b­[
3'­
methylbutyl]
podocarpane
X
X
726
anthraquinone
84­
65­
1
X
X
727
9­
methylphenanthrene
883­
20­
5
X
X
728
acephenanthrylene
201­
06­
9
X
X
729
benzo(
j)
fluoranthene
205­
82­
3
X
730
2,3­
benzofuran
271­
89­
6
X
X
731
benzoic
acid
65­
85­
0
X
X
732
isobutyraldehyde
&
butyraldehyde
78­
84­
2
&
123­
72­
8
X
X
733
c2­
fluorene
X
734
c2­
naphthalene
X
X
735
c3­
naphthalene
X
X
736
c4­
naphthalene
X
X
737
methylfluorene
26914­
17­
0
X
X
X
738
decanal
112­
31­
2
X
X
739
decanoic
acid
334­
48­
5
X
X
740
decylcyclohexane
1795­
16­
0
X
X
741
dibenzofuran
132­
64­
9
X
X
742
dibenzothiazole
X
X
743
dodecanal
112­
54­
9
X
X
744
dodecylcyclohexane
1795­
17­
1
X
X
745
icosanoic
acid
506­
30­
9
X
X
746
icosylcyclohexane
X
X
747
farnesane
3891­
98­
3
X
X
748
9­
Fluorenone
486­
25­
9
X
X
749
henicosylcyclohexane
X
X
750
heptadecanoic
acid
506­
12­
7
X
X
751
heptadecylcyclohexane
19781­
73­
8
X
X
752
heptanal
111­
71­
7
X
X
753
hexadecylcyclohexane
6812­
38­
0
X
X
754
indanone
83­
33­
0
X
X
755
indeno(
1,2,3­
cd)
fluoranthene
00193­
43­
1
X
X
756
m/
p­
tolualdehyde
620­
23­
5
&
104­
87­
0
X
X
757
methylbenzoic
acid
12167­
74­
7
X
X
758
docosane
629­
97­
0
X
X
759
icosane
112­
95­
8
X
X
760
henicosane
629­
94­
7
X
X
761
nonadecane
629­
92­
5
X
X
762
octadecane
593­
45­
3
X
X
763
nonadecanedioic
acid
6250­
70­
0
X
764
nonadecanoic
acid
646­
30­
0
X
X
765
nonadecylcyclohexane
22349­
03­
7
X
X
766
nonanal
124­
19­
6
X
X
767
nonanoic
acid
112­
05­
0
X
X
768
nonylcyclohexane
2883­
02­
5
X
X
769
norfarnesane
6864­
53­
5
X
X
770
norpristane
3892­
00­
0
X
X
771
octadecanedioic
acid
871­
70­
5
X
772
octadecanoic
acid
57­
11­
4
X
X
773
octadecylcyclohexane
4445­
06­
1
X
X
774
octanal
124­
13­
0
X
X
775
octanoic
acid
(
caprylic
acid)
124­
07­
2
X
X
776
o­
tolualdehyde
529­
20­
4
X
X
777
pentadecylcyclohexane
6006­
95­
7
X
X
778
phytane
638­
36­
8
X
X
779
pristane
1921­
70­
6
X
X
780
methyl
tert­
amyl
ether
994­
05­
8
X
X
781
tetradecylcyclohexane
1795­
18­
2
X
X
782
tridecanal
10486­
19­
8
X
X
783
tridecylcyclohexane
6006­
33­
3
X
X
784
undecanal
112­
44­
7
X
X
785
undecanoic
acid
112­
37­
8
X
X
786
undecylcyclohexane
54105­
66­
7
X
X
787
xanthone
90­
47­
1
X
X
788
ammonium
14798­
03­
9
X
X
789
18a(
h)­
22,29,30­
trisnorneohopane
X
X
790
acetophenone
98­
86­
2
X
X
791
lauric
acid
143­
07­
7
X
X
792
heptylcyclohexane
5617­
41­
4
X
X
793
hexylcyclohexane
4292­
75­
5
X
X
794
azelaic
acid
123­
99­
9
X
X
795
octanedioic
acid
505­
48­
6
X
X
796
octylcyclohexane
1795­
15­
9
X
X
797
pentylcyclohexane
38792­
89­
1
X
798
Myristic
Acid
544­
63­
8
X
799
tridecanoic
acid
638­
53­
9
X
800
1,1'­
biphenyl,
3­
methyl­
643­
93­
6
X
X
801
1,1'­
biphenyl,
4­
methyl
644­
08­
6
X
X
802
1,2,8­
trimethylnaphthalene
3876­
97­
9
X
X
803
1,3+
1,6+
1,7dimethylnaphthalene
575­
41­
7;
575­
43­
9;
575­
37­
1
X
X
804
1,4+
1,5+
2,3­
dimethylnaphthalene
571­
58­
4;
571­
61­
9;
581­
40­
8
X
X
805
1,7­
dimethylphenanthrene
483­
87­
4
X
X
806
1,8­
dimethylnaphthalene
569­
41­
5
X
X
807
1­
ethyl­
2­
methylnaphthalene
17057­
93­
1
X
X
808
1­
methyl­
7­
isopropylphenanthrene
483­
65­
8
X
X
X
809
1­
methylfluorene
1730­
37­
6
X
X
810
2­
methylbiphenyl
643­
58­
3
X
X
811
3,6­
dimethylphenanthrene
1576­
67­
6
X
X
812
7­
methylbenz[
a]
anthracene
2541­
69­
7
X
X
X
813
7­
methylbenzo(
a)
pyrene
63041­
77­
07
X
X
X
814
9­
methylanthracene
779­
02­
2
X
X
X
815
benzo(
b+
j+
k)
fluoranthene
205­
99­
2;
205­
82­
3;
207­
08­
9
X
X
X
816
benzonaphthothiophene
61523­
34­
0
X
X
817
bishomohopane­
1
X
X
818
bishomohopane­
2
X
X
819
cholestane­
1
X
X
820
cholestane­
2
X
X
821
cholestane­
3
X
X
822
diasterane­
1
X
X
823
diasterane­
2
X
X
824
dimethylphenanthrene
29062­
98­
4
X
X
X
825
ergostane
25318­
39­
2
X
X
826
homohopane­
1
X
X
827
homohopane­
2
X
X
828
hopane­
1
X
X
829
hopane­
2
X
X
830
hopane­
3
X
X
831
methyl
ethyl
naphthalene
29253­
36­
9
X
X
832
methylbiphenyl
28652­
72­
4
X
X
833
methylphenanthrene
28652­
81­
5
X
X
X
834
methylpyrene
2381­
21­
7
X
X
835
norhopane­
1
X
X
836
norhopane­
2
X
X
837
sitostane
X
X
838
trimethylnaphthalene
28652­
77­
9
X
X
X
839
trisnorhopane­
1
X
X
840
trisnorhopane­
2
X
X
841
bis[
2­
ethylhexyl]
phthalate
117­
81­
7
X
X
842
cyanide
compounds
X
X
843
di­
n­
butylphthalate
84­
74­
2
X
X
844
dioxins
and
furans
X
X
845
1­
ethylnaphthalene+
2­
ethylnaphthale
1127­
76­
0
&
939­
27­
5
X
X
846
methylpyrene/
methylfluoranthene
2381­
21­
7;
30997­
39­
8
X
X
847
3­
nitrofluorene
5397­
37­
5
X
X
848
5+
6­
methylchrysene
3697­
24­
3
&
1705­
85­
7
X
X
849
3­
nitro­
1,1'­
Biphenyl
2113­
58­
8
X
X
850
1,5­
dinitronaphthalene
605­
71­
0
X
X
851
4­
nitrophenanthrene
82064­
15­
1
X
X
852
1,3­
dinitronaphthalene
606­
37­
1
X
X
853
1,8­
dinitronaphthalene
602­
38­
0
X
X
854
9­
nitrophenanthrene
954­
46­
1
X
X
855
3­
nitrophenanthrene
17024­
19­
0
X
X
856
tert­
butylbenzene
+
1,2,4­
trimethylbe
98­
06­
6
&
95­
63­
3
X
X
X
X
857
1­
butene
+
isobutene
106­
98­
9
&
115­
11­
7
X
X
X
858
1­
methylindane
767­
58­
8
X
X
859
alpha­
pinene
80­
56­
8
X
X
860
beta­
pinene
127­
91­
3
X
X
861
isopropyltoluene
25155­
15­
1
X
X
862
limonene
138­
86­
3
X
X
863
propyltoluene
28729­
54­
6
X
X
864
(
E)­
1,3­
hexadiene
20237­
34­
7
X
X
865
1,1,1,2­
Tetrafluoroethane
811­
97­
2
X
866
trichloroethene
79­
01­
6
X
867
methylisopropylbenzene
25155­
15­
1
X
868
c4­
benzene
or
c2­
benzene
X
869
hexadecadienoic
acid
methyl
ester
X
870
heptenoic
acid,
methyl
ester
X
871
ethyl
dimethyl
benzene
X
872
trimethyl
pentadecane
X
873
benzene,
1,1'(
1­
methyl­
1,2­
ethanediyl)
bis­
X
874
methyl
propyl
benzene
1074­
17­
5
X
875
tetrahydro
dimethyl
naphthalene
X
876
trimethyl
dodecane
X
877
1,1'­
ethylidenebis­
benzene
612­
00­
0
X
878
octadecenoic
acid
methyl
ester
X
879
tetramethyl
hexadecane
X
880
hexadecanoic
acid
57­
10­
3
X
881
tetramethyl
butane
594­
82­
1
X
882
dimethylbenzaldehyde
X
X
883
3­
ethyl­
cis­
2­
pentene
816­
79­
5
X
884
ethyl
hexanol
104­
76­
7
X
885
methyl
tridecane
X
886
nonene
27215­
95­
8
X
887
dimethyl
undecane
79004­
83­
4
X
888
phenyl
ethanone
X
889
dimethyl
dodecane
X
890
hexyl
cyclohexane
4292­
75­
5
X
891
cerium
7440­
45­
1
X
892
fluoride
16984­
48­
8
X
893
phosphates
14265­
44­
2
X
894
sulfates
or
phosphates
X
895
anthracene/
phenanthrene
120­
12­
7;
85­
01­
8
X
896
pyrene/
fluoranthene
129­
00­
0;
206­
44­
0
X
897
1,4­
pentadiene
591­
93­
5
X
X
898
1,2­
dimethylcyclohexane
583­
57­
3
X
X
899
2,2­
dimethylheptane
1071­
26­
7
X
X
900
2,3­
dimethyl­
1­
hexene
16746­
86­
4
X
X
901
2­
ethyl­
1­
butene
760­
21­
4
X
X
902
2­
methyl­
1­
phenyl­
1­
propene
768­
49­
0
X
X
903
2­
methylundecane
31807­
55­
3
X
X
904
3,3,4,4­
tetramethylhexane
5171­
84­
6
X
X
905
3­
ethylheptane
15869­
80­
4
X
X
906
(
Z)­
1,3­
pentadiene
1574­
41­
0
X
X
907
(
Z)­
2,5­
dimethyl­
3­
hexene
10557­
44­
5
X
X
908
(
Z)­
2­
methyl­
3­
hexene
15840­
60­
5
X
X
909
cis­
decalin
493­
01­
6
X
X
910
1,
cis­
2,
trans­
3­
trimethylcyclopentane
X
X
911
tetralin
119­
64­
2
X
X
X
912
(
E)­
2,3­
dimethyl­
3­
hexene
X
X
913
(
E)­
decalin
493­
02­
7
X
X
914
tert­
butyl
alcohol
75­
65­
0
X
X
915
3,3­
dimethyl­
1­
pentene
3404­
73­
7
X
X
916
trans­
3,4­
dimethyl­
2­
pentene
+
1­
hep
4914­
92­
5;
592­
76­
7
X
X
917
4­
methyloctane
+
2­
octyne
2216­
34­
4;
2809­
67­
8
X
X
918
1,4
+
1,2­
dimethylcyclopentane
X;
2452­
99­
5
X
X
919
toluene
+
2,3,3­
trimethylpentane
108­
88­
3;
560­
21­
4
X
X
920
1­
methyl­
3­
isopropylbenzene
+
1­
me
535­
77­
3;
99­
87­
6
X
X
921
2,2,4­
trimethylhexane
+
1,1­
ethyl
me
16747­
26­
5;
X
X
X
922
2,2,5­
trimethylhexane+
t­
1,3­
ethylme
3522­
94­
9;
X
X
X
923
2,2­
dimethylhexane
+
2,4,4­
trimethy
590­
73­
8;
107­
40­
4
X
X
924
2,3,5­
trimethylhexane
+
cis­
1,2­
dim
1069­
53­
0;
2207­
01­
4
X
X
925
2,4­
dimethylpentane
+
2,3­
dimethyl­
108­
08­
7;
563­
79­
1
X
X
926
2,5­
dimethylhexane
+
2,2,3­
trimethy
592­
13­
2;
564­
02­
3
X
X
927
2­
methyl­
3­
ethylpentane
+
2,5­
dimet
609­
26­
7;
3404­
78­
2
X
X
928
2­
methylhexane
+
cyclohexene
+
2,3
591­
76­
4;
110­
83­
8;
565­
59­
3
X
X
929
3,3­
dimethylpentane
+
cyclohexane
562­
49­
2;
110­
82­
7
X
X
930
3­
ethylhexene
+
t­
1,4­
dimethylcycloh
X;
2207­
04­
7
X
X
931
3­
ethylpentane
+
t­
1,2­
dimethylcyclo
617­
78­
7;
X
X
X
932
3­
methylpentane
+
cis­
1,3­
dimethylc
96­
14­
0;
638­
04­
0
X
X
933
4­
methylheptane
+
3­
methyl­
3­
ethylp
589­
53­
7;
1067­
08­
9;
4316­
65
X
X
934
cis­
1,2­
dimethylcyclopentane
+
meth
1192­
18­
3;
108­
87­
2
X
X
935
cis­
1,3­
ethylmethylcyclopentane
+
2­
2613­
66­
3;
X
X
X
936
cylcoheptane
+
3­
ethylhexene­
1
+
t­
1
886­
65­
7;
X;
X
X
X
937
ethylcyclohexane
+
n­
propylcyclopen
1678­
91­
7;
2040­
96­
2
X
X
938
n­
octane
+
cis­
1,4­
dimethylcyclohexa
111­
65­
9;
624­
29­
3;
2207­
03­
X
X
939
trans­
hexene­
2
+
cis­
3­
hexene
+
cis­
;
7642­
09­
3;
7688­
21­
3;
625­
2
X
X
940
methylcyclopentane
+
trans­
3­
methy
96­
37­
7;
616­
12­
6
X
X
941
isobutylbenzene
+
n­
decane
538­
93­
2;
124­
18­
5
X
X
942
1,3­
pentadiene
504­
60­
9
X
943
(
E)­
2­
heptenal
18829­
55­
5
X
944
1,3­
dichlorobenzene
541­
73­
1
X
945
1,4,5­
trimethylnaphthalene
2131­
41­
1
X
946
17a(
h),
18a(
h),
21ß(
h)­
25,28,30­
trisnorhopane
X
947
17a(
h),
18a(
h),
21ß(
h)­
28,30­
bisnorhopane
X
X
948
17a(
h),
21ß(
h)­
22,29,30­
trisnorhopane
X
X
949
17a(
h),
21ß(
h)­
30­
norhopane
53584­
60­
4
X
X
950
17ß(
h),
21a(
h)­
hopane
1176­
44­
9
X
X
951
17ß(
h),
21ß(
h)­
hopane
471­
62­
5
X
952
18a(
h),
21ß(
h)­
22,29,30­
trisnorhopane
X
953
18a(
h),
21ß(
h)­
30­
norneohopane
X
X
954
1­
methylpyrene
2381­
21­
7
X
X
955
2,4,5­
trimethylnaphthalene
17057­
91­
9
X
956
22r­
17a(
h),
21ß(
h)­
30,31,32­
trishomohopane
X
X
957
22r­
17a(
h),
21ß(
h)­
30,31­
bishomohopane
X
X
958
22r­
17a(
h),
21ß(
h)­
30­
homohopane
60305­
22­
8
X
X
959
22s­
17a(
h),
21ß(
h)­
30,31,32­
trisomohopane
X
X
960
22s­
17a(
h),
21ß(
h)­
30,31­
bishomohopane
X
X
961
22s­
17a(
h),
21ß(
h)­
30­
homohopane
60305­
23­
9
X
X
962
2­
methylphenol
95­
48­
7
X
963
4­
ethylguaiacol
2785­
89­
9
X
964
4­
formyl
guaiacol
X
965
4­
methyl
syringol
6638­
05­
7
X
966
4­
methylguaiacol
93­
51­
6
X
967
4­
methylpyrene
3353­
12­
6
X
968
4­
n­
propyltoluene
+
1,4­
diethylbenze
1074­
55­
1;
105­
05­
5
X
969
5­
isopropyl­
m­
xylene
4706­
89­
2
X
970
9­
anthraldehyde
642­
31­
9
X
971
abietic
acid
514­
10­
3
X
972
acenaphthenequinone
82­
86­
0
X
973
acetovanillone
498­
02­
2
X
974
benz(
a)
anthracene­
7,12­
dione
2498­
66­
0
X
975
c27­
20r­
13a(
h),
17ß(
h)­
diasterane
X
X
976
c27­
20r­
13ß(
h),
17a(
h)­
diasterane
X
X
977
c27­
20r5a(
h),
14ß(
h)­
cholestane
X
978
c27­
20s­
13a(
h),
17ß(
h)­
diasterane
X
X
979
c27­
20s­
13ß(
h),
17a(
h)­
diasterane
X
X
980
c27­
20s5a(
h),
14a(
h)­
cholestane
X
981
c27­
tetracyclic
terpane
X
982
c28­
20r5a(
h),
14a(
h),
17a(
h)­
ergostane
X
983
c28­
20r5a(
h),
14ß(
h),
17ß(
h)­
ergostane
X
984
c28­
20s­
13ß(
h),
17a(
h)­
diasterane
X
X
985
c28­
20s5a(
h),
14a(
h),
17a(
h)­
ergostane
X
986
c28­
tetracyclic
terpane
X
X
987
c29­
20r­
13a(
h),
17ß(
h)­
diasterane
X
X
988
c29­
20r5a(
h),
14a(
h),
17a(
h)­
stigmastane
X
989
c29­
20r5a(
h),
14ß(
h),
17ß(
h)­
stigmastane
X
990
c29­
20s5a(
h),
14a(
h),
17a(
h)­
stigmastane
X
991
c29­
20s5a(
h),
14ß(
h),
17ß(
h)­
stigmastane
X
992
cis­
pinonic
acid
473­
72­
3
X
993
dehydroabietic
acid
1740­
19­
8
X
994
docosanoic
acid
112­
85­
6
X
995
dodecene
25378­
22­
7
X
996
elaidic
acid
112­
79­
8
X
997
eugenol
97­
53­
0
X
998
glutaric
acid
110­
94­
1
X
999
guaiacol
90­
05­
1
X
1000
henicosanoic
acid
2363­
71­
5
X
1001
heptadecane_
pristane
629­
78­
7;
1921­
70­
6
X
1002
heptanedioic
acid
111­
16­
0
X
1003
hexadecane_
norpristane
544­
76­
3;
3892­
00­
0
X
1004
hexanedioic
acid
124­
04­
9
X
1005
hexanoic
acid
142­
62­
1
X
1006
isoamylbenzene
2049­
94­
7
X
1007
isoeugenol
97­
54­
1
X
1008
isophthalic
acid
121­
91­
5
X
1009
m­
&
p­
cresol
108­
39­
4;
106­
44­
5
X
1010
methylpyridine
+
methylfluorene
1333­
41­
1;
26914­
17­
0
X
1011
methylsuccinic
acid
498­
21­
5
X
1012
oleic
acid
112­
80­
1
X
1013
pentadecanoic
acid
1002­
84­
2
X
1014
pentamethylbenzene
700­
12­
9
X
1015
perinaphthenone
548­
39­
0
X
1016
phthalic
acid
88­
99­
3
X
X
1017
picolinic
acid
98­
98­
6
X
1018
p­
methylstyrene
622­
97­
9
X
1019
sitosterol
83­
46­
5
X
1020
stearic
acid
57­
11­
4
X
1021
succinic
acid
110­
15­
6
X
1022
syringol
91­
10­
1
X
1023
tricosanoic
acid
2433­
96­
7
X
1024
2,7­
dinitrofluorene
5405­
53­
8
X
1025
1,6­
&
1,8­
dinitropyrene
42397­
64­
8;
42397­
65­
9
1026
3­
methylcholanthrene
56­
49­
5
1027
7­
nitrobenzo(
a)
anthracene
63041­
91­
8
1028
anthanthrene
191­
26­
4
X
1029
benzo(
b)
fluorene
243­
17­
4
X
1030
triphenylene
217­
59­
4
X
1031
ethylbiphenyl
40529­
66­
6
X
1032
1,3­
isobenzofurandione
85­
44­
9
X
1033
2­
butoxy
ethanol
111­
76­
2
X
1034
butenyl
dimethylbenzene
X
1035
methyl
dodecane
90454­
15­
2
X
1036
icosene
3452­
07­
1
X
1037
hepenoic
acid,
ethyl
ester
X
1038
hexadecanoic
acid,
ethyl
ester
628­
97­
7
X
1039
hexadecene
26952­
14­
7
X
1040
tetrahydromethylnaphthalene
31291­
71­
1
X
1041
octadecene
27070­
58­
2
X
1042
tetramethyl
pentadecane
X
1043
tetradecene
26952­
13­
6
X
1044
methyl
ester
undecenoic
acid
X
1045
2,4­
dinitrophenol
51­
28­
5
1046
2­
hexanone
591­
78­
6
1047
2­
nitrophenol
88­
75­
5
1048
4­
nitrophenol
100­
02­
7
1049
benzyl
alcohol
100­
51­
6
1050
butylbenzylphthalate
85­
68­
7
1051
carbon
disulfide
75­
15­
0
1052
carbon
tetrachloride
56­
23­
5
1053
methyl
chloride
74­
87­
3
1054
cis­
1,2­
dichloroethene
156­
59­
2
1055
diethyl
phthalate
84­
66­
2
1056
trichlorofluoromethane
75­
69­
4
1057
p­
cresol
106­
44­
5
1058
pentachlorophenol
87­
86­
5
1059
tetrachloroethylene
127­
18­
4
1060
ammonia
7664­
41­
7
X
X
1061
di­
nitropyrene
X
1062
hydrogen
sulfide
7783­
06­
4
X
1063
(
2­
methylpropyl)­
cyclohexane
1678­
98­
4
X
1064
(
E)­
3­
nonene
20063­
92­
7
X
1065
(
Z)­
2­
nonene
6434­
77­
1
X
1066
(
Z)­
3­
nonene
20237­
46­
1
X
1067
1,1,2­
trimethylcyclohexane
7094­
26­
0
X
1068
1,1,4­
trimethylcyclohexane
7094­
27­
1
X
1069
1,2,4­
trimethylbenzene
+
1,2,4­
tribut
95­
63­
6;
14800­
16­
9;
872­
05­
9
X
1070
1,3­
dimethyldibenzothiophene
31317­
15­
4
X
1071
1,8­
dimethyl­
dibenzothiophene
31317­
42­
7
X
1072
10­
methyl­
benzo(
b)
naphtho(
2,1­
d)
thiophene
X
1073
2,2,4­
trimethylpentane
+
1­
heptene
540­
84­
1;
592­
76­
7
X
1074
2,3­
dimethylhexane
+
3­
ethyl­
2­
meth
584­
94­
1;
609­
26­
7
X
1075
2,4­
dimethylhexane
+
2,2,3­
trimethy
589­
43­
5;
564­
2­
3
X
1076
2,5­
dimethylhexane
+
ethylcyclopent
592­
13­
2;
1640­
89­
7
X
1077
2,6­
dimethylheptane
+
cis­
1,2­
dimeth
1072­
5­
5;
2207­
1­
4
X
1078
2­
methyl­
benzo(
b)
naphtho(
2,1­
d)
thiophene
X
1079
2­
methyl­
dibenzothiophene
20928­
02­
3
X
1080
2­
methylfluorene
1430­
97­
3
X
1081
2­
propyltoluene
1074­
17­
5
X
1082
3,
3­
dimethylhexane
+
1­
cis­
2­
trans­
563­
16­
6;
X
X
1083
3,4­
dimethylheptane
+
4­
methyloctan
922­
28­
1
;
2216­
34­
4
X
1084
3­
ethyloctane
5881­
17­
4
X
1085
3­
ethylpentane
+
trans­
1,3­
dimethylc
617­
78­
7;
1759­
58­
6
X
1086
3­
methyloctane
+
3,3­
diethylpentane
216­
33­
3;
1067­
20­
5;
15869­
8
X
1087
3­
propyltoluene
1074­
43­
7
X
1088
4,4
+
2,2­
dimethylheptane
1068­
19­
5;
1071­
26­
7
X
1089
4,6­
dimethyldibenzothiophene
1207­
12­
1
X
1090
4­
methyl­
1­
pentene
+
3­
methyl­
1­
pen
691­
37­
2;
760­
20­
3
X
1091
4­
methyl­
2­
pentene
4461­
48­
7
X
1092
4­
methylheptane
+
3­
ethyl­
3­
methylp
589­
53­
7;
1067­
08­
9;
591­
49­
1
X
1093
4­
propyltoluene
+
butyl­
1,3­
dimethyl
1074­
55­
1;
X;
934­
74­
7
X
1094
5­
methyl­
benzo(
b)
naphtho(
2,1­
d)
thiophene
X
1095
5­
methyl­
naphtho(
2,1­
b)
thiophene
X
1096
6­
methyl­
benzo(
b)
naphtho(
2,1­
d)
thiophene
X
1097
8­
methyl­
benzo(
b)
naphtho(
1,2­
d)
thiophene
X
1098
8­
methyl­
benzo(
b)
naphtho(
2,3­
d)
thio
24964­
07­
6
X
1099
8­
methyl­
naphtho(
2,1­
b)
thiophene
X
1100
acetic
acid
64­
19­
7
X
1101
benzo(
a)
fluorene
238­
84­
6
X
1102
butylcyclopentane
2040­
95­
1
X
1103
c21
aaa­
sterane
X
1104
c21
abb­
sterane
X
1105
c21
tricyclic
terpane
X
1106
c22
abb­
sterane
X
1107
c22
tricyclic
terpane
X
1108
c23
ab­
dimethyl­
a­
butylpodocarpane
X
1109
c24
ab­
dimethyl­
a­
methylbutylpodocarpane
X
1110
c25
tricyclic
terpane
X
1111
c26
tricyclic
terpane
X
1112
c26
tricyclic
triterpane
22r
X
1113
c26
tricyclic
triterpane
22s
X
1114
c27
20r­
baa­
cholestane
481­
20­
9
X
1115
c27
20s­
abb­
cholestane
X
1116
c27
tetracyclic
terpane
22r
X
1117
c27
tetracyclic
terpane
22s
X
1118
c27
trisnorhopane
tm
X
1119
c28
20r/
s?­
ba­
diasterane
X
1120
c28
20r­
aaa­
methylcholestane
X
1121
c28
20r­
abb­
methylcholestane
71117­
90­
3
X
1122
c28
20r­
ba­
diasterane
X
1123
c28
20s­
aaa­
methylcholestane
X
1124
c28
20s­
abb­
methylcholestane
X
1125
c29
20r­
aaa­
ethylcholestane
62446­
14­
4
X
1126
c29
20r­
abb­
ethylcholestane
71117­
92­
5
X
1127
c29
20s­
aaa­
ethylcholestane
X
1128
c29
20s­
abb
(
20r­
baa)­
ethylcholestane
X
1129
c29
20s­
ba­
diasterane
X
1130
c29
ab­
25­
norhopane
53584­
60­
4
X
1131
c29
ba­
norhopane
3258­
87­
5
X
1132
c30
tricyclic
terpane
22r
X
1133
c30
tricyclic
terpane
22s
X
1134
cis­
&
trans­
3­
hexene
7642­
09­
3;
13269­
52­
8
X
1135
cis,
cis,
cis­
1,2,3­
trimethylcyclopentan
2613­
69­
6
X
1136
cis­
cis­
trans­
1,2,4­
trimethylcyclopen
X;
638­
04­
0
X
1137
ctc­
123­
trimethylcyclopentane
X
1138
ctc­
124­
trimethylcyclohexane
X
1139
ctt­
124­
trimethylcyclohexane
X
1140
formic
acid
64­
18­
6
X
1141
isobutylcyclopentane
3788­
32­
7
X
1142
isopropylcyclopentane
3875­
51­
2
X
1143
m&
p­
xylene
+
2,3­
dimethylheptane
1330­
20­
7;
3074­
71­
3
X
1144
maleic
acid
110­
16­
7
X
1145
malonic
acid
141­
82­
2
X
1146
methyl
vinyl
ketone
78­
94­
4
X
1147
methylcyclohexane
+
cis­
1,2­
dimethy
108­
87­
2;
1192­
18­
3;
4516­
69­
X
1148
naphtho(
2,1­
b)
thiophene
X
1149
n­
octane
+
trans­
1,2­
dimethylcyclohe
111­
65­
9;
6876­
23­
9
X
1150
n­
propylcyclopentane
+
cis,
cis,
cis­
1,32040­
96­
2;
X;
1678­
91­
7
X
1151
n­
undecane
+
1,2­
dimethyl­
3­
ethylbe
1120­
21­
4;
933­
98­
2
X
1152
phenanthro(
2,1­
b)
thiophene
X
1153
phenanthro(
2,3­
b)
thiophene
X
1154
phenanthro(
3,4­
b)
thiophene
X
1155
phenanthro(
4,3­
b)
thiophene
X
1156
pinacolin
75­
97­
8
X
1157
propionic
acid
79­
09­
4
X
1158
tert­
butyl­
2­
methyl­
benzene
X
1159
tert­
butyl­
3,5­
dimethyl­
benzene
X
1160
tert­
butyl­
4­
ethyl­
benzene
X
1161
trimethylacetaldehyde
+
3­
methyl­
2­
630­
19­
3;
563­
80­
4
X
1162
hydrogen
cyanide
74­
90­
8
X
X
Minimum
LPG
M85
M85
E85
E85
Jet
Res
Oth
Oth
Oth
Emission
Exh
Exh
Evp
Exh
Evp
Exh
Exh
Exh
Evap
Rate
LPG­
Exh
M85­
Exh
M85­
Evp
E85­
Exh
E85­
Evp
Jet­
Exh
Res­
Exh
Oth­
Exh
Oth­
Evap
Oth­
mg/
mi
1.5016
X
X
X
X
X
0.0000
0.0600
X
X
X
0.0000
X
X
X
X
0.0000
X
0.0000
X
X
0.0000
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.0000
0.0700
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
0.0000
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.1500
X
X
X
X
0.0000
0.0000
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
0.0000
X
0.0000
X
0.0100
X
X
0.0116
0.0004
X
1.6600
X
0.0500
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.0197
0.0000
X
X
X
X
X
0.0000
0.1911
X
X
0.0001
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.0000
X
X
X
X
X
X
0.0000
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
0.0000
X
X
X
X
0.0000
X
0.0131
X
X
X
0.0000
X
X
0.0000
0.0173
X
X
X
X
X
0.0000
X
0.0000
X
X
X
X
0.0000
X
X
X
0.0189
X
0.0000
X
X
X
0.0000
X
X
X
X
X
0.0000
0.0000
0.0188
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
0.0000
X
X
0.0000
X
X
0.0000
X
0.0000
X
0.0000
X
X
X
0.0000
X
0.0000
X
X
0.0000
X
0.0044
0.0003
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
0.1314
X
X
X
X
X
0.0000
0.0000
X
0.0189
X
X
X
X
X
0.0000
0.0227
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.7000
X
X
X
X
0.0000
3.9000
X
0.0000
X
0.0249
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
0.0000
X
X
X
X
X
0.0000
0.0100
X
X
X
X
0.0000
X
0.0000
X
0.0100
0.0000
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
2.5476
X
X
0.0122
X
X
X
X
X
0.0000
0.0000
0.0003
X
0.0104
X
0.0000
0.0100
X
X
X
X
0.0000
X
X
0.0000
X
X
X
X
0.0000
X
X
X
0.0000
X
0.0000
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
0.0000
X
X
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.0153
X
0.0031
0.0226
X
X
0.0000
X
X
X
X
X
0.0000
X
0.0700
0.0002
0.0000
0.0004
X
0.0311
X
X
X
X
X
0.0000
1.2000
X
X
X
X
0.0000
X
0.0800
X
X
X
X
0.0000
0.0000
X
X
X
X
0.0000
X
X
0.0000
X
0.0000
X
X
X
X
0.0000
0.0100
X
X
X
X
0.0000
X
0.1110
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
0.0000
0.0421
X
0.0000
X
X
0.1553
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
0.0000
X
X
X
X
X
0.0000
X
0.4500
X
X
X
0.0000
X
X
X
X
0.0000
0.0000
X
X
X
X
0.0000
0.0000
0.0230
X
0.0000
X
0.0000
0.0000
X
0.0000
X
0.0001
X
0.0002
X
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
X
X
0.0000
0.0011
X
X
0.0001
0.0001
X
0.0008
0.0000
X
X
X
X
0.0000
X
X
X
X
X
X
X
X
0.0000
44.2800
X
X
0.0001
X
X
0.0001
X
X
0.0000
0.0006
X
0.0000
0.0000
X
X
0.0000
0.0000
X
X
0.0006
X
0.0000
X
X
0.0002
X
X
X
0.0000
X
X
X
X
X
X
0.0000
22.6800
X
X
X
X
0.0000
X
X
0.0090
0.0030
0.0090
0.0000
X
X
X
0.0003
0.0001
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
0.0000
0.0000
X
0.0002
X
0.0001
0.0000
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
0.0000
X
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
0.0001
0.0001
X
X
X
0.0002
X
0.0000
10.0000
0.0651
0.0372
X
0.0013
0.0139
X
X
X
X
X
0.0000
X
X
X
X
X
X
0.0000
X
0.1056
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
0.0000
X
0.0004
X
X
X
X
X
X
0.0000
0.0002
0.0002
0.0004
X
0.0027
X
X
X
X
X
0.0000
X
X
0.0005
X
0.0001
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
5.4000
X
X
X
X
X
0.0000
X
X
0.0001
0.0000
0.0065
X
X
X
X
X
0.0000
X
X
X
X
X
X
X
0.0101
X
X
0.0001
X
X
X
X
X
0.0000
0.0100
0.0007
0.0000
X
X
0.0001
X
X
0.0006
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
0.0000
X
X
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
0.0021
0.0010
X
X
X
X
X
X
0.0000
X
X
0.0002
0.3246
10.0000
0.0017
X
X
X
X
X
0.0000
X
0.8000
X
X
X
X
X
0.0000
0.0000
0.0019
X
X
X
X
X
X
0.0000
0.0003
0.0044
0.0017
X
0.0039
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
12.9600
X
X
X
0.0000
X
X
0.0000
X
X
0.0002
X
0.1500
0.0000
0.0003
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
X
X
X
0.0000
X
X
0.0000
0.0079
0.3000
X
X
0.0001
0.0100
0.0026
0.0060
0.0002
X
X
X
X
X
X
0.0000
0.0200
0.0040
0.0006
X
0.0114
0.0001
0.0000
0.0000
X
X
X
X
X
0.0000
51.8400
X
X
X
X
X
0.0000
X
X
X
X
0.0000
X
0.0114
X
X
X
X
0.0000
0.0198
0.0000
X
X
0.0200
0.0003
X
0.0300
X
X
X
X
X
X
0.0000
0.0020
0.0000
0.0004
0.0030
0.0000
90.0000
X
0.0268
0.0000
0.0000
0.0006
0.0002
0.0055
0.0016
0.0020
0.0281
0.0005
0.0007
0.0009
0.0009
0.0000
0.1218
0.1609
1.0563
0.0007
0.0008
0.0018
0.0001
0.0001
0.0005
0.0015
0.0000
0.0000
0.0181
X
0.0592
0.0800
0.0065
0.1137
0.0388
0.0157
0.0002
0.0311
0.0058
0.0007
X
0.0014
0.0002
0.5406
0.0009
0.0001
0.0007
0.0061
0.0094
0.0004
0.0002
0.0104
0.0746
0.0009
0.0190
0.0000
X
1.4600
0.0005
0.0003
0.0005
0.0001
0.0012
0.0012
0.0134
0.0001
0.0011
0.0186
0.0173
0.0018
0.0407
0.0029
0.0025
0.0027
0.0007
0.0560
0.0076
X
X
1.1900
0.0008
0.0020
0.0048
0.3418
0.0002
1.2427
0.0005
0.0249
0.0470
0.0005
0.0006
0.0140
0.0017
0.3100
0.0005
0.0079
0.0093
0.0001
0.0857
0.0017
0.0521
0.0033
0.0002
0.0220
0.0110
0.0016
0.0002
0.0002
0.0019
0.0016
0.0023
0.0001
0.0005
0.0050
X
0.0010
0.0000
0.0001
0.0001
0.0001
0.0001
0.0019
0.0016
0.0015
0.0014
0.0011
0.0012
0.0014
0.0003
0.0011
0.0013
0.0023
0.0043
0.0020
0.0028
0.0020
0.0020
0.0001
0.0008
0.0038
0.0053
0.0020
0.0003
0.0014
0.0010
X
0.0010
0.1100
X
0.0047
X
0.0000
0.0009
0.0019
0.0000
0.0004
0.0000
0.0001
0.0000
0.0000
0.0000
0.0001
0.0000
0.0701
1.0933
0.0803
0.0211
0.0182
0.0897
0.0265
0.1242
0.0027
X
0.0353
X
0.0090
0.0090
0.0300
0.0100
0.0543
1.3700
0.0352
0.0011
0.0001
0.0002
0.0004
0.0019
0.0056
0.0003
0.0018
0.0022
0.0005
0.0007
0.0019
0.0018
0.0004
0.0065
0.0018
0.0025
0.0009
X
0.0158
0.0001
0.0023
0.0001
0.0211
0.0022
0.0181
0.0258
0.0003
0.0441
0.0061
0.0011
0.0008
0.0009
0.0006
0.0007
0.0009
0.0002
0.0007
0.0007
0.0011
0.0011
0.0007
0.0007
0.0011
0.0009
0.0045
0.0004
0.0007
0.0178
0.0001
1.1051
0.0013
0.0552
0.0009
0.0007
0.0009
0.0001
0.0018
0.0418
0.0006
0.0228
0.0041
0.0001
0.0873
0.0006
0.0150
0.0385
0.0003
0.0030
0.0066
0.0003
0.0650
0.0050
0.0231
0.0038
0.0311
0.0019
0.0115
0.0116
0.0019
0.0033
X
X
X
X
0.0500
X
0.0800
X
0.2200
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
0.1
0.2
0.05
0.07
0.18
2.0899999
0.05
0.18
0.002
0.003
0.003
1.46
0.15
0.05
0.07
0.19
0.001
0.001
0.01
0.07
0.04
0.07
0.01
0.1
0.1
0.17
0.02
0.004
0.03
0.96
0.05
0.12
0.001
0.004
0.001
0.005
0.002
0.001
0.01
0.14
0.15
0.02
0.02
0.02
0.01
0.1
0.13
0.11
0.12
0.09
0.06
0.06
1.26
0.2
0.03
0.06
0.08
0.08
0.05
0.1
0.13
0.09
0.13
0.05
0.14
0.08
0.12
0.18
0.19
0.02
0.03
0.05
0.01
0.05
0.09
0.03
0.07
0.04
0.06
0.13
0.05
0.45
0.26
0.13
0.33
0.16
0.001
0.08
0.06
0.18
0.001
0.005
0.007
0.004
0.25
0.16
0.17
0.11
0.18
0.53
0
Maximum
Emission
Minimum
Maximum
Emission
Emission
Rate
Emission
Emission
Rate
Rate
Units
Rate
Rate
Units
mg/
mi
mg/
hp­
hr
mg/
hp­
hr
2.2949
mg/
mi
34.1890
mg/
mi
0.029999999
8.06000042
mg/
hp­
hr
31.4719
mg/
mi
56.5004
mg/
mi
0.029999999
0.029999999
mg/
hp­
hr
45.3486
mg/
mi
3.9874
mg/
mi
10.6723
mg/
mi
0.059999999
1.220000029
mg/
hp­
hr
105.6160
mg/
mi
309.9857
mg/
mi
0.029999999
28.47999954
mg/
hp­
hr
22.9583
mg/
mi
2.579999924
3.940000057
mg/
hp­
hr
80.2435
mg/
mi
0.050000001
3.670000076
mg/
hp­
hr
8.2426
mg/
mi
1.0300
mg/
mi
15.1352
mg/
mi
202.0533
mg/
mi
0.01
13.10000038
mg/
hp­
hr
26.7768
mg/
mi
52.3223
mg/
mi
108.8329
mg/
mi
0.07
9.5
mg/
hp­
hr
13.6637
mg/
mi
9.2671
mg/
mi
34.6144
mg/
mi
0.079999998
0.079999998
mg/
hp­
hr
194.4339
mg/
mi
0.02
22.71999931
mg/
hp­
hr
20.7550
mg/
mi
2.369999886
3.660000086
mg/
hp­
hr
42.8186
mg/
mi
0.180000007
2.549999952
mg/
hp­
hr
12.6341
mg/
mi
0.25
0.25
mg/
hp­
hr
116.8238
mg/
mi
0.050000001
0.219999999
mg/
hp­
hr
0.4100
mg/
mi
17.6000
mg/
mi
2.079999924
2.109999895
mg/
hp­
hr
27.0097
mg/
mi
36.7890
mg/
mi
0.039999999
5.360000134
mg/
hp­
hr
15.8192
mg/
mi
14.4212
mg/
mi
mg/
mi
mg/
hp­
hr
0.0300
mg/
mi
0.3800
mg/
mi
0.0120
mg/
mi
3.339999914
2.569999933
mg/
hp­
hr
6.4482
mg/
mi
0.00025
127.9899979
mg/
hp­
hr
1.6600
mg/
mi
0.8700
mg/
mi
0.0000
mg/
mi
22.5460
mg/
mi
46.5671
mg/
mi
0.119999997
9.479999542
mg/
hp­
hr
0.0000
mg/
mi
96.0359
mg/
mi
0.079999998
0.330000013
mg/
hp­
hr
32.4638
mg/
mi
0.01
2.190000057
mg/
hp­
hr
473.1192
mg/
mi
0.01
184.3800049
mg/
hp­
hr
86.8983
mg/
mi
47.5548
mg/
mi
20.7000
mg/
mi
2.8563
mg/
mi
1.2314
mg/
mi
48.5604
mg/
mi
0.441572487
3.623102903
mg/
hp­
hr
163.7585
mg/
mi
0.029999999
66.62999725
mg/
hp­
hr
60.0663
mg/
mi
338.6232
mg/
mi
0.059999999
1569
mg/
hp­
hr
50.8974
mg/
mi
101.1908
mg/
mi
0.050000001
55.06999969
mg/
hp­
hr
31.4894
mg/
mi
7.7444
mg/
mi
44.8000
mg/
mi
0.219999999
4.380000114
mg/
hp­
hr
0.0131
mg/
mi
0.109999999
4.980000019
mg/
hp­
hr
0.680000007
0.949999988
mg/
hp­
hr
10.2000
mg/
mi
0.090000004
0.550000012
mg/
hp­
hr
10.6626
mg/
mi
0.159999996
0.389999986
mg/
hp­
hr
23.7668
mg/
mi
89.5100
mg/
mi
0.050000001
37.59000015
mg/
hp­
hr
10.7905
mg/
mi
14.1873
mg/
mi
0.119999997
0.119999997
mg/
hp­
hr
0.5
0.5
mg/
hp­
hr
45.8699
mg/
mi
12.4233
mg/
mi
32.5585
mg/
mi
0.029999999
8.670000076
mg/
hp­
hr
136.8769
mg/
mi
0.050000001
38.11000061
mg/
hp­
hr
6.8396
mg/
mi
79.6918
mg/
mi
322.9508
mg/
mi
0.039999999
122.5999985
mg/
hp­
hr
239.2279
mg/
mi
0.059999999
55.36999893
mg/
hp­
hr
33.5814
mg/
mi
34.1951
mg/
mi
0.02
3.789999962
mg/
hp­
hr
11.9275
mg/
mi
0.029999999
33.97999954
mg/
hp­
hr
24.9539
mg/
mi
0.189999998
1.070000052
mg/
hp­
hr
29.4000
mg/
mi
0.02
27.62999916
mg/
hp­
hr
64.9621
mg/
mi
0.159999996
0.159999996
mg/
hp­
hr
13.3459
mg/
mi
mg/
hp­
hr
5.3213
mg/
mi
23.4000
mg/
mi
0.150000006
0.49000001
mg/
hp­
hr
157.0216
mg/
mi
6.099999905
8.75
mg/
hp­
hr
18.6411
mg/
mi
0.00017
131.8000031
mg/
hp­
hr
0.0415
mg/
mi
0.00032
0.00066
mg/
hp­
hr
0.0025
mg/
mi
2E­
06
0.0033
mg/
hp­
hr
108.4299
mg/
mi
0.01
19.43000031
mg/
hp­
hr
29.6784
mg/
mi
0.670000017
0.579999983
mg/
hp­
hr
90.9571
mg/
mi
0.07
9.409999847
mg/
hp­
hr
15.9729
mg/
mi
0.01
7.599999905
mg/
hp­
hr
0.1639
mg/
mi
0.039999999
0.829999983
mg/
hp­
hr
19.0529
mg/
mi
2.5
3.880000114
mg/
hp­
hr
18.5880
mg/
mi
37.6301
mg/
mi
2025.9141
mg/
mi
0.01
245.9900055
mg/
hp­
hr
47.4738
mg/
mi
250.3090
mg/
mi
0.029999999
24.22999954
mg/
hp­
hr
876.9746
mg/
mi
0.170000002
11.31000042
mg/
hp­
hr
78.1000
mg/
mi
68.1829
mg/
mi
mg/
hp­
hr
44.9000
mg/
mi
0.07
17.55999947
mg/
hp­
hr
27.6685
mg/
mi
0.02
0.039999999
mg/
hp­
hr
176.9000
mg/
mi
0.01
57.65000153
mg/
hp­
hr
802.7360
mg/
mi
0.01
1.419999957
mg/
hp­
hr
46.0000
mg/
mi
40.7693
mg/
mi
3.640000105
3.730000019
mg/
hp­
hr
0.0002
108.2200012
mg/
hp­
hr
20.0000
mg/
mi
0.0000
mg/
mi
1.1185
mg/
mi
82.9369
mg/
mi
3.4340
mg/
mi
761.4819
mg/
mi
0.02
60.16999817
mg/
hp­
hr
14.3480
mg/
mi
176.2000
mg/
mi
0.01
0.959999979
mg/
hp­
hr
22.0364
mg/
mi
976.6037
mg/
mi
0.01
0.389999986
mg/
hp­
hr
46.0000
mg/
mi
5.0079
mg/
mi
17.8084
mg/
mi
2.809999943
2.210000038
mg/
hp­
hr
46.0000
mg/
mi
4.0607
mg/
mi
45.8811
mg/
mi
26.8086
mg/
mi
2.5
3.720000029
mg/
hp­
hr
226.4912
mg/
mi
0.02
48.43999863
mg/
hp­
hr
50.6000
mg/
mi
0.25
2.329999924
mg/
hp­
hr
486.6820
mg/
mi
0.02
0.170000002
mg/
hp­
hr
21.7480
mg/
mi
2.1200
mg/
mi
0.090000004
9.079999924
mg/
hp­
hr
131.6040
mg/
mi
26.2515
mg/
mi
7.9688
mg/
mi
0.054000001
0.720000029
mg/
hp­
hr
50.8604
mg/
mi
0.02
4.150000095
mg/
hp­
hr
0.00032
140.9499969
mg/
hp­
hr
32.1216
mg/
mi
46.0000
mg/
mi
21.6013
mg/
mi
0.050000001
1.440000057
mg/
hp­
hr
13
262
mg/
hp­
hr
13.2414
mg/
mi
33.5000
mg/
mi
1.059999943
1.059999943
mg/
hp­
hr
98.6320
mg/
mi
14.4266
mg/
mi
mg/
hp­
hr
40.4460
mg/
mi
0.219999999
0.219999999
mg/
hp­
hr
2069.0410
mg/
mi
2.170000076
7.559999943
mg/
hp­
hr
275.1026
mg/
mi
0.029999999
30.23999977
mg/
hp­
hr
211.2182
mg/
mi
0.029999999
28.06999969
mg/
hp­
hr
1.159999967
2.279999971
mg/
hp­
hr
52.2099
mg/
mi
0.02
4.110000134
mg/
hp­
hr
3024.3494
mg/
mi
0.200000003
453.1600037
mg/
hp­
hr
291.9271
mg/
mi
0.029999999
45.06999969
mg/
hp­
hr
54.4751
mg/
mi
3.220000029
5.199999809
mg/
hp­
hr
71.0536
mg/
mi
4.949999809
7.170000076
mg/
hp­
hr
38.5633
mg/
mi
6220.4587
mg/
mi
0.02
178.6000061
mg/
hp­
hr
182.4516
mg/
mi
0.180000007
0.180000007
mg/
hp­
hr
479.4750
mg/
mi
29.5122
mg/
mi
31.0686
mg/
mi
0.00029
192.8699951
mg/
hp­
hr
68.3083
mg/
mi
141.7847
mg/
mi
0.289999992
24.29999924
mg/
hp­
hr
2618.9709
mg/
mi
0.02
338.6499939
mg/
hp­
hr
7.8000
mg/
mi
0.018999999
25
mg/
hp­
hr
0.0149
mg/
mi
0.0002
mg/
mi
1E­
06
0.000478
mg/
hp­
hr
0.0123
mg/
mi
0.00069
0.00151
mg/
hp­
hr
6.2137
mg/
mi
46.9000
mg/
mi
0.100000001
449
mg/
hp­
hr
15.0000
mg/
mi
15.4488
mg/
mi
0.029999999
2.599999905
mg/
hp­
hr
1.5500
mg/
mi
42.2762
mg/
mi
25.0359
mg/
mi
28.7439
mg/
mi
0.029999999
6.460000038
mg/
hp­
hr
13.6454
mg/
mi
0.899999976
1.379999995
mg/
hp­
hr
30.2116
mg/
mi
4.789999962
7.760000229
mg/
hp­
hr
75.4626
mg/
mi
46.0000
mg/
mi
11.4211
mg/
mi
127.3811
mg/
mi
0.059999999
0.239999995
mg/
hp­
hr
98.2980
mg/
mi
0.029999999
2.839999914
mg/
hp­
hr
54.5960
mg/
mi
8.2340
mg/
mi
36.8873
mg/
mi
mg/
hp­
hr
1.5041
mg/
mi
20.9245
mg/
mi
13.7199
mg/
mi
0.090000004
1.49000001
mg/
hp­
hr
42.6402
mg/
mi
248.7027
mg/
mi
0.620000005
34.70000076
mg/
hp­
hr
474.6073
mg/
mi
0.039999999
43.54000092
mg/
hp­
hr
95.3337
mg/
mi
0.230000004
12.39999962
mg/
hp­
hr
1385.6064
mg/
mi
0.029999999
67.19999695
mg/
hp­
hr
1E­
06
0.00013
mg/
hp­
hr
0.99000001
1.409999967
mg/
hp­
hr
64.5750
mg/
mi
mg/
hp­
hr
32.8000
mg/
mi
0.01
4.130000114
mg/
hp­
hr
4.2400
mg/
mi
8.8356
mg/
mi
74.6211
mg/
mi
1.110000014
26.52000046
mg/
hp­
hr
10.8495
mg/
mi
117.0375
mg/
mi
0.0023
mg/
mi
16.5031
mg/
mi
0.0004
mg/
mi
7E­
07
0.00042
mg/
hp­
hr
0.0003
mg/
mi
8E­
07
0.00021
mg/
hp­
hr
0.0004
mg/
mi
6E­
07
6E­
05
mg/
hp­
hr
0.0025
mg/
mi
2E­
06
0.0044
mg/
hp­
hr
0.100000001
1.600000024
mg/
hp­
hr
2.2146
mg/
mi
2.6139E­
05
0.560000002
mg/
hp­
hr
3.6870
mg/
mi
1.21283E­
05
31.80999947
mg/
hp­
hr
604.8023
mg/
mi
0.039999999
822
mg/
hp­
hr
260.5937
mg/
mi
0.100000001
271
mg/
hp­
hr
7229.9774
mg/
mi
0.07
2857.01001
mg/
hp­
hr
3.0105
mg/
mi
4.3700
mg/
mi
4.54828E­
05
9.670000076
mg/
hp­
hr
0.1302
mg/
mi
0.0342
mg/
mi
2.5872
mg/
mi
98.7980
mg/
mi
0.050000001
1138
mg/
hp­
hr
2389.7565
mg/
mi
0.100000001
14421
mg/
hp­
hr
165.2400
mg/
mi
14.7200
mg/
mi
5E­
06
0.016419999
mg/
hp­
hr
10.7600
mg/
mi
2E­
06
0.017200001
mg/
hp­
hr
14.8200
mg/
mi
2E­
06
0.02059
mg/
hp­
hr
0.5200
mg/
mi
0.00015
0.0004
mg/
hp­
hr
25.2000
mg/
mi
2E­
06
0.0053
mg/
hp­
hr
0.00014
0.00029
mg/
hp­
hr
0.3019
mg/
mi
0.00154
0.00303
mg/
hp­
hr
17.8900
mg/
mi
6E­
05
0.018990001
mg/
hp­
hr
17.1300
mg/
mi
0.01694
0.024839999
mg/
hp­
hr
47.5800
mg/
mi
2E­
06
0.060740001
mg/
hp­
hr
5.3700
mg/
mi
2E­
06
0.0109
mg/
hp­
hr
0.3050
mg/
mi
11.0008
mg/
mi
1920.7675
mg/
mi
0.02
29.54000092
mg/
hp­
hr
134.6400
mg/
mi
156.3805
mg/
mi
1.1301
mg/
mi
6.8568
mg/
mi
30.3163
mg/
mi
1.2180
mg/
mi
0.2260
mg/
mi
mg/
hp­
hr
0.0324
mg/
mi
0.01038
0.01736
mg/
hp­
hr
26.8857
mg/
mi
mg/
hp­
hr
104.0803
mg/
mi
0.001
0.001
mg/
hp­
hr
201.6427
mg/
mi
4.860000134
7.340000153
mg/
hp­
hr
1.279999971
1.789999962
mg/
hp­
hr
1.2765
mg/
mi
0.090000004
4.150000095
mg/
hp­
hr
0.0134
mg/
mi
0.2270
mg/
mi
0.1418
mg/
mi
0.00493
0.00949
mg/
hp­
hr
3.9000
mg/
mi
70.8363
mg/
mi
0.100000001
238
mg/
hp­
hr
300.0255
mg/
mi
0.300000012
3.859999895
mg/
hp­
hr
64.0357
mg/
mi
0.039999999
1.830000043
mg/
hp­
hr
0.0345
mg/
mi
0.02125
0.026149999
mg/
hp­
hr
108.0294
mg/
mi
0.170000002
2.980000019
mg/
hp­
hr
58.8207
mg/
mi
0.01
5.670000076
mg/
hp­
hr
68.3838
mg/
mi
0.330000013
1.429999948
mg/
hp­
hr
0.0134
mg/
mi
2E­
06
0.0057
mg/
hp­
hr
1.7300
mg/
mi
0.00087
0.00154
mg/
hp­
hr
0.00055
0.00093
mg/
hp­
hr
0.00061
0.00113
mg/
hp­
hr
0.00075
0.00133
mg/
hp­
hr
0.00027
0.00091
mg/
hp­
hr
0.00125
0.00284
mg/
hp­
hr
0.0490
mg/
mi
1.4000
mg/
mi
22540.0000
mg/
mi
8
500
mg/
hp­
hr
26.8604
mg/
mi
mg/
hp­
hr
37.0897
mg/
mi
6.6800
mg/
mi
0.5
5.300000191
mg/
hp­
hr
9.8210
mg/
mi
1015.1014
mg/
mi
0.419999987
3.299999952
mg/
hp­
hr
708.8000
mg/
mi
0.039999999
164.6864929
mg/
hp­
hr
238.7893
mg/
mi
670.2491
mg/
mi
432.6778
mg/
mi
0.01
177.3200073
mg/
hp­
hr
43.5414
mg/
mi
0.209999993
0.219999999
mg/
hp­
hr
91.6469
mg/
mi
2424.2302
mg/
mi
7.880000114
1135.119995
mg/
hp­
hr
0.300000012
0.699999988
mg/
hp­
hr
42.8800
mg/
mi
0.000402462
1.220000029
mg/
hp­
hr
2.2436
mg/
mi
1.73737E­
05
50.36000061
mg/
hp­
hr
1623.9200
mg/
mi
0.140000001
3507
mg/
hp­
hr
0.0633
mg/
mi
0.2421
mg/
mi
32.1684
mg/
mi
28.5244
mg/
mi
0.300000012
0.300000012
mg/
hp­
hr
316.5579
mg/
mi
0.029999999
0.449999988
mg/
hp­
hr
0.720000029
31.07999992
mg/
hp­
hr
28.9230
mg/
mi
28.4929
mg/
mi
0.100000001
1.700000048
mg/
hp­
hr
548.0000
mg/
mi
0
80
mg/
hp­
hr
1062.5487
mg/
mi
0.01
29.37000084
mg/
hp­
hr
55.0800
mg/
mi
52.3171
mg/
mi
mg/
hp­
hr
15.9100
mg/
mi
2E­
06
0.022159999
mg/
hp­
hr
1.5080
mg/
mi
12.5400
mg/
mi
1506.5652
mg/
mi
0.02
7.869999886
mg/
hp­
hr
10.7670
mg/
mi
1.5960
mg/
mi
0.140000001
1.309999943
mg/
hp­
hr
1068.7584
mg/
mi
0.07
417.4299927
mg/
hp­
hr
46.0000
mg/
mi
821.0334
mg/
mi
6.2387
mg/
mi
1.4930
mg/
mi
0.0626
mg/
mi
10540.2002
mg/
mi
0.119999997
3524.291016
mg/
hp­
hr
851.9251
mg/
mi
0.1500
mg/
mi
0.100000001
169.1999969
mg/
hp­
hr
479.1982
mg/
mi
0.02
14.10999966
mg/
hp­
hr
823.1962
mg/
mi
0.07
1.309999943
mg/
hp­
hr
10.1000
mg/
mi
0.400000006
4
mg/
hp­
hr
0.02517
0.331319988
mg/
hp­
hr
0.6375
mg/
mi
0.00581
0.008
mg/
hp­
hr
0.0072
0.00828
mg/
hp­
hr
299.1262
mg/
mi
0.001
86.90000153
mg/
hp­
hr
0.2355
mg/
mi
5.7260
mg/
mi
239.0000
mg/
mi
0.0590
mg/
mi
70.7734
mg/
mi
0.090000004
14.64999962
mg/
hp­
hr
63.0000
mg/
mi
0.400000006
0.699999988
mg/
hp­
hr
429.7202
mg/
mi
0.01
197.0800018
mg/
hp­
hr
0.0000
mg/
mi
33.8029
mg/
mi
138.2492
mg/
mi
0.209999993
17.62999916
mg/
hp­
hr
410.5291
mg/
mi
0.6774
mg/
mi
14.9495
mg/
mi
71.4519
mg/
mi
0.200000003
4.800000191
mg/
hp­
hr
40.0424
mg/
mi
0.039999999
6.369999886
mg/
hp­
hr
1647.3680
mg/
mi
0.029999999
49.75999832
mg/
hp­
hr
91.8000
mg/
mi
12.3815
mg/
mi
0.310000002
3.99000001
mg/
hp­
hr
1.8500
mg/
mi
1.24436E­
05
0.00432
mg/
hp­
hr
19.1400
mg/
mi
3.15752E­
05
76.43000031
mg/
hp­
hr
42.5155
mg/
mi
mg/
hp­
hr
3.4188
mg/
mi
0.8486
mg/
mi
104.6758
mg/
mi
0.100000001
209
mg/
hp­
hr
3365.8000
mg/
mi
0.02
323.5700073
mg/
hp­
hr
2483.4958
mg/
mi
1.169999957
475.3599854
mg/
hp­
hr
129.6999
mg/
mi
0.01
2524
mg/
hp­
hr
88.8170
mg/
mi
0.02
0.200000003
mg/
hp­
hr
51.3600
mg/
mi
0.000806115
1.899999976
mg/
hp­
hr
0.0115
mg/
mi
5.2000
mg/
mi
0.1510
mg/
mi
13.5030
mg/
mi
0.2257
mg/
mi
45.7599
mg/
mi
0.0263
mg/
mi
150.8451
mg/
mi
1.269999981
62.11000061
mg/
hp­
hr
20.9648
mg/
mi
0.100000001
204.5
mg/
hp­
hr
14.6550
mg/
mi
13.0916
mg/
mi
87.2487
mg/
mi
0.600000024
8.699999809
mg/
hp­
hr
0.0698
mg/
mi
0.2064
mg/
mi
0.1561
mg/
mi
2994.8283
mg/
mi
0.050000001
675.9899902
mg/
hp­
hr
373.3200
mg/
mi
0.899999976
0.540000021
mg/
hp­
hr
222.5363
mg/
mi
0.059999999
0.059999999
mg/
hp­
hr
63.5658
mg/
mi
219.9246
mg/
mi
0.029999999
4.679999828
mg/
hp­
hr
103.0000
mg/
mi
0.189999998
0.189999998
mg/
hp­
hr
48.6640
mg/
mi
0.170000002
0.189999998
mg/
hp­
hr
22.0727
mg/
mi
1.159999967
3.710000038
mg/
hp­
hr
0.9000
mg/
mi
25.4900
mg/
mi
54.8397
mg/
mi
0.100000001
3
mg/
hp­
hr
2074.8801
mg/
mi
0.02
1.5
mg/
hp­
hr
0.3242
mg/
mi
0.0092
mg/
mi
0.0689
mg/
mi
5.7280
mg/
mi
0.0844
mg/
mi
59090.0000
mg/
mi
26
1573.452637
mg/
hp­
hr
43.0757
mg/
mi
0.059999999
0.059999999
mg/
hp­
hr
0.1752
mg/
mi
38.3100
mg/
mi
0.0429
mg/
mi
0.9403
mg/
mi
0.00051
15.26000023
mg/
hp­
hr
0.2280
mg/
mi
0.0845
mg/
mi
0.0864
mg/
mi
0.0281
mg/
mi
40.1500
mg/
mi
33.1800
mg/
mi
0.0457
mg/
mi
0.1018
mg/
mi
0.0777
mg/
mi
0.1218
mg/
mi
0.1609
mg/
mi
1.0563
mg/
mi
0.0585
mg/
mi
0.9020
mg/
mi
0.1466
mg/
mi
0.0739
mg/
mi
0.0472
mg/
mi
0.0562
mg/
mi
0.0814
mg/
mi
0.0359
mg/
mi
0.0009
mg/
mi
0.1243
mg/
mi
34.7895
mg/
mi
0.100000001
1.600000024
mg/
hp­
hr
19.2625
mg/
mi
0.3045
mg/
mi
17.7091
mg/
mi
3.6412
mg/
mi
0.5903
mg/
mi
2.0187
mg/
mi
1.7398
mg/
mi
2.7234
mg/
mi
31.5894
mg/
mi
1.8331
mg/
mi
0.1560
mg/
mi
0.7456
mg/
mi
2.1310
mg/
mi
0.2759
mg/
mi
0.1450
mg/
mi
10.1938
mg/
mi
0.5458
mg/
mi
0.012
0.100000001
mg/
hp­
hr
0.1430
mg/
mi
0.0563
mg/
mi
56.5800
mg/
mi
4.5360
mg/
mi
40.6200
mg/
mi
0.5642
mg/
mi
0.0177
mg/
mi
0.0002
0.0003
mg/
hp­
hr
90.0988
mg/
mi
0.059999999
13.03999996
mg/
hp­
hr
0.4797
mg/
mi
48.5000
mg/
mi
49.1200
mg/
mi
57.8300
mg/
mi
93.2790
mg/
mi
110.9582
mg/
mi
0.200000003
0.5
mg/
hp­
hr
0.1100
mg/
mi
0.1662
mg/
mi
39.3800
mg/
mi
2.7340
mg/
mi
0.1491
mg/
mi
23.7883
mg/
mi
38.3292
mg/
mi
0.3517
mg/
mi
0.0263
mg/
mi
0.2249
mg/
mi
0.100000001
0.100000001
mg/
hp­
hr
47.8800
mg/
mi
11.6709
mg/
mi
0.0777
mg/
mi
27.9617
mg/
mi
0.050000001
2.470000029
mg/
hp­
hr
31.9200
mg/
mi
37.5004
mg/
mi
2.2200
mg/
mi
0.3418
mg/
mi
13.2700
mg/
mi
3.6040
mg/
mi
1.7892
mg/
mi
1.6156
mg/
mi
0.1280
mg/
mi
58.0946
mg/
mi
0.5417
mg/
mi
13.2635
mg/
mi
0.0017
mg/
mi
3.1690
mg/
mi
3.2662
mg/
mi
5.9817
mg/
mi
0.0093
mg/
mi
0.3559
mg/
mi
0.0857
mg/
mi
4.0816
mg/
mi
0.0521
mg/
mi
2.6261
mg/
mi
0.0968
mg/
mi
31.8641
mg/
mi
0.699999988
0.699999988
mg/
hp­
hr
18.3023
mg/
mi
0.5416
mg/
mi
16.0176
mg/
mi
4.0322
mg/
mi
0.2231
mg/
mi
0.0163
mg/
mi
0.5726
mg/
mi
1.3700
mg/
mi
0.8343
mg/
mi
0.3410
mg/
mi
0.2347
mg/
mi
0.2800
mg/
mi
0.4055
mg/
mi
0.0771
mg/
mi
0.2923
mg/
mi
0.02317
0.03105
mg/
hp­
hr
0.0804
mg/
mi
0.0284
mg/
mi
0.0229
mg/
mi
0.1009
mg/
mi
0.0355
mg/
mi
0.0915
mg/
mi
0.3135
mg/
mi
0.0471
mg/
mi
0.5358
mg/
mi
0.1168
mg/
mi
0.0500
mg/
mi
0.0387
mg/
mi
0.1074
mg/
mi
0.0277
mg/
mi
0.0028
mg/
mi
0.9274
mg/
mi
0.600000024
1.200000048
mg/
hp­
hr
1.0980
mg/
mi
0.8150
mg/
mi
0.025
0.331
mg/
hp­
hr
0.1172
mg/
mi
0.1561
mg/
mi
0.0162
mg/
mi
0.0874
mg/
mi
4.6369
mg/
mi
0.100000001
2.5
mg/
hp­
hr
0.0427
mg/
mi
0.0309
mg/
mi
0.0017
mg/
mi
0.3300
mg/
mi
0.0069
mg/
mi
0.0000
mg/
mi
5.4082
mg/
mi
0.1190
mg/
mi
0.0084
mg/
mi
0.0057
mg/
mi
0.0039
mg/
mi
0.0037
mg/
mi
0.0030
mg/
mi
0.0023
mg/
mi
0.0022
mg/
mi
0.0017
mg/
mi
0.0012
mg/
mi
7.3199
mg/
mi
132.5400
mg/
mi
42.2308
mg/
mi
2.9776
mg/
mi
0.5704
mg/
mi
26.6677
mg/
mi
18.3837
mg/
mi
18.8645
mg/
mi
3.2779
mg/
mi
1.100000024
1.100000024
mg/
hp­
hr
0.699999988
0.699999988
mg/
hp­
hr
0.5
0.600000024
mg/
hp­
hr
0.400000006
1
mg/
hp­
hr
0.400000006
0.600000024
mg/
hp­
hr
0.400000006
0.5
mg/
hp­
hr
0.400000006
0.400000006
mg/
hp­
hr
0.300000012
0.800000012
mg/
hp­
hr
0.300000012
0.600000024
mg/
hp­
hr
0.200000003
4.099999905
mg/
hp­
hr
0.200000003
1.700000048
mg/
hp­
hr
0.200000003
1.200000048
mg/
hp­
hr
0.100000001
0.800000012
mg/
hp­
hr
0.100000001
0.800000012
mg/
hp­
hr
3.3577
mg/
mi
0.100000001
0.100000001
mg/
hp­
hr
0.100000001
0.100000001
mg/
hp­
hr
0.0090
mg/
mi
0.01
2.160000086
mg/
hp­
hr
0.029999999
0.660000026
mg/
hp­
hr
0.400000006
0.400000006
mg/
hp­
hr
0.400000006
0.899999976
mg/
hp­
hr
0.300000012
0.400000006
mg/
hp­
hr
0.100000001
0.600000024
mg/
hp­
hr
0.100000001
0.600000024
mg/
hp­
hr
0.5650
mg/
mi
1.9600
mg/
mi
0.9000
mg/
mi
16.1728
mg/
mi
98.7700
mg/
mi
2.0668
mg/
mi
10.6433
mg/
mi
0.4532
mg/
mi
0.0192
mg/
mi
4.9600
mg/
mi
19.3900
mg/
mi
33.3400
mg/
mi
5.5700
mg/
mi
0.0611
mg/
mi
0.0286
mg/
mi
16.5700
mg/
mi
7.0600
mg/
mi
0.7976
mg/
mi
0.9800
mg/
mi
4.0300
mg/
mi
7.7900
mg/
mi
3.6600
mg/
mi
6.4200
mg/
mi
13.5800
mg/
mi
1.5549
mg/
mi
0.0596
mg/
mi
0.0812
mg/
mi
0.0089
mg/
mi
0.9218
mg/
mi
0.5247
mg/
mi
5.6580
mg/
mi
0.9604
mg/
mi
1.1249
mg/
mi
20.6345
mg/
mi
20.6963
mg/
mi
0.3468
mg/
mi
0.0508
mg/
mi
9.8300
mg/
mi
17.6200
mg/
mi
0.0830
mg/
mi
7.6500
mg/
mi
24.2200
mg/
mi
0.2183
mg/
mi
0.0882
mg/
mi
0.1691
mg/
mi
0.2014
mg/
mi
20.7500
mg/
mi
0.0696
mg/
mi
12.9600
mg/
mi
30.6400
mg/
mi
0.0570
mg/
mi
0.1201
mg/
mi
0.1004
mg/
mi
0.0411
mg/
mi
0.4625
mg/
mi
1.1051
mg/
mi
0.0105
mg/
mi
6.1682
mg/
mi
0.5633
mg/
mi
0.0621
mg/
mi
0.0912
mg/
mi
0.0815
mg/
mi
0.0018
mg/
mi
109.9222
mg/
mi
0.2543
mg/
mi
49.4702
mg/
mi
1.6839
mg/
mi
2.5040
mg/
mi
1.6100
mg/
mi
0.0571
mg/
mi
0.3378
mg/
mi
8.2131
mg/
mi
0.5126
mg/
mi
0.3449
mg/
mi
4.8950
mg/
mi
0.0157
mg/
mi
2.2632
mg/
mi
1.5930
mg/
mi
0.8733
mg/
mi
0.1787
mg/
mi
6.2439
mg/
mi
0.0318
mg/
mi
5.8920
mg/
mi
0.3951
mg/
mi
0.1286
mg/
mi
0.4072
mg/
mi
7.7200
mg/
mi
4.4500
mg/
mi
4.5800
mg/
mi
292.3999939
mg/
mi
0.100000001
4901
mg/
hp­
hr
1E­
06
0.00026
mg/
hp­
hr
1.149999976
mg/
mi
0.430000007
mg/
mi
1.049999952
mg/
mi
0.589999974
mg/
mi
3.940000057
mg/
mi
0.829999983
mg/
mi
25.39999962
mg/
mi
0.055
mg/
mi
0.119000003
mg/
mi
0.137999997
mg/
mi
104.6299973
mg/
mi
8.680000305
mg/
mi
14.60999966
mg/
mi
8.869999886
mg/
mi
2.25
mg/
mi
0.033
mg/
mi
0.081
mg/
mi
0.469999999
mg/
mi
1.320000052
mg/
mi
1.940000057
mg/
mi
4.300000191
mg/
mi
8.760000229
mg/
mi
4.360000134
mg/
mi
2.869999886
mg/
mi
1.049999952
mg/
mi
0.469999999
mg/
mi
0.202999994
mg/
mi
1.440000057
mg/
mi
0.959999979
mg/
mi
2.170000076
mg/
mi
2.769999981
mg/
mi
0.039999999
mg/
mi
0.014
mg/
mi
0.086999997
mg/
mi
0.101000004
mg/
mi
0.015
mg/
mi
0.037999999
mg/
mi
17.28000069
mg/
mi
6.679999828
mg/
mi
3.670000076
mg/
mi
0.400000006
mg/
mi
1.210000038
mg/
mi
3.650000095
mg/
mi
1.909999967
mg/
mi
1.970000029
mg/
mi
17.71999931
mg/
mi
14.10999966
mg/
mi
14.09000015
mg/
mi
7.53000021
mg/
mi
7
mg/
mi
6.800000191
mg/
mi
1.25999999
mg/
mi
35.59999847
mg/
mi
3.640000105
mg/
mi
9.970000267
mg/
mi
14.57999992
mg/
mi
19.54000092
mg/
mi
16.03000069
mg/
mi
26.19000053
mg/
mi
19.18000031
mg/
mi
19.73999977
mg/
mi
9.31000042
mg/
mi
18.92000008
mg/
mi
37.20999908
mg/
mi
20.88999939
mg/
mi
32.58000183
mg/
mi
52.27000046
mg/
mi
7.53000021
mg/
mi
2.140000105
mg/
mi
9.329999924
mg/
mi
10.53999996
mg/
mi
1.340000033
mg/
mi
2.160000086
mg/
mi
2.829999924
mg/
mi
1.120000005
mg/
mi
0.910000026
mg/
mi
0.939999998
mg/
mi
5.579999924
mg/
mi
0.200000003
mg/
mi
0.600000024
mg/
mi
59.97999954
mg/
mi
1.159999967
mg/
mi
0.189999998
mg/
mi
2.950000048
mg/
mi
7.630000114
mg/
mi
0.015
mg/
mi
8.100000381
mg/
mi
0.75999999
mg/
mi
1.080000043
mg/
mi
0.017000001
mg/
mi
0.011
mg/
mi
0.173999995
mg/
mi
0.108999997
mg/
mi
1.279999971
mg/
mi
0.689999998
mg/
mi
0.49000001
mg/
mi
0.689999998
mg/
mi
0.970000029
mg/
mi
4.28000021
mg/
mi
90
mg/
mi
Applicable
References
update?
nonroad
onroad
8,24,46
20,21
20,21
1,8,9,20,21,22,24,31,45,46,48,95,102,131,166,184,188,1
1
X
X
20,21,24,95,166,193
1
X
1,8,9,20,21,22,24,45,46,48,102,131,188,193
1
X
1,9,20,21,22,31,45,46,188
1
X
9,45,46,193
1
5,8,9,22,24,31,45,46,48,102,166,180,184,188,193
1
X
X
24
46,131,188
1
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,102,131,13
1
X
X
1,9,20,21,22,31,45,46,48,131,184,188,193
1
X
X
1,9,20,21,22,24,29,31,45,46,53,62,95,102,147,166,184,1
1
X
X
5
46,131,188
1
X
5,22,24,193
1
X
1,9,20,21,22,31,45,46,48,131,188,193
1
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,102,131,14
1
X
X
1,9,20,21,22,31,45,46,131,188,193
1
X
1,9,20,21,22,24,31,45,46,48,131,188
1
X
1,9,20,21,22,24,31,45,46,48,102,147,184,188,193
1
X
X
1,9,20,21,22,31,45,46,188
1
X
46,188
1
X
1,9,20,21,22,24,31,45,46,131,184,188
1
X
X
22
1,5,8,9,20,21,22,24,29,31,36,45,46,48,53,62,95,102,131
1
X
X
1,9,20,21,22,31,45,46,48,131,184,188,193
1
X
X
1,9,20,21,22,24,31,45,46,48,53,62,95,102,166,180,184,1
1
X
X
1,9,20,21,22,24,31,45,46,131,184,188,193
1
X
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,95,102,131,147,1
1
X
22,193
1
X
1,9,20,21,22,24,31,45,48,184,188
1
X
X
46,131,188
1
X
9,22,45,46,48,95,102,131,166,184,188,193
1
X
X
29
1,5,9,20,21,22,31,45,46,131,188
1
X
22
1,9,20,21,22,31,45,46
24
24
17,42,190
1
X
X
24
31,193
1
X
31,131
1
X
31,131,184,189
1
X
X
9,87,92,95,166,173,177,183
1
X
22,31,193
1
X
31,193
1
X
9,92
1
X
9
9
9
9
1,9,20,21,22,24,31,45,46,131,166,188,193
1
X
1,8,9,20,21,22,24,29,31,45,46,95,102,131,166,184,188
1
X
X
9
9
9,92
1
X
9
9
9
1,8,9,20,21,22,24,29,31,45,46,95,102,131,147,166,184,1
1
X
X
1,8,9,20,21,22,24,31,45,46,48,95,102,131,166,180,184,1
1
X
X
1,5,8,9,20,21,22,24,29,31,35,45,46,48,53,62,101,102,13
1
X
X
46,131,188
1
X
46,95,166,188
1
X
17
8
1,8,9,20,21,22,24,29,31,45,46,48,131,188,193
1
X
24,166
1
X
31
24,35,87,166,177
1
X
1,9,20,21,22,24,29,31,45,46,47,131,138,188
1
X
X
1,5,8,9,20,21,22,24,29,31,34,45,46,48,53,62,95,101,102
1
X
X
46,188
1
X
22
1,3,4,5,6,7,8,9,11,12,13,14,16,17,19,20,21,22,23,24,25,2
1
X
X
46,188
1
X
1,9,20,21,22,29,31,45,48,102,147,180,184
1
X
X
1,5,8,9,20,21,22,24,29,31,45,46,95,131,166,188,193
1
X
24
46,188
1
X
22
1,8,9,20,21,22,24,31,45,46,48,95,102,131,147,166,180,1
1
X
X
31,131,184,189
1
X
X
31,184
1
X
9,45,46,48,102,180,184,188
1
X
X
9,45,46,48,102,180,184,188
1
X
X
29,46,188
1
X
1,5,8,9,20,21,22,24,29,31,36,45,46,47,48,102,131,147,1
1
X
X
35
46,188
1
X
1,9,20,21,22,31,45,46,131,138,188,193
1
X
24,36,102,131
1
X
22,24,102
1
X
8,29
31,188,193
1
X
9,45,46,188
1
X
8,9,22,24,29,45,46,48,102,180,184,188,193
1
X
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,95,101,102,131,1
1
X
X
46,188
1
X
46,166,188
1
X
1,8,9,20,21,22,24,29,31,45,46,48,53,62,95,101,102,131,
1
X
X
1,9,20,21,22,24,29,31,35,45,46,48,53,62,95,101,102,131
1
X
X
24
1,9,20,21,22,24,31,36,45,95,166
1
X
1,5,9,20,21,22,24,29,31,35,36,45,46,48,53,102,131,180,
1
X
X
24
24
9,45,46,48,102,166,180,184,188,193
1
X
X
9,22,24,31,45,46,102,166,184,188
1
X
X
9,24,45,46,48,166,180,184,188,193
1
X
X
5,9,22,24,29,45,46,48,102,131,188
1
X
5,9,22,45,46,166,180,188,193
1
X
1,20,21,22,31,45
9,45,48,102,180
1
X
22,24
5,9,22,24,29,31,45,46,48,95,166,180,184,189,193
1
X
X
9,24,35,36,53,62,87,98,99,100,166,173,177,183
1
X
9,95,166,183
1
X
9,23,92,95,102,166,173,175,183,191
1
X
X
1,9,20,21,22,24,29,31,36,45,46,48,102,131,180,184,188
1
X
X
1,9,20,21,22,24,36,45,46,48,131,180,184,188,193
1
X
X
1,5,8,9,20,21,22,24,29,31,35,36,45,46,48,53,95,101,102
1
X
X
24
22,24
1,9,20,21,22,31,45,46,48,102,131,180,184,188,189,193
1
X
X
31,102,184,189
1
X
X
31,131
1
X
1,5,9,20,21,22,24,31,45,48,180,184,188
1
X
X
46,188
1
X
24,31,46,188
1
X
1,5,8,9,20,21,22,24,29,31,34,45,46,48,53,62,95,101,102
1
X
X
46,188
1
X
1,5,9,20,21,22,24,29,31,45,46,48,95,101,102,138,147,16
1
X
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,102,131,14
1
X
X
1,9,20,21,22,24,31,45,46,48,188,193
1
X
1,9,20,21,22,31,45,46,48,180,188,193
1
X
1,9,20,21,22,31,45,48,102,131,180,184,189,193
1
X
X
1,8,9,20,21,22,24,31,45,46,48,131,184,188,189,193
1
X
X
24,31
5,9,22,24,31,45,46,48,102,180,184,189
1
X
X
9
9
1,5,8,9,20,21,22,24,29,31,45,46,53,62,95,101,102,131,1
1
X
X
42
X
1,5,9,20,21,22,24,31,45,46,48,184,188,189,193
1
X
X
9,173,183
1
X
42
4,9,13,16,17,23,27
9
35,53,62,193
1
X
5,31,46,131,188
1
X
1,9,20,21,22,31,45,46,95,166,188
1
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,101,102,13
1
X
X
1,5,9,20,21,22,24,31,45,46,131,188
1
X
1,8,9,20,21,22,24,29,31,45,46,48,53,62,95,101,102,131,
1
X
X
5,24,46,147,188
1
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,101,102,13
1
X
X
42
X
1,5,9,20,21,22,31,45,46,188,189
1
X
31,46,184,188
1
X
X
24
31
42
X
46,188
1
X
46,188
1
X
1,5,9,20,21,22,24,31,45,46,48,131,184,188,189,193
1
X
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,101,102,131,1
1
X
X
1,9,20,21,22,24,31,45,46,48,102,147,180,184,188
1
X
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,101,102,14
1
X
X
5,131
1
X
20,21,53,62
1
X
24,31,102,131,184,189,193
1
X
X
1,9,20,21,22,24,29,31,45,46,53,62,101,138,147,188
1
X
46,188
1
X
9,87,166,177,183
1
X
31,46,102,184,188,189
1
X
X
24,35,98,99,100,173
1
X
24,46,188
1
X
42
X
1,5,8,9,20,21,24,31,42,45,46,48,53,62,92,102,147,155,1
1
X
X
7,170,190
1
X
46,188,190
1
X
X
1,9,20,21,22,24,31,45,46,48,102,131,188,193
1
X
1,9,20,21,22,24,31,45,53,131,147
1
X
8,9,22,24,29,45,46,131,180,188,193
1
X
8,9,22,24,45,46,48,102,131,166,180,188,193
1
X
24
1,4,5,9,12,13,14,18,20,21,22,23,24,29,30,31,32,33,37,41
1
X
X
1,5,9,20,21,22,24,29,31,45,46,48,95,102,131,138,147,16
1
X
X
1,5,9,20,21,22,24,29,31,45,46,48,53,62,95,102,131,138,
1
X
X
31,131,184
1
X
X
9
1,5,9,20,21,22,24,31,45,46,48,53,95,102,131,166,180,18
1
X
X
1,5,8,9,20,21,22,24,29,31,43,45,46,47,48,53,62,102,131
1
X
X
1,5,9,20,21,22,24,29,31,36,45,46,48,53,95,102,131,147,
1
X
X
31
1,9,20,21,22,31,45,46,48,131,184,188
1
X
X
1,9,20,21,22,24,29,31,45,46,48,53,62,95,166,180,184,18
1
X
X
9,45,46,53,62,166,188,193
1
X
22,31
8
31,131
1
X
1,5,8,9,20,21,22,24,29,31,34,38,40,45,46,47,48,53,62,95
1
X
X
5,24
1,5,8,9,20,21,22,24,29,31,35,45,46,48,62,95,102,131,14
1
X
1,5,8,9,20,21,22,24,29,31,35,45,46,53,62,95,101,138,14
1
X
46,95,166,188
1
X
9,24,35,36,53,62,87,92,98,99,100,166,173,177,183,187,
1
X
X
46,188,193
1
X
5,9,22,24,31,45,48,102,131,180,184,188,189
1
X
X
1,5,8,9,20,21,22,24,29,31,35,36,45,46,48,53,62,95,101,1
1
X
X
5,24,31,42,48,102,180,184,191
1
X
X
9,95,166
1
X
9,95,102,191
1
X
X
9,95,166,183
1
X
24,35,36,53,62
1
X
1,4,5,7,9,10,11,12,13,16,17,18,20,21,24,31,35,36,42,45,
1
X
X
8
42
5
1,9,20,21,22,31,45,46,102,131,180,184,188,189
1
X
X
31,193
1
X
1,9,20,21,22,31,45,46,48,101,131,188
1
X
46,188,193
1
X
1,9,20,21,22,24,31,45,46,48,102,184,188,189,193
1
X
X
9,45,46,48,184,188
1
X
X
31,46,131,184,188,189,193
1
X
X
24
1,5,9,20,21,22,24,31,45,46,188,193
1
X
42
5,24
20,21
1,9,20,21,22,31,45,46,188
1
X
8,31,53,62,102,184,189,193
1
X
X
9,24,45,46,102,184,188,189
1
X
X
24
5
1,9,20,21,22,24,31,45,46,53,62,131,188,193
1
X
1,9,20,21,22,31,45,46,131,188
1
X
1,5,9,20,21,22,24,31,45,46,48,131,180,188
1
X
22,95,166
1
X
29,46,166,188,190
1
X
X
24,53,102,184,190,193
1
X
X
1,9,20,21,22,31,45,46,188
1
X
5,131
1
X
1,5,9,20,21,22,24,29,31,35,45,46,48,95,147,166,184,188
1
X
X
1,5,8,9,20,21,22,24,29,31,35,45,46,48,53,62,95,101,131
1
X
X
22
1,5,9,20,21,22,24,29,31,45,46,48,95,102,131,166,184,18
1
X
X
1,5,8,9,20,21,24,29,31,34,35,45,46,48,53,62,95,101,102
1
X
X
9,166,175,191
1
X
X
31,131,184
1
X
X
8,9,22,24,29,45,46,48,166,180,188,193
1
X
20,21
1,5,9,20,21,22,24,31,45,46,48,102,131,180,184,188
1
X
X
8,190,193
1
X
1,20,21,24,45,147,190
1
X
X
1,9,20,21,24,29,31,45,46,48,95,166,184,188,189
1
X
X
46,188
1
X
1,5,20,21,22,24,31,45,46,147,188
1
X
9,95,166
1
X
9
46,188
1
X
9
9,95,102,175,183,191
1
X
X
9,95,102,166,175,191
1
X
X
9,95,102
1
X
9,95,166,173,175,183,191
1
X
X
24
24,102
1
X
20,21
9
9,15,25,35,53,62,87,92,95,98,99,100,166,177,187,191
1
X
X
9,15,25,35,53,62,87,92,95,98,99,100,166,173,177,180,1
1
X
X
1,3,4,5,7,8,9,10,11,12,13,14,16,17,19,20,21,23,24,26,29
1
X
X
1,5,7,8,9,20,21,24,31,35,36,42,45,46,48,53,62,102,147,1
1
X
X
1,5,8,9,20,21,22,24,29,31,34,35,36,38,40,45,46,47,48,53
1
X
X
2,9,24,42,87,166,193
1
X
9,24
9,15,24,25,35,36,53,62,87,92,95,98,99,100,166,173,175
1
X
X
2,9,24,166
1
X
4,9,10,13,16,24,166
1
X
2,9,24,42,166
1
X
1,5,7,8,9,20,21,24,29,31,36,42,45,46,48,53,62,95,102,14
1
X
X
35
1,3,4,5,7,8,9,10,11,12,13,14,16,17,19,20,21,22,23,24,25
1
X
X
34
X
9,15,24,25,35,36,53,62,87,92,95,98,99,100,102,166,173
1
X
X
15,24,25,35,36,87,92,95,98,99,100,102,115,166,173,175
1
X
X
9,15,16,23,24,25,35,36,53,87,92,95,98,99,100,102,115,1
1
X
X
9,87,183,193
1
X
15,25,53,92,98,99,100,102,173,175,180,187,191,193
1
X
X
24
9,183
1
X
9,24,95,166,183
1
X
9,23,24,35,36,53,87,92,98,99,100,166,173,175,177,180,
1
X
X
9,53,62,183,193
1
X
9,15,24,25,35,87,92,95,98,99,100,102,115,166,173,175,
1
X
X
15,25,53,92,98,99,100,102,173,175,180,187,191,193
1
X
X
9,23,24,35
10,16
24
2,9,24,42,87,166
1
X
1,8,9,20,21,24,45,46,62,147,166,188
1
X
36
1,5,8,9,20,21,22,24,29,31,34,38,40,45,46,47,48,53,62,95
1
X
X
34
X
1,8,20,21,22,24,31,45,95,131,147,166
1
X
24
9,10,16,166
1
X
2,9,24,42,53,87,115,166,177,193
1
X
9,115,166,193
1
X
2,9,24,42,53,87,166,177
1
X
24,190
1
X
2,4,9,10,12,13,16,17,24,42,87,166,187,193
1
X
X
9,53,62,183
1
X
1,9,20,21,22,31,45,46,48,180,188
1
X
31
1,9,20,21,22,31,45,46,184,188
1
X
X
1,9,20,21,22,24,31,45,46,48,95,131,166,180,184,188,18
1
X
X
5,22,24,31
31,184
1
X
31,46,102,184
1
X
X
2,9,166
1
X
2,9,17,24,87,166,177,193
1
X
9,23,36,53,87,95,115,166,177,183
1
X
42,92
1
X
1,5,7,9,20,21,24,31,42,45,48,53,62,102,147,166,170,180
1
X
X
20,21
1,5,8,9,20,21,22,24,31,45,46,48,53,62,95,101,138,166,1
1
X
X
8
1,9,20,21,22,24,31,45,46,48,95,102,166,184,188,193
1
X
X
9,53,62,183
1
X
35
1,5,8,9,20,21,22,24,31,45,46,53,62,95,101,102,131,138,
1
X
X
1,5,9,20,21,22,24,31,45,46,48,53,62,95,102,131,147,166
1
X
X
1,5,8,9,20,21,22,24,31,35,36,45,46,48,53,95,102,166,18
1
X
X
24
15,25,35,92,98,102,173,175,180,187,191
1
X
X
9,87,95,166,183,193
1
X
9,175,183
1
X
X
9,183
1
X
9,183
1
X
9,183
1
X
9,175,183
1
X
X
24,35,53,62,193
1
X
17,42,190
1
X
X
14,23,33,87,92,98,99,100,155,166,180,183,187
1
X
X
24,95,102,166
1
X
24
24
24
24
24
24
24
24
24
24
24
24,166
1
X
24
24,35,36,95,102,180
1
X
24
24,166
1
X
24
24
1,9,20,21,22,24,31,35,36,45,46,48,53,62,95,101,102,131
1
X
9,24
1,5,8,9,20,21,22,24,28,29,31,35,36,45,46,47,48,53,95,10
1
X
X
24,35,36,53,62,166
1
X
24
1,8,20,21,22,23,24,30,31,37,39,41,43,45,46,50,131,188
1
X
1,4,5,8,9,10,11,12,13,20,21,22,24,29,31,34,35,36,45,46,
1
X
X
1,9,20,21,22,24,31,45,46,48,180,184,188
1
X
X
1,20,21,22,24,31,45,46,131,188
1
X
24
24
24
1,5,8,9,20,21,22,24,29,31,34,35,36,38,40,43,45,46,47,48
1
X
X
24
24
24
24,102
1
X
20,21,24
24
24
24
24
9,15,23,24,25,35,36,53,62,87,92,95,98,99,100,166,173,1
1
X
X
9,15,25,53,62,87,92,95,98,99,100,166,173,177,180,187,
1
X
X
1,3,4,5,7,8,9,10,11,12,13,14,16,17,19,20,21,23,24,25,26
1
X
X
9,24,166
1
X
9,166
1
X
9
9
24,53,62,166
1
X
24,36,53,62,102,166,180,193
1
X
24
1,5,8,9,20,21,22,24,29,31,35,36,45,46,48,53,62,95,101,1
1
X
24,131,184
1
X
X
9
9
24,53,62,166
1
X
24,36,53,62,102,166,180,193
1
X
24
1,5,7,8,9,20,21,24,31,36,45,46,53,62,102,155,166,170,1
1
X
X
1,4,5,8,9,10,11,12,13,20,21,22,24,29,31,35,45,46,48,53,
1
X
X
24
34
X
24
1,5,8,9,20,21,22,24,29,31,45,46,48,95,131,166,180,188,
1
X
24
9,15,25,35,53,87,92,95,98,99,100,102,166,173,175,180,
1
X
X
2,9,166
1
X
2,9,24,42,53,62,87,166,177,193
1
X
1,5,8,9,20,21,22,24,31,34,38,40,45,46,47,48,53,95,101,1
1
X
X
24
24
24
24
24
24
24
24
24
24
24
24
24
24
24
9,166
1
X
2,4,9,10,13,16,24,87,115,166,177,191,193
1
X
X
1,9,20,21,22,24,29,31,34,35,36,43,45,48,53,62,95,101,1
1
X
X
42
X
5,8,24,38,40,46,131,188
1
X
2,9,24,42,87,166,177,193
1
X
2,4,9,10,12,13,16,17,24,42,166,193
1
X
4,9,10,12,13,16,17,24,166
1
X
1,3,5,8,9,20,21,22,23,24,28,29,30,31,34,35,36,38,40,45,
1
X
X
1,8,22,23,24,29,31,37,39,41,45,46,48,92,131,188
1
X
17,42,190
1
X
X
8,9,24,180,191
1
X
X
35
24
24
1,5,8,9,20,21,22,24,29,31,35,45,46,48,53,62,95,101,102
1
X
X
24
24
24
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,101,102,13
1
X
X
24
24
24
24
24
24
24
24
22,24
20,21,24
24,95,102,180
1
X
24
24
24
24
9,183
1
X
9,24,42,115,166,193
1
X
5
9,166
1
X
9
9,23,183
1
X
9,183,190
1
X
X
9
9
9,166
1
X
1,8,9,15,20,21,22,23,24,25,29,31,35,36,45,46,53,62,87,9
1
X
X
2,4,9,10,12,13,16,17,24,166,193
1
X
9,24,53,115,166
1
X
43
X
24,53,62
1
X
1,5,8,9,20,21,22,24,31,35,36,45,46,48,53,62,95,102,131
1
X
X
4,10,11,12,13,18,24,42,102
1
X
1,5,8,9,20,21,22,24,29,31,35,36,38,40,43,45,46,48,53,62
1
X
X
9,92
1
X
9
24,53,62,166
1
X
24
1,5,8,9,20,21,22,24,29,31,35,36,45,46,48,53,62,95,102,1
1
X
X
24
20,21
8
5,8,24,38,40,131,188
1
X
9,166
1
X
9
9
24,53,62,166
1
X
24,36,53,62,102,166,180,193
1
X
24
1,8,9,20,21,45,46,53,102,166,184,188,190,193
1
X
X
1,5,8,9,20,21,22,24,29,31,34,35,38,40,45,46,47,48,53,62
1
X
X
8
24,36
34
X
24
9,24,45,46,48,102,166,180,184,188,193
1
X
X
9,23,24,36,53,92,95,166,173,175,183,187,193
1
X
X
9,15,24,25,35,36,53,62,87,92,95,98,99,100,166,173,175
1
X
X
24,36,92,166,180,190
1
X
X
2,9,24,42,53,87,92,166,177
1
X
42,115
1
X
2,9,24,42,87,166,193
1
X
1,4,5,7,8,9,10,11,12,13,20,21,24,31,35,36,42,45,46,48,5
1
X
X
1,5,8,9,20,21,22,24,31,35,36,45,46,47,48,53,95,101,102
1
X
X
1,5,8,9,20,21,22,24,29,31,35,36,38,40,45,46,47,48,53,62
1
X
X
1,5,8,9,20,21,22,24,29,31,45,46,48,53,62,95,101,102,13
1
X
X
22,31
1,8,9,20,21,22,24,29,31,45,46,95,102,131,138,166,188,1
1
X
9,15,23,24,25,35,36,53,62,87,92,95,98,99,100,166,173,1
1
X
X
9,24,166
1
X
42
X
31
9,10,16,24,166
1
X
2,9,24,42,53,62,87,166,177
1
X
9,24,166
1
X
9,24,115,166,193
1
X
9,24,166
1
X
1,4,8,9,10,11,12,13,16,17,18,20,21,22,24,31,35,36,42,45
1
X
X
9,24,53,92,166,177,187,191
1
X
X
2,9,24,42,53,62,87,166,177,193
1
X
9
9
24,53,62,166
1
X
24,35,36,53,62,102,166,180,193
1
X
24
24
9,166
1
X
2,9,42,166
1
X
2,9,24,42,166
1
X
1,4,5,8,9,10,11,12,13,18,20,21,22,24,29,31,35,36,38,40,
1
X
X
34
X
22,31,131,184
1
X
X
1,9,20,21,22,31,45,46,184,188
1
X
X
1,9,20,21,22,31,45,46,48,188
1
X
29,31,46,102,131,184,188,189
1
X
X
1,9,20,21,22,31,45,46,48,102,180,188,193
1
X
46,102,188
1
X
46,188
1
X
31,184
1
X
17,42,190
1
X
X
24,53,62,166,193
1
X
24,35,36,53,62,102,166,180
1
X
24
20,21,24
24
24
24
24
24
24,180
1
X
24
24
31
1,5,8,9,20,21,22,24,31,35,36,45,46,48,95,102,131,166,1
1
X
X
9,166
1
X
2,9,24,166
1
X
9,24,166
1
X
2,9,24,42,53,62,87,166,177,193
1
X
2,9,24,166
1
X
,87,92,98,99,100,155,166,180,183,187
1
X
X
48,102,131,184,188
1
X
X
53,62
1
X
53,62,166,193
1
X
53,62
1
X
53,62,87,166,173,177
1
X
53,62
1
X
53,62
1
X
53,62
1
X
53
1
X
53,62,193
1
X
53,62,166,193
1
X
53,62
1
X
53,166
1
X
53
1
X
53
1
X
53
1
X
53
1
X
53,62
1
X
53,62,87,166,177
1
X
53,62
1
X
53,62
1
X
53,62
1
X
53,166
1
X
53,62
1
X
53,62
1
X
53
1
X
53,62
1
X
53,62,102,166,180,190,193
1
X
X
53,155,193
1
X
53
1
X
53,62
1
X
53,62
1
X
53,62
1
X
53,62,87,95,166,177
1
X
53,62
1
X
53,62,166
1
X
53,62,166
1
X
53,62,166,190
1
X
X
53,62
1
X
53,62
1
X
53,62,166
1
X
53,62,166
1
X
53,166
1
X
53,62,166
1
X
53,62,166,180
1
X
53,166
1
X
53,62
1
X
53,62,166,193
1
X
53,62
1
X
53,62,166,193
1
X
53,62
1
X
53,183
1
X
53,102,184,193
1
X
X
53,62
1
X
53,62,166,193
1
X
53,62,166,193
1
X
53,62,166,193
1
X
53,62,102,166,180,193
1
X
53,62,102,166,180,193
1
X
53
1
X
53,62,166
1
X
53,62,166,193
1
X
53,62
1
X
53,62
1
X
53,62,166
1
X
53,62,166
1
X
53,62
1
X
53
1
X
53,62,102
1
X
53,62,166,193
1
X
53,62,166
1
X
53,62,102
1
X
53,102,184,190,193
1
X
X
53,62,193
1
X
53,62,166,193
1
X
53,62,193
1
X
53,131
1
X
53,62,166,193
1
X
53,62
1
X
53,62,166
1
X
53,62
1
X
53,62
1
X
53,62,166
1
X
53,62,166
1
X
53,166,193
1
X
62
1
X
62,180,193
1
X
62,166
1
X
62,166
1
X
62
1
X
62,166
1
X
62
1
X
62,166
1
X
62
1
X
62,166
1
X
62,166
1
X
87,102,166
1
X
87,166
1
X
87
1
X
87,166,177
1
X
87,166,177
1
X
87,166,177
1
X
87
1
X
87,166,177
1
X
87,95,166,193
1
X
87,166,177
1
X
87
1
X
87,166,175,177
1
X
X
87,95,166,193
1
X
87,95,166
1
X
87,95,166
1
X
87,95,166,177,183
1
X
87,166
1
X
87
1
X
87
1
X
87
1
X
87
1
X
87
1
X
87
1
X
87
1
X
87,95,166,177
1
X
87
1
X
87
1
X
87
1
X
87
1
X
87
1
X
87
1
X
87,102,166
1
X
87
1
X
87,95,166,177,183
1
X
87,177
1
X
87
1
X
87
1
X
87
1
X
87,95,102,166,177
1
X
87
1
X
87
1
X
92,190
1
X
X
92
1
X
92,190
1
X
X
92,175,183
1
X
X
95,166
1
X
95
1
X
95
1
X
95,166
1
X
95,166
1
X
95
1
X
95,166
1
X
95
1
X
95
1
X
95,166
1
X
95,166
1
X
95,131,166
1
X
95,166,193
1
X
95,166
1
X
95,166
1
X
95,166
1
X
95,166
1
X
95,166,180
1
X
95,166
1
X
95,166
1
X
101
1
X
102,190
1
X
X
102
1
X
102
1
X
102
1
X
102
1
X
102
1
X
102
1
X
102
1
X
102
1
X
102,180
1
X
102
1
X
102
1
X
102,180
1
X
102
1
X
102,166
1
X
102
1
X
102,184,189
1
X
X
102,180
1
X
102
1
X
102
1
X
102
1
X
102,180
1
X
102
1
X
102
1
X
102
1
X
115
1
X
115
1
X
115,193
1
X
115
1
X
115
1
X
115
1
X
131,193
1
X
131,193
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131,166
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131,193
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
131
1
X
138
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166,193
1
X
166,193
1
X
166,193
1
X
166,193
1
X
166
1
X
166
1
X
166,193
1
X
166,193
1
X
166
1
X
166,193
1
X
166,193
1
X
166,193
1
X
166,193
1
X
166,193
1
X
166,193
1
X
166,190
1
X
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166,193
1
X
166,193
1
X
166
1
X
166,193
1
X
166,193
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166,193
1
X
166
1
X
166,193
1
X
166,193
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166,193
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
166
1
X
175
1
X
175
1
X
175
1
X
175,193
1
X
X
175,193
1
X
X
175,193
1
X
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
180
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
190
1
X
191,193
1
X
X
191
1
X
192
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
193
1
X
197
1
X
TABLE
3
­
BIBLIOGRAPHIC
INFOR
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
Reference
Number
Reference
Title
Reference
Author
Reference
Date
Author
Affiliation
Reference
Sponsor
Other
Bibliographic
Information
RMATION
1
Auto/
Oil
Air
Quality
Improvement
Program,
Phase
1
Working
Data
Set
Systems
Applications
International,
San
Rafael,
CA
Final
Dataset
Release
April
5,
1996
Coordinating
Research
Council
contractor
Coordinating
Research
Council
Electronic
database
2
Emission
Rates
and
Elemental
Composition
of
Particles
Collected
From
1995
Ford
Vehicles
Using
the
Urban
Dynamometer
James
C.
Ball
1997
Ford
Motor
Co.
Ford
Motor
Co.?
SAE
Paper
97FL­
376
3
Reactivity
Comparison
of
Exhaust
Emissions
from
Heavy­
Duty
Engines
Operating
on
Gasoline,
Diesel,
and
Alternative
Fuel
Matthew
S.
Newkirk,
Edward
A.
Bass
1995
Southwest
Research
Institute,
San
Antonio,
TX
Southwest
Research
Institute
Advisory
Committee
for
Research
SAE
Paper
952442
4
Development
and
Comparison
of
1990
and
1996
Mobile
Source
Hazardous
Air
Pollutant
Emissions
Estimates
Richard
Billings
(
1),
Teresa
Kraus
(
1),
Joe
Mangino
(
1),
Rich
Cook
(
2),
Laurel
Driver
(
3)
December
1998
(
1)
Eastern
Research
Group,
Morrisville,
NC,
(
2)
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI,
(
3)
U.
S.
Environm
U.
S.
Environmental
Protection
Agency
Presented
at
the
A&
WMA
Emissions
Inventory
Specialty
Conference,
New
Orleans,
LA,
December
8­
10,
1998
5
Fleet
Test
Emissions
Data,
EC­
Premium
Emission
Control
Gasoline
K.
L.
Boekhaus,
J.
M.
DeJovine,
D.
A.
Paulsen,
L.
A.
Rapp,
J.
S.
Segal,
D.
J.
Townsend
March
22,
1991
Arco
Products
Co.,
Anaheim,
CA
Arco
Products
Co.?
Clean
Fuels
Report
91­
03
6
Butadiene
Emission
Factors
K.
D.
Drachand
July
17,
1991
California
Air
Resources
Board,
Sacramento,
CA
California
Air
Resources
Board
Internal
Memorandum
to
Terry
McGuire
and
Peter
Venturini
7
Emission
Tests
of
In­
Use
Small
Utility
Engines
James
N.
Carroll
September
1991
Southwest
Research
Institute,
San
Antonio,
TX
U.
S.
Environmental
Protection
Agency
8
Development
of
Species
Profiles
for
Selected
Organic
Emission
Sources
Albert
C.
Censullo
April
30,
1991
California
Polytechnic
State
University,
San
Luis
Obispo,
CA
California
Air
Resources
Board
Contract
no.
A832­
059
9
Evaluation
of
Factors
That
Affect
Diesel
Exhaust
Toxicity
Timothy
J.
Truex
(
1),
Joseph
M.
Norbeck
(
1),
Janet
Arey
(
1),
Norman
Kado
(
2),
Bob
Okamoto
(
2)
,
Kenneth
Kiefer
(
2),
Paul
March
16,
1998
(
1)
Center
for
Environmental
Research
and
Technology,
University
of
California
Riverside,
CA
,
(
2)
Department
of
Environm
California
Air
Resources
Board
Draft
Final
Report
10
Documentation
for
the
1996
Base
Year
National
Toxics
Inventory
for
Commercial
Marine
Vessel
and
Locomotive
Mobile
So
Eastern
Research
Group;
Morrisville,
NC
June
2,
2000
U.
S.
Environmental
Protection
Agency
contractor
U.
S.
Environmental
Protection
Agency
ftp
address:
fpt.
epa.
gov/
pub/
pub/
EmisInventory/
nti_
96/
pdf_
reports/
cmvlocrp.
pdf
11
Documentation
for
the
1996
Base
Year
National
Toxics
Inventory
for
Aircraft
Sources
Eastern
Research
Group;
Morrisville,
NC
June
2,
2000
U.
S.
Environmental
Protection
Agency
contractor
U.
S.
Environmental
Protection
Agency
ftp
address:
fpt.
epa.
gov/
pub/
pub/
EmisInventory/
nti_
96/
pdf_
reports/
aircrrpt.
pdf
12
Documentation
for
the
1996
Base
Year
National
Toxics
Inventory
for
Nonroad
Vehicle
and
Equipment
Mobile
Sources
Eastern
Research
Group;
Morrisville,
NC
June
2,
2000
U.
S.
Environmental
Protection
Agency
contractor
U.
S.
Environmental
Protection
Agency
ftp
address:
fpt.
epa.
gov/
pub/
pub/
EmisInventory/
nti_
96/
pdf_
reports/
nonrdrpt.
pdf
13
Documentation
for
the
1996
Base
Year
National
Toxics
Inventory
for
Onroad
Sources
Eastern
Research
Group;
Morrisville,
NC
June
2,
2000
U.
S.
Environmental
Protection
Agency
contractor
U.
S.
Environmental
Protection
Agency
ftp
address:
fpt.
epa.
gov/
pub/
pub/
EmisInventory/
nti_
96/
pdf_
reportsonrdrpt.
pdf
14
Estimation
of
Motor
Vehicle
Toxic
Emissions
and
Exposure
in
Selected
Urban
Areas
Sierra
Research,
Inc.,
Sacramento,
CA;
Radian
International,
Austin,
TX;
and
Energy
and
Environmental
Analysis,
Inc.
March
1999
U.
S.
Environmental
Protection
Agency
contractors
U.
S.
Environmental
Protection
Agency
EPA
420
D­
99­
002a.

15
Determining
POM/
PAH
Emission
Factors
for
Mobile
Sources
Pam
Brodowicz
December
19,
1996
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
16
1990
Emissions
Inventory
of
Forty
Potential
Section
112(
k)
Pollutants:
Supporting
Data
for
EPA's
Section
112(
k)
Regulatory
U.
S.
Environmental
Protection
Agency
May
21,1999
Not
stated
U.
S.
Environmental
Protection
Agency
17
Source
Identification
and
Base
Year
1990
Emission
Inventory
Guidance
for
Mobile
Source
HAPs
on
the
OAQPS
List
of
40
P
Rich
Cook
June
11,
1997
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
18
Guidance
on
Mobile
Source
Emission
Estimates
in
the
1996
National
Toxics
Inventory.
Rich
Cook
June
9,
1998
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
19
Final
Regulatory
Impact
Analysis
for
Reformulated
Gasoline
U.
S.
Environmental
Protection
Agency
December
13,
1993
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
20
Speciation
for
SAI
Runs
Chris
Lindhjem,
Penny
Carey,
Joe
Somers
April
14,
1992
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
Internal
Memorandum
21
11%
MTBE
Exhaust
Speciation
Rich
Cook
August
14,
1992
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
22
Exhaust,
Evaporative,
and
Running
Loss
Speciation
Chris
Lindhjem,
Penny
Carey,
Joe
Somers
July
10,
1992
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
Internal
Memorandum
23
Motor
Vehicle­
Related
Air
Toxics
Study
Pamela
Brodowicz,
Penny
Carey,
Richard
Cook,
Joseph
Somers
April
1993
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
EPA
420­
R­
93­
005.

24
Volatile
Organic
Compound
(
VOC)/
Particulate
Matter
(
PM)
Speciation
Data
System
(
SPECIATE),
Version
3.1
U.
S.
Environmental
Protection
Agency
July
2000
U.
S.
Environmental
Protection
Agency
U.
S.
Environmental
Protection
Agency
Electronic
dataset
25
Derivation
of
Mobile
Source
Toxic
Fraction
Applied
to
the
Gridded
Houston
VOC
Inventory,
Appendix
III.
C
from
"
Air
Disp
Rich
Cook,
Pam
Brodowicz
July
1998
U.
S.
Environmental
Protection
Agency,
Research
Triangle
Park,
NC
U.
S.
Environmental
Protection
Agency
26
Revisions
to
Nonroad
Toxic
Emission
Estimates
in
"
National
Inventory
of
Sources
of
Emissions
for
Five
Candidate
Title
III
Richard
Cook
February
20,
1997
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
27
Estimating
Exposure
to
Dioxin­
Like
Compounds
 
Volume
II:
Properties,
Sources,
Occurrence
and
Background
Exposures.
Jerry
Blancato
(
1),
David
Cleverly
(
1),
Gregory
Kew
(
1),
Matt
Lorber
(
1),
John
L.
Schaum
(
1),
Elizabeth
Brown
(
2),
Jeff
Daw
June
1994
(
1)
U.
S.
Environmental
Protection
Agency,
(
2)
Versar,
Inc.
U.
S.
Environmental
Protection
Agency
EPA/
600/
6­
88/
005Cb
28
Piston
Engine
Particulate
Matter
Emission
Factors,
Toxic
Emission
Fractions,
and
VOC
to
TOG
Correction
Factor
for
Aircr
Richard
Cook
February
17,
1993
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
29
Exhaust
Emissions
from
Four­
Stroke
Lawn
Mower
Engines
Peter
Gabele
September
1997
U.
S.
Environmental
Protection
Agency
U.
S.
Environmental
Protection
Agency
and
North
American
Research
Strategy
for
Tropospheric
Ozone
(
NARSTO)
Journal
of
the
Air
&
Waste
Management
Association,
Vol.
47,
pp.
945­
952
30
Toward
the
Environmentally­
Friendly
Small
Engine:
Fuel,
Lubricant,
and
Emission
Measurement
Issues
Charles
T.
Hare,
Jeff
J.
White
October
1991
Southwest
Research
Institute,
San
Antonio,
TX
Southwest
Research
Institute
SAE
Paper
No.
911222
31
Speciation
of
Organic
Emissions
to
Study
Fuel
Dependence
of
Small
Engine
Exhaust
Photochemical
Reactivity
Charles
T.
Hare,
James
N.
Carroll,
John
P.
Latusek,
Robert
W.
Burrahm
July
1993
Southwest
Research
Institute,
San
Antonio,
TX
Southwest
Research
Institute
Advisory
Committee
for
Research
Southwest
Research
Institute
Report
9702
32
On­
Road
Motor
Vehicle
National
Toxics
Exposure
Estimates
Philip
Heirigs
October
15,
1998
Sierra
Research,
Sacramento,
CA
U.
S.
Environmental
Protection
Agency
Memorandum
to
Rich
Cook
33
Methodologies
Used
to
Generate
Emission
Estimates
for
Five
Motor
Vehicle
HAPs
in
the
1996
National
Toxics
Inventory
Philip
Heirigs
July
23,
1999
Sierra
Research,
Sacramento,
CA
U.
S.
Environmental
Protection
Agency
Memorandum
to
Rich
Cook
34
Volatile
Organic
Compound
Emissions
from
46
In­
Use
Passenger
Cars
John
E.
Sigsby,
Jr.
(
1),
Silvestre
Tejada
(
1),
William
Ray
(
1),
John
M.
Lang
(
2),
John
W.
Duncan
(
2)
1987
(
1)
Environmental
Sciences
Research
Laboratory,
U.
S.
Environmental
Protection
Agency,
Research
Triangle
Park,
NC,
(
2)
N
U.
S.
Environmental
Protection
Agency
Environmental
Science
&
Technology,
Vol.
21,
pp.
466­
475
35
Chemical
Composition
of
Exhaust
From
Aircraft
Turbine
Engines
C.
W.
Spicer
(
1),
M.
W.
Holdren
(
1),
D.
L.
Smith
(
1),
D.
P.
Hughs
(
2),
M.
D.
Smith
(
3)
January
1992
(
1)
Battelle,
Columbus,
OH,
(
2)
Tinker
AFB,
Oklahoma
City,
OK,
(
3)
Tyndall
AFB,
Panama
City,
FL
U.
S.
Air
Force?
Journal
of
Engineering
for
Gas
Turbines
and
Power,
Vol.
114,
pp.
111­
117
36
Chemical
composition
and
photochemical
reactivity
of
exhaust
from
aircraft
turbine
engines
C.
W.
Spicer
(
1),
M.
W.
Holdren
(
1),
R.
M.
Riggin
(
2),
T.
F.
Lyon
(
3)
1994
(
1)
Battelle,
Columbus,
OH,
(
2)
Eli
Lilly
and
Company,
Indianapolis,
IN,
(
3)
General
Electric
Company,
Evendale,
OH
U.
S.
Air
Force,
U.
S.
Navy,
and
Federal
Aviation
Administration
Annales
Geophysicae,
Vol,
12,
pp.
944­
955
37
Sun
Fuels
Alaska
II
Study
 
unpublished
data.
Fred
Stump
September
29,
1997
National
Exposure
Research
Laboratory,
U.
S.
Environmental
Protection
Agency
Unknown
Series
of
undocumented
data
sheets.
Lacking
supporting
documentation.

38
The
Influence
of
Ambient
Temperature
on
Tailpipe
Emissions
from
1984­
1987
Model
Year
Light­
Duty
Gasoline
Motor
Veh
Fred
Stump
(
1),
Silvestre
Tejada
(
1),
William
Ray
(
1),
David
Dropkin
(
1),
Frank
Black
(
1),
William
Crews
(
2),
Richard
Sno
1989
(
1)
Atmospheric
Sciences
Research
Laboratory,
U.
S.
Environmental
Protection
Agency,
Research
Triangle
Park,
NC,
(
2)
No
U.
S.
Environmental
Protection
Agency
Atmospheric
Environment
Vol.
23,
No.
2,
pp.
307­
320
39
Influence
of
Ethanol­
Blended
Fuels
on
the
Emissions
from
Three
Pre­
1985
Light­
Duty
Passenger
Vehicles
Fred
D.
Stump,
Kenneth
T.
Knapp,
William
D.
Ray
December
1996
Atmospheric
Research
and
Exposure
Assessment
Laboratory,
U.
S.
Environmental
Protection
Agency
U.
S.
Environmental
Protection
Agency
Journal
of
the
Air
&
Waste
Management
Association,
Vol.
46,
pp.
1149­
1161
40
The
Influence
of
Ambient
Temperature
on
Tailpipe
Emissions
From
1985
to
1987
Model
Year
Light­
Duty
Gasoline
Motor
V
Fred
Stump
(
1),
Silvestre
Tejada
(
1),
William
Ray
(
1),
David
Dropkin
(
1),
Frank
Black
(
1),
Richard
Snow
(
2),
William
Crew
1990
(
1)
Atmospheric
Sciences
Research
Laboratory,
U.
S.
Environmental
Protection
Agency,
Research
Triangle
Park,
NC,
(
2)
No
U.
S.
Environmental
Protection
Agency
Atmospheric
Environment
Vol.
24A,
No.
8,
pp.
2105­
2112
41
Influence
of
Oxygenated
Fuels
on
the
emissions
from
three
pre­
1985
light­
duty
passenger
vehicles.
Fred
D.
Stump
(
1),
Kenneth
T.
Knapp
(
1),
William
D.
Ray
(
1),
Paula
D.
Siudak
(
2),
Richard
F.
Snow
(
2)
June
1994
(
1)
U.
S.
Environmental
Protection
Agency,
(
2)
ManTech
Environmental
Technology,
Inc.
U.
S.
Environmental
Protection
Agency
Journal
of
the
Air
&
Waste
Management
Association,
Vol.
44,
pp.
781­
786
42
Measurements
of
Toxic
Exhaust
Emissions
from
Gasoline­
Powered
Light­
Duty
Vehicles
Mary
Ann
Warner­
Selph
(
1),
Joseph
De
Vita
(
2)
September
1989
(
1)
Southwest
Research
Institute,
San
Antonio,
TX,
(
2)
California
Air
Resources
Board,
El
Monte,
CA
California
Air
Resources
Board
SAE
Paper
No.
892075
43
Assessment
of
Unregulated
Emissions
from
Gasoline
Oxygenated
Blends
Mary
Ann
Warner­
Selph
(
1),
Craig
A.
Harvey
(
2)
1991
(
1)
Southwest
Research
Institute,
San
Antonio,
TX,
(
2)
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
SAE
Paper
No.
902131
44
Methyl
Tertiary
Butyl
Ether
(
MTBE)
Emissions
from
Passenger
Cars
Lester
Wyborny
II
April
1998
U.
S.
Environmental
Protection
Agency,
Ann
Arbor,
MI
U.
S.
Environmental
Protection
Agency
Draft
Technical
Report
45
Auto/
Oil
Air
Quality
Improvement
Program,
Phase
I1
Working
Data
Set
Systems
Applications
International,
San
Rafael,
CA
Final
Dataset
Release
April
5,
1996
Coordinating
Research
Council
Coordinating
Research
Council
46
CARB
Unified
Cycle
Database
California
Air
Resources
Board
Undated
California
Air
Resources
Board
California
Air
Resources
Board
Unpublished
47
Hydrocarbon
Speciation
of
a
Lean
Burn
Spark
Ignited
Engine
Nine,
Ralph
D.,
Nigel
N.
Clark,
Brian
E.
Mace
and
Laila
ElGazzar
1997
West
Virginia
University
US
DoE,
Office
of
Transportation
Technologies
SAE
Paper
No.
972971
48
Determination
of
Combustion
Products
from
Alternative
Fuels
­
Part
I:
LPG
and
CNG
Combustion
Products
Whitney,
K;
Bailey,
B
1994
Southwest
Research
Institute;
National
Renewable
Energy
Laboratory
x
SAE
Paper
941903
50
Emissions
with
E85
and
Gasolines
in
Flexible/
Variable
Fuel
Vehicles
­
The
Auto/
Oil
Air
Quality
Improvement
Research
Pr
Benson,
J.;
Koehl,
W.;
Burns,
V.;
Hochhauser,
A.;
Knepper,
J.;
Leppard,
W.;
Painter,
L.;
Rapp,
L.;
Reuter,
R.;
Rippon,
B.;
R
1995
GM
R&
D
Center;
Mobil
Research
and
Development
Corporation;
Exxon
Research
and
Engineering
Company;
Amoco
Oil
R
x
SAE
Paper
952508
53
Measurement
of
Emissions
from
Air
Pollution
Sources.
5.
C1
­
C32
Organic
Compounds
from
Gasoline­
Powered
Motor
Veh
Schauer,
James
J.;
Kleeman,
Michael
J.,
Cass,
Glenn
R.
and
Bernd
R.
T.
Simoneit
2002
California
Institute
of
Technology,
Oregon
State
University
CARB
Environmental
Science
&
Technology,
Vol.
36,
No.
6,
p.
1169­
1180
61
Size
and
Composition
Distribution
of
Fine
Particulate
Matter
Emitted
from
Motor
Vehicles
Kleeman,
Michael
J.;
Schauer,
James
J.
;
and
Glen
R.
Cass
2000
California
Institute
of
Technology
Caltech
Center
for
Air
Quality
Environmental
Science
&
Technology,
Vol.
34,
No.
7,
p.
1132­
1142
62
Measurement
of
Emissions
from
Air
Pollution
Sources.
2.
C1
­
C30
Organic
Compounds
from
Medium
Duty
Diesel
Trucks
Schauer,
James
J.;
Kleeman,
Michael
J.,
Cass,
Glenn
R.
and
Bernd
R.
T.
Simoneit
1999
California
Institute
of
Technology,
Oregon
State
University
CARB
Environmental
Science
&
Technology,
Vol.
33,
No.
10,
p.
1578­
1587
87
Measurement
of
Exhaust
Particulate
Matter
Emissions
from
In­
Use
Light­
Duty
Motor
Vehicles
in
the
Denver,
Colorado
Area
Cadle,
Steven
H.;
Mulawa,
Patricia
A.;
Hunsanger,
Eric
C.;
Nelson,
Ken;
Ragazzi,
Ronald
A.;
Barrett,
Richard;
Gallagher,
G
1998
General
Motors
R&
D
Center,
Colorado
Department
of
Public
Health,
Colorado
State
University,
US
EPA,
Clean
Air
Vehicle
Coordinating
Research
Council,
NFRAQS
Program,
US
DOE,
Total
Petroleum
CRC
Project
E­
24­
1
92
Comparison
of
Exhaust
Emissions,
Including
Toxic
Air
Contaminants,
From
School
Buses
in
Compressed
Natural
Gas,
Low
Ullman,
Terry
L.
Ullman;
Lawrence
Smith;
Joseph
W.
Anthony;
Warren
J.
Slodowske;
William
M.
Trestrail;
William
Bunn
2003
Southwest
Research
Institute,
International
Truck
and
Engine
Corp.,
Lapin
&
Associates,
Conoco
Phillips
x
SAE
paper
2003­
01­
1381
95
Speciation
of
Organic
Compounds
From
the
Exhaust
of
Trucks
and
Buses:
Effect
of
Fuel
and
After­
Treatment
on
Vehicle
Em
Lev­
On,
Miriam;
Chuck
LeTavec;
Ken
Kimura;
Jim
Uihlien;
Teresa
Alleman;
Doug
Lawson;
Keith
Vertin;
Gregory
Thomp
2002
BP,
NREL,
West
Virginia
Univ.,
Desert
Research
Institute,
Johnson
Matthey
Inc.,
Engelhard
Corp.,
California
Air
Resourc
x
SAE
paper
2002­
01­
2873
98
Dimethoxy
Methane
in
Diesel
Fuel:
Part
1.
the
Effect
of
Fuels
and
Engine
Operating
Modes
on
Emissions
of
Toxic
Air
Pollu
Ball,
James;
Charles
A.
Lapin;
Janet
P.
Buckingham;
Edwin
A.
Frame;
Douglas
M.
Yost;
Manuel
Gonzalez;
Eleanor
M.
Lin
2001
Ford
Research
Laboratory,
Lapin
&
Associates,
Southwest
Research
Institute,
PDVSA
Intevep,
Equilon
Enterprises
LLC,
Ma
x
SAE
paper
2001­
01­
3627
99
Dimethoxy
Methane
in
Diesel
Fuel:
Part
2.
the
Effect
of
Fuels
on
Emissions
of
Toxic
Air
Pollutants
and
Gas/
Solid
Phase
PA
Ball,
James;
Charles
A.
Lapin;
Janet
P.
Buckingham;
Edwin
A.
Frame;
Douglas
M.
Yost;
Manuel
Gonzalez;
Eleanor
M.
Lin
2001
Ford
Research
Laboratory,
Lapin
&
Associates,
Southwest
Research
Institute,
PDVSA
Intevep,
Equilon
Enterprises
LLC,
Ma
x
SAE
paper
2001­
01­
3628
100
Dimethoxy
Methane
in
Diesel
Fuel:
Part
3.
the
Effect
of
Pilot
Injection,
Fuels
and
Engine
Operating
Modes
on
Emissions
of
Ball,
James;
Charles
A.
Lapin;
Janet
P.
Buckingham;
Edwin
A.
Frame;
Douglas
M.
Yost;
Manuel
Gonzalez;
Eleanor
M.
Lin
2001
Ford
Research
Laboratory,
Lapin
&
Associates,
Southwest
Research
Institute,
PDVSA
Intevep,
Equilon
Enterprises
LLC,
Ma
x
SAE
paper
2001­
01­
3630
101
Identifying
Sources
of
Evaporative
Emissions­
Using
Hydrocarbon
Profiles
to
Identify
Emission
Sources
Siegl,
Walter
O.;
Travis
J.
Henney;
Mark
Guenther
2000
Ford
Motor
Co.
x
SAE
paper
2000­
01­
1139
102
The
Effect
of
Biodiesel
Fuels
on
Transient
Emissions
From
Modern
Diesel
Engines­
Part
II:
Unregulated
Emissions
and
Chem
Sharp,
Chris
A.;
Steve
Howell;
Joe
Jobe
2000
Southwest
Research
Institute,
Marc
IV
Consulting,
National
Biodiesel
Board
x
SAE
paper
2000­
01­
1968
115
On­
line
Characterization
of
Individual
Particles
from
Automobile
Emissions
Silva,
Philip
J.;
Kimberly
A.
Prather
1997
Univ.
of
California­
Riverside
National
Science
Foundation
Environmental
Science
&
Technology,
Vol.
31,
No.
11,
p.
3074­
3080
131
Composition
of
Gasoline
Vehicle
Emissions­­
An
Analytical
Speciation
Program
Sweeney,
Edward
G.;
John
H.
Baudino;
Carolyn
H.
Schmidt
1992
AutoResearch
Labs.
Inc
x
SAE
paper
922253
138
Measurements
of
Total
and
Speciated
Hydrocarbon
Removal
From
Engine
Exhaust
Using
Activated
Carbon
Pakko,
James
D.;
Andrew
A.
Adamczyk;
Walter
O.
Siegl;
Robert
J.
Pawlowicz
1994
Ford
Motor
Co.
x
SAE
paper
941999
147
Effects
of
Gasoline
Composition
on
Vehicle
Engine­
Out
and
Tailpipe
Hydrocarbon
Emissions­­
The
Auto/
Oil
Air
Quality
Im
Leppard,
William
R.;
Larry
A.
Rapp;
Vaughn
R.
Burns;
Robert
A.
Gorse,
Jr.;
Jay
C.
Knepper;
William
J.
Koehl
1992
General
Motors
Research
Labs.,
ARCO
Products
Co.,
Chrysler
Corp.,
Ford
Motor
Co.,
Amoco
Oil
Co.,
Mobile
Research
and
x
SAE
paper
920329
155
Evaluation
of
Biodiesel
in
an
Urban
Transit
Bus
Powered
by
a
1988
DDECII6V92
TA
Engine
Howes,
Peter
and
Greg
Rideout
Environment
Canada
Environment
Canada,
National
Biodiesel
Board
MSED
Report
#
95­
26743­
1
166
Heavy­
Duty
Vehicle
Chassis
Dynamometer
Testing
for
Emissions
Inventory,
Air
Quality
Modeling,
Source
Apportionment
a
Gautam,
Mridul;
Nigel
Clark;
W.
Scott
Wayne;
Gregory
Thompson;
Donald
W.
Lyons;
Wesley
C.
Riddle;
Ralph
D.
Nine;
B
2003
West
Virginia
University
Coordinating
Research
Council,
CARB,
US
EPA,
US
DOE
NREL,
South
Coast
Air
Quality
Management
District,
Engine
M
CRC
Project
No.
E­
55/
E­
59
170
Emission
Tests
of
In­
Use
Small
Utility
Engines
 
Task
III
Report
Non­
Road
Source
Emission
Factors
Improvement
Carroll,
James
N.
1991
Southwest
Research
Institute
US
EPA
SwRI
report
3426­
006
173
Exposure
to
Emissions
from
Alternative
Fuel
Combustion:
Bioassay
and
Chemical
Analyses
of
the
Particle
and
Semi­
Volatil
Kado,
N.
Y.,
P.
A.
Kuzmicky,
K.
L.
Kiefer,
R.
L.
Maddalena,
Tung­
Liang
Huang,
R.
A.
Okamoto
1998
Dept.
of
Environmental
Toxicology,
U.
C.,
Davis,
CA
The
U.
S.
Department
of
Energy
175
Lloyd's
Register
Work
in
Marine
Based
Air
Pollution
and
Its
Relationship
to
Other
Work
in
the
Field
Lloyd's
Register
1992
Lloyd's
Register
x
177
Characterization
of
Particulate
Emissions
from
Gasoline­
Fueled
Vehicles
Norbeck,
J.,
T.
D.
Durbin,
T.
J.
Truex
1998
Center
for
Environmental
Research
and
Technology,
U.
C.
Riverside,
CA
California
Air
Resources
Board
180
Emissions
and
Lubricity
Evaluation
of
Rapeseed
Derived
Biodiesel
Fuels
 
Final
Report
Sharp,
C.
A.
1996
Southwest
Research
Institute
Montana
Department
of
Environmental
Quality
SwRI
7507
183
Evaluation
of
Factors
that
Affect
Diesel
Exhaust
Toxicity
Truex,
Dr.
T.
J.,
Dr.
J.
M.
Norbeck,
M.
R.
Smith,
J.
Arey,
N.
Kado,
B.
Okamoto,
K.
Kiefer,
P.
Kuzmicky,
I.
Holcomb
1998
Center
for
Environmental
Research
and
Technology,
U.
C.
Riverside,
CA
California
Air
Resources
Board
184
Three­
Way
Catalyst
Technology
for
Off­
Road
Equipment
Powered
by
Gasoline
and
LPG
Engines
White,
J.,
M.
N.
Ingalls,
J.
N.
Carroll,
L.
Chan
1999
Southwest
Research
Institute
California
Air
Resources
Board,
California
Environmental
Protection
Agency,
South
Coast
Air
Quality
Management
District
SwRI
8778
187
Diesel
Fuel
Effects
on
Locomotive
Exhaust
Emissions
Fritz,
Steven
G.
2000
Southwest
Research
Institute
California
Air
Resources
Board
188
CARB:
Vehicle
Surveillance
Program
Series
17,
Project
2S03C1
Project
Engineer:
Jerry
Ho;
Alternate
Project
Engineer:
David
Lee
2003
Cailfornia
Air
Resources
Board
(
CARB)
x
x
189
Assignment
Title:
"
Characterization
of
Exhaust
Emissions
from
California­
Certified
SI
SULEVs"
Merritt,
Patrick
M.
2004
Southwest
Research
Institute
U.
S.
Environmental
Protection
Agency
190
Aircraft
Engine
and
Auxiliary
Power
Unit
Emissions
Testing:
Volume
2,
Detailed
Sampling
Approach
and
Results
Gerstle,
Thomas;
Virage,
Peter;
Kimm,
Maj
Larry;
Wade,
Mark
1999
Environmental
Quality
Management,
Inc;
Weston;
IERA;
Karta
Institute
for
Environment,
Safety,
Occupational
Health
Risk
Analysis
(
IERA);
Risk
Analysis
Directorate;
Environmental
Ana
191
Regulated
and
Air
Toxic
Exhaust
Emissions
from
Nonroad
Diesel
Engines
and
Equipment
Helmer,
Kent;
Cook,
Richard;
Volckens,
John;
Baldauf,
Richard;
Starr,
Michael
2003,
2004
U.
S.
EPA,
Office
of
transportation
and
Air
Quality;
U.
S.
EPA,
HEASD,
NERL;
Southwest
Research
Institute
U.
S.
Environmental
Protection
Agency
data
in
paper
came
from
three
studies:
Starr,
M.
E.,
1)"
Transient
and
Steady­
State
Emissions
Testing
of
Ten
Different
Nonroad
Diesel
Engines
Using
Four
Fuels",
SwRI
#
08.03316,
prepared
for
CARB
and
EPA,
2003
2)
EPA's
"
Three
Engine
Program",
EPA
contract
192
Investigation
into
Testing
and
Controlling
Emissions
of
Hydrogen
Sulfide
from
Gasoline
Vehicles
Collier,
A.;
Hillebrand,
C.;
Kelly,
G.;
Brett,
S.;
Elliot,
G.;
Blair,
D.;
Sturgeon,
K.;
Tancell,
P.;
Brogan,
M.;
2001
Ford
Motor
Co.,
Ltd.
x
SAE
paper
2001­
01­
3530
193
Gaseous
and
Particulate
Matter
Emissions
from
In­
Use
Light
Duty
Gasoline
Motor
Vehicles
Graham,
Lisa
2003
Environmental
Technology
Centre,
Emissions
Research
and
Measurement
Division;
Environment
Canada
x
Environment
Canada
­
ERMD
Report
#
99­
67
197
A
Study
of
the
Potential
Impact
of
Some
Unregulated
Motor
Vehicle
Emissions
Harvey,
C;
Garbe
RJ;
Baines
TM;
Somers
JH;
Hellman
KH;
Carey
PM.
1983
U.
S.
Environmental
Protection
Agency
x
SAE
Technical
Paper
Series
830987
ter
Driving
Schedule,
the
Highway
Fuel
Economy
Test,
and
the
USO6
Driving
Cycle
uels
nmental
Protection
Agency,
Research
Triangle
Park,
NC
aul
Kuzmicky
(
2),
Ilona
Holcomb
(
2)

onmental
Toxicology,
University
of
California
Davis,
CA
Sources
tory
Strategy
0
Priority
HAPs
ispersion
Modeling
of
Toxic
Air
Pollutants
in
Urban
Areas"

III
Section
112(
k)
Hazardous
Air
Pollutants:
Benzene,
1,3­
Butadiene,
Formaldehyde,
Hexavalent
Chromium,
and
Polyc
Dawson
(
2),
Keith
Drewes
(
2),
Carl
D'Ruiz
(
2),
Robert
Fares
(
2),
Geoffrey
Huse
(
2),
Tim
Leighton
(
2),
Nica
Mostaghim
rcraft
)
Northrop
Services,
Inc.
Research
Triangle
Park,
NC
ehicles
now
(
2),
Paula
Siudak
(
2),
C.
O.
Davis
(
2),
Linnie
Baker
(
2),
Ned
Perry
(
2)

Northrop
Services,
Inc.,
Research
Triangle
Park,
NC
r
Vehicles 
II
rews
(
2),
Paula
Siudak
(
2),
C.
O.
Davis
(
2),
Phillip
Carter
(
2)

Northrop
Services,
Inc.,
Research
Triangle
Park,
NC
Program
.;
Rutherford,
J.
il
R&
D;
Statistics
PLUS;
ARCO
Products
Company;
Texaco,
Inc.;
Ford
Motor
Company;
Chevron
Research
&
Techno
ehicles
rea
r,
Gerald
L.;
Lawson,
Douglas
R.;
Knapp,
Kenneth
T.;
and
Richard
Snow
icle
Technology
Center,
Inc.

ow­
Emitting
Diesel,
and
Conventional
Diesel
Engine
Configurations
unn;
Charles
A.
Lapin;
Kenneth
J.
Wright;
and
Charles
R.
Clark
Emission
Profiles
mpson;
Nigel
Clark;
Mridul
Gautam;
Scott
Wayne;
Barbara
Zielinska;
John
Sagebiel;
Sougato
Chatterjee;
Kevin
Halls
urces
Board
llutants
and
Gas/
Solid
Phase
PAH
Liney;
Mani
Natarajan;
James
P.
Wallace;
John
A.
Garbak
Marathon
Ashland
Petroleum
Co.
LLC,
Wallace
&
Associates
LLC,
US
Dept.
of
Energy
PAH
Using
a
Composite
of
Engine
Operating
Modes
Liney;
Mani
Natarajan;
James
P.
Wallace;
John
A.
Garbak
Marathon
Ashland
Petroleum
Co.
LLC,
Wallace
&
Associates
LLC,
US
Dept.
of
Energy
of
Toxic
Air
Pollutants
and
Gas/
Solid
Phase
PAH
Liney;
Mani
Natarajan;
James
P.
Wallace;
John
A.
Garbak
Marathon
Ashland
Petroleum
Co.
LLC,
Wallace
&
Associates
LLC,
US
Dept.
of
Energy
hemical
Characterization
Improvement
Research
Program
and
Development
Corp.

t
and
Air
Toxics
Emissions
Inventory
;
Benjie
Staggs;
V.
Andy
Williams;
Timothy
Hall;
Sairam
Thiagarajan
Manufacturers
Association
atile
Emissions
from
Hydrogenated
Biodiesel
Fuels
rict
Analysis
Division;
Brooks
Air
Force
Base,
TX
lycyclic
Organic
Matter
him
(
2),
Linda
Phillip
nology
llstrom;
Robert
A.
Okamoto;
Paul
R
TABLE
4
­
TESTING
METHODOLO
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Assessment
of
Test
Quality
Comments
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Reference
Number
Mobile
Source
Characteristics
Test
Fuel
Characteristics
Drive
Schedule/
Drive
Schedule
Testing
Laboratory
Measurement
Technique
Testing
Methods
1
58
light
duty
vehicles
(
1983­
1991
model
years)
Various
gasoline
and
alternative
fuels
FTP
(
UDDS),
including
evaporative
and
running
loss
testing.
General
Motors
and
Ford
emissions
certification
laboratories
Standard
FTP
techniques
with
GC/
FID
and
LC/
UV
used
for
speciation
A
Federal
certification
test
procedures
performed
at
a
federally
recognized
emissions
test
facility
2
4
in­
use
rental
vehicles
from
San
Antonio,
TX
 
mileage
less
than
10,000
miles
Industry
average
gasoline
(
RF­
A)
 
no
fuel
specification
provided
Urban
Dynamometer
Driving
Schedule
(
UDDS),
Highway
Fuel
Economy
Test
(
HFET),
and
US06
Emissions
testing
(
Southwest
Research
Institute);
particle
composition
analysis
(
Desert
Research
Institute)
Particulate
emissions
(
Pallflex
and
Fluoropore
filters);
particle
composition
(
X­
ray
fluorescence
spectroscopy)
B
Particulate
composition
analysis
is
fairly
detailed,
but
only
average
and
standard
deviation
values
are
given.
Some
document
3
5
heavy
duty
engines
Gasoline
(
industry
average
and
California
Phase
2
Reformulated
blends),
diesel,
LPG,
and
CNG
Federal
certification
engine
test
schedule
(
Otto
cycle
or
diesel
cycle)
Southwest
Research
Institute
THC
(
FID),
NOx
(
CL),
CO
and
CO2
(
NDIR),
HC
speciations
(
GC/
FID),
and
aldehydes/
ketones
(
LC/
UV)
A
Federal
certification
test
procedures
performed
at
a
federally
recognized
emissions
test
facility.
Full
speciated
test
results
not
4
All
on­
road
and
off­
road
vehicles
and
engines,
excluding
locomotives
and
commercial
marine
vessels
Gasoline,
diesel,
and
jet
fuel
 
no
fuel
specifications
provided
See
comments
See
comments
See
comments
D
Emissions
not
directly
measured.
Other
references
used
to
derive
speciation
profiles.

5
20
vehicles
tested
for
EC­
Premium
pilot
vs.
URP;
subset
of
14
vehicles
tested
for
EC­
Premium
pilot
vs.
EC­
Premium
produc
ARCO
EC­
Premium
(
pilot
and
production)
and
URP
(
gasoline
representing
typical
non­
reformulated
Los
Angeles
premium
Federal
Test
Procedure
(
FTP);
Sealed
Housing
for
Evaporative
Emissions
Determination
(
SHED)
Exhaust
emissions
testing
at
Southwest
Research
Institute;
exhaust
and
evaporative
emissions
testing
at
National
Institute
of
HC
speciation
(
GC
analysis);
aldehydes
(
impingers
and
High
Pressure
Liquid
Chromatography)
A
Detailed
speciations
provided
for
individual
vehicles;
fleet
average
emission
factors
given
for
benzene
(
exhaust
and
evaporati
6
80
light­
duty
passenger
vehicles
(
16
non­
catalyst,
62
catalyst,
and
2
diesel);
1
heavy­
duty
diesel
truck
engine
Mainly
"
as
received"
gasoline
(
light­
duty);
6
diesel
fuels
for
heavy­
duty
diesel
truck
engine
 
no
fuel
specifications
provided
Unknown
for
gasoline
and
light­
duty
diesel;
EPA
hot
transient
and
cold
transient
tests
for
heavy­
duty
diesel
Unknown
CVS
and
GC
analysis
C
Limited
emissions
testing
with
few
details
provided.
Many
emission
factors
derived
by
multiplying
TOG
emissions
by
the
1,

7
5
pieces
of
lawn
and
garden
equipment
Unleaded
certification
gasoline
CARB­
modified
J1088
procedure
Southwest
Research
Institute
HC,
CO,
NOx,
CO2,
and
O2
(
per
J1088
requirements),
PM
(
fabricated
dilution
tunnel),
HC
speciations
(
GC/
FID),
and
aldeh
A
J1088
and
certification
equivalent
test
procedures
performed
at
a
federally
recognized
emissions
test
facility.

8
13
pieces
of
lawn
and
garden
equipment,
8
pieces
of
farm
equipment.
All
engines
tested
"
as
received".
Exxon
unleaded
gasoline
(
87
octane)
and
Arco
diesel
fuel
from
California
Polytechnic
State
University
motor
pool
 
no
fuel
Steady
state
conditions;
10­
15
minute
sample
collection
period
Emissions
testing
(
California
Polytechnic
State
University);
chemical
analyses
(
Environmental
Analytical
Service,
Inc.)
<
C10
hydrocarbons
(
canisters)
and
>
C10
hydrocarbons
(
XAD­
2
resin
cartridges),
aldehydes
(
impingers);
GC­
MS
analysis
A
Detailed
speciations
provided
for
individual
equipment
tests.

9
Cummins
L10
heavy­
duty
test
engine
Pre­
1993,
low
aromatic,
and
alternative
diesel
Heavy­
duty
engine
transient
FTP
Emissions
testing
at
Los
Angeles
County
Metropolitan
Transportation
Authority;
particle
composition
analysis
(
Desert
Resea
HC
(
HFID),
NOx
(
CL
analyzer),
CO
and
CO2
(
NDIR),
PM
(
filters),
GC/
LC,
and
particle
composition
(
x­
ray
fluorescence
sp
A
Detailed
emissions
data
provided
for
individual
fuel
tests.

10
Commercial
marine
vessels
and
locomotives
See
comments
See
comments
See
comments
See
comments
D
Commercial
marine
vessels
and
locomotives
not
directly
tested.
Other
references
used
to
derive
emission
speciations
and
fac
11
Aircraft
See
comments
See
comments
See
comments
See
comments
D
Aircraft
not
directly
tested.
Other
references
used
to
derive
emission
speciations
and
factors.

12
Nonroad
vehicles
and
equipment
See
comments
See
comments
See
comments
See
comments
D
Nonroad
vehicles
and
equipment
not
directly
tested.
Other
references
used
to
derive
emission
speciations
and
factors.

13
On­
road
vehicles
See
comments
See
comments
See
comments
See
comments
D
On­
road
vehicles
not
directly
tested.
Other
references
used
to
derive
emission
speciations
and
factors.

14
On­
road
vehicles
Gasoline
and
diesel;
typical
gasoline
parameters
assumed
for
summer
RFG,
winter
RFG,
oxygenated
non­
RFG,
and
non­
oxy
See
comments
See
comments
See
comments
D
On­
road
vehicles
not
directly
tested.
Estimated
emission
rates
are
presented,
but
they
represent
fleetwide
average
emission
ra
15
40
LDGV
and
HDDV
vehicles
Unleaded
gasoline,
leaded
gasoline,
and
diesel
­
Except
for
some
general
aromatic
content
values,
fuel
specifications
not
prov
Cold
Start
FTP
(
UDDS),
1972
18­
cycle
test,
7­
mode
test,
and
various
chassis
dynamometer
transient
tests
See
comments
See
comments
D/
F
Summary
of
previous
testing
studies.
Most
tested
vehicles
are
no
longer
in
current
vehicle
fleet.
All
catalyst­
equipped
vehic
16
All
on­
and
off­
road
vehicles
and
engines,
aircraft,
marine
vessels,
and
locomotives
See
comments
See
comments
See
comments
See
comments
D
No
actual
emissions
testing
was
performed.
"
Top­
down"
emission
estimates
only.
17
All
on­
road
and
off­
road
vehicles
and
engines,
excluding
locomotives
and
commercial
marine
vessels
Gasoline,
diesel,
and
jet
fuel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D
No
actual
emissions
testing
was
performed;
analysis
of
test
data
collected
in
other
studies.

18
All
on­
road
and
off­
road
vehicles
and
engines
Gasoline,
diesel,
and
jet
fuel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D
No
actual
emissions
testing
was
performed.
Test
data
collected
in
other
studies
used
in
procedural
guidance
for
development
19
All
on­
road
vehicles
Gasoline
and
diesel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D
No
actual
emissions
testing
was
performed.
Test
data
collected
in
other
studies
used
in
modeling
study
to
estimate
emission
20
See
comments
Base
gasoline,
10%
ethanol
blend,
and
11%
MTBE
blend
See
comments
See
comments
See
comments
D
Emissions
not
directly
measured.
Other
references
used
to
derive
speciation
profiles,
but
limited
documentation.

21
On­
road
light
duty
gasoline
vehicles
Gasoline
­
Some
partial
fuel
specifications
provided
See
comments
See
comments
See
comments
D
Emissions
not
directly
measured.
Basic
test
data
collected
in
other
studies
was
used.
However,
this
data
was
not
actually
pro
22
On­
road
motor
vehicles
Base
gasoline,
10%
ethanol
blend,
and
11%
MTBE
blend
See
comments
See
comments
See
comments
C
Emissions
not
directly
measured.
Other
references
used
to
derive
speciation
profiles.

23
6
on­
road
vehicles
(
1989­
1990
model
years)
Gasoline
and
diesel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D
Emissions
not
directly
measured.
Utilized
test
data
collected
in
other
studies
to
estimate
the
potential
magnitude
of
on­
road
v
24
A­
C
All
on­
and
off­
road
vehicles
and
engines,
aircraft,
marine
vessels;
and
locomotives
Gasoline,
diesel,
CNG,
and
jet
fuel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
A­
C
(
varies
with
specific
mobile
source
category
and
speciation
profile
selected)
Emissions
not
directly
measured.
Compendium
of
mobile
source
VOC
and
PM
speciation
data
collected
by
various
researche
24
D­
F
All
on­
and
off­
road
vehicles
and
engines,
aircraft,
marine
vessels;
and
locomotives
Gasoline,
diesel,
LPG,
and
jet
fuel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D­
F
(
varies
with
specific
mobile
source
category
and
speciation
profile
selected)
Emissions
not
directly
measured.
Compendium
of
mobile
source
VOC
and
PM
speciation
data
collected
by
various
researche
25
All
on­
and
off­
road
vehicles
and
engines,
aircraft,
marine
vessels;
and
locomotives
Gasoline,
diesel
and
jet
fuel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D
Emissions
were
not
directly
measured.
Various
methodologies
from
other
studies
were
used
in
modeling
study
to
estimate
to
26
All
off­
road
gasoline
and
diesel
engines
Gasoline
and
diesel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D
Emissions
were
not
directly
measured.
Test
data
from
other
studies
were
used
in
modeling
study
to
estimate
toxic
emission
f
27
26
non­
U.
S.
(
i.
e.,
Sweden,
Germany,
and
New
Zealand)
LDGV
and
HDDV
vehicles
Leaded
gasoline,
unleaded
gasoline,
and
diesel
­
Incomplete
fuel
specifications
provided;
however,
fuels
do
not
appear
to
be
r
A10/
FTP­
73
cycle,
U.
S.
13­
mode
diesel
truck
cycle,
unspecified
cycle
portrayed
as
an
FTP­
73
equivalent,
and
roadside
meas
Unknown
Unknown
D/
F
Initial
recommendations
for
dioxin
emission
factors
from
gasoline
and
diesel
motor
vehicles
on
the
basis
of
data
from
severa
28
Turbine
aircraft,
piston
aircraft,
and
non­
catalyst
light
duty
gasoline
vehicles
Gasoline
and
jet
fuel
­
Fuel
specifications
not
provided
See
comments
See
comments
See
comments
D
Aircraft
and
vehicles
not
directly
tested.
Other
references
used
to
derive
speciation
profiles.

29
10
4­
stroke
lawn
mower
engines
(
3
new;
7
between
2
and
16
years
old)
1990
baseline
reference
gasoline
(
RF­
A)
and
a
California
Phase
2
reformulated
gasoline
(
CaRFG)
Composite
Six
Mode
(
C6M)
test
cycle
U.
S.
EPA,
Mobile
Source
Emissions
Laboratory
CO
(
NDIR),
NOx
(
CL),
speciated
HC
(
GC/
FID),
and
aldehydes/
ketones
(
LC/
UV)
using
engine
dynamometer
based
CVS
sam
A
Data
collected
in
accordance
with
EPA
laboratory
procedures
and
standards
30
4­
stroke
Tecumseh
Model
OVRM40;
2­
stroke
Yamaha
CG­
50
Industry
average
gasoline
(
RF­
A),
MTBE
reformulated
gas
(
RF­
N),
ethanol
reformulated
gas
(
RF­
T),
and
European
aliphatic
"
1­
bag"
or
"
integrated
sample"
J1088
test
Southwest
Research
Institute
HC
speciation
(
GC
analysis);
aldehydes
and
ethanol
(
impingers
and
High
Pressure
Liquid
Chromatography)
A/
B
Detailed
emissions
data
provided,
but
only
a
limited
number
of
reported
HAP
species.

31
2­
stroke
McCulloch
EB285BC
string
trimmer,
4­
stroke
Tecumseh
TVS­
90
lawn
mower.
Industry
average
reference
gasoline
(
RF­
A),
aliphatic
gasoline
(
AG),
commercial
LPG,
and
propane
Self­
weighting
test
equivalent
to
J1088
6­
mode
non­
handheld
and
2­
mode
handheld
test
tests.
Southwest
Research
Institute
Criteria
pollutants
(
standard
J1088
measurement
methods);
HC
speciation
(
GC/
FID
and
LC/
FID)
A
J1088
and
certification
equivalent
test
procedures
performed
at
a
federally
recognized
emissions
test
facility.

32
U.
S.
average,
urban,
and
rural
fleets
See
comments
See
comments
See
comments
See
comments
D
Motor
vehicles
were
not
directly
tested.
Fleet
average
emission
rates
for
entire
U.
S.,
urban
areas,
and
rural
areas
were
estima
33
U.
S.
average,
urban,
and
rural
fleets
See
comments
See
comments
See
comments
See
comments
D/
F
Motor
vehicles
were
not
directly
tested.
Emission
factors
not
provided
in
document.
Fleet
average
emission
rates
for
entire
U
34
46
in­
use
LDGVs
(
1975­
1982
model
years),
Mix
of
GM,
Ford,
Chrysler,
AMC,
Imports
Two
gasoline
test
fuels
(
Summer
grade
premium
and
winter
grade
regular)
FTP
(
no
diurnals),
NYCC,
and
Crowded
Urban
Expressway
(
CUE)
­
Hot
soak
evaporative
test
U.
S.
EPA,
Environmental
Sciences
Research
Lab
HC
speciation
(
GC);
aldehyde
measurement
by
reverse
phase
gradient
programming
A
Highly
detailed,
well
documented
35
F101
and
F110
aircraft
engines
JP­
4
4
power
settings
(
idle,
44%,
75%,
and
107%)
in
indoor
test
cell
measured
using
12­
port
exhaust
sampling
probe
Tinker
AFB
(
Oklahoma
City,
OK)
Methane
and
C2­
C15
HC
(
gas
chromatograph),
carbonyls
(
HPLC),
PAHs
(
GC/
MS)
B
Recognized
poor
relationship
between
calculated
and
measured
fuel/
air
ratio.
Emission
rate
units
are
ppmC.

36
TF­
39
and
CFM­
56
aircraft
engines
JP­
5
3
power
settings
(
idle,
30%,
and
80%)
in
indoor
test
cell
measured
using
12­
port
exhaust
sampling
probe
General
Electric
testing
facility
Methane
and
C2­
C15
HC
(
FI
GC),
PAHs
(
GC/
MS),
carbonyls
(
HPLC)
B
Emission
rate
units
are
ppmC.

37
5
light­
duty
gas
vehicles
(
1977­
1991
model
years)
Reformulated
gasoline,
unspecified
non­
oxygenated,
unspecified
ethanol
oxygenated
gasoline,
and
specified
MTBE
oxygenat
FTP
(
UDDS)
Not
specified,
but
likely
U.
S.
EPA,
Atmospheric
Research
and
Exposure
Assessment
Laboratory
Not
specified,
but
likely
criteria
pollutants
(
standard
FTP
measurement
methods)
and
HC
speciation
(
GC/
FID
and
LC/
FID)
A/
B
Likely
that
federal
certification
test
procedures
were
performed
at
a
federally
recognized
emissions
test
facility.
Some
docum
38
9
gasoline­
powered
vehicles
(
1984­
1987
model
years)
70
degF
tests
(
summer­
grade),
40
degF
tests
(
summer­
and
winter­
grade),
and
20
degF
tests
(
winter­
grade)
Urban
Dynamometer
Driving
Schedule
(
UDDS)
and
Modified
FTP
(
UDDS
U.
S.
EPA
Atmospheric
Sciences
Research
Lab
THC
(
FID),
CO
(
NDIR),
NOx
(
chemiluminescence),
and
HC
species
(
4­
column
GC)
A
Pollutants
measured
directly
and
some
general
sensitivity
analysis
performed.

39
3
gasoline­
powered
vehicles
(
1977­
1984
model
years)
Base
non­
oxygenated
gasoline
and
an
ethanol
oxygenated
gasoline
FTP
(
UDDS)
U.
S.
EPA,
Atmospheric
Research
and
Exposure
Assessment
Laboratory
Criteria
pollutants
(
standard
FTP
exhaust
and
evaporative
test
procedures)
and
HC
speciation
(
GC/
FID
and
LC/
UV)
A
Federal
certification
test
procedures
performed
at
a
federally
recognized
emissions
test
facility.

40
11
gasoline­
powered
vehicles
(
1985­
1987
model
years)
70
degF
tests
(
summer­
grade),
40
degF
tests
(
summer­
and
winter­
grade),
and
20
degF
tests
(
winter­
grade)
Urban
Dynamometer
Driving
Schedule
(
UDDS)
and
Modified
FTP
(
UDDS
U.
S.
EPA
Atmospheric
Sciences
Research
Lab
THC
(
FID),
CO
(
NDIR),
NOx
(
chemiluminescence),
and
HC
species
(
2­
column
GC)
A
Pollutants
measured
directly
and
some
general
sensitivity
analysis
performed.

41
3
gasoline­
powered
vehicles
(
1977­
1984
model
years)
Base
non­
oxygenated
gasoline
and
an
MTBE
oxygenated
gasoline
FTP
(
UDDS)
U.
S.
EPA,
Atmospheric
Research
and
Exposure
Assessment
Laboratory
Criteria
pollutants
(
standard
FTP
exhaust
and
evaporative
test
procedures)
and
HC
speciation
(
GC/
FID
and
LC/
UV)
A
Federal
certification
test
procedures
performed
at
a
federally
recognized
emissions
test
facility.

42
2
California
vehicles
(
1986
and
1987
model
years)
Chevron
unleaded
gasoline
without
ethanol
or
methanol
Federal
Test
Procedure
(
FTP),
Highway
Fuel
Economy
Test
(
HFET),
and
New
York
City
Cycle
(
NYCC)
Southwest
Research
Institute
CVS
(
HC,
CO,
CO2,
NOx,
1,3­
butadiene),
traps
and
impingers
(
aldehydes,
ketones,
phenols,
semi­
volatiles,
volatiles,
and
ni
B
Pollutants
measured
directly,
but
some
documentation
of
test
methodology
was
lacking.

43
5
vehicles
with
different
emission
control
technology:
pre­
catalyst,
oxidation
catalyst,
3­
way
catalyst
with
carburetor
and
air
Aromatic
enriched
gasoline;
10%
ethanol
blend;
16.4%
MTBE
blend;
19.1%
ETBE
blend
Federal
Test
Procedure
(
FTP)
Southwest
Research
Institute
Criteria
pollutants
and
some
unregulated
pollutants
(
Constant
Volume
Sampler
and
Tedlar
bags);
aldehydes
and
ethanol
(
im
A/
B
44
881
exhaust
data
points
(
Auto
Oil
 
156;
ATL
 
592;
UNOCAL
 
26;
ARCO
 
12;
API
 
8;
Chevron
 
87);
149
diurnal/
hot
Various
fuels
with
MTBE
content
ranging
from
0.6%
to
18.6%
Federal
Test
Procedure
(
FTP).
See
comment
See
comment
D
Motor
vehicles
were
not
directly
tested.
Regression
analyses
similar
to
those
used
in
the
Complex
Model
were
used
to
derive
45
58
light
duty
vehicles
(
1983­
1994
model
years
plus
"
future
technology"
vehicles)
Various
gasoline
and
alternative
fuels
FTP
(
UDDS),
including
evaporative
and
running
loss
testing.
General
Motors
and
Ford
emissions
certification
laboratories
Criteria
pollutants
(
standard
FTP
exhaust
and
evaporative
test
procedures)
and
HC
speciation
(
GC/
FID
and
LC/
UV)
A
Federal
certification
test
procedures
performed
at
a
federally
recognized
emissions
test
facility.

46
13
light
duty
vehicles
(
1982­
1996
model
years)
Various
combinations
of
California
Phase
2
reformulated,
commercial
unleaded,
and
certification
(
i.
e.,
indolene)
gasolines
­
Paired
FTP
(
UDDS)
and
Unified
cycle
tests
California
Air
Resources
Board
motor
vehicle
emissions
certification
test
laboratory
Criteria
pollutants
(
standard
FTP
exhaust
and
evaporative
test
procedures)
and
HC
speciation
(
GC/
FID
and
LC/
UV)
A
California
certification
test
procedures
performed
at
the
CARB
laboratory.

47
Hercules
GTA
3.7
L
Medium
Duty
CNG
Engine
95.6mol%
methane
CNG
fuel
operated
at
seven
load
and
speed
set
points
West
Virginia
Univ.
dilution
tunnel,
GC
48
1993
Chevrolet
Lumina
CNG,
LPG,
CA
Phase
II
RFG
chassis
dynamometer
portion
of
the
FTP
for
light­
duty
vehicles,
UDDS
Southwest
Research
Institute
EPA
protocols
for
light
duty
testing,
analytical
procedures
similar
to
CRC
Auto/
Oil
Phase
II
methods
(
GC,
HPLC
and
MS,
F
50
92­
93
Chevrolet
Lumina,
Ford
Taurus,
Plymouth
Acclaim
Industry
Average
Fuel
A,
RFG
Fuel
C2,
E85
Federal
Test
Procedures
(
FTP),
tailpipe
emissions
with
AQIRP
Phase
II
measurement
technology
for
alcohol
fuels
GM
Vehicle
Emissions
Laboratory
in
Milford,
MI
Standard
FTP
techniques
with
GC/
FID
53
11
in­
use
vehicles(
light
duty
trucks
and
automobiles),
1969­
1994
in­
tank
fuel
FTP
urban
driving
cycle
CARB
Haagen­
Smit
Laboratory
in
El
Monte,
CA
GC/
FID,
LC/
UV
(
carbonyls)

61
5
gasoline
light­
duty
vehicles,
2
diesel
medium­
duty
trucks
diesel,
CA
reformulated
phase
II
unleaded
gasoline
FTP
urban
driving
cycle
CARB
Haagen­
Smit
Laboratory
in
El
Monte,
CA
OPC,
DMA/
CNC,
MOUDIs
62
1995
Isuzu
intercooled
turbo
diesel
truck,
GMC
Vandura
3500
full­
sized
commercial
van
in­
use
CA
reformulated
diesel
hot­
start
FTP
urban
driving
cycle
CARB
Haagen­
Smit
Laboratory
in
El
Monte,
CA
GC/
MS,
GC/
FID
87
173
in­
use
light
duty
gasoline
and
22
light­
duty
diesel
vehicles
in­
tank
fuel,
or
local
commercial
fuel
Urban
Dynamometer
Driving
Schedule
(
UDDS)
of
the
FTP
and
the
IM240
driving
cycle
Aurora
Emission
Test
Facility
TOR,
IC,
EDXRF,
GC/
MS
92
1
American
Transportation
and
1
Blue
Bird
School
Bus
Conventional
Diesel
(
CD),
low
emitting
diesel
(
LED),
and
CNG
City
Suburban
Heavy
Vehicle
Cycle
(
CSHVC)
Southwest
Research
Institute
GC/
MS,
LC/
UV
95
1998
American
Transportaiton
3000RE
School
Bus,
two
(
2)
1999
Sterling
AT9513
Class
8
Tractor­
Trailer,
1998
New
Flyer
market
average
CARB
diesel,
ECD,
ECD­
1,
Fischer­
Tropsch
diesel,
CNG
City
Suburban
Heavy
Vehicle
Route
(
CSHVR)
and
Central
Business
District
(
CBD)
West
Virginia
University
Transportable
Heavy­
Duty
Vehicle
Emissions
Testing
Lab
in
Southern
California
GC/
MS,
HPLC
98
Diesel
Engine
(
DaimlerChrysler
OM611
­
2.2L)
Five
diesel
fuels
(
CARB
diesel,
ALS,
FT­
100,
ADMM­
15,
DF­
2)
4
speed­
load
modes
(
developed
in
the
Ad­
Hoc
Diesel
Fuel
Test
Program
and
represent
many
of
the
operating
modes
found
in
Southwest
Research
Institute
PUF/
XAD­
2
trap,
Pallflex
filters,
GC/
MS/
SIM,
and
HPLC(
formaldehyde
and
acetaldehyde)

99
Diesel
Engine
(
DaimlerChrysler
OM611
­
2.2L)
Five
diesel
fuels
(
CARB
diesel,
ALS,
FT­
100,
ADMM­
15,
DF­
2)
4
speed­
load
modes
(
developed
in
the
Ad­
Hoc
Diesel
Fuel
Test
Program
and
represent
many
of
the
operating
modes
found
in
Southwest
Research
Institute
PUF/
XAD­
2
trap,
Pallflex
filters,
GC/
MS/
SIM,
and
HPLC(
formaldehyde
and
acetaldehyde)

100
Diesel
Engine
(
DaimlerChrysler
OM611
­
2.2L)
Five
diesel
fuels
(
CARB
diesel,
ALS,
FT­
100,
ADMM­
15,
DF­
2)
2
speed­
load
modes
(
developed
in
the
Ad­
Hoc
Diesel
Fuel
Test
Program
and
represent
many
of
the
operating
modes
found
in
Southwest
Research
Institute
PUF/
XAD­
2
trap,
Pallflex
filters,
GC/
MS/
SIM,
and
HPLC(
formaldehyde
and
acetaldehyde)

101
prototype
and
recent
model­
year
production
Ford
vehicles
Howell
Hydrocarbons
Ford
Spec.
M4C­
50D
certification
test
fuel
(
EEE)
Federal
(
EPA)
2­
day
diurnal
SHED
test
for
evaporative
emissions
from
light­
duty
vehicles
Ford
Motor
Co.
GC/
FID,
GC/
MS
102
Highway
truck,
Urban
transit
truck,
Full­
size
pickup
truck
engines
(
1997
Cummins
N14,
1997
DDC
Series
50,
1995
Cummi
Diesel
(
2D),
Blended
fuel
­
20%
biodiesel
to
80
%
diesel
(
B20),
and
Biodiesel
(
B100)
Standard
FTP
procedures
(
FID)
Southwest
Research
Institute
GC/
MS/
SIM,
HPLC
115
7
gasoline
automobiles
California
Phase
II
RFG
Emission
were
collected
10
sec
after
ignition
of
vehicle
(
cold­
start),
and
after
30
minute
warmup
period
UC
Riverside
Aerosol
time­
of­
filght
mass
spectrometry
(
ATOFMS)

131
1989
domestic
vehicle
Indolene
Fuel
FTP
AutoResearch
Lab.,
Inc.
GC,
HPLC
138
1991
Ford
Taurus
91
RON
mileage
accumulation
(
M4C­
332A),
CARB
reformulated
(
CF­
3)
cold
start
testing,
procedure
documented
in
paper
Ford
Motor
Co.
GC/
FID
147
1991
GM
Camaro,
1988
Ford
Taurus,
1990
Chrysler
Shadow
Fuel
A
(
Industry
Average
Gasoline);
Fuel
H
(
low
aromatic,
low
T90,
high
olefin,
MTBE
containing
gasoline)
urban
portion
of
the
FTP
(
no
evap
or
running
loss
emissions
was
conducted)
General
Motors
Vehicle
Emissions
Laboratory
in
Milford,
MI
GC/
FID,
HPLC
155
1989
TMC
Model
RTS
kneeling
bus
Petrol
Canada
low
sulphur
diesel
fuel,
20%
methyl
soyate
w/
base
diesel
Central
Business
District
(
CBD),
New
York
Bus
Composite
(
NYCOMP),
and
Arterial
cycles
Mobile
Source
Emissions
Division
of
Environment
Canada
GC/
FID,
HPLC
166
25
heavy
heavy­
duty
diesel
trucks
(
HHDDT)
Diesel
Fuels
­
see
Test
fuel
page
laden
AC50/
80
cycle,
laden
UDDS,
laden
and
unladen
CARB
HHDDT
schedule
Testing
was
done
in
the
Los
Angeles
Area
in
the
WVU
Transportable
Heavy­
Duty
Vehicle
Emissions
Testing
Laboratories
XRF,
GC/
MS,
GC/
FID,
HPLC
170
5
in­
use
small
lawn
and
garden
equipment
engines
emissions
grade,
unleaded,
certification
gasoline
CARB
J1088
test
mode
procedure
for
gaseous
emissions
from
small
utility
engines
Southwest
Research
Institute
HC
(
GC­
FID);
Aldehydes/
Ketones(
dinitrophenylhydrazone
derivative.
Liquid
chromatograph
with
UV
detector)

173
diesel
engine
(
Caterpillar
3406E
14.9
L)
Biodiesel
HySEE,
blended
HySEE/
diesel
(
50:
50),
100%
diesel
EPA
Heavy
Duty
Diesel
Engine
Transient
Test
cycle
Caterpillar
Emissions
Testing
Facility,
Technical
Center,
Mossville,
Illinois
GC,
MSD
175
Six
marine
vessels
Fuel
Oil
and
Gas
Oil
steady
state
running
and
some
(
E4,
E6)
at
low­
load
conditions
Marine
Exhaust
Emission
Research
Programme
HPLC,
HRGC­
MSD,
Heavy
Metals
(
Plasma
emission
spectroscopy
and
atomic
absorption
spectroscopy)
177
In
Phase
II
of
the
study,
10
light­
duty
vehicles
were
analyzed
for
chemical
speciation
post­
1996
California
Phase
2
gasoline
Unified
Cycle
(
UC)
CE­
CERT's
Vehicle
Emission
Research
Laboratory
GC­
MS
180
HD
Diesel
engine
(
1995
Cummins
B5.9L
diesel
engine)
rapeseed
ethyl
ester
(
REE),
rapeseed
methyl
ester
(
RME)
100,
50,
20%
heavy
duty
transient
FTP
Southwest
Research
Institute
DFI/
GC,
DNPH,
GC/
MS
183
Cummins
L10
6­
cyl,
inline
turbo
4­
stroke
direct
injected
diesel
engine
3
diesel
fuels:
pre­
1993
fuel,
low
aromatic
fuel,
reformulated
blend
Heavy
Duty
diesel
engine
transient
FTP
Los
Angeles
County
Metropolitan
Transportation
Authority
(
LACMTA)
emission
dynamometer
facility
GC­
MS
184
5
off­
road
gasoline
engines
tested
(
out
of
these,
only
2
were
tested
for
unregulated
emissions)
Phase
II
Gasoline
and
LPG
7­
mode
ISO
8178
C2
cycle
(
for
variable
speed
applications)
and
5­
mode
ISO­
8178
D2
(
for
constant
speed
applications)
Southwest
Research
Institute
(
Department
of
Emissions
Research
Test
Cell
2)
GC/
FID
187
Six
Locomotives
(
3
EMD
and
3
GE
engines)
and
DDC
Series
60
test
engine
4
Diesel
Fuels
(
CARB
Fuel,
On­
Highway
Fuel,
High
Sulfur
Nonroad,
0.3%
Sulfur
Nonroad)
FTP
for
locomotives
SwRI
Locomotive
Exhaust
Emissions
Test
Center
in
San
Antonio,
TX
GC/
FID,
DNPH,
HPLC/
UV,
PUF/
XAD
traps
(
PAH's),
ICP­
AES
(
metals)

188
~
300
light
duty
and
medium
duty
vehicles
all
testing
with
fuel
already
present
in
vehicle
when
possible
Standard
Baseline
Vehicles:
1.
BAR­
97
Tests
(
Visual,
Functional,
ASM
Tests,
Gas
Cap
Test
and
Waekon
FPT3000
pressure
CARB's
Haagen­
Smit
Laboratory
(
HSL)
in
El
Monte,
CA
FTIR,
GC
189
3
Super
Low
Emission
Vehicles
(
SULEVs)
CA
Phase
II
Gasoline
CARB
Unified
Driving
Cycle
(
UDC
or
LA92)
Southwest
Research
Institute
GC/
FID,
Carbonyls
(
DNPH,
HPLC)
190
16
jet
engines,
2
helicopter
engines,
and
2
auxiliary
power
units
(
APUs)
military
JP­
8
jet
fuel
varying
engine
load
conditions
­
Aircraft
(
Idle,
Approach,
Intermediate,
Military,
Afterburner);
APUs
(
one
power
setting),
H
eight
government
installations
(
Kelly
AFB,
TX;
Corpus
Christi
Army
Depot;
Tinker
AFB,
OK;
Laughlin
AFB,
TX;
Charlest
VOCs(
EPA
Method
TO­
14);
Aldehydes
and
Ketones
(
EPA
Method
TO­
05,
Weston
modification),
PAHs
(
EPA
Method
TO­
1
191
fifteen
nonroad
diesel
engines
were
tested
in
three
separate
engine
emission
test
programs
(
construction,
utility
and
agricultu
various
diesel
fuels
(
2D,
NR,
CA,
EC)
Unregulated
emissions
quantified
over
the
FTP
and
Backhoe
loader
nonroad
transient
duty
(
BHL)
cycles,
and
CFR
40
Part
8
Southwest
Research
Institute
includes
GC,
DNPH
technique,
ICP­
MS,
GC/
MS
in
SIM
mode
192
a
gasoline
vehicle
equipped
with
a
three­
way
catalyst
(
a
European
Stage
III
vehicle
fitted
with
a
close­
coupled
catalyst)
Three
sulfur
fuel
levels
were
used
­
57
ppm
S
(
RF
08);
100
ppm
S
(
RF
08
doped);
150
ppm
S
(
RF
02
doped)
A
custom
H2S
drive
cycle
which
was
developed
prior
to
the
work
was
used
as
the
starting
point
for
the
test
refinement
Emission
Laboratory
at
the
Ford
Dunton
Technical
Centre
IR
based
detector;
chemical
ionization
MS
193
75
in­
use
light
duty
gasoline
cars
and
trucks
In­
tank
gasoline
2
repeats
of
the
Hot­
505
cycle
(
driving
cycle
is
the
same
as
is
used
in
both
Phase
1
and
3
of
the
FTP)
B.
C.
AirCare
Research
Facility
in
Burnaby,
Canada
Various
­
isocratic
ion
chromatography,
XRF,
GC/
MSD,
HPLC,
GC/
MS,
high
res
GC/
FID
197
306
light­
duty
vehicles
11
heavy­
duty
engines
FTP
tests
entation
missing
not
included
in
reference.
Companion
reference
(
SwRI
Report
9856)
is
likely
to
have
full
speciation
profiles.
However
duction
m
unleaded
gasoline
 
1988­
1989)

of
Petroleum
and
Energy
Research
rative)
and
1,3­
butadiene,
formaldehyde,
and
acetaldehyde
(
exhaust
only)
ed
1,3­
butadiene/
TOG
ratio
from
analogous
emission
control
technologies.
Emission
factors
adjusted
for
decay
of
1,3­
bu
dehydes/
ketones
(
LC/
UV)

el
specifications
provided
search
Institute)
spectroscopy)

factors.
xygenated
fuel
n
rates
and
not
specific
emission
rates
for
any
one
particular
vehicle.
The
study
does
make
use
of
reference
46
test
data
rovided
hicles
used
experimental
design
equipment
rather
than
actual
production
catalysts.
ent
of
a
modeling
inventory.

on
impacts
on
the
basis
of
fuel
relationships.

provided
or
adequately
referenced.
ad
vehicle
toxic
emission
species.
Emission
species
and
impacts
normalized
to
total
VOC
emissions.

chers.
A
total
of
44
VOC
speciation
profiles
and
27
PM
specification
profiles
are
included.

chers.
A
total
of
79
VOC
speciation
profiles
and
10
PM
specification
profiles
are
included.

toxic
emissions
from
particular
source
categories.
n
fractions
for
particular
off­
road
vehicle
source
categories.

be
representative
of
U.
S.
fuels
easurement
eral
independent
emission
studies.
Significant
uncertainty
due
to
concerns
regarding
the
representativeness
of
tested
ve
sampling
atic
gasoline
(
for
chainsaws)
imated
using
an
indirect
mapping
approach.

re
U.
S.,
urban
areas,
and
rural
areas
were
estimated
using
an
indirect
mapping
approach.

nated
gasoline
umentation
missing.

nitrosamines)
ir
pump,
3­
way
catalyst
with
throttle
body
fuel
injection,
3­
way
catalyst
with
port
fuel
injection
impingers)

ot
soak
data
points
(
Auto
Oil
 
133;
ARCO
 
10;
ATL
 
6).

ive
emission
factors.

s
­
Fuel
specifications
not
provided
,
FID)
yer
Diesel
Transit
Bus,
2000
and
2001
New
Flyer
CNG
Transit
Bus
in
the
US
FTP
cycle)

in
the
US
FTP
cycle)

in
the
US
FTP
cycle)
­
utilizing
3
differing
engine
control
strategies
mins
B5.9)
ure
test)
2.
Enhanced
CVS
Test
(
EC)
3.
Unified
Cycle
(
UC)
Test
(
In
addition,
different
tests
are
run
for
ULEV
vehicles
),
Helicopters
(
4
power
settings)
leston
AFB,
SC;
Edwards
AFB,
CA;
Naval
Aviation
depot,
Cherry
Point,
NC;
Barnes
Air
National
Guard
Base,
MA)
O­
13)

ltural
equipment
applications)

rt
89,
C1­
weighted
steady
state
test
ver,
specia
­
butadiene
samples.
ata
to
determ
vehicles
and
fu
les,
UCC
vehicles,
and
sepa
TABLE
5
­
TEST
FUEL
INFORMATION
(
AS
PROVIDED
IN
REFERENCE
DOCUMENTS)

THE
COMBINATION
OF
REFERENCE
NUMBER
AND
FUEL
CODE
SERVE
AS
UNIQUE
I
WHEREVER
POSSIBLE,
THE
FUEL
CODE
ACTUALLY
USED
IN
THE
REFERENCE
DOC
Reference
Fuel
RVP
Aromatics
Olefins
Number
Fuel
Description
Code
(
psi)
(
vol%)
(
vol%)

1
Industry
Average
Gasoline
A
8.72
32.0
9.2
1
Certification
Gasoline
(
Indolene)
B
8.72
29.9
4.6
1
Low
Sulfur
Gasoline
B2
8.86
26.7
2.5
1
Reformulated
Gasoline
(
AMot)
C
8.74
43.8
3.3
1
Reformulated
Gasoline
(
amOT)
D
8.50
20.7
22.3
1
Reformulated
Gasoline
(
AMOT)
E
8.65
43.8
17.2
1
Reformulated
Gasoline
(
amot)
F
8.76
20.0
3.2
1
Reformulated
Gasoline
(
AmOt)
G
8.78
44.3
17.4
1
Reformulated
Gasoline
(
aMOt)
H
8.49
20.2
20.3
1
Reformulated
Gasoline
(
AmoT)
I
8.94
42.9
4.1
1
Reformulated
Gasoline
(
aMoT)
J
8.59
21.4
4.0
1
Reformulated
Gasoline
(
Amot)
K
8.83
45.7
4.9
1
Reformulated
Gasoline
(
AmOT)
L
8.48
47.8
17.7
1
Reformulated
Gasoline
(
aMOT)
M
8.71
17.9
21.8
1
Reformulated
Gasoline
(
8rvp)
MM
7.99
22.2
5.4
1
Reformulated
Gasoline
(
aMot)
N
8.75
21.4
5.7
1
Reformulated
Gasoline
(
aMot)
N2
8.79
21.4
4.9
1
Reformulated
Gasoline
(
aMot)
NN
8.76
22.5
4.7
1
Reformulated
Gasoline
(
AMOt)
O
8.63
46.7
19.3
1
Reformulated
Gasoline
(
amOt)
P
8.51
20.3
18.3
1
Reformulated
Gasoline
(
amoT)
Q
8.59
21.5
4.8
1
Reformulated
Gasoline
(
AMoT)
R
8.36
45.9
4.0
1
Reformulated
Gasoline
(
R111)
S
7.99
21.2
3.8
1
Reformulated
Gasoline
(
R122)
T
9.32
18.1
3.6
1
Reformulated
Gasoline
(
R132)
U
9.59
19.1
3.1
1
Reformulated
Gasoline
(
R211)
V
7.79
33.5
8.9
1
Reformulated
Gasoline
(
R222)
W
9.04
29.0
8.1
1
Reformulated
Gasoline
(
R232)
X
9.55
27.2
8.1
1
High
Sulfur
Gasoline
Y2
8.81
26.1
2.3
1
85
Percent
Methanol
Blend
Z
8.79
5.0
1.0
1
10
Percent
Methanol
Blend
ZZ
11.96
28.0
6.8
2
Industry
Average
Reference
Gasoline
RF­
A
3
Industry
Average
Reference
Gasoline
RF­
A
8.95
31.8
9.6
3
California
Phase
2
Reformulated
Gasolin
CP2
7.00
20.8
4.7
3
Low
Sulfur
2D
Diesel
Certification
Fuel
2D
29.9
3.9
3
HD­
5
Compliant
LPG
LPG
3
CARB­
Compliant
CNG
CNG
4
Gasoline
G
4
Diesel
D
4
Jet
Fuel
J
5
Low
Emissions
Pilot
Program
Gasoline
EC­
Pilot
7.6
32.9
11.0
5
Unreformulated
Premium
Gasoline
URP
8.9
41.5
6.8
5
Low
Emissions
Production
Gasoline
EC­
Prod
8.1
23.6
12.5
6
Gasoline
G
6
Diesel
D
6
Diesel
CRC­
1
16.6
1.0
6
Diesel
CRC­
2
43.9
2.0
6
Diesel
CRC­
3
46.9
3.0
6
Diesel
CRC­
4
19.0
1.0
6
Diesel
CRC­
5
33.5
2.0
6
Diesel
CRC­
8
11.1
0.4
7
Unleaded
Certification
Gasoline
G
9.2
28.6
4.5
8
Motor
Pool
Unleaded
Gasoline
(
Exxon)
G
8
Motor
Pool
Diesel
(
Arco)
D
9
Pre­
1993
Diesel
Pre­
1993
9
Low
Aromatic
Diesel
Low
Arom
9
Reformulated
Diesel
Reform
10
Distillate
(
Diesel)
Fuel
D
10
Residual
Fuel
R
11
Jet
Fuel
J
11
Aviation
Gasoline
G
12
Diesel
D
12
Base
Gasoline
BG
12
MTBE/
TAME
Oxygenated
Gasoline
OxM
12
Ethanol
Oxygenated
Gasoline
OxE
12
MTBE/
TAME
Reformulated
Gasoline
RFG
13
Diesel
D
13
Base
Gasoline
BG
13
MTBE/
TAME
Oxygenated
Gasoline
OxM
13
Ethanol
Oxygenated
Gasoline
OxE
13
MTBE/
TAME
Reformulated
Gasoline
RFG_
M
13
Ethanol
Reformulated
Gasoline
RFG_
E
14
Gasoline
G
14
Diesel
D
15
Leaded
Gasoline
G_
L
15
Unleaded
Gasoline
G_
UL
15
Diesel
D
16
Gasoline
G
16
Diesel
D
16
Jet
Fuel
J
16
Residual
Fuel
R
17
Gasoline
G
17
Diesel
D
17
Jet
Fuel
J
18
Base
Gasoline
BG
18
MTBE/
TAME
Oxygenated
Gasoline
OxM
18
Ethanol
Oxygenated
Gasoline
OxE
18
MTBE/
TAME
Reformulated
Gasoline
RFG
19
Summer
Baseline
Gasoline
BG_
S
8.7
32
9.2
19
Winter
Baseline
Gasoline
BG_
W
11.5
26.4
11.9
20
Base
Gasoline
BG
20
MTBE
Oxygenated
Gasoline
OxM
20
Ethanol
Oxygenated
Gasoline
OxE
21
Base
Gasoline
BG
21
MTBE
Oxygenated
Gasoline
OxM
21
Ethanol
Oxygenated
Gasoline
OxE
22
Base
Gasoline
BG
22
MTBE
Oxygenated
Gasoline
OxM
22
Ethanol
Oxygenated
Gasoline
OxE
23
Gasoline
G
23
Diesel
D
23
85
Percent
Methanol
Blend
M85
23
85
Percent
Ethanol
Blend
E85
23
CNG
CNG
23
LPG
LPG
24
Gasoline
G
24
Diesel
D
24
CNG
CNG
24
Jet
Fuel
J
24
LPG
LPG
25
Gasoline
G
46
25
Diesel
D
46
25
Jet
Fuel
J
26
Gasoline
G
26
Diesel
D
27
Unleaded
Gasoline
G_
UL
27
Leaded
Gasoline
G_
L
27
Diesel
D
28
Jet
Fuel
J
28
Gasoline
G
29
Industry
Average
Gasoline
RF­
A
8.65
31.8
11.5
29
California
Phase
2
Reformulated
Gasolin
CP2
6.65
5.1
27.0
30
Industry
Average
Gasoline
RF­
A
8.85
33.4
8.30
30
MTBE
Reformulated
Gasoline
RF­
N
8.75
20.2
3.70
30
Ethanol
Reformulated
Gasoline
RF­
T
9.40
17.4
4.10
30
Aliphatic
Gasoline
AG
7.72
0.2
0.10
31
Industry
Average
Gasoline
RF­
A
8.34
33.4
8.3
31
Aliphatic
Gasoline
AG
7.56
0.2
0.1
31
Commercial
LPG
LPG
0
0
31
Pure
Propane
P
0
0
32
Gasoline
G
32
Diesel
D
33
Gasoline
G
33
Diesel
D
34
Regular
winter
gasoline
(
76)
WG
12.2
31.2
10.54
34
Premium
summer
gasoline
(
Amoco)
SG
8.8
44.2
9.33
35
Jet
Fuel
JP4
36
Jet
Fuel
JP5
37
Base
Gasoline
BG
37
Reformulated
Gasoline
RFG
6.85
23.5
6.2
37
MTBE
Oxygenated
Gasoline
OxM
15.5
19.7
9.6
37
Ethanol
Oxygenated
Gasoline
OxE
38
Commercial
summer
grade
gasoline
SG
11.5
30.3
4.6
38
Commercial
winter
grade
gasoline
WG
12.6
43.9
12.7
39
Base
Non­
Oxygenated
Gasoline
BG
9.0
38.0
9.5
39
Ethanol
Oxygenated
Gasoline
OxE
9.0
25.8
11.0
40
Commercial
summer
grade
gasoline
SG
11.5
30.3
4.6
40
Commercial
winter
grade
gasoline
WG
12.6
43.9
12.7
41
Base
Non­
Oxygenated
Gasoline
BG
9.0
38.0
9.5
41
MTBE
Oxygenated
Gasoline
OxM
8.9
23.8
11.3
42
Chevron
Unleaded
Gasoline
G
8.4
37.0
7.9
43
Aromatic
Enriched
Gasoline
AEG
9.50
35.1
6.8
43
Ethanol
Oxygenated
Gasoline
OxE
10.15
22.8
7.3
43
MTBE
Oxygenated
Gasoline
OxM
9.45
20.4
6.4
43
ETBE
Oxygenated
Gasoline
OxETBE
9.15
18.4
5.4
44
Gasoline
G
45
Industry
Average
Gasoline
A
8.72
32.0
9.2
45
Certification
Gasoline
(
Indolene)
B
8.72
29.9
4.6
45
Low
Sulfur
Gasoline
B2
8.86
26.7
2.5
45
Reformulated
Gasoline
(
AMot)
C
8.74
43.8
3.3
45
Reformulated
Gasoline
(
amOT)
D
8.50
20.7
22.3
45
Reformulated
Gasoline
(
AMOT)
E
8.65
43.8
17.2
45
Reformulated
Gasoline
(
amot)
F
8.76
20.0
3.2
45
Reformulated
Gasoline
(
AmOt)
G
8.78
44.3
17.4
45
Reformulated
Gasoline
(
aMOt)
H
8.49
20.2
20.3
45
Reformulated
Gasoline
(
AmoT)
I
8.94
42.9
4.1
45
Reformulated
Gasoline
(
aMoT)
J
8.59
21.4
4.0
45
Reformulated
Gasoline
(
Amot)
K
8.83
45.7
4.9
45
Reformulated
Gasoline
(
AmOT)
L
8.48
47.8
17.7
45
Reformulated
Gasoline
(
aMOT)
M
8.71
17.9
21.8
45
Reformulated
Gasoline
(
8rvp)
MM
7.99
22.2
5.4
45
Reformulated
Gasoline
(
aMot)
N
8.75
21.4
5.7
45
Reformulated
Gasoline
(
aMot)
N2
8.79
21.4
4.9
45
Reformulated
Gasoline
(
aMot)
NN
8.76
22.5
4.7
45
Reformulated
Gasoline
(
AMOt)
O
8.63
46.7
19.3
45
Reformulated
Gasoline
(
amOt)
P
8.51
20.3
18.3
45
Reformulated
Gasoline
(
amoT)
Q
8.59
21.5
4.8
45
Reformulated
Gasoline
(
AMoT)
R
8.36
45.9
4.0
45
Reformulated
Gasoline
(
R111)
S
7.99
21.2
3.8
45
Reformulated
Gasoline
(
R122)
T
9.32
18.1
3.6
45
Reformulated
Gasoline
(
R132)
U
9.59
19.1
3.1
45
Reformulated
Gasoline
(
R211)
V
7.79
33.5
8.9
45
Reformulated
Gasoline
(
R222)
W
9.04
29.0
8.1
45
Reformulated
Gasoline
(
R232)
X
9.55
27.2
8.1
45
High
Sulfur
Gasoline
Y2
8.81
26.1
2.3
45
85
Percent
Methanol
Blend
Z
8.79
5.0
1.0
45
10
Percent
Methanol
Blend
ZZ
11.96
28.0
6.8
45
Reformulated
Gasoline
C1
6.91
22.7
4.6
45
Reformulated
Gasoline
C3
6.83
24.9
5.6
45
Reformulated
Gasoline
C35
6.81
24.7
5.5
45
Reformulated
Gasoline
C4
6.88
23.8
5.5
45
Reformulated
Gasoline
C46
6.80
23.8
5.7
45
Reformulated
Gasoline
C5
6.82
24.6
5.7
45
Reformulated
Gasoline
C6
6.70
25.0
5.4
45
Reformulated
Gasoline
C7
6.70
25.0
5.4
45
Reformulated
Gasoline
C8
6.88
23.8
5.5
45
Reformulated
Gasoline
CR1
6.65
22.3
5.2
45
Reformulated
Gasoline
CR2
6.55
21.7
5.0
45
Reformulated
Gasoline
C2
6.81
25.4
4.1
45
Reformulated
Gasoline
C2B
6.81
25.4
4.1
45
85
Percent
Methanol
Blend
Z1
7.74
4.9
0.5
45
85
Percent
Methanol
Blend
ZC2
7.14
4.5
0.8
45
10
Percent
Methanol
Blend
ZCC
9.60
24.3
4.4
45
CNG
CG1A
45
CNG
CG1B
45
CNG
CG1C
45
CNG
CG1D
45
CNG
CG2A
45
CNG
CG2B
45
CNG
CG2C
45
CNG
CG2D
45
CNG
CG3A
45
CNG
CG3B
45
CNG
CG3C
45
CNG
CG3D
45
CNG
CG4A
45
CNG
CG4B
45
CNG
CG4C
45
CNG
CG4D
45
85
Percent
Ethanol
Blend
E85A
6.47
3.3
0.7
45
85
Percent
Ethanol
Blend
E85B
6.75
4.1
0.8
45
85
Percent
Ethanol
Blend
E85C
6.75
4.1
0.8
45
85
Percent
Ethanol
Blend
E85D
6.87
4.1
0.8
45
Low
Sulfur
Gasoline
S0
9.28
24.5
5.0
45
Low
Sulfur
Gasoline
S1
9.28
24.5
5.0
45
Low
Sulfur
Gasoline
S2
9.28
24.5
5.0
45
Industry
Average
Gasoline
A
8.72
32.0
9.2
45
Reformulated
Gasoline
(
ooT)
10A
8.66
27.6
15.5
45
Reformulated
Gasoline
(
foo)
11A
8.69
27.4
16.9
45
Reformulated
Gasoline
(
FoT)
12A
8.94
29.9
14.2
45
Reformulated
Gasoline
(
oro)
13A
9.03
28.3
14.5
45
Reformulated
Gasoline
(
frT)
14A
8.56
32.5
13.7
45
Reformulated
Gasoline
(
Fro)
15A
8.52
31.6
15.2
45
Reformulated
Gasoline
(
oRT)
16A
8.63
34.5
13.2
45
Reformulated
Gasoline
(
fRo)
17A
8.70
33.1
13.9
45
Reformulated
Gasoline
(
FRT)
18A
8.47
36.9
12.6
45
Reformulated
Gasoline
(
ooo)
R1A
8.66
25.3
15.0
45
Reformulated
Gasoline
(
foT)
R2A
8.63
27.5
13.9
45
Reformulated
Gasoline
(
Foo)
R3A
8.48
28.2
14.5
45
Reformulated
Gasoline
(
orT)
R4A
8.38
29.7
13.0
45
Reformulated
Gasoline
(
fro)
R5A
8.56
30.5
13.7
45
Reformulated
Gasoline
(
FrT)
R6A
8.70
35.1
12.8
45
Reformulated
Gasoline
(
oRo)
R7A
8.77
32.7
12.0
45
Reformulated
Gasoline
(
fRT)
R8A
8.53
36.3
11.7
45
Reformulated
Gasoline
(
FRo)
R9A
8.93
34.2
12.1
45
Reformulated
Gasoline
(
ooL)
R1B
8.66
25.3
15.0
45
Reformulated
Gasoline
(
RoL)
R2B
8.50
35.1
11.2
45
Reformulated
Gasoline
(
oAL)
R3B
8.52
22.1
13.3
45
Reformulated
Gasoline
(
RAL)
R4B
8.64
32.2
10.7
45
Reformulated
Gasoline
(
ooo)
R5B
8.57
27.6
15.3
45
Reformulated
Gasoline
(
Roo)
R6B
8.95
36.9
11.1
45
Reformulated
Gasoline
(
oAo)
R7B
8.72
24.2
13.5
45
Reformulated
Gasoline
(
RAo)
R8B
8.87
32.7
9.5
45
100
Percent
Methanol
Blend
MC
45
Reformulated
Gasoline
(
S550)
Y3
45
Reformulated
Gasoline
(
S050)
Y4
8.91
24.7
1.2
45
Reformulated
Gasoline
(
S150)
Y5
8.91
24.7
1.2
45
Reformulated
Gasoline
(
S250)
Y6
8.91
24.7
1.2
45
Reformulated
Gasoline
(
S350)
Y7
8.91
24.7
1.2
45
Reformulated
Gasoline
(
S450)
Y8
8.91
24.7
1.2
45
Reformulated
Gasoline
(
S350­
TAME)
YA
8.83
23.8
1.4
45
Reformulated
Gasoline
(
S350­
MTBE)
YM
9.10
24.7
1.5
46
Commercial
Unleaded
Gasoline
CG
46
California
Phase
2
Reformulated
Gasolin
CP2
46
Indolene
IND
47
95.6mol%
methane
CNG
fuel
­
Wall
Gas
CNG
48
LPG
LPG
48
CNG
(
blended
by
SwRI
to
reflect
average
CNG
48
Phase
2
RFG
(
Phillips
Petroleum)
RFG
6.9
4.6
50
AQIRP
Industry
Average
­
98
ave.
blend
A
8.7
32
9.2
50
California
Phase
2
Reformulated
Gasolin
C2
6.8
25.4
4.1
50
E85
(
85
vol%
ethanol
&
15
vol%
gasolin
E85
6.5
3.3
0.7
53
In­
tank
fuel
G
61
in­
use
CA
reformulated
diesel
D
61
CA
reformulated
Phase
II
unleaded
gasol
G
62
in­
use
CA
reformulated
diesel
D
87
In­
tank
fuel
92
Conventional
Diesel
Cert
Fuel
CD
27.5
92
Ultra­
Low
Sulfur
Commercial
Diesel
Fue
LED
31.8
92
Emissions
Grade
CNG
CNG
95
Fischer­
Tropsch
diesel
F­
T
0.6
0.6
95
market
average
CARB
diesel
CARB
20
1.7
95
ECD
ECD
8.9
1.7
95
ECD­
1
ECD­
1
18.1
1.6
95
CNG
CNG
98
CARB
Diesel
Fuel
CA
98
Low
Sulfur,
Low
Aromatic,
Hydrocracked
ALS
98
Fischer­
Tropsch
Diesel
FT­
100
98
Oxygenate
Blend:
15%
v/
v
Dimethoxyme
ADMM­
15
98
EPA
2D
Certification
Fuel
DF­
2
99
CARB
Diesel
Fuel
CA
99
Low
Sulfur,
Low
Aromatic,
Hydrocracked
ALS
99
Fischer­
Tropsch
Diesel
FT­
100
99
Oxygenate
Blend:
15%
v/
v
Dimethoxyme
ADMM­
15
99
EPA
2D
Certification
Fuel
DF­
2
100
CARB
Diesel
Fuel
CA
100
Low
Sulfur,
Low
Aromatic,
Hydrocracked
ALS
100
Fischer­
Tropsch
Diesel
FT­
100
100
Oxygenate
Blend:
15%
v/
v
Dimethoxyme
ADMM­
15
100
EPA
2D
Certification
Fuel
DF­
2
101
Howell
Hydrocarbons
Ford
Spec.
M4C­
50
EEE
102
biodiesel
fuel
(
100%)
B100
102
diesel
fuel(
100%)
2D
102
blended
fuel
(
20%
biodiesel
and
80%
dies
B20
115
California
Phase
II
RFG
RFG
131
Indolene
Fuel
­
Gasoline
138
91
RON
mileage
accumulation
(
M4C­
332
G
138
CARB
reformulated
(
CF­
3)
RFG
147
Fuel
A
(
Industry
Average
Gasoline)
A
32
9.2
147
Fuel
H
(
low
aromatic,
low
T90,
high
olefi
H
20.2
20.2
155
Conventional
Diesel
Fuel
155
20%
methyl
soyate
with
blend
of
base
diesel
166
Diesel
Fuel
27.6
0.8
166
Diesel
Fuel
24.2
0.9
166
Diesel
Fuel
19.3
0.9
170
Unleaded
certification
gasoline
G
9.2
28.6
4.5
173
Hydrogenated
Soy
Ethyl
Ester
Biodiesel
HySEE
173
blended
HySEE:
diesel
fuel
(
50:
50)
173
100%
diesel
fuel
D
175
Fuel
Oil
and
Gas
Oil
(
for
marine
vessels)

177
post­
1996
California
Phase
2
gasoline
G
6.88
24.46
4.7
180
Diesel
2­
D
180
Neat
REE
REE
180
Neat
RME
RME
180
50%
REE
50%
2­
D
REE50
180
50%
RME
50%
2­
D
RME50
180
20%
REE
80%
2­
D
REE20
180
20%
RME
80%
2­
D
RME20
183
Pre­
1993
diesel
183
Low
Aromatic
diesel
183
Reformulated
blend
diesel
184
California
Phase
II
Gasoline
(
Phillips
66)
G
7.02
23.6
3.9
184
LPG
Fuel
187
CARB
Fuel
EM­
2663­
F
22.4
2
187
On­
Highway
Fuel
EM­
2677­
F
32.2
3
187
High
Sulfur
Nonroad
EM­
2664­
F
34.4
2.6
187
0.3%
Sulfur
Nonroad
EM­
2708­
F
39.8
2.5
188
CERTIFICATION
PHASE
2
GASOLINEGC01
6.92
23.2
6.1
188
CERTIFICATION
PHASE
2
GASOLINEGC01
6.8
23.7
6.2
188
ETHANOL
85%
+
15%
CERTIFICATIOEC02
4.18
188
CERTIFICATION
PHASE
2
GASOLINEGC01
6.87
24.3
4.8
188
CERTIFICATION
PHASE
2
GASOLINEGC01
6.86
23.45
6.15
188
COMMERCIAL
PHASE
2
GASOLINE
GN01
0
21.8
188
COMMERCIAL
PHASE
2
GASOLINE
GN01
6.95
22.2
5.5
188
COMMERCIAL
PHASE
2
GASOLINE
GN01
6.61
21.5
3.5
188
CHEVRON
NON­
OXYGENATED
PHAGN14
6.69
25
3.2
188
TOSCO
2%
OXYGENATED
ETHANOLGN15
6.85
29
0.3
188
COMMERCIAL
PHASE
2
WINTER
GRGN16
9.85
23.1
6.6
188
COMMERCIAL
PHASE
2
WINTER
GRGN16
11.06
22.8
3.5
188
Commercial
gasoline
GN18
6.93
23
5
188
METHANOL
85%
+
15%
UNKNOWN
GMN04
0
4.2
188
COMPRESSED
NATURAL
GAS
­­
CERNC01
0
188
Commercial
Compressed
Natural
Gas
NN02
0
189
CA
Phase
II
Certification
Gasoline
6.95
29.3
4.7
190
Turbine
Fuel,
kerosene
based
JP­
8
(
MIL­
T­
83133)
25
5
191
Certification­
grade
Type­
2D
diesel
fuel
32.15
1.8
191
high­
sulfur
Nonroad­
2D
diesel
fuel
30.35
2.2
191
California
2D
fuel
22.15
1.9
191
clean
emissions
control
diesel
(
ARCO
"
ECD"
fuel)
8.25
3
192
57
ppm
S
(
RF
08)
192
100
ppm
S
(
RF
08
doped)
192
150
ppm
S
(
RF
02
doped)

193
In­
tank
fuel
E
IDENTIFIERS
FOR
EACH
FUEL.
CUMENT
WAS
RETAINED
WITHOUT
CHANGE.

Poly
Nuclear
Saturates
Isoparaffins
Naphthenes
Unknown
Benzene
Toluene
Xylene
Aromatics
Aromatics
(
vol%)
(
vol%)
(
vol%)
(
vol%)
(
vol%)
(
vol%)
(
vol%)
(
wt%)
(
wt%)

58.8
1.53
65.4
0.52
70.9
0.49
37.5
1.33
57.0
1.49
24.3
1.38
76.8
1.52
38.3
1.42
45.0
1.52
53.0
1.30
59.8
1.28
49.4
1.45
34.5
1.42
45.8
1.51
57.7
1.41
59.0
1.44
59.2
1.33
56.5
1.50
19.4
1.38
61.4
1.53
73.7
1.47
34.9
1.41
75.0
1.53
68.6
1.35
68.2
1.38
57.6
1.61
53.4
1.43
55.1
1.54
71.6
0.48
8.4
0.42
55.5
1.16
58.6
1.5
63.3
0.9
66.2
7.2
33.9
6.0
1.2
6.5
8.5
9.8
40.7
1.2
1.9
10.1
6.2
6.6
39.2
5.6
1.0
4.6
4.2
83.4
56.1
53.1
81.0
66.4
88.9
66.9
31.0
5.9
4.3
0.7
22.3
4.1
1.53
1.64
56.7
55.1
58.3
1.07
61.4
1.01
68.8
1.35
99.6
<
0.01
58.3
1.07
99.6
<
0.001
100
0
100
0
58.23
46.47
59.2
0.08
0.96
59.8
0.9
61.9
0.9
41.7
0.9
51.4
1.1
1.4
51.4
3.0
0.9
61.9
0.9
41.7
0.9
51.4
1.1
1.4
55.6
0.0
1.6
55.1
2.44
9.74
9.41
58.1
1.6
7.3
7.3
60.0
1.35
56.8
1.24
57.2
1.16
58.8
1.53
65.4
0.52
70.9
0.49
37.5
1.33
57.0
1.49
24.3
1.38
76.8
1.52
38.3
1.42
45.0
1.52
53.0
1.30
59.8
1.28
49.4
1.45
34.5
1.42
45.8
1.51
57.7
1.41
59.0
1.44
59.2
1.33
56.5
1.50
19.4
1.38
61.4
1.53
73.7
1.47
34.9
1.41
75.0
1.53
68.6
1.35
68.2
1.38
57.6
1.61
53.4
1.43
55.1
1.54
71.6
0.48
8.4
0.42
55.5
1.16
72.7
0.94
58.0
0.32
58.5
0.35
59.2
0.29
59.0
0.35
58.2
0.31
57.8
0.38
57.8
0.38
59.2
0.29
61.7
0.21
62.6
0.47
59.2
0.93
59.2
0.93
10.0
0.47
8.9
0.10
51.8
1.13
96.0
0.12
95.1
0.16
95.1
0.16
95.1
0.15
59.7
1.20
59.7
1.20
59.7
1.20
58.8
1.53
46.1
0.66
44.9
0.64
45.0
0.60
46.2
0.68
43.1
0.59
42.4
0.56
41.5
0.63
42.4
0.56
39.8
0.55
48.5
0.79
48.1
0.65
46.6
0.62
46.9
0.67
45.4
0.58
41.2
0.51
44.7
0.61
41.1
0.50
43.0
0.45
48.5
0.79
43.2
0.64
54.1
0.77
46.8
0.61
46.7
0.85
41.6
0.68
51.9
0.69
47.4
0.60
63.3
0.39
63.3
0.39
63.3
0.39
63.3
0.39
63.3
0.39
62.0
0.45
62.3
0.41
0.84
1.5
0.9
0.1
33.1
13.3
30.9
7.6
98.8
0.16
0.05
78.3
16.1
3.78
89.4
7.7
1.68
80.3
17.5
4.07
18.9
9
0.2
8.2
30.3
18.9
9
0.2
8.2
30.3
18.9
9
0.2
8.2
30.3
39.1
71.6
28.2
7.1
74.9
25.3
4.3
79.8
21
2.9
66.9
0.81
31
5.9
4.3
0.7
22.3
4.1
72.5
75.6
64.8
63
57.7
0.86
0.81
0.85
0.84
0.62
0.66
0.16
0.43
0.62
0.58
0.39
0.11
66
0.87
66.05
35.3
11.1
67.45
31.9
9.55
75.95
25.2
3.25
88.8
12.6
2.2
Non­
Motor
Research
Octane
Aromatics
Benzene
Octane
Octane
Number
Cetane
IBP
T5
T10
(
wt%)
(
ppmC%)
Number
Number
((
R+
M)/
2)
Number
(
deg
F)
(
deg
F)
(
deg
F)

82.6
92.0
87.3
91
114
128
87.5
96.7
92.1
87
112
127
88.3
96.7
92.5
88
109
125
88.0
100.0
94.0
89
118
136
83.2
93.7
88.5
87
111
128
85.6
98.9
92.3
90
113
128
84.2
90.5
87.4
89
110
125
84.6
96.9
90.8
92
116
130
83.9
95.4
89.7
93
116
125
86.9
97.1
92.0
87
110
127
85.1
92.7
88.9
89
112
125
83.1
93.5
88.3
90
114
127
84.5
97.1
90.8
89
110
127
85.0
96.8
90.9
91
111
125
83.9
91.7
87.8
95
122
130
83.6
91.5
87.6
93
114
124
84.0
91.6
87.8
92
116
125
86.0
94.0
90.0
92
116
129
86.0
100.4
93.2
92
116
130
82.7
92.7
87.7
90
113
126
83.8
90.2
87.0
92
117
134
87.5
99.4
93.5
89
114
129
84.3
90.6
87.5
90
115
130
86.8
95.3
91.1
93
116
124
86.8
95.0
90.9
90
113
122
82.6
91.9
87.3
95
120
134
84.5
95.4
90.0
94
117
127
84.1
95.1
89.6
92
114
124
87.5
96.3
91.9
87
110
126
103.1
107.1
105.1
110
134
141
84.4
95.7
90.1
89
105
113
84.3
93.4
88.9
100
132
88.0
98.0
93.0
97
142
46.7
369
431
92.5
135
92.8
131
92.0
132
51
35
43
66
44
54
97.2
95
122
87
69.0
43.5
389
427
448
95.7
54.2
345
408
443
77.7
54.4
386
424
440
2.11
83.8
92.2
88.1
95
124
1.19
87.3
96.6
92.0
104
136
83.7
92.0
87.85
91
113
126
86.7
94.6
90.65
97
124
133
86.8
95.3
91.05
93
120
124
92.6
96.0
94.3
90
118
142
83.7
92.0
87.9
73
113
129
92.6
96.0
94.3
91
129
149
97
112
105
­
126
­
44
­
44
97
112
105
­
44
­
44
­
44
87.1
92.9
92.38
104
144
31.1
53.9
30.0
48.9
87.8
94
131
88.2
99
123
31.1
53.9
30.0
48.9
87.8
94
131
88.8
98
127
83.2
93.0
88.1
95.0
132.0
84.4
94.6
89.5
82.0
100.0
121.0
84.2
95.0
89.6
92.0
110.0
122.0
84.5
94.6
89.6
88.0
105.0
120.0
85.0
94.2
89.6
94.0
112.0
128.0
82.6
92.0
87.3
91
114
128
87.5
96.7
92.1
87
112
127
88.3
96.7
92.5
88
109
125
88.0
100.0
94.0
89
118
136
83.2
93.7
88.5
87
111
128
85.6
98.9
92.3
90
113
128
84.2
90.5
87.4
89
110
125
84.6
96.9
90.8
92
116
130
83.9
95.4
89.7
93
116
125
86.9
97.1
92.0
87
110
127
85.1
92.7
88.9
89
112
125
83.1
93.5
88.3
90
114
127
84.5
97.1
90.8
89
110
127
85.0
96.8
90.9
91
111
125
83.9
91.7
87.8
95
122
130
83.6
91.5
87.6
93
114
124
84.0
91.6
87.8
92
116
125
86.0
94.0
90.0
92
116
129
86.0
100.4
93.2
92
116
130
82.7
92.7
87.7
90
113
126
83.8
90.2
87.0
92
117
134
87.5
99.4
93.5
89
114
129
84.3
90.6
87.5
90
115
130
86.8
95.3
91.1
93
116
124
86.8
95.0
90.9
90
113
122
82.6
91.9
87.3
95
120
134
84.5
95.4
90.0
94
117
127
84.1
95.1
89.6
92
114
124
87.5
96.3
91.9
87
110
126
103.1
107.1
105.1
110
134
141
84.4
95.7
90.1
89
105
113
86.4
93.6
90.0
94
129
142
86.7
95.0
90.9
97
126
136
87.0
95.6
91.3
99
128
136
88.9
98.7
93.8
94
130
145
88.2
97.8
93.0
94
131
145
87.3
96.2
91.8
101
127
134
87.7
96.8
92.3
93
129
144
87.7
96.8
92.3
93
129
144
88.9
98.7
93.8
94
130
145
88.8
97.6
93.2
96
131
149
88.5
96.8
92.7
94
130
147
88.0
96.9
92.5
94
129
142
88.0
96.9
92.5
94
129
142
88.7
100.6
94.7
116
136
141
98.8
110.0
104.4
121
136
140
89.3
100.2
94.8
98
115
120
90.3
105.6
97.9
121
151
161
90.7
107.3
99.0
119
147
161
90.1
106.4
98.2
117
151
162
90.2
105.9
98.0
121
149
161
83.8
91.7
87.8
89
113
122
83.8
91.7
87.8
89
113
122
83.8
91.7
87.8
89
113
122
82.6
92.0
87.3
91
114
128
86.3
98.1
92.2
93
115
127
85.6
97.2
91.4
93
116
129
85.6
97.2
91.4
90
114
125
86.3
98.3
92.3
90
113
124
86.1
97.8
92.0
90
114
127
85.8
97.4
91.6
89
113
127
87.3
99.0
93.2
91
116
128
86.3
97.9
92.1
89
114
128
86.3
98.0
92.2
88
112
126
85.9
97.5
91.7
92
117
129
85.6
97.1
91.4
89
115
127
85.7
96.8
91.3
90
115
127
86.7
98.3
92.5
92
115
127
86.1
97.5
91.8
91
114
126
86.4
97.8
92.1
88
113
127
87.2
98.8
93.0
89
113
125
86.7
98.3
92.5
88
108
122
86.3
97.9
92.1
87
103
115
85.9
97.5
91.7
92
117
129
87.2
98.8
93.0
92
116
128
86.3
96.5
91.4
91
114
127
87.2
98.1
92.7
91
113
127
86.1
97.3
91.7
93
116
124
87.1
98.4
92.8
90
110
120
85.7
96.1
90.9
91
112
121
87.0
97.8
92.4
90
111
122
89.5
98.7
94.1
88
111
122
89.5
98.7
94.1
88
111
122
89.5
98.7
94.1
88
111
122
89.5
98.7
94.1
88
111
122
89.5
98.7
94.1
88
111
122
89.7
98.4
94.1
87
110
124
89.5
98.8
94.2
84
108
121
114
142
161
47.5
368
426
47.7
334
405
>
74
441.86
492.26
51.4
363.38
407.66
65.3
406.58
439.88
51.9
352.58
391.46
8.7
45
63
84
59
44
45
63
84
59
44
45
63
84
59
44
47.5
331
333
43.3
192
226
46
196
234
0.3
91
0.76
48
343.6
394.1
419.1
50.6
362
393.9
411.5
53.6
363.6
392.6
407.5
97.2
95
122
92.4
102.4
139.7
43.3
343
433
60.7
643
681
58.7
462
569
50.8
370
477
51
373
475
48.2
341
443
48.2
347
442
69
43.5
389
427
448
95.7
54.2
345
408
443
77.7
54.4
386
424
440
88
97.3
107
143
51
368
413
48.9
332
391
47
360
422
44.5
375
426
143
142
165
0
142.5
133
139
141
139
132
123
118
132
137
0
0
87.3
96.1
103.5
132.8
141.4
48
333
389
409
46.1
353
387
411
53
368
397
407
68.3
409
428
440
T20
T30
T40
T50
T60
T70
T80
T90
T95
(
deg
F)
(
deg
F)
(
deg
F)
(
deg
F)
(
deg
F)
(
deg
F)
(
deg
F)
(
deg
F)
(
deg
F)

151
174
196
218
243
267
295
330
152
180
205
220
230
242
262
309
149
177
204
220
232
245
268
318
165
185
200
213
226
236
250
288
153
176
197
218
238
265
307
357
151
172
192
220
253
281
318
357
144
162
180
197
212
227
245
279
153
175
196
214
228
240
254
286
135
143
154
168
186
214
247
286
156
182
208
239
266
291
324
353
143
159
178
208
259
294
322
356
146
166
188
208
226
238
253
294
152
178
205
236
263
294
328
357
139
152
170
193
233
283
323
356
139
148
157
167
182
208
246
289
134
142
152
164
181
211
253
292
135
144
154
164
180
207
245
285
143
154
165
177
190
210
244
289
151
168
185
204
223
237
250
283
140
155
171
190
208
227
248
284
161
186
209
234
260
289
321
357
151
170
192
225
263
293
326
354
148
165
182
199
214
229
246
280
135
143
150
174
208
225
244
276
134
143
150
171
208
226
244
278
156
176
197
220
243
267
293
330
138
148
156
201
234
260
288
324
137
147
157
204
237
263
291
328
150
177
204
220
231
244
266
316
145
146
147
147
147
147
148
148
122
129
139
202
232
259
287
324
219
327
209
298
507
597
209
329
233
329
202
320
218
320
476
494
512
529
547
567
592
627
665
485
509
530
546
561
575
592
616
638
466
489
511
530
550
568
588
614
641
218
330
200
333
216
329
201
302
149
217
297
331
361
145
181
248
289
324
135
174
244
277
174
219
232
244
268
153
217
298
336
370
180
219
230
243
264
­
44
­
44
­
44
­
44
­
44
­
44
­
44
­
44
­
44
­
44
207
294
106.1
161.1
105.0
161.1
212
346
170
308
106.1
161.1
105.0
161.1
212
346
182
294
231.0
332.0
161.0
194.0
216.0
229.0
240.0
254.0
273.0
306.0
340.0
139.0
150.0
161.0
209.0
229.0
247.0
267.0
311.0
347.0
143.0
162.0
181.0
199.0
218.0
239.0
264.0
305.0
343.0
154.0
174.0
188.0
201.0
215.0
234.0
258.0
301.0
333.0
151
174
196
218
243
267
295
330
152
180
205
220
230
242
262
309
149
177
204
220
232
245
268
318
165
185
200
213
226
236
250
288
153
176
197
218
238
265
307
357
151
172
192
220
253
281
318
357
144
162
180
197
212
227
245
279
153
175
196
214
228
240
254
286
135
143
154
168
186
214
247
286
156
182
208
239
266
291
324
353
143
159
178
208
259
294
322
356
146
166
188
208
226
238
253
294
152
178
205
236
263
294
328
357
139
152
170
193
233
283
323
356
139
148
157
167
182
208
246
289
134
142
152
164
181
211
253
292
135
144
154
164
180
207
245
285
143
154
165
177
190
210
244
289
151
168
185
204
223
237
250
283
140
155
171
190
208
227
248
284
161
186
209
234
260
289
321
357
151
170
192
225
263
293
326
354
148
165
182
199
214
229
246
280
135
143
150
174
208
225
244
276
134
143
150
171
208
226
244
278
156
176
197
220
243
267
293
330
138
148
156
201
234
260
288
324
137
147
157
204
237
263
291
328
150
177
204
220
231
244
266
316
145
146
147
147
147
147
148
148
122
129
139
202
232
259
287
324
158
174
191
208
224
241
261
297
328
145
155
168
184
205
228
246
278
308
145
155
167
185
210
241
268
307
332
166
183
199
214
227
239
255
276
296
165
182
199
217
235
251
272
302
330
143
152
164
181
211
256
289
324
347
162
179
198
219
244
265
292
324
349
162
179
198
219
244
265
292
324
349
166
183
199
214
227
239
255
276
296
178
203
225
243
259
273
288
308
327
174
197
221
242
262
282
302
326
347
157
171
186
202
219
236
255
293
324
157
171
186
202
219
236
255
293
324
145
146
146
146
147
147
147
147
148
144
145
146
146
147
147
147
147
148
126
130
144
189
211
230
251
288
319
168
170
170
171
171
172
172
172
173
168
170
171
171
172
172
172
173
173
168
170
171
172
172
172
173
173
174
167
170
171
172
172
172
172
173
174
133
142
153
167
186
214
257
303
329
133
142
153
167
186
214
257
303
329
133
142
153
167
186
214
257
303
329
151
174
196
218
243
267
295
330
142
158
175
195
218
237
254
277
296
144
162
181
203
229
250
269
291
306
144
164
186
212
240
264
289
321
351
141
157
176
197
220
241
259
281
297
147
167
190
217
244
266
288
313
333
147
168
191
219
246
268
292
317
336
147
165
186
210
235
256
280
315
344
148
169
193
220
248
270
293
316
331
149
173
199
232
262
288
313
340
360
143
157
174
194
216
234
250
267
279
146
165
187
211
236
257
277
303
326
145
164
185
210
237
259
281
310
330
143
160
180
203
226
247
266
292
317
146
165
189
215
242
263
285
305
317
150
174
200
231
260
285
308
334
354
143
162
183
207
233
254
276
306
328
147
173
201
234
262
286
309
331
348
139
165
195
230
263
289
313
334
346
143
157
174
194
216
234
250
267
279
146
166
188
214
241
263
287
314
331
144
161
179
203
227
248
268
299
342
148
172
198
231
260
285
309
334
354
134
144
157
176
203
231
251
267
278
134
148
168
197
235
265
288
314
332
134
146
163
187
220
249
270
300
339
138
157
182
219
260
287
309
334
352
138
154
176
200
221
236
255
299
138
154
176
200
221
236
255
299
138
154
176
200
221
236
255
299
138
154
176
200
221
236
255
299
138
154
176
200
221
236
255
299
144
166
191
208
218
229
248
294
137
153
174
199
219
234
253
297
210
294
218
330
202
293
171
172
507
589
612
499
609
659
554.36
615.56
517.1
623.12
524.48
614.12
480.38
609.98
336
341
266
321
285
337
330
286
451.5
479.6
505.7
528.5
551.4
574.6
599.2
630.2
656.3
438.8
459.2
484.2
508.3
533.1
558.9
586.2
621.8
652.2
431.1
455.2
477.9
502.9
528.6
555.1
584
620.6
652.6
218
320
202.9
293.9
501
591
705
747
696
725
615
694
613
698
525
676
525
662
476
494
512
529
547
567
592
627
665
485
509
530
546
561
575
592
616
638
466
489
511
530
550
568
588
614
641
205
297
490
606
485
598
536
638
513
620
206
297
206
297
171
172
202
294
206
297
194
297
201
316
200
307
203
304
204
317
197.3
307.5
187
307
212
300
146
148
0
0
0
0
154.6
168.1
183.7
201.6
221.5
240.6
263.3
298.4
328.6
444
468
488
505
523
541
563
594
618
444
470
492
511
531
552
578
613
641
429
449
468
489
512
538
566
603
631
461
483
504
524
543
562
584
614
637
EP
Recovery
Residue
Loss
MTBE
Ethanol
Methanol
ETBE
TBA
(
deg
F)
(%)
(%)
(%)
(
vol%)
(
vol%)
(
vol%)
(
vol%)
(
vol%)

415
0.0
0.0
0.0
0.0
410
0.0
0.0
0.0
0.0
408
0.0
0.0
0.0
0.0
399
15.4
0.0
0.0
0.0
430
0.0
0.0
0.0
0.0
429
14.8
0.0
0.0
0.0
370
0.0
0.0
0.0
0.0
386
0.0
0.0
0.0
0.0
367
14.6
0.0
0.0
0.0
437
0.0
0.0
0.0
0.0
447
14.9
0.0
0.0
0.0
404
0.0
0.0
0.0
0.0
436
0.0
0.0
0.0
0.0
436
14.5
0.0
0.0
0.0
389
14.8
0.0
0.0
0.0
374
13.9
0.0
0.0
0.0
388
14.5
0.0
0.0
0.0
388
0.0
0.0
0.0
16.3
397
14.6
0.0
0.0
0.0
361
0.0
0.0
0.0
0.0
442
0.0
0.0
0.0
0.0
428
15.2
0.0
0.0
0.0
372
0.0
0.0
0.0
0.0
368
0.0
9.7
0.0
0.0
367
0.0
9.7
0.0
0.0
410
0.0
0.0
0.0
0.0
410
0.0
9.6
0.0
0.0
403
0.0
9.6
0.0
0.0
409
0.0
0.0
0.0
0.0
347
0.0
0.0
85.6
0.0
405
0.0
0.0
9.7
0.0
415
0.0
388
11.2
640
0.0
413
9.0
420
0.0
418
12.5
391
708
98.0
0.9
1.1
663
98.2
1.0
0.8
661
98.3
1.0
0.7
11.0
10.0
11.0
10.0
11.0
10.0
421
0.1
379
12.6
417
98.1
0.8
1.1
336
98.4
1.2
0.4
14.71
369
9.7
338
97.0
2.0
1.0
414
98.0
1.0
1.0
354
98.5
1.0
0.5
14
­
44
419
383
389
11.1
12.1
212.2
191.1
409
0.0
363
8.8
212.2
191.1
409
<
0.1
351
9.5
399.0
98.3
0.9
0.8
<
0.1
<
0.1
<
0.1
<
0.1
406.0
405.0
9.9
398.0
16.4
398.0
19.1
0.6­
18.6
415
0.0
0.0
0.0
0.0
410
0.0
0.0
0.0
0.0
408
0.0
0.0
0.0
0.0
399
15.4
0.0
0.0
0.0
430
0.0
0.0
0.0
0.0
429
14.8
0.0
0.0
0.0
370
0.0
0.0
0.0
0.0
386
0.0
0.0
0.0
0.0
367
14.6
0.0
0.0
0.0
437
0.0
0.0
0.0
0.0
447
14.9
0.0
0.0
0.0
404
0.0
0.0
0.0
0.0
436
0.0
0.0
0.0
0.0
436
14.5
0.0
0.0
0.0
389
14.8
0.0
0.0
0.0
374
13.9
0.0
0.0
0.0
388
14.5
0.0
0.0
0.0
388
0.0
0.0
0.0
16.3
397
14.6
0.0
0.0
0.0
361
0.0
0.0
0.0
0.0
442
0.0
0.0
0.0
0.0
428
15.2
0.0
0.0
0.0
372
0.0
0.0
0.0
0.0
368
0.0
9.7
0.0
0.0
367
0.0
9.7
0.0
0.0
410
0.0
0.0
0.0
0.0
410
0.0
9.6
0.0
0.0
403
0.0
9.6
0.0
0.0
409
0.0
0.0
0.0
0.0
347
0.0
0.0
85.6
0.0
405
0.0
0.0
9.7
0.0
391
0.0
0.0
0.0
0.0
363
11.4
0.0
0.0
0.0
387
11.3
0.0
0.0
0.0
353
11.5
0.0
0.0
0.0
389
11.4
0.0
0.0
0.0
399
11.5
0.0
0.0
0.0
402
11.8
0.0
0.0
0.0
402
11.8
0.0
0.0
0.0
353
11.5
0.0
0.0
0.0
373
10.8
0.0
0.0
0.0
397
10.7
0.0
0.0
0.0
389
11.2
0.0
0.0
0.0
389
11.2
0.0
0.0
0.0
350
0.0
0.0
84.5
0.0
150
1.4
0.0
84.4
0.0
383
9.8
0.0
9.7
0.0
175
0.0
85.5
0.0
0.0
175
0.0
82.1
0.0
0.0
176
0.0
81.8
0.0
0.0
174
0.0
82.9
0.0
0.0
388
10.8
0.0
0.0
0.0
388
10.8
0.0
0.0
0.0
388
10.8
0.0
0.0
0.0
415
0.0
0.0
0.0
0.0
400
10.8
0.0
0.0
0.0
339
10.9
0.0
0.0
0.0
409
10.9
0.0
0.0
0.0
332
11.0
0.0
0.0
0.0
397
10.6
0.0
0.0
0.0
370
10.7
0.0
0.0
0.0
399
10.8
0.0
0.0
0.0
359
10.6
0.0
0.0
0.0
408
10.7
0.0
0.0
0.0
315
11.2
0.0
0.0
0.0
392
10.4
0.0
0.0
0.0
368
10.7
0.0
0.0
0.0
391
10.5
0.0
0.0
0.0
339
10.4
0.0
0.0
0.0
405
10.9
0.0
0.0
0.0
364
10.6
0.0
0.0
0.0
400
10.8
0.0
0.0
0.0
369
10.7
0.0
0.0
0.0
315
11.2
0.0
0.0
0.0
358
10.4
0.0
0.0
0.0
412
10.4
0.0
0.0
0.0
404
10.2
0.0
0.0
0.0
313
10.4
0.0
0.0
0.0
359
10.4
0.0
0.0
0.0
411
10.5
0.0
0.0
0.0
401
10.4
0.0
0.0
0.0
0.0
0.0
0.0
0.0
0.0
398
10.8
0.0
0.0
0.0
398
10.8
0.0
0.0
0.0
398
10.8
0.0
0.0
0.0
398
10.8
0.0
0.0
0.0
398
10.8
0.0
0.0
0.0
398
0.0
0.0
0.0
0.0
399
11.5
0.0
0.0
0.0
11.2
0
0
11.2
0
0
85.5
637
662
635.54
664.52
653.54
663.98
342
352
353
0
14.6
665.1
97.4
1.5
1.1
667.9
97.7
1.6
0.7
665.9
97.7
1.5
0.8
391
367.1
10.85
633
763
761
714
709
687
696
708
98
0.9
1.1
663
98.2
1
0.8
661
98.3
1
0.7
366
11.05
659
652
682
672
380.7
1.4
0.4
10.9
1.5
1.5
639
98
1
1
658
97.5
1
1.5
651
97.8
1
1.3
653
97.5
0.5
2
Specific
TAME
Gravity
API
Sulfur
Carbon
Hydrogen
Oxygen
Sensitivity
Lead
(
vol%)
(
liquid)
Gravity
(
ppmW)
(
wt%)
(
wt%)
(
wt%)
(
g/
gal)

0.0
57.4
339
86.74
13.22
0.00
0.0
58.8
119
86.64
13.35
0.00
0.0
60.3
49
86.44
13.56
0.00
0.0
50.2
284
85.34
11.92
2.72
0.0
59.2
316
86.24
13.73
0.00
0.0
50.2
267
85.09
12.20
2.69
0.0
64.1
290
85.85
14.12
0.00
0.0
53.4
317
87.79
12.17
0.00
0.0
62.2
313
83.53
13.56
2.88
0.0
51.9
261
87.71
12.26
0.00
0.0
58.2
297
83.51
13.70
2.76
0.0
53.4
318
87.88
12.08
0.00
0.0
50.6
266
87.87
12.10
0.00
0.0
59.1
301
83.65
13.65
2.67
0.0
61.9
355
83.58
13.84
2.58
0.0
62.6
294
83.38
13.91
2.68
0.0
62.4
308
83.66
13.77
2.54
0.0
62.1
311
83.48
13.79
2.71
0.0
51.7
288
85.44
11.93
2.60
0.0
64.2
333
86.11
13.86
0.00
0.0
59.6
310
85.85
14.11
0.00
0.0
49.1
279
85.50
11.84
2.63
0.0
64.0
297
85.94
14.04
0.00
0.0
62.2
246
82.34
13.98
3.65
0.0
62.5
278
82.27
13.89
3.81
0.0
56.8
313
86.72
13.25
0.00
0.0
56.3
267
83.23
13.19
3.55
0.0
56.9
251
83.14
13.28
3.55
0.0
60.4
466
86.47
13.48
0.00
0.0
47.9
27
44.25
12.61
43.13
0.0
56.8
242
81.48
13.17
5.33
0.7469
337
86.3
13.7
0.0
0.7404
33
84.4
13.6
2.0
0.8466
330
86.9
13.1
0.0
0.7569
164.0
1.6
0.7587
125.0
0
0.7483
113.0
2.3
120
9.9
<
0.001
32.8
349.7
Not
Detected
37.2
<
0.1
Not
Detected
37.1
71.3
Not
Detected
0.7428
339
0.732
338
0.7469
315
13.3
86.7
0.7394
45
13.8
86.2
0.7488
285.0
86.74
13.22
<
0.001
0.7308
290.0
83.36
13.91
2.68
No
Data
0.7309
247.0
82.34
13.98
3.65
No
Data
0.6936
<
10.0
84.18
15.82
<
0.001
0.749
28
86.74
13.22
0.694
<
1
84.18
15.82
0.50
81.68
18.32
0.504
81.95
18.05
61.1
340.0
53.6
210.0
0.7412
0.7428
0.7324
0.7428
0.7320
53.6
20.0
<
0.002
0.7503
57.1
0.7370
60.5
0.7343
61.2
0.7324
61.7
0.0
57.4
339
86.74
13.22
0.00
0.0
58.8
119
86.64
13.35
0.00
0.0
60.3
49
86.44
13.56
0.00
0.0
50.2
284
85.34
11.92
2.72
0.0
59.2
316
86.24
13.73
0.00
0.0
50.2
267
85.09
12.20
2.69
0.0
64.1
290
85.85
14.12
0.00
0.0
53.4
317
87.79
12.17
0.00
0.0
62.2
313
83.53
13.56
2.88
0.0
51.9
261
87.71
12.26
0.00
0.0
58.2
297
83.51
13.70
2.76
0.0
53.4
318
87.88
12.08
0.00
0.0
50.6
266
87.87
12.10
0.00
0.0
59.1
301
83.65
13.65
2.67
0.0
61.9
355
83.58
13.84
2.58
0.0
62.6
294
83.38
13.91
2.68
0.0
62.4
308
83.66
13.77
2.54
0.0
62.1
311
83.48
13.79
2.71
0.0
51.7
288
85.44
11.93
2.60
0.0
64.2
333
86.11
13.86
0.00
0.0
59.6
310
85.85
14.11
0.00
0.0
49.1
279
85.50
11.84
2.63
0.0
64.0
297
85.94
14.04
0.00
0.0
62.2
246
82.34
13.98
3.65
0.0
62.5
278
82.27
13.89
3.81
0.0
56.8
313
86.72
13.25
0.00
0.0
56.3
267
83.23
13.19
3.55
0.0
56.9
251
83.14
13.28
3.55
0.0
60.4
466
86.47
13.48
0.00
0.0
47.9
27
44.25
12.61
43.13
0.0
56.8
242
81.48
13.17
5.33
0.0
62.2
38
85.92
14.07
0.00
0.0
60.8
33
84.27
13.60
2.13
0.0
60.5
37
84.28
13.65
2.07
0.0
59.3
31
84.20
13.70
2.10
0.0
58.3
34
84.30
13.61
2.08
0.0
60.3
38
83.96
13.91
2.13
0.0
57.3
35
84.32
13.54
2.13
0.0
57.3
318
84.30
13.54
2.13
0.0
59.3
317
84.18
13.69
2.10
0.0
57.3
34
84.17
13.88
1.95
0.0
57.5
32
84.17
13.89
1.94
0.0
59.9
31
84.42
13.52
2.05
0.0
59.9
31
84.42
13.52
2.05
0.0
48.1
33
44.35
12.99
42.65
0.0
48.6
3
44.88
13.14
41.99
0.0
58.5
29
79.36
13.45
7.19
0.0
49.7
5
56.32
13.19
30.49
0.0
49.6
6
57.39
13.48
29.13
0.0
50.0
6
55.94
13.74
30.32
0.0
49.7
6
57.35
13.35
29.30
0.0
61.7
11
84.33
13.67
2.00
0.0
61.7
28
84.33
13.67
2.00
0.0
61.7
50
84.32
13.67
2.00
0.0
57.4
339
86.74
13.22
0.00
0.0
58.9
90
84.83
13.20
1.96
0.0
58.5
85
84.72
13.28
1.99
0.0
56.5
93
84.96
13.07
1.95
0.0
59.1
107
84.73
13.25
2.01
0.0
55.6
81
85.20
12.89
1.90
0.0
55.9
84
85.08
12.99
1.92
0.0
55.8
88
85.18
12.87
1.94
0.0
55.5
83
85.06
13.02
1.90
0.0
53.4
86
85.45
12.64
1.90
0.0
60.3
92
84.57
13.39
2.02
0.0
57.1
88
85.13
12.98
1.88
0.0
57.1
90
85.07
12.99
1.92
0.0
57.1
93
85.08
13.03
1.88
0.0
56.9
85
85.12
13.00
1.88
0.0
53.8
105
85.17
12.90
1.92
0.0
56.9
88
85.19
12.88
1.91
0.0
53.4
99
85.49
12.60
1.90
0.0
54.5
101
85.27
12.82
1.90
0.0
60.3
92
84.57
13.39
2.02
0.0
55.8
86
85.28
12.86
1.85
0.0
60.3
90
84.54
13.55
1.90
0.0
56.0
89
85.01
13.16
1.82
0.0
61.0
89
84.76
13.33
1.90
0.0
56.3
87
85.28
12.84
1.86
0.0
60.8
88
84.50
13.55
1.94
0.0
56.3
88
84.91
13.26
1.82
46.2
37.48
0.0
546
0.0
60.1
44
84.41
13.54
2.04
0.0
60.1
138
84.41
13.54
2.04
0.0
60.1
258
84.39
13.53
2.04
0.0
60.1
350
84.39
13.53
2.04
0.0
60.1
443
84.38
13.53
2.04
12.7
59.6
343
84.48
13.44
2.04
0.0
60.2
361
84.41
13.48
2.07
0.5808(
ideal);
0.5818(
real)

33
2
57.4
339
59.9
31
49.7
5
71.6
0.8476
35.4
371
0.848
35.3
14
49.3
<
1.0
84.9
15.1
36
114.5
85.85
13.63
0.52
42.5
4.1
86.01
14.42
<
0.01
39.2
12.7
85.82
13.72
0.46
176
86.4
13.4
0.2
1
85.6
14.4
0
0
84.8
15.1
0.1
<
2
81.6
13.7
4.7
337
86.7
13
0.3
176
86.4
13.4
0.2
1
85.6
14.4
0
0
84.8
15.1
0.1
<
2
81.6
13.7
4.7
337
86.7
13
0.3
176
86.4
13.4
0.2
1
85.6
14.4
0
0
84.8
15.1
0.1
<
2
81.6
13.7
4.7
337
86.7
13
0.3
0.886
28.2
77.3
11.8
11
0.856
33.8
86.9
13.1
0.862
32.7
85.1
12.6
2.1
35.2
295
37.1
129
38.2
92
120
9.9
<
0.001
0.7375
34.4
84
14
0
36
300
86.9
13.1
0
30.2
<
10
78.2
12.6
9.2
29.4
<
10
77.7
12.4
9.9
33.1
130
81.9
12.6
5.5
32.7
120
82.1
12.8
5.1
34.9
220
84.8
13.2
2
34.7
210
84.2
13.1
2.7
32.8
349.7
37.2
<.
1
37.1
71.3
30
9.3
<
0.001
0.8295
39.1
50
86.37
13.63
0.8403
36.9
330
86.88
13.12
0.8561
33.8
4760
86.96
13.04
0.8547
34.1
3190
86.77
13.23
0.7376
34
0
0
0.7377
34
0
0
0.7862
5
0
0
0.7372
34.2
2.01
0
0.7377
34
0
0
0.738
30
0
0
0.7416
11
1.84
0
0.7383
19
1.95
0
0.7321
29
0
0
0.7461
1
2.04
0
0.7364
15
2.07
0
0.7338
11.5
2.3
0
0.7386
7
1.94
0
0.784
9
0
0
0.615
0
0
0
0.615
0
0
0
0.7371
60.47
32.5
83.56
13.78
2
8.8
37­
51
3000
13.5
36.1
390
86.65
13.08
34.8
2570
86.15
13
39.1
50
85.83
13.58
42.7
~
2
85.44
14.19
57
100
150
Total
Bromine
Heating
Stoich
Phosphorus
Manganese
Density
Nitrogen
Butane
Chloride
Number
Value
Air/
Fuel
(
g/
gal)
(
g/
gal)
(
kg/
m3)
(
ppmW)
(
g/
gal)
(
ppmW)
(
Btu/
lb)
Ratio
29
21.3
18409
14.52
12
12.2
18449
14.55
10
6.0
18520
14.60
1
9.2
17595
13.79
46
44.3
18604
14.64
31
32.5
17658
13.86
4
10.0
18636
14.73
15
35.7
18164
14.28
10
41.1
18033
14.14
3
11.5
18227
14.30
12
10.0
18011
14.19
1
13.3
18146
14.26
26
38.7
18154
14.27
16
42.6
18078
14.20
7
15.5
17995
14.22
6
16.2
18047
14.25
13.6
18018
14.24
12.2
18006
14.22
9
35.0
17585
13.82
13
38.9
18631
14.67
8
12.2
18613
14.72
11
10.8
17612
13.79
1
10.2
18620
14.71
3
8.4
17852
14.12
1
9.2
17840
14.07
28
21.8
18387
14.53
24
19.6
17683
13.95
28
19.5
17716
13.97
10
6.6
18523
14.58
2
3.0
9909
7.56
25
18.6
17399
13.67
20
est
12
est
23
<
0.0001
352.00
<
1
205.00
<
0.0001
No
Data
No
Data
<
0.0001
734.0
731.0
734.0
731.0
0.0006
<
0.001
756.0
72.5
<
1.0
750.0
2.6
740.0
730.0
1.1
730.0
3.4
29
21.3
18409
14.52
12
12.2
18449
14.55
10
6.0
18520
14.60
1
9.2
17595
13.79
46
44.3
18604
14.64
31
32.5
17658
13.86
4
10.0
18636
14.73
15
35.7
18164
14.28
10
41.1
18033
14.14
3
11.5
18227
14.30
12
10.0
18011
14.19
1
13.3
18146
14.26
26
38.7
18154
14.27
16
42.6
18078
14.20
7
15.5
17995
14.22
6
16.2
18047
14.25
13.6
18018
14.24
12.2
18006
14.22
9
35.0
17585
13.82
13
38.9
18631
14.67
8
12.2
18613
14.72
11
10.8
17612
13.79
1
10.2
18620
14.71
3
8.4
17852
14.12
1
9.2
17840
14.07
28
21.8
18387
14.53
24
19.6
17683
13.95
28
19.5
17716
13.97
10
6.6
18523
14.58
2
3.0
9909
7.56
25
18.6
17399
13.67
6
18596
14.72
4
18079
14.27
10
18102
14.29
5
18096
14.30
10
18100
14.28
16
18099
14.34
16
18071
14.26
16
18067
14.26
5
18092
14.30
0
18151
14.37
0
18171
14.37
16
18091
14.27
16
18091
14.27
2
10009
7.72
2
9950
7.86
13
17073
13.44
1
12434
9.69
1
12678
9.97
1
12685
9.84
1
12614
9.91
18117
18117
18116
29
21.3
18409
14.52
11
18041
14.21
14
18051
14.22
38
18012
14.18
11
18030
14.21
17
17977
14.15
38
17991
14.17
16
17942
14.14
16
17973
14.18
34
17917
14.09
9
18078
14.24
19
18059
14.17
36
18044
14.17
12
18017
14.18
16
18019
14.18
40
17935
14.14
6
17979
14.14
16
17915
14.08
35
17953
14.13
9
18078
14.24
8
17956
14.15
8
18172
14.30
6
18023
14.22
13
18067
14.25
12
17921
14.14
11
18131
14.29
10
18006
14.25
8575
5
4.4
18110
14.27
5
4.4
18109
14.27
5
4.4
18107
14.27
5
4.4
18106
14.27
5
4.4
18104
14.27
9
4.0
18118
14.25
9
4.3
18079
14.25
18409
18091
12434
18884
19626
19964
19720
17111.03
19475.62
18916.71
<
0.001
0
19572
17483
17362
18516
18459
19131
19131
352
<
1
205
<
0.001
8.4
19715
114.4
19555
352.1
19457
220.1
19440
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
<
0.0011
18783
775­
840
18400
Vapor
Viscosity
Flash
Cloud
Pour
Aniline
Specific
Pressure
at
40
degC
Point
Point
Point
Point
Gravity
at
21
degC
Methane
Ethane
(
cSt)
(
deg
F)
(
deg
F)
(
deg
F)
(
deg
F)
(
vapor)
(
kPa)
(
mole%)
(
mole%)

0.0
0.2
90.2
4.2
148
102
130
176
142
164
3.5
169
12
10
3.52
144
10
10
3.27
162
14
10
1.50
876
1.50
876
93.7959
3.2140
94.0166
3.2133
94.1056
3.0750
93.6847
3.3733
89.6661
4.8164
89.9860
4.8067
90.0000
4.8600
89.6593
4.9267
96.5500
1.5315
96.6802
1.4650
96.5927
1.4373
96.4363
1.6067
86.0290
5.8727
86.5172
5.8133
86.3080
5.8550
86.3410
5.9100
95.6123
2.6288
2.5
2.8
90.209
4.11
4.12
294.8
30.2
26.6
2.8
143.6
1.4
­
5.8
2.92
194
6.8
5
2.807
148
2.562
150
2.517
148
2.63
157
5
­
5.8
6.07
406
24.8
­
0.4
5.51
392
21.2
10.4
4.05
187
17.6
­
5.8
3.8
183
17.6
­
5.8
3.13
157
6.8
­
5.8
3.02
172
­
0.4
­
5.8
3.5
169
12
10
3.52
144
10
10
3.27
162
14
10
5.05
2.46
167
2.29
143
3.19
163
2.77
166
8
100.4
2.515
143
3.2
2.765
161
3.2
2.43
163
14
2.92
178
28.4
Propylene
Propane
Isobutane
Butane
Isopentane
Pentane
C6
and
Up
CO
Oxygen
(
mole%)
(
mole%)
(
mole%)
(
mole%)
(
mole%)
(
mole%)
(
mole%)
(
mole%)
(
mole%)

1.9
93.2
0.0
3.0
0.0
1.7
0.0
0.0
0.0
1.9
0.0
0.0
0.0
0.0
0.0
0.0
0.7220
0.1500
0.1461
0.0540
0.0613
0.0050
0.6773
0.1579
0.1484
0.0570
0.0504
0.0101
0.6653
0.1441
0.1341
0.0485
0.0473
0.0094
0.7120
0.1511
0.1454
0.0543
0.0527
0.0047
1.2162
0.2245
0.2159
0.0667
0.0650
0.0075
1.1367
0.2297
0.2269
0.0745
0.0679
0.0149
1.1403
0.2153
0.2081
0.0679
0.0686
0.0127
1.2267
0.2172
0.2349
0.0670
0.0734
0.0116
0.1991
0.0253
0.0253
0.0107
0.0107
0.0207
0.1904
0.0393
0.0383
0.0073
0.0071
0.0024
0.1859
0.0368
0.0345
0.0104
0.0101
0.0013
0.2040
0.0392
0.0347
0.0073
0.0070
0.0006
1.7923
0.2350
0.2180
0.0697
0.0650
0.0076
1.7850
0.2373
0.2300
0.0746
0.0730
0.0146
1.7110
0.2196
0.2107
0.0682
0.0682
0.0126
1.8233
0.2160
0.2225
0.0771
0.0760
0.0150
0.406
0.058
0.083
0.023
0.016
0.038
2.11
0.001
0
0
0
0
93.45
1.5
CO2
N2
CO2
+
N2
Methane
Ethane
Propylene
Propane
Isobutane
Butane
(
mole%)
(
mole%)
(
mole%)
(
mass%)
(
mass%)
(
mass%)
(
mass%)
(
mass%)
(
mass%)

0.0
3.6
0.8487
0.8761
1.7248
87.5000
5.5900
1.8400
0.5000
0.4900
0.8490
0.8223
1.6713
87.6000
5.6200
1.7400
0.5300
0.5000
0.8697
0.8983
1.7680
87.8300
5.3800
1.7100
0.4900
0.4500
0.8807
0.8773
1.7580
87.1600
5.8800
1.8200
0.5100
0.4900
1.8069
1.8389
3.6458
79.8200
8.0000
2.9600
0.7200
0.6900
1.7433
1.8100
3.5533
79.9900
8.0300
2.7800
0.7400
0.7300
1.7567
1.8233
3.5800
79.9900
8.1100
2.7900
0.6900
0.6700
1.7200
1.8600
3.5800
79.6500
8.2000
2.9900
0.7000
0.7600
0.8146
0.8121
1.6267
92.8300
2.7600
0.5300
0.0900
0.0900
0.7800
0.7767
1.5567
93.1600
2.6400
0.5000
0.1400
0.1300
0.8330
0.8563
1.6893
92.9300
2.5900
0.4900
0.1300
0.1200
0.8363
0.8243
1.6607
92.6600
2.8900
0.5400
0.1400
0.1200
2.8000
2.8733
5.6733
73.6100
9.3900
4.2000
0.7300
0.6700
2.7450
2.7233
5.4683
73.8100
9.3500
4.2100
0.7400
0.7100
2.7167
3.0100
5.7267
73.7700
9.4000
4.0300
0.6800
0.6500
2.5100
2.8600
5.3700
74.0100
9.4900
4.2900
0.6700
0.6900
0.016
0.016
93.129
4.801
1.137
0.205
0.293
0
3.47
4.41
Carbon
Wgt
Frac
Isopentane
Pentane
C6
and
Up
CO
Oxygen
CO2
N2
CO2
+
N2
(
mass%)
(
mass%)
(
mass%)
(
mass%)
(
mass%)
(
mass%)
(
mass%)
(
mass%)
Total
0.2300
0.2600
0.0200
2.1600
1.4200
3.5800
0.729
0.2400
0.2100
0.0500
2.1700
1.3400
3.5100
0.734
0.2000
0.2000
0.0500
2.2300
1.4600
3.6900
0.732
0.2300
0.2200
0.0200
2.2500
1.4300
3.6800
0.733
0.2700
0.2600
0.0400
4.3900
2.8500
7.2400
0.712
0.3000
0.2700
0.0700
4.2600
2.8200
7.0800
0.717
0.2700
0.2700
0.0600
4.2900
2.8400
7.1300
0.716
0.2700
0.2900
0.0600
4.1900
2.8900
7.0800
0.715
0.0500
0.0500
0.1100
2.1500
1.3600
3.5100
0.730
0.0300
0.0300
0.0100
2.0600
1.3000
3.3600
0.729
0.0400
0.0400
0.0100
2.2000
1.4400
3.6400
0.730
0.0300
0.0300
0.0000
2.2000
1.3800
3.5800
0.730
0.2700
0.2500
0.0300
6.5500
4.2800
10.8300
0.693
0.2900
0.2800
0.0700
6.4600
4.0800
10.5400
0.700
0.2600
0.2600
0.0600
6.3800
4.5000
10.8800
0.695
0.3000
0.2900
0.0700
5.9000
4.2800
10.1800
0.698
0.101
0.07
0.194
0.043
0.027
<
0.0005
0.3
1.3725
1.8
Carbon
Carbon
Gross
Net
Specific
Wgt
Frac
Wgt
Frac
Density
H/
C
Ratio
Heating
Heating
Gravity
HC
NMHC
20
deg
C
Wobbe
Molecular
NMHC
Value
Value
rel
to
Air
Portion
Portion
(
g/
scf)
Number
Weight
Only
(
Btu/
scf)
(
Btu/
scf)
(
60
deg
F)
0.723
0.762
20.44
1348
17.3
2.81
1044
940
0.5992
0.728
0.815
20.32
1347
17.2
2.84
1038
937
0.5958
0.726
0.805
20.25
1343
17.2
2.84
1035
933
0.5936
0.727
0.803
20.32
1345
17.3
2.85
1038
936
0.5956
0.700
0.786
21.39
1322
18.1
2.83
1047
943
0.6272
0.705
0.820
21.19
1324
18.0
2.84
1037
942
0.6213
0.704
0.818
21.21
1345
18.0
2.84
1042
940
0.6219
0.704
0.806
21.27
1323
18.1
2.84
1045
943
0.6235
0.724
0.784
19.69
1332
16.7
2.89
1013
911
0.5773
0.724
0.741
19.65
1333
16.7
2.90
1010
911
0.5760
0.724
0.807
19.64
1330
16.7
2.90
1009
909
0.5757
0.724
0.797
19.67
1331
16.7
2.91
1011
911
0.5766
0.675
0.797
22.18
1291
18.8
2.84
1044
939
0.6504
0.682
0.829
22.11
1298
18.7
2.84
1040
941
0.6482
0.678
0.815
22.05
1289
18.7
2.84
1037
936
0.6465
0.682
0.806
22.04
1298
18.7
2.84
1044
942
0.6462
1035.079
1039.3
0.6092
TABLE
8
­
TEST
VEHICLE/
ENGINE
INFORMATION
Reference
Number
Make
Model
Type
Fuel
1
Ford
F150
LDT
1
Chevrolet
C10
Suburban
LDT
1
Chevrolet
C15
Suburban
LDT
1
Oldsmobile
Cutlass
Supreme
LDV
1
Pontiac
Grand
Prix
LDV
1
Chevrolet
Caprice
LDV
1
Ford
Tempo
LDV
1
Honda
Accord
LDV
1
Chevrolet
Impala
LDV
1
Plymouthouth
Reliant
LDV
1
Ford
Crown
Victoria
LDV
1
Chevrolet
Corsica
LDV
1
Dodge
Caravan
LDT
1
Dodge
Dynasty
LDV
1
Ford
Taurus
LDV
1
Ford
Taurus
LDV
1
Honda
Accord
LDV
1
Ford
Aerostar
LDT
1
Pontiac
Bonneville
LDV
1
Toyota
Camry
LDV
1
Oldsmobile
Delta
88
Royale
LDV
1
Dodge
Caravan
LDT
1
Dodge
Shadow
LDV
1
Ford
Aerostar
LDT
1
Pontiac
Grand
Am
LDV
1
Ford
Mustang
LDV
1
Plymouthouth
Sundance
LDV
1
Chevrolet
R10
Suburban
LDT
1
Ford
Taurus
LDV
1
Dodge
Shadow
LDV
1
Dodge
Spirit
LDV
1
Ford
Taurus
LDV
1
Chevrolet
Lumina
LDV
1
Chevrolet
Camaro
Z28
LDV
2
Ford
Mustang
LDV
Gasoline
2
Lincoln
Mark
VIII
LDV
Gasoline
2
Ford
Taurus
LDV
Gasoline
2
Ford
Escort
LDV
Gasoline
3
Ford
LPG
HDV
Engine
LPG
3
Ford
EFI
HDV
Engine
Gasoline
3
Hercules
GTA
HDV
Engine
CNG
3
DDC
Series
60
HDV
Engine
Diesel
3
Ford
EFI
HDV
Engine
Gasoline
4
No
vehicles/
engines
tested
5
Chevrolet
Monza
LDV
Gasoline
5
Ford
Bronco
LDT
Gasoline
5
Pontiac
Grand
Am
LDV
Gasoline
5
Oldsmobile
Delta
88
LDV
Gasoline
5
Ford
Thunderbird
LDV
Gasoline
5
Honda
Accord
LDV
Gasoline
5
Nissanan
300ZX
LDV
Gasoline
5
Toyota
4WD
Pick
Up
LDT
Gasoline
5
Toyota
Celica
LDV
Gasoline
5
Chevrolet
Camaro
LDV
Gasoline
5
Mercedes
190E
LDV
Gasoline
5
Lincoln
Continental
LDV
Gasoline
5
Plymouthouth
Acclaim
LDV
Gasoline
5
Toyota
Celica
LDV
Gasoline
5
Ford
Mustang
LDV
Gasoline
5
Oldsmobile
Regency
LDV
Gasoline
5
Nissanan
Maxima
LDV
Gasoline
5
Buick
Park
Avenue
LDV
Gasoline
5
Toyota
Tercel
LDV
Gasoline
5
Buick
Regal
LDV
Gasoline
6
GM
Polera
LDV
Gasoline
6
GM
Malibu
LDV
Gasoline
6
Chrysler
Valiant
LDV
Gasoline
6
Volkswagon
LDV
Gasoline
6
GM
Pickup
LDT
Gasoline
6
Ford
Mustang
LDV
Gasoline
6
GM
Impala
LDV
Gasoline
6
Ford
Torino
LDV
Gasoline
6
GM
Impala
LDV
Gasoline
6
Volkswagon
LDV
Gasoline
6
GM
Toronado
LDV
Gasoline
6
GM
Nova
LDV
Gasoline
6
Chrysler
Satellite
LDV
Gasoline
6
GM
Cadillac
LDV
Gasoline
6
Volkswagon
LDV
Gasoline
6
GM
Monte
Carlo
LDV
Gasoline
6
GM
Cutlass
LDV
Gasoline
6
GM
Continental
LDV
Gasoline
6
GM
Regency
LDV
Gasoline
6
GM
Camaro
LDV
Gasoline
6
GM
Regency
LDV
Gasoline
6
Ford
LTD
Brougham
LDV
Gasoline
6
Ford
LTD
Brougham
LDV
Gasoline
6
BMW
325e
LDV
Gasoline
6
Ford
Thunderbird
LDV
Gasoline
6
BMW
318i
LDV
Gasoline
6
Chrysler
Daytona
LDV
Gasoline
6
Chrysler
Lancer
Turbo
LDV
Gasoline
6
Volvo
DL
LDV
Gasoline
6
Ford
Mustang
LDV
Gasoline
6
Ford
Taurus
LDV
Gasoline
6
Ford
LTD
Crown
Victoria
LDV
Gasoline
6
Mazda
323
DX
LDV
Gasoline
6
Chrysler
New
Yorker
LDV
Gasoline
6
GM
Cutlass
LDV
Gasoline
6
GM
Brougham
LDV
Gasoline
6
Nissanan
Maxima
LDV
Gasoline
6
Nissanan
Stanza
LDV
Gasoline
6
Nissanan
Maxima
LDV
Gasoline
6
Nissanan
Stanza
LDV
Gasoline
6
Nissanan
200SX
LDV
Gasoline
6
BMW
325
LDV
Gasoline
6
Saab
900
Turbo
LDV
Gasoline
6
Toyota
Camry
LDV
Gasoline
6
Toyota
Celica
GTS
LDV
Gasoline
6
Toyota
Cressida
LDV
Gasoline
6
Toyota
Celica
GT
LDV
Gasoline
6
Honda
Accord
SE­
1
LDV
Gasoline
6
Toyota
Cressida
LDV
Gasoline
6
Volvo
DL
LDV
Gasoline
6
Toyota
Celica
GT
LDV
Gasoline
6
Toyota
Celica
GT
LDV
Gasoline
6
Honda
Civic
CRX
LDV
Gasoline
6
Toyota
MR­
2
LDV
Gasoline
6
Toyota
Cressida
LDV
Gasoline
6
Toyota
Corolla
GTS
LDV
Gasoline
6
Toyota
Camry
LDV
Gasoline
6
Honda
Prelude
LDV
Gasoline
6
Volvo
GL
LDV
Gasoline
6
Nissanan
Stanza
LDV
Gasoline
6
Volvo
DL
Wagon
LDV
Gasoline
6
Toyota
Camry
LDV
Gasoline
6
Ford
Tempo
LDV
Gasoline
6
Chrysler
Reliant
LDV
Gasoline
6
Toyota
Celica
LDV
Gasoline
6
Chrysler
Aries
LDV
Gasoline
6
GM
Cavalier
LDV
Gasoline
6
Ford
Festiva
LDV
Gasoline
6
Mazda
323
LDV
Gasoline
6
Ford
Aerostar
LDT
Gasoline
6
Chrysler
Aries
LDV
Gasoline
6
Chrysler
Duster
LDV
Gasoline
6
GM
Councourse
LDV
Gasoline
6
Ford
Pinto
LDV
Gasoline
6
GM
LeSabre
LDV
Gasoline
6
Ford
Granada
LDV
Gasoline
6
Ford
Cougar
LDV
Gasoline
6
Toyota
Corolla
LDV
Gasoline
6
Mercedes
300D
LDV
Diesel
6
Mercedes
300D
LDV
Diesel
6
Navistar
7.3L
HDV
Diesel
7
Tecumseh
4­
stroke
lawn
mower
Gasoline
7
Tecumseh
4­
stroke
lawn
mower
Gasoline
7
Briggs
&
Stratton
4­
stroke
lawn
mower
Gasoline
7
Lawn
Boy
2­
stroke
lawn
mower
Gasoline
7
Ryan
2­
stroke
string
trimmer
Gasoline
8
Snapper
2­
stroke
lawn
mower
Gasoline
8
Snapper
4­
stroke
lawn
mower
Gasoline
8
Sears
2­
stroke
chainsaw
Gasoline
8
Snapper
2­
stroke
trimmer
Gasoline
8
Sears
4­
stroke
lawn
mower
Gasoline
8
McLane
4­
stroke
edger
Gasoline
8
Husqvarna
4­
stroke
chainsaw
Gasoline
8
Toro
2­
stroke
blower
Gasoline
8
Swirl
Magic
4­
stroke
lawn
mower
Gasoline
8
Swirl
Magic
4­
stroke
lawn
mower
Gasoline
8
Wards
4­
stroke
rototiller
Gasoline
8
Lawn
Chief
4­
stroke
riding
mower
Gasoline
8
Sears
4­
stroke
rototiller
Gasoline
8
Ford
ag
tractor
Diesel
8
Ford
ag
tractor
Diesel
8
John
Deere
ag
combine
Diesel
8
Sperry
New
Holland
ag
swather
Diesel
8
Case
ag
tractor
Diesel
8
John
Deere
ag
tractor
Diesel
8
Caterpillar
ag
tractor
Diesel
8
John
Deere
ag
tractor
Diesel
9
Cummins
L10
HDV
engine
10
No
vehicles/
engines
tested
11
No
vehicles/
engines
tested
12
No
vehicles/
engines
tested
13
Lincoln
Mark
VIII
LDV
Gasoline
Ford
Mustang
LDV
Gasoline
14
No
vehicles/
engines
tested
15
Unspecified
LDV
Gasoline
15
Unspecified
LDV
Gasoline
15
Unspecified
LDV
Gasoline
15
Unspecified
LDV
Gasoline
15
Unspecified
LDV
Gasoline
15
Unspecified
HDV
Diesel
15
Unspecified
HDV
Diesel
15
Unspecified
HDV
Diesel
16
No
vehicles/
engines
tested
17
No
vehicles/
engines
tested
18
No
vehicles/
engines
tested
19
No
vehicles/
engines
tested
20
No
vehicles/
engines
tested
21
No
vehicles/
engines
tested
22
No
vehicles/
engines
tested
23
Ford
Mustang
LDV
Gasoline
23
Ford
Taurus
LDV
Gasoline
23
Ford
Aerostar
LDT
Gasoline
23
Toyota
Camry
LDV
Gasoline
23
Pontiac
Grand
Am
LDV
Gasoline
23
Oldsmobile
Delta
88
LDV
Gasoline
24
No
vehicles/
engines
tested
25
No
vehicles/
engines
tested
26
No
vehicles/
engines
tested
27
Unspecified
Swedish
Car
(
unleaded)
LDV
Gasoline
Unspecified
Swedish
Car
(
leaded)
LDV
Gasoline
Unspecified
Swedish
Car
(
diesel)
LDV
Diesel
Unspecified
Swedish
Truck
(
diesel)
HDV
Diesel
Unspecified
German
Car
(
unleaded)
LDV
Gasoline
Unspecified
German
Car
(
leaded)
LDV
Gasoline
Unspecified
German
Car
(
diesel)
LDV
Diesel
Unspecified
New
Zealand
(
unleaded)
LDV
Gasoline
Unspecified
New
Zealand
(
leaded)
LDV
Gasoline
28
No
vehicles/
engines
tested
29
Briggs
&
Stratton
12G702
4­
stroke
lawn
mower
Gasoline
29
Briggs
&
Stratton
124702
4­
stroke
lawn
mower
Gasoline
29
Briggs
&
Stratton
124702
4­
stroke
lawn
mower
Gasoline
29
Briggs
&
Stratton
92502
4­
stroke
lawn
mower
Gasoline
29
Tecumseh
20203D
4­
stroke
lawn
mower
Gasoline
29
Briggs
&
Stratton
93502
4­
stroke
lawn
mower
Gasoline
29
Briggs
&
Stratton
92902
4­
stroke
lawn
mower
Gasoline
29
Kawasaki
FC150V
4­
stroke
lawn
mower
Gasoline
29
Briggs
&
Stratton
92982
4­
stroke
lawn
mower
Gasoline
29
Briggs
&
Stratton
124702
4­
stroke
lawn
mower
Gasoline
30
Tecumseh
OVRM40
4­
stroke
lawn
mower
Gasoline
30
Yamaha
CG­
50
2­
stroke
moped
Gasoline
31
McCulloch
EB285BC
2­
stroke
string
trimmer
Gasoline
/
LPG
31
Tecumseh
TVS­
90
4­
stroke
lawn
mower
Gasoline
/
LPG
32
No
vehicles/
engines
tested
33
No
vehicles/
engines
tested
34
Chrysler
LDV
Gasoline
34
Ford
LDV
Gasoline
34
GM
LDV
Gasoline
34
Ford
LDV
Gasoline
34
GM
LDV
Gasoline
34
Unspecified
Import
LDV
Gasoline
34
AMC
LDV
Gasoline
34
GM
LDV
Gasoline
34
Unspecified
Import
LDV
Gasoline
34
Chrysler
LDV
Gasoline
34
Ford
LDV
Gasoline
34
GM
LDV
Gasoline
34
Unspecified
Import
LDV
Gasoline
34
Chrysler
LDV
Gasoline
34
Ford
LDV
Gasoline
34
GM
LDV
Gasoline
34
Unspecified
Import
LDV
Gasoline
34
Chrysler
LDV
Gasoline
34
Ford
LDV
Gasoline
34
GM
LDV
Gasoline
34
Unspecified
Import
LDV
Gasoline
34
AMC
LDV
Gasoline
34
Ford
LDV
Gasoline
34
GM
LDV
Gasoline
34
Unspecified
Import
LDV
Gasoline
34
Chrysler
LDV
Gasoline
34
Ford
LDV
Gasoline
34
GM
LDV
Gasoline
34
Unspecified
Import
LDV
Gasoline
35
General
Electric
F101
Aircraft
Turbine
Jet
35
General
Electric
F110
Aircraft
Turbine
Jet
36
General
Electric
TF­
39
Aircraft
Turbine
Jet
36
CFM
International
CFM­
56
Aircraft
Turbine
Jet
37
Buick
Century
LDV
Gasoline
37
Ford
Mustang
LDV
Gasoline
37
Dodge
Pickup
LDT
Gasoline
37
Chevrolet
Citation
LDV
Gasoline
37
Toyota
Pickup
LDT
Gasoline
38
Toyota
Camry
LDV
Gasoline
38
Pontiac
Grand
Am
LDV
Gasoline
38
Ford
Mustang
LDV
Gasoline
38
Chevrolet
Cavalier
LDV
Gasoline
38
Chrysler
Omni
LDV
Gasoline
38
Nissanan
Sentra
LDV
Gasoline
38
Honda
Accord
LDV
Gasoline
38
Toyota
Corolla
LDV
Gasoline
38
Dodge
Caravelle
LDV
Gasoline
39
Buick
Century
LDV
Gasoline
39
Ford
Mustang
LDV
Gasoline
39
Chevrolet
Citation
LDV
Gasoline
40
Ford
Tempo
LDV
Gasoline
40
Ford
Escort
LDV
Gasoline
40
Honda
Civic
LDV
Gasoline
40
Nissanan
Maxima
LDV
Gasoline
40
Oldmobile
Cutlass
Supreme
LDV
Gasoline
40
Chevrolet
Monte
Carlo
LDV
Gasoline
40
Ford
Lincoln
Mark
VII
LDV
Gasoline
40
Oldmobile
Delta
88
LDV
Gasoline
40
Ford
Taurus
LDV
Gasoline
40
Pontiac
6000
LDV
Gasoline
40
Ford
LTD
LDV
Gasoline
41
Buick
Century
LDV
Gasoline
41
Ford
Mustang
LDV
Gasoline
41
Chevrolet
Citation
LDV
Gasoline
42
Ford
Taurus
LDV
Gasoline
42
Toyota
Camry
LDV
Gasoline
43
Chevrolet
Lumina
LDV
Gasoline
43
Mercury
Marquis
LDV
Gasoline
43
Buick
Regal
LDV
Gasoline
43
Chevrolet
Impala
LDV
Gasoline
43
Ford
Probe
LDV
Gasoline
44
No
vehicles/
engines
tested
45
Ford
F150
LDT
45
Chevrolet
C10
Suburban
LDT
45
Chevrolet
C15
Suburban
LDT
45
Oldsmobile
Cutlass
Supreme
LDV
45
Pontiac
Grand
Prix
LDV
45
Chevrolet
Caprice
LDV
45
Chevrolet
Impala
LDV
45
Ford
Tempo
LDV
45
Honda
Accord
LDV
45
Plymouth
Reliant
LDV
45
Buick
LeSabre
LDV
45
Cadillac
Cimarron
LDV
45
Dodge
Daytona
LDV
45
Toyota
Celica
LDV
45
Dodge
Shadow
LDV
45
Ford
Crown
Victoria
LDV
FFV
45
Ford
Escort
LDV
45
Ford
Taurus
LDV
45
Ford
Tempo
LDV
45
Pontiac
Grand
Am
LDV
45
Chevrolet
Corsica
LDV
FFV
45
Chevrolet
Blazer
LDT
45
Dodge
Caravan
LDT
FFV
45
Dodge
Dynasty
LDV
45
Ford
Taurus
LDV
45
Ford
Taurus
LDV
FFV
45
Toyota
Toyota
Corolla
LDV
45
Chevrolet
C10
Suburban
LDT
45
Chevrolet
Corsica
LDV
45
Dodge
Caravan
LDT
FFV
45
Dodge
Shadow
LDV
45
Ford
Aerostar
LDT
45
Ford
Mustang
LDV
45
Ford
Taurus
LDV
45
Honda
Accord
LDV
45
Oldsmobile
Delta
88
LDV
45
Plymouth
Sundance
LDV
45
Pontiac
Bonneville
LDV
45
Pontiac
Grand
Am
LDV
45
Toyota
Camry
LDV
45
Chevrolet
Lumina
LDV
FFV
45
Dodge
Shadow
LDV
45
Dodge
Spirit
LDV
FFV
45
Ford
Taurus
LDV
FFV
45
Chevrolet
Camaro
Z28
LDV
45
Chevrolet
Lumina
LDV
45
Chevrolet
C20
Pickup
LDT
45
Chevrolet
Lumina
LDV
FFV
45
Dodge
B150
Ram
Wagon
LDT
45
GMC
Sierra
C20
Pickup
LDT
45
Buick
LeSabre
LDV
45
Chevrolet
Cavalier
LDV
45
Dodge
Spirit
LDV
45
Dodge
Spirit
LDV
FFV
45
Ford
Crown
Victoria
LDV
FFV
45
Ford
Taurus
LDV
45
Ford
Taurus
LDV
FFV
45
Ford
Tempo
LDV
45
Plymouth
Acclaim
LDV
45
Plymouth
Acclaim
LDV
FFV
45
Buick
LeSabre
LDV
45
Chevrolet
Cavalier
LDV
45
Dodge
Spirit
LDV
45
Ford
Escort
LDV
45
Ford
Taurus
LDV
45
Ford
Taurus
LDV
FFV
45
Plymouth
Voyager
LDT
45
Nissanan
Sentra
LDV
45
Buick
LeSabre
LDV
45
Chevrolet
Cavalier
LDV
45
Dodge
Neon
LDV
45
Ford
Crown
Victoria
LDV
45
Ford
Escort
LDV
45
Ford
Thunderbird
LDV
45
Plymouth
Voyager
LDT
46
Ford
F250
Pickup
LDT
Gasoline
46
Toyota
Corolla
LDV
Gasoline
46
Ford
Taurus
LDV
Gasoline
46
Jeep
Wrangler
LDT
Gasoline
46
Mazda
626LXi
LDV
Gasoline
46
Ford
Taurus
GL
LDV
Gasoline
46
Chevrolet
Corvette
LDV
Gasoline
46
Dodge
Ram
150
Van
LDT
Gasoline
46
Dodge
Colt
LDV
Gasoline
46
Pontiac
Sunbird
LE
LDV
Gasoline
46
Mercury
Tracer
LDV
Gasoline
46
Ford
Taurus
GL
LDV
Gasoline
46
Toyota
Camry
LDV
Gasoline
47
Hercules
GTA
MDV
CNG
48
Chevrolet
Lumina
LDV
Gasoline,
LPG,
CNG
50
Chevrolet
Lumina
LDV
­
FFV/
VFV
Gasoline,
E85
50
Ford
Taurus
LDV
­
FFV/
VFV
Gasoline,
E85
50
Plymouth
Acclaim
LDV
­
FFV/
VFV
Gasoline,
E85
53
Honda
Civic
LDV
Gasoline
53
Ford
Taurus
LDV
Gasoline
53
Toyota
pickup
truck
LDT
Gasoline
53
Chevy
Astrovan
LDT
Gasoline
53
Toyota
Celica
LDV
Gasoline
53
GMC
pickup
truck
LDT
Gasoline
53
Chrysler
Reliant
K
LDV
Gasoline
53
Toyota
Tercel
LDV
Gasoline
53
Honda
Accord
LDV
Gasoline
53
Volkswagon
Vancamper
LDV
Gasoline
53
Chevy
Camaro
LDV
Gasoline
61
Toyota
pickup
truck
LDT
Gasoline
61
Chevy
Astrovan
LDT
Gasoline
61
Honda
Accord
LDV
Gasoline
61
Volkswagon
Vancamper
LDV
Gasoline
61
Chevy
Camaro
LDV
Gasoline
61
Isuzu
intercooled
turbo
diesel
truck
MDT
Diesel
61
GMC
Vandura
3500
full
sized
comme
MDT
Diesel
62
Isuzu
intercooled
turbo
diesel
truck
MDT
Diesel
62
GMC
Vandura
3500
full
sized
comme
MDT
Diesel
87
1991­
96
light
duty
gasoline
vehicles
LDV
Gasoline
87
1986­
90
light
duty
gasoline
vehicles
LDV
Gasoline
87
1981­
85
light
duty
gasoline
vehicles
LDV
Gasoline
87
1971­
80
light
duty
gasoline
vehicles
LDV
Gasoline
87
1971
or
newer
smoking
gasoline
LDV
Gasoline
87
1971
or
newer
diesels
LDV
Diesel
92
American
Transportation
Bus
International
Engine
(
C275,
CG
HDV
Diesel,
LED
92
Blue
Bird
Bus
John
Deere
Engine
HDV
CNG
95
School
Bus
American
Transportation
3000R
HDV
Diesel
95
Grocry
Truck
(
CRT)
Sterling
AT9513
Class
8
Tracto
HDV
Diesel
95
Diesel
Transit
Bus
New
Flyer
Diesel
Transit
Bus
HDV
Diesel
95
CNG
Transit
Bus
New
Flyer
CNG
Transit
Bus
HDV
CNG
95
CNG
Transit
Bus
New
Flyer
CNG
Transit
Bus
HDV
CNG
95
Grocery
Truck
(
DPX)
Sterling
AT9513
Class
8
Tracto
HDV
Diesel
98
DaimlerChrysler
OM611
Diesel
99
DaimlerChrysler
OM611
Diesel
100
DaimlerChrysler
OM611
Diesel
101
prototype
and
recent
model­
yearFord
LDV
Gasoline
102
Cummins
N14
HDT
Diesel
102
DDC
Series
50
HDV
Diesel
102
Cummins
B5.9
HDT
Diesel
115
Ford
pickup
LDV
Gasoline
115
Chevrolet
Blazer
LDV
Gasoline
115
Pontiac
Bonneville
LDV
Gasoline
115
Nissan
Sentra
LDV
Gasoline
115
Acura
Integra
LDV
Gasoline
115
Toyota
Avalon
LDV
Gasoline
115
Mazda
Millenia
LDV
Gasoline
131
domestic
vehicle
(
details
not
given)
Gasoline
138
Ford
Taurus
LDV
Gasoline
147
GM
Camaro
LDV
Gasoline
147
Ford
Taurus
LDV
Gasoline
147
Chrysler
Shadow
LDV
Gasoline
155
TMC
model
RTS
kneeling
bus
TMC
HDV
Diesel
166
Tractor
Truck
(
with
Detroit
DiesFreightliner
HDT
Diesel
166
Tractor
Truck
(
with
Caterpillar
Freightliner
HDT
Diesel
166
Tractor
Truck
(
with
Cummins
NInternational
HDT
Diesel
170
Tecumseh
917.372271
4­
stroke
mower
Gasoline
170
Tecumseh
143.374132
4­
stroke
mower
Gasoline
170
Briggs
&
Stratton
92902
4­
stroke
mower
Gasoline
170
Lawn­
Boy
4570
2­
stroke
mower
Gasoline
170
Ryan
265
2­
stroke
trimmer
Gasoline
173
Caterpillar
3406E
Diesel
175
Six
Marine
Vessels
(
S1,
S3,
S5,
E3,
E4,
E6)

177
Plymouth
Horizon
LDV
Gasoline
177
Honda
Prelude
LDV
Gasoline
177
Oldsmobile
Cutlass
Sierra
LDV
Gasoline
177
Mazda
626
LDV
Gasoline
177
Dodge
Shadow
LDV
Gasoline
177
Ford
Tempo
LDV
Gasoline
177
Buick
Park
Avenue
LDV
Gasoline
177
Nissan
Stanza
LDV
Gasoline
177
Toyota
Celica
LDV
Gasoline
177
Acura
Legend
LDV
Gasoline
180
Cummins
B5.9
HDV
Diesel
183
Cummins
L10­
310
Diesel
184
5
offroad
gasoline
engines
were
tested,
no
engine
details
given
Gasoline
187
GE
Model
DASH9­
44CW
7FDL16N54
locomotive
engine
Diesel
187
GE
Model
DASH9­
44CW
7FDL16N62
locomotive
engine
Diesel
187
GE
Model
DASH9­
44CW
7FDL16N7
locomotive
engine
Diesel
187
EMD
Model
SD70MAC
16­
710G3B­
EC
locomotive
engine
Diesel
187
EMD
Model
SD70MAC
16­
710G3B­
EC
locomotive
engine
Diesel
187
EMD
Model
SD70MAC
16­
710G3B­
EC
locomotive
engine
Diesel
187
Detroit
Diesel
Corporation
(
DDCSeries
60
HD
Diesel
188
HOND
ACCORD
EX
LDV
Gasoline
188
MRCY
GRANDMARQUIS
LDV
Gasoline
188
FORD
TAURUS
SE
LDV
Gasoline
188
KIA
SEPHIA
LS
4
DOOR
LDV
Gasoline
188
VOLK
JETTA
GL
LDV
Gasoline
188
MITS
MONTERO
SPORT
4DR
LDV
Gasoline
188
FORD
WINDSTAR
GL
LDV
Gasoline
188
DSMC
SEBRING
LX
LDV
Gasoline
188
TOTA
ECHO
LDV
Gasoline
188
TOTA
ECHO
LDV
Gasoline
188
TOTA
ECHO
LDV
Gasoline
188
TOTA
ECHO
LDV
Gasoline
188
TOTA
ECHO
LDV
Gasoline
188
LEXS
LS
400
LDV
Gasoline
188
DODG
GRAND
CARAVAN
LDV
Gasoline
188
DODG
TOWN
COUNTRY
EX
LDV
Gasoline
188
DODG
GRAND
CARAVAN
EX
LDV
Gasoline
188
DODG
GRAND
CARAVAN
LDV
Gasoline
188
DODG
GRAND
CARAVAN
LDV
Gasoline
188
MB
C
230
LDV
Gasoline
188
BMW
323
IS
LDV
Gasoline
188
NISS
SENTRA
GXE
LDV
Gasoline
188
ISUZ
RODEO
LDV
Gasoline
188
CHEV
METRO
LSi
LDV
Gasoline
188
CHEV
METRO
LSI
LDV
Gasoline
188
CHEV
METRO
LSI
LDV
Gasoline
188
CHEV
METRO
LSI
LDV
Gasoline
188
CHEV
METRO
LSI
LDV
Gasoline
188
VOLV
S
70
GLT
LDV
Gasoline
188
CHEV
METRO
LSI
LDV
Gasoline
188
CHRY
PT
CRUISER
LDV
Gasoline
188
CHEV
P/
U
SILVERADO
LDV
Gasoline
188
FORD
GRUMMAN
VAN
LDV
Gasoline
188
HYND
ACCENT
GL
LDV
Gasoline
188
CHEV
CUSTOMDELUXE
30
LDV
Gasoline
188
BUIC
REGAL
LS
LDV
Gasoline
188
BUIC
LESABRE
LDV
Gasoline
188
BUIC
PARK
AVENUE
LDV
Gasoline
188
BUIC
PARK
AVENUE
LDV
Gasoline
188
PONT
BONNEVILLE
SLE
LDV
Gasoline
188
OLDS
INTRIGUE
LDV
Gasoline
188
CHEV
VAN
30
LDV
Gasoline
188
GMC
VANDURA
3500
LDV
Gasoline
188
DODG
RAM
1500
P/
U
4X4
LDV
Gasoline
188
HOND
CIVIC
GX
NGV
LDV
CNG
188
TOTA
PRIUS
HEV
LDV
Gasoline
188
GMC
FORWARD
LDV
Gasoline
188
DODG
DURANGO
SPORT
LDV
Gasoline
188
DODG
DURANGO
SPORT
LDV
Gasoline
188
DODG
DURANGO
SPORT
LDV
Gasoline
188
DODG
DURANGO
SPORT
LDV
Gasoline
188
DODG
DURANGO
SPORT
4X4
LDV
Gasoline
188
CHEV
CHEYENNE
2500
LDV
Gasoline
188
FORD
E
350
LDV
Gasoline
188
FORD
ECONOLINE
350
LDV
Gasoline
188
HOND
ACCORD
EX
LDV
Gasoline
188
MAZD
PROTEGE
LX
LDV
Gasoline
188
FORD
E­
350
LDV
Gasoline
188
GMC
VANDURA
3500
LDV
Gasoline
188
CHEV
VAN
3500
LDV
Gasoline
188
FORD
VAN
LDV
Gasoline
188
CHRY
SPORTMAN
LDV
Gasoline
188
FORD
EXPLORER
XLT
LDV
Gasoline
188
FORD
VAN
LDV
Gasoline
188
NISS
240
SX
LDV
Gasoline
188
NISS
SENTRA
CA
4
DR
LDV
Gasoline
188
FORD
EXPLORER
XLT
LDV
Gasoline
188
SATU
SW2
LDV
Gasoline
188
HOND
ACCORD
EX
4
DR
LDV
Gasoline
188
INFI
QX4
SUV
LDV
Gasoline
188
MITS
COUP
E
LDV
Gasoline
188
PLYM
VOYAGER
LDV
Gasoline
188
DODG
RAM
LDV
Gasoline
188
DODG
RAM
150
LDV
Gasoline
188
MRCY
LINCOLN
CONTINENTAL
LDV
Gasoline
188
CHEV
BERETTA
LDV
Gasoline
188
DODG
INTREPID
LDV
Gasoline
188
TOTA
CAMRY
LE
LDV
Gasoline
188
BMW
525I
LDV
Gasoline
188
HYND
ACCENT
LDV
Gasoline
188
TOTA
PRIUS
HYBRID
LDV
Gasoline
188
DODG
RAM
1500
LDV
Gasoline
188
HOND
ACCORD
DX
LDV
Gasoline
188
FORD
MUSTANG
LDV
Gasoline
188
TOTA
CAMRY
LE
S/
W
LDV
Gasoline
188
MAZD
626
LX
LDV
Gasoline
188
TOTA
COROLLA
FX
LDV
Gasoline
188
CHRY
LEBARON
LE
LDV
Gasoline
188
TOTA
CAMRY
LE
4
DR
LDV
Gasoline
188
DODG
GRAND
CARAVAN
SPORT
LDV
Gasoline
188
FORD
TAURUS
GL
4
DR
LDV
Gasoline
188
FORD
TAURUS
GL
LDV
Gasoline
188
CHEV
CAPRICE
CLASSIC
S/
W
LDV
Gasoline
188
SAAB
900
LDV
Gasoline
188
CAD
SEDAN
DEVILLE
LDV
Gasoline
188
CHEV
GEO
METRO
LSi
LDV
Gasoline
188
TOTA
TERCEL
HATCH
LDV
Gasoline
188
FORD
FOCUS
SE
LDV
Gasoline
188
NISS
SENTRA
2DR
LDV
Gasoline
188
CAD
SEDAN
DEVILLE
LDV
Gasoline
188
FORD
MUSTANG
LDV
Gasoline
188
HOND
CIVIC
VX
LDV
Gasoline
188
BMW
325I
LDV
Gasoline
188
MAZD
MIATA
MX5
LDV
Gasoline
188
CHEV
ASTRO
EXT
LDV
Gasoline
188
CHEV
CAVALIER
LC
LDV
Gasoline
188
NISS
QUEST
XE
LDV
Gasoline
188
CHEV
LUMINA
4
DR
SEDAN
LDV
Gasoline
188
VOLV
240
4DR
LDV
Gasoline
188
HOND
ACCORD
LX
WAGON
LDV
Gasoline
188
HOND
CIVIC
HEV
LDV
Gasoline
188
CHEV
SILVERADO
1500
LS
LDV
Gasoline
188
CHEV
CAVALIER
4
DOOR
LDV
Gasoline
188
HOND
ACCORD
LX
LDV
Gasoline
188
DODG
RAM
1500
LAMARI
LDV
Gasoline
188
DODG
DURANGO
SLT
LDV
Gasoline
188
LEXS
ES300
LDV
Gasoline
188
FORD
TAURUS
LX
LDV
Gasoline
189
Nissan
Sentra
LDV
Gasoline
189
Honda
Accord
LDV
Gasoline
189
Ford
Focus
LDV
Gasoline
190
for
C­
130
Aircraft
engine
T56­
A­
7
Aircraft
Jet
Fuel
190
C­
5
TF39­
GE­
1C
Aircraft
Jet
Fuel
190
C­
130H
(
APU)
GTCP85­
180
Aircraft
Jet
Fuel
190
C­
5A/
5B
(
APU)
GTCP165­
1
Aircraft
Jet
Fuel
190
UH60A,
UH60G
(
helicopter)
T­
700­
GE­
700
Aircraft
Jet
Fuel
190
F­
16
C/
D/
N
F110­
GE­
100
Aircraft
Jet
Fuel
190
B­
1B
F101­
GE­
102
Aircraft
Jet
Fuel
190
C/
EC/
RC­
135E
TF33­
P­
102
Aircraft
Jet
Fuel
190
KC­
135R
F108­
CF­
100
Aircraft
Jet
Fuel
190
C141
TF33­
P­
7/
7A
Aircraft
Jet
Fuel
190
T­
37
J69­
T­
25
Aircraft
Jet
Fuel
190
T­
38
J85­
GE­
5A
Aircraft
Jet
Fuel
190
C­
17
F117­
PW­
100
Aircraft
Jet
Fuel
190
B­
2
F118­
GE­
100
Aircraft
Jet
Fuel
190
F­
117A
and
F/
A­
18C/
D
F404­
GE­
F1D2/
400
Aircraft
Jet
Fuel
190
MH53J
(
helicopter)
T64­
GE­
100
Aircraft
Jet
Fuel
190
A­
10
TF34­
GE­
100A
Aircraft
Jet
Fuel
191
Yanmar
2TNEE68
utility
Diesel
191
Yanmar
L100AE­
DE
utility
Diesel
191
Kubota
V2203B
forklift
truck
Diesel
191
Lombardini
LDW903­
FOCS
generator/
pump
Diesel
191
Hatz
B130
utility/
pump
Diesel
191
Navistar
B250­
F
tractor/
trailer
Diesel
191
Cummins
QSL­
9
construction
equipment
Diesel
191
John
Deere
6101
excavator
Diesel
191
DDC
Series
60
construction/
agriculture
u
Diesel
191
Caterpillar
3508
mining
truck
Diesel
191
Caterpillar
3408
rubber­
tired
loader
Diesel
191
Deere
6068T
motor
grader
Diesel
191
Cummins
M11C
excavator
Diesel
191
Caterpillar
3196
agricultural
tractor
Diesel
191
Cummins
ISB190
telescoping
boom
excavato
Diesel
192
a
gasoline
vehicle
equipped
with
a
three­
way
catalyst
Gasoline
193
Mazda
626
LDV
Gasoline
193
Toyota
Tercel
LDV
Gasoline
193
Mazda
GLC
LDV
Gasoline
193
Oldsmobile
Cutlass
LDV
Gasoline
193
Toyota
Corolla
LDV
Gasoline
193
Ford
Fairmont
LDV
Gasoline
193
Volkswagen
Jetta
LDV
Gasoline
193
Chrysler
LeBaron
LDV
Gasoline
193
Pontiac
Acadian
LDV
Gasoline
193
Toyota
Tercel
LDV
Gasoline
193
Toyota
Tercel
LDV
Gasoline
193
Plymouth
Horizon
LDV
Gasoline
193
Toyota
Corolla
LDV
Gasoline
193
Toyota
Tercel
LDV
Gasoline
193
Plymouth
Voyager
LDV
Gasoline
193
Honda
Civic
LDV
Gasoline
193
Honda
Accord
LDV
Gasoline
193
Honda
Accord
LDV
Gasoline
193
Plymouth
Sundance
LDV
Gasoline
193
Chevrolet
Caprice
LDV
Gasoline
193
Mazda
323
LDV
Gasoline
193
Pontiac
Grand
Am
LDV
Gasoline
193
Toyota
Corolla
LDV
Gasoline
193
Ford
Festiva
LDV
Gasoline
193
Honda
Civic
LDV
Gasoline
193
Plymouth
Horizon
LDV
Gasoline
193
Chevrolet
Cavalier
LDV
Gasoline
193
Pontiac
Grand
Prix
LDV
Gasoline
193
Nissan
Sentra
LDV
Gasoline
193
Dodge
Shadow
LDV
Gasoline
193
Chevrolet
Cavalier
LDV
Gasoline
193
Pontiac
Firefly
LDV
Gasoline
193
Ford
Tempo
LDV
Gasoline
193
Acura
Integra
LDV
Gasoline
193
Honda
Accord
LDV
Gasoline
193
Toyota
Camry
LDV
Gasoline
193
Pontiac
Fiero
LDV
Gasoline
193
Acura
Integra
LDV
Gasoline
193
Buick
Riviera
LDV
Gasoline
193
Toyota
Tercel
LDV
Gasoline
193
Buick
Regal
LDV
Gasoline
193
Buick
Century
LDV
Gasoline
193
Honda
Civic
LDV
Gasoline
193
BMW
325
LDV
Gasoline
193
Dodge
2000
GTX
LDV
Gasoline
193
Acura
Integra
LDV
Gasoline
193
Oldsmobile
88
LDV
Gasoline
193
Honda
Civic
LDV
Gasoline
193
Chevrolet
Lumina
LDV
Gasoline
193
Buick
Century
LDV
Gasoline
193
Ford
Bronco
LDV
Gasoline
193
Ford
F250
LDV
Gasoline
193
Chevrolet
Pick­
up
LDV
Gasoline
193
Dodge
Caravan
LDV
Gasoline
193
Ford
Explorer
LDV
Gasoline
193
Nissan
Pick­
up
LDV
Gasoline
193
Chevrolet
Astrovan
LDV
Gasoline
193
Ford
Ranger
LDV
Gasoline
193
Chevrolet
Blazer
LDV
Gasoline
193
Mazda
B2200
LDV
Gasoline
193
Geo
Metro
LDV
Gasoline
193
Lincoln
Continental
LDV
Gasoline
193
Ford
Taurus
LDV
Gasoline
193
Saturn
SL2
LDV
Gasoline
193
Pontiac
Grand
Prix
LDV
Gasoline
193
Saturn
SW1
LDV
Gasoline
193
Dodge
Caravan
LDV
Gasoline
193
Suzuki
Tracker
LDV
Gasoline
193
Nissan
Pathfinder
LDV
Gasoline
193
Chevrolet
Tahoe
LDV
Gasoline
193
Pontiac
Transport
LDV
Gasoline
193
Dodge
Caravan
LDV
Gasoline
193
Jeep
Cherokee
LDV
Gasoline
193
Honda
Civic
LDV
Gasoline
Tested
Rated
Model
Age
Number
Odometer
Displacment
Engine
Fuel
Rated
Torque
Year
(
years)
Tested
(
miles)
(
liters)
Type
System
Horsepower
(
ft­
lbF)

1983
2
SI
1984
1
SI
1984
1
SI
1984
1
SI
1984
1
SI
1985
1
SI
1985
2
SI
1985
2
SI
1985
1
SI
1985
2
SI
1987
4
SI
1988
6
SI
1988
1
SI
1988
1
SI
1988
1
SI
1988
1
SI
1989
2
SI
1989
2
SI
1989
1
SI
1989
2
SI
1989
1
SI
1989
1
SI
1989
2
SI
1989
1
SI
1989
2
SI
1989
2
SI
1989
2
SI
1989
2
SI
1989
2
SI
1990
1
SI
1990
2
SI
1990
2
SI
1990
2
SI
1991
1
SI
1995
1
4852
5.0
SI
1995
1
7678
4.6
SI
1995
1
5361
3.0
SI
1995
1
9330
1.9
SI
1995
1
7.0
SI
220
340
1995
1
7.0
SI
225
345
1995
1
5.6
CI
180
475
1991
1
12.7
CI
370
1450
1995
1
7.5
SI
235
375
0
1980
1
138009
2.5
SI
CARB
1985
1
86373
5.0
SI
PFI
1988
1
25244
2.5
SI
PFI
1981
1
100359
3.8
SI
CARB
1983
1
74172
5.0
SI
TBI
1984
1
77257
1.8
SI
CARB
1987
1
31460
3.0
SI
PFI
1988
1
31400
2.4
SI
PFI
1988
1
45650
2.0
SI
PFI
1985
1
50934
5.0
SI
CARB
1986
1
52959
2.3
SI
PFI
1989
1
18760
3.8
SI
PFI
1990
1
5111
3.0
SI
PFI
1984
1
67308
2.8
SI
PFI
1985
1
81944
2.3
SI
CARB
1987
1
14649
3.8
SI
PFI
1982
1
109259
2.4
SI
PFI
1986
1
51583
3.8
SI
PFI
1989
1
13755
1.5
SI
CARB
1982
1
78505
3.8
SI
CARB
1967
1
SI
1974
1
SI
1971
1
SI
1974
1
SI
1972
1
SI
1972
1
SI
1974
1
SI
1973
1
SI
1970
1
SI
1972
1
SI
1972
1
SI
1969
1
SI
1971
1
SI
1974
1
SI
1973
1
SI
1972
1
SI
1985
1
SI
1985
1
SI
1985
1
SI
1985
1
SI
1985
1
SI
1984
1
SI
1984
1
SI
1985
1
SI
1983
1
SI
1985
1
SI
1984
1
SI
1985
1
SI
1983
1
SI
1984
1
SI
1986
1
SI
1986
1
SI
1986
1
SI
1986
1
SI
1986
1
SI
1986
1
SI
1984
1
SI
1985
1
SI
1985
1
SI
1984
1
SI
1985
1
SI
1984
1
SI
1985
1
SI
1984
1
SI
1984
1
SI
1984
1
SI
1983
1
SI
1985
1
SI
1985
1
SI
1985
1
SI
1985
1
SI
1986
1
SI
1986
1
SI
1986
1
SI
1986
1
SI
1985
1
SI
1985
1
SI
1986
1
SI
1984
1
SI
1986
1
SI
1984
1
SI
1989
1
SI
1988
1
SI
1983
1
SI
1989
1
SI
1989
1
SI
1989
1
SI
1989
1
SI
1989
1
SI
1989
1
SI
1981
1
SI
1979
1
SI
1976
1
SI
1977
1
SI
1978
1
SI
1976
1
SI
1978
1
SI
1975
1
SI
1981
1
CI
1978
1
CI
1988
1
7.3
CI
2
1
SI
4
1
SI
8
1
SI
11
1
SI
4
1
SI
1
SI
3.0
1
SI
5.0
1
SI
2.0
1
SI
3.0
1
SI
3.0
1
SI
2.0
1
SI
10.0
1
SI
1.5
1
SI
3.0
1
SI
3.0
1
SI
5.0
1
SI
12.0
1
SI
8.0
1
CI
130
1
CI
130
1
CI
165
1
CI
43
1
CI
43
1
CI
33.4
1
CI
105
1
CI
150
1
CI
310
0
0
0
1995
1
SI
1995
1
SI
0
pre­
1979
1
SI
1974­
78
7
SI
1974­
78
4
SI
1968
1
SI
1970
1
SI
1977­
79
4
CI
1976­
82
22
CI
1987
2
CI
0
0
0
0
0
0
0
1989
1
SI
1989
1
SI
1989
1
SI
1990
1
SI
1989
1
SI
1989
1
SI
0
0
0
6
SI
9
SI
1
CI
1
CI
2
SI
1
SI
1
CI
1
SI
4
SI
0
0
1
0.190
SI
5.0
5.0
0
1
0.190
SI
5.0
5.0
2
1
0.190
SI
5.0
5.0
11
1
0.148
SI
3.0
3.4
7
1
0.148
SI
3.5
3.8
16
1
0.148
SI
3.5
3.5
9
1
0.148
SI
3.5
3.5
0
1
0.150
SI
5.5
5.0
12
1
0.148
SI
3.5
3.5
4
1
0.190
SI
5.0
5.0
1
SI
3.5
1
SI
6.0
0
1
0.028
SI
1.1
0
1
0.148
SI
3.5
0
0
1975
1
SI
1975
1
SI
1975
1
SI
1976
1
SI
1976
2
SI
1976
1
SI
1977
1
SI
1977
2
SI
1977
1
SI
1978
1
SI
1978
2
SI
1978
1
SI
1978
1
SI
1979
1
SI
1979
1
SI
1979
1
SI
1979
2
SI
1980
1
SI
1980
1
SI
1980
3
SI
1980
2
SI
1981
1
SI
1981
3
SI
1981
6
SI
1981
2
SI
1982
1
SI
1982
1
SI
1982
3
SI
1982
1
SI
1984
1
52015
3.0
SI
1977
1
41614
5.0
SI
1991
1
13974
3.9
SI
1980
1
SI
1977
1
SI
1987
1
2764
2.0
SI
FI
1986
1
10783
2.5
SI
FI
1986
1
30176
2.3
SI
CARB
1984
1
61649
2.0
SI
TBI
1986
1
19746
2.2
SI
CARB
1987
1
4196
1.6
SI
CARB
1985
1
53384
1.8
SI
FI
1987
1
10221
1.6
SI
CARB
1987
1
5447
2.2
SI
FI
1984
1
52015
3.0
SI
1977
1
41614
5.0
SI
1980
1
129500
2.5
SI
1986
1
28651
2.3
SI
1985
1
24045
1.9
SI
1987
1
16259
1.5
SI
1987
1
7965
3.0
SI
1986
1
21288
3.8
SI
1987
1
20257
5.0
SI
1985
1
27466
5.0
SI
1987
1
10047
3.8
SI
1986
1
7381
3.0
SI
1985
1
38392
2.8
SI
1985
1
63850
3.8
SI
1984
1
52015
3.0
SI
1977
1
41614
5.0
SI
1980
1
129500
2.5
SI
1987
1
28500
2.5
SI
1986
1
20600
2.0
SI
1990
1
5255
2.5
SI
1977
1
81679
6.6
SI
1983
1
83007
3.8
SI
1974
1
62739
5.7
SI
1990
1
11538
3.0
SI
0
1983
2
SI
1984
1
SI
1984
1
SI
1984
1
SI
1984
1
SI
1985
1
SI
1985
1
SI
1985
2
SI
1985
2
SI
1985
2
SI
1986
1
SI
1986
1
SI
1986
1
SI
1986
1
SI
1987
1
SI
1987
4
SI
1987
1
SI
1987
1
SI
1987
1
SI
1987
1
SI
1988
6
SI
1988
1
SI
1988
1
SI
1988
1
SI
1988
1
SI
1988
1
SI
1988
1
SI
1989
2
SI
1989
1
SI
1989
1
SI
1989
2
SI
1989
3
SI
1989
2
SI
1989
2
SI
1989
2
SI
1989
1
SI
1989
2
SI
1989
1
SI
1989
2
SI
1989
2
SI
1990
2
SI
1990
1
SI
1990
2
SI
1990
2
SI
1991
1
SI
1991
1
SI
1992
1
SI
1992
3
SI
1992
2
SI
1992
1
SI
1993
1
SI
1993
1
SI
1993
1
SI
1993
1
SI
1993
1
SI
1993
1
SI
1993
2
SI
1993
1
SI
1993
1
SI
1993
2
SI
1994
1
SI
1994
1
SI
1994
1
SI
1994
1
SI
1994
1
SI
1994
1
SI
1994
1
SI
1
SI
199x
1
SI
199x
1
SI
199x
1
SI
199x
1
SI
199x
1
SI
199x
1
SI
199x
1
SI
1984
1
SI
1995
1
SI
1991
1
SI
1992
1
SI
1987
1
SI
1996
1
SI
1982
1
SI
1983
1
SI
1984
1
SI
1994
1
SI
1989
1
SI
1993
1
SI
1989
1
SI
1992
1
3.7
SI
GFI
130
320
1993
1
5685
3.1
SI
PFI
1992
1
3.1
SI
PFI
1993
1
3
SI
SFI
1993
1
2.5
SI
SFI
1994
1
17458
1.5
SI
1994
1
26731
3
SI
1992
1
41283
3
SI
1992
1
49439
5
SI
1990
1
54911
2.2
SI
1990
1
21073
5
SI
1986
1
78656
2.2
SI
1984
1
76656
1.5
SI
1981
1
106722
1.8
SI
1970
1
30000
1.6
SI
1969
1
371780
5
SI
1992
1
41283
3
SI
1992
1
49439
5
SI
1981
1
106722
1.8
SI
1970
1
30000
1.6
SI
1969
1
371780
5
SI
1995
1
39993
3.8
1
30560
6.5
1995
1
39993
3.8
1
30560
6.5
1991­
96
30
SI
1986­
90
36
SI
1981­
85
41
SI
1971­
80
42
SI
1971
or
newer
24
SI
1971
or
newer
22
1998
1
8.7
CI
275
800
2000
1
8.1
CI
250
800
1998
1
8.7
205
1999
1
12.7
430
1998
1
8.5
275
2000
1
8.5
275
2001
1
8.5
275
1999
1
12.7
430
1
2.2
CI
FI
123
221
1
2.2
CI
FI
123
221
1
2.2
CI
FI
123
221
at
least
3
mo.
up
to
100,000
mi
SI
1997
1
CI
1997
1
CI
1995
1
CI
1967
1
SI
1973
1
SI
1988
1
SI
1991
1
SI
1994
1
SI
1996
1
SI
1996
1
SI
1989
1991
1
3
SI
led
by
EEC­
IV
processor
1991
1
3100
5.7
SI
PFI
1988
1
25000
3
SI
PFI
1990
1
8700
2.5
SI
TBI
1989
88.76
1994
1
639105
12.7
470
1995
1
241843
14.6
375
1985
1
501586
14
300
2
1
164
SI
4
4
1
164
SI
4
8
1
148
SI
3.5
11
1
126
SI
4
4
1
31
SI
0.5
1997
1
14.6
CI
lar
electronic
un
435
1979
1
162444
1.7
SI
Carburetor
1980
1
173793
1.8
SI
Carburetor
1985
1
154165
2.5
SI
TBI
1984
1
164298
2
SI
Carburetor
1994
1
95518
2.5
SI
TBI
1990
1
81989
2.3
SI
MPFI
1987
1
91408
3.8
SI
MPFI
1990
1
96954
2.4
SI
MPFI
1989
1
109700
2
SI
MPFI
1987
1
102997
1.6
SI
MPFI
1995
1
5.9
CI
FI
160
400
1
10
CI
charged
direct
in
310
1150
5
1994
1
4400
1994
1
4400
1994
1
4400
1995
1
4000
1996
1
4000
1995
1
4000
1991
1
12.7
CI
370
1450
1998
1
44488
2.261
1998
1
15667
4.588
1998
1
29936
2.983
1998
1
26367
1.793
1998
1
42573
1.983
1998
1
31679
2.971
1998
1
24749
3.802
1998
1
36703
2.496
2001
1
37
1.496
2001
1
39
1.496
2001
1
40
1.496
2001
1
54
1.496
2001
1
30
1.496
1998
1
27125
3.969
2001
1
109
3.8
2001
1
105
3.8
2001
1
105
3.8
2001
1
105
3.8
2001
1
107
3.8
1998
1
42395
2.294
1998
1
29996
2.494
1998
1
33376
1.598
1998
1
40377
3.163
2001
1
31
1.327
2001
1
22
1.327
2001
1
21
1.327
2001
1
20
1.327
2001
1
32
1.327
1998
1
31109
2.442
1998
1
40878
1.295
2001
1
10138
2.425
1995
1
148456
7.44
1981
1
175730
4.916
1998
1
45347
1.495
1985
1
107383
5.735
2001
1
159
3.785
2001
1
100
3.785
2001
1
106
3.785
2001
1
95
3.785
2001
1
98
3.785
1998
1
43636
3.785
1985
1
165495
5.735
1986
1
124868
5.785
1998
1
36071
5.899
2000
1
18948
1.59
2001
1
11309
1.488
1993
1
140426
5.735
2001
1
108
4.736
2001
1
107
4.736
2001
1
135
4.736
2001
1
105
4.736
2001
1
107
4.736
1995
1
164718
7.44
1997
1
112406
6.751
1988
1
148429
7.538
2000
1
26280
2.261
1998
1
67925
1.49
1995
1
62782
7.538
1985
1
135069
5.735
1996
1
40960
7.44
1977
1
152016
7.538
1976
1
122438
5.899
1998
1
41390
4.949
1978
1
86185
5.75
1998
1
46844
2.393
2000
1
14325
1.799
1992
1
149867
3.99
1994
1
59597
1.901
1998
1
69290
2.261
1997
1
57805
3.274
1993
1
76041
1.468
1994
1
159502
2.966
1984
1
219495
1.998
1985
1
124801
5.211
1989
1
160886
4.949
1988
1
177010
2.835
1997
1
57063
3.523
1993
1
218341
2.163
1993
1
167333
2.496
1999
1
62383
1.495
2001
1
12461
1.48
1996
1
116400
5.211
1987
1
202725
1.95
1997
1
79769
3.753
1990
1
119378
2.507
1996
1
104194
1.991
1988
1
97953
1.586
1991
1
94127
2.966
1993
1
89263
2.163
2002
1
15731
3.277
1994
1
51788
2.966
1996
1
127299
2.983
1983
1
129370
4.998
1986
1
153916
1.983
1991
1
53810
4.867
1989
1
163888
1
1989
1
234594
1.458
2000
1
9214
1.999
1987
1
160047
1.598
1990
1
113317
4.474
1988
1
40361
2.294
1992
1
118415
1.491
1987
1
120095
2.494
2000
1
6518
1.84
1994
1
110535
4.294
1985
1
146946
1.983
1997
1
150468
2.96
1993
1
248095
3.13
1992
1
166402
2.311
1997
1
36332
2.163
2003
1
1887
1.9
1999
1
87748
5.299
1999
1
58698
2.196
1999
1
62892
2.261
1999
1
68910
5.899
1999
1
40705
5.9
1993
1
51182
2.958
2002
1
18363
0
2003
1
13421
1.8
SI
7.9
2003
1
10707
2.4
SI
8
2003
1
14476
2.3
SI
7.8
turboprop
4508.44
turbofan
turboshaft
turboshaft
128
turboshaft
1622
max
hp
turbofan
turbofan
turbofan
turbofan
turbojet
turbojet
turbofan
turbofan
turbofan
turboshaft
4330
turbofan
1998
1
0.5
CI
14
24
1998
1
0.2
CI
9
17
1999
1
2.2
CI
49
109
1999
1
0.92
CI
20
38
1999
1
0.35
CI
7
12
1998
1
7.4
CI
250
533
1999
1
8.3
CI
330
1170
1997
1
10
CI
320
1090
1999
1
12.7
CI
400
1392
1999
1
34.5
CI
850
2645
1999
1
18
CI
480
1996
1
6.8
CI
160
1997
1
10.7
CI
270
2001
1
10
CI
420
2001
1
5.9
CI
194
1
SI
1986
1
102146
SI
1985
1
96800
SI
1983
1
126664
SI
1984
1
112361
SI
1987
1
215014
SI
1981
1
50074
SI
1982
1
130278
SI
1984
1
56418
SI
1978
1
31254
SI
1987
1
132762
SI
1980
1
24847
SI
1985
1
16832
SI
1981
1
124858
SI
1985
1
143537
SI
1986
1
71273
SI
1992
1
47024
SI
1988
1
80922
SI
1991
1
118386
SI
1993
1
71870
SI
1989
1
92097
SI
1990
1
85980
SI
1992
1
108573
SI
1985
1
99020
SI
1990
1
103792
SI
1991
1
51871
SI
1989
1
18615
SI
1986
1
107532
SI
1991
1
66243
SI
1987
1
62629
SI
1990
1
70349
SI
1988
1
96605
SI
1989
1
100938
SI
1993
1
42498
SI
1992
1
39733
SI
1993
1
41695
SI
1993
1
152416
SI
1987
1
82816
SI
1992
1
89269
SI
1990
1
10637
SI
1989
1
68453
SI
1988
1
85947
SI
1984
1
54868
SI
1990
1
83254
SI
1988
1
133981
SI
1989
1
107047
SI
1987
1
83013
SI
1990
1
106981
SI
1991
1
41833
SI
1990
1
28481
SI
1989
1
171173
SI
1988
1
139769
SI
1991
1
24044
SI
1991
1
89002
SI
1993
1
131309
SI
1992
1
44206
SI
1990
1
68701
SI
1993
1
74469
SI
1990
1
126027
SI
1993
1
31364
SI
1988
1
133116
SI
1995
1
30020
SI
1997
1
17690
SI
1994
1
58137
SI
1997
1
14679
SI
1995
1
60343
SI
1995
1
58368
SI
1995
1
27241
SI
1994
1
65736
SI
1995
1
44829
SI
1996
1
33336
SI
1996
1
49403
SI
1995
1
62141
SI
1994
1
101154
SI
1998
1
38269
SI
