TRESPF
Location
Unit
Urban
or
Risk
Facility
Rural?
Number
Emission
Factor
ID
Latitude
Longitude
0
­
Urban
of
Emission
Point
Chemical
(
ug/
m3)­
1
Number
Facility
(
deg,
min,
sec
(
deg,
min,
sec
1
­
Rural
Points
ID
Number
TOSHI/
1
1
Temple­
411330
792442
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
2
Emerald
440322
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
5
Hunt
Forest
902915
303308
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
6
Hunt
Forest
922456
313531
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
12
Martco
304706
920215
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
13
Martco
313005
925341
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
14
Northwood
473048
950500
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
15
Roseburg
412601
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
17
Roseburg
430944
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
18
Roseburg
431044
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
19
Roseburg
425646
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
20
SierraPine,
382230
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
21
Smurfit
443300
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
22
Smurfit
442400
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
24
Timber
422619
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
25
Coastal
303927
842514
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
26
Collins
421007
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
30
Hardel
463739
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
33
K
Ply,
480725
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
35
Langboard
304708
832852
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
36
Merillat
440230
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
37
Rodman
450500
873845
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
38
Scotch
314741
874341
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
39
Southern
314204
831208
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
40
US
Forest
422600
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
41
Webb
363933
805504
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
43
ABTco,
A
450351
832528
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
44
ABTco,
361155
810208
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
45
Allegheny
414049
783810
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
46
Allegheny
414040
783730
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
47
Bassett
364557
800018
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
48
Bessemer
462805
900400
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
49
Boise
312715
932740
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
50
Boise
304627
924142
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
51
Boise
452107
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
52
Boise
453342
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
53
Boise
422539
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
56
Boise
483646
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
57
Boise
463646
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
62
Celotex
45236
764722
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
63
Champion
311445
802459
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
64
Champion
305456
944427
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
65
Champion
310048
944937
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
72
Georgia­
332643
860340
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
73
Georgia­
313410
871652
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
74
Georgia­
330817
915754
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
75
Georgia­
922515
334900
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
76
Georgia­
344305
920930
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
77
Georgia­
293538
820214
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
78
Georgia­
320430
834730
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
79
Georgia­
333630
832530
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
80
Georgia­
331630
834230
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
81
Georgia­
325437
844658
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
82
Georgia­
331630
834230
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
83
Georgia­
451103
672515
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
84
Georgia­
450000
844200
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
86
Georgia­
464636
920630
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
87
Georgia­
3E+
06
9E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
88
Georgia­
334053
894419
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
89
Georgia­
311119
910129
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
90
Georgia­
330627
890309
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
91
Georgia­
315025
892803
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
92
Georgia­
330605
890313
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
93
Georgia­
315005
892734
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
95
Georgia­
362545
771335
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
97
Georgia­
351936
784646
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
99
Georgia­
440300
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
100
Georgia­
345030
805341
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
101
Georgia­
331754
802621
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
102
Georgia­
341253
812940
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
103
Georgia­
332433
795854
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
104
Georgia­
332433
795854
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
105
Georgia­
364910
772859
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
106
Georgia­
363300
773140
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
107
Georgia­
364125
773129
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
108
Georgia­
370733
790154
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
109
Georgia­
454131
902347
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
110
Georgia­
464427
920430
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
111
Georgia­
375410
811115
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
112
Hood
311047
885600
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
113
Hood
304940
890730
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
115
Inca
403255
813006
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
117
International
335715
933852
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
118
Springhill
333648
933055
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
119
International
313449
943901
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
120
International
324649
942217
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
121
Masonite
391025
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
122
International
315801
834807
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
124
Masonite
­
314009
890810
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
126
Masonite
414548
762459
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
127
South
Coast
1E+
06
420303
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
128
International
363805
801540
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
129
International
370154
770630
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
130
Masonite
­
363245
792052
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
131
J.
M.
Huber
340957
832545
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
132
J.
M.
Huber
463955
675418
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
133
J.
M.
Huber
354504
844752
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
134
J.
M.
Huber
363005
783308
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
135
Louisiana­
315410
852132
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
137
Louisiana­
393000
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
138
Louisiana­
405351
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
139
Louisiana­
383919
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
140
Louisiana­
340226
832418
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
141
Louisiana­
320050
935848
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
143
Louisiana­
460633
675718
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
144
Louisiana­
462007
852935
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
145
Louisiana­
460226
880346
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
146
Louisiana­
470215
914000
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
148
Louisiana­
363118
785433
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
150
Louisiana­
304307
934142
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
151
Louisiana­
302432
945745
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
153
Louisiana­
321118
942145
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
154
Louisiana­
455907
913127
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
155
Louisiana­
452711
894319
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
156
Norbord
342737
883855
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
157
Norbord
420230
752600
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
158
Plum
Creek
482200
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
159
Plum
Creek
481400
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
160
Potlatch
474225
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
161
Potlatch
463143
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
162
Potlatch
471945
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
163
Potlatch
472325
944448
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
164
Potlatch
474740
923930
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
165
Potlatch
471345
933413
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
166
Medite
422055
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
167
SierraPine
384809
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
173
Stimson
453007
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
174
Stimson
465222
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
175
Stimson
482259
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
176
Temple­
313136
871626
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
177
Temple­
334360
973733
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
178
Temple­
332725
892922
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
180
Temple­
311500
935800
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
183
Union
Camp
314015
864215
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
184
Union
Camp
1E+
06
765500
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
185
Weyerhaeus
333420
880230
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
186
Weyerhaeus
340717
940032
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
187
Weyerhaeus
343417
930935
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
188
Weyerhaeus
310730
832600
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
189
Weyerhaeus
443532
844133
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
190
Weyerhaeus
353602
790238
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
191
Weyerhaeus
361518
804714
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
192
Weyerhaeus
340330
950000
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
193
Weyerhaeus
440317
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
194
Weyerhaeus
443908
990903
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
195
Weyerhaeus
384542
803921
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
196
Willamette
330230
931032
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
197
Willamette
380430
914400
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
198
Willamette
325518
923833
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
199
Willamette
323209
924519
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
200
Willamette
320707
924130
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
201
Willamette
323150
923623
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
202
Willamette
313738
933847
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
203
Willamette
323215
925230
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
206
Willamette
440300
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
207
Willamette
440339
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
208
Willamette
445451
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
209
Willamette
442428
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
210
Willamette
440245
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
212
Willamette
344315
810830
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
213
Willamette
794638
343524
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
220
Evanite
Fiber
443310
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
222
Freres
444459
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
224
Hambro
414504
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
229
Medply
422505
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
230
Murphy
422320
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
235
Ponderosa
350607
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
237
Simpson
471246
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
238
Superior
424430
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
431
Trus
Joist
440350
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
436
Willamette
443144
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
464
Del­
Tin
331037
924424
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
465
Louisiana­
305354
935540
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
466
Louisiana­
303410
952838
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
469
Boise
422122
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
142A
Louisiana­
315249
921652
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
142B
Louisiana­
315272
921518
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
152A
Louisiana­
302212
941041
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
152B
Louisiana­
322211
941020
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
179A
Temple­
311110
944718
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
179B
Temple­
311126
944723
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
23B
Timber
422029
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
442A
Rosboro
440236
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
443A
Boise
435321
1E+
06
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
58A
Broyhill
355307
813400
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
60A
Broyhill
355310
813250
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
98A
Georgia­
351537
780207
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
98B
Georgia­
351537
780207
1
2
1
TOSHI/
1
1
2
2
TOSHI/
1
442B
Rosboro
490245
1E+
06
1
2
1
TOSHI/
1
1
2
2
Vent
Type
Process
Storage
Vent
Stack
Area
Vent
Type
Stack
Gas
Exit
Gas
Exit
Fugitive
Emission
Height
(
square
0
­
vertical
Diameter
Velocity
Temperature
Stack
(
H)
(
kg/
year)
(
meters)
meters)
1
­
nonvert.
(
meters)
(
m/
sec)
(
K)
H
2279
21.5
100
0
1.5
18.5
360.9
H
1174
12.3
100
0
1.8
12.3
316.5
H
3096.3
21.5
100
0
1.5
18.5
360.9
H
1595.1
12.3
100
0
1.8
12.3
316.5
H
3025.1
21.5
100
0
1.5
18.5
360.9
H
1558.4
12.3
100
0
1.8
12.3
316.5
H
4466.3
21.5
100
0
1.5
18.5
360.9
H
2300.8
12.3
100
0
1.8
12.3
316.5
H
557448
21.5
100
0
1.5
18.5
360.9
H
287170
12.3
100
0
1.8
12.3
316.5
H
450.76
21.5
100
0
1.5
18.5
360.9
H
232.21
12.3
100
0
1.8
12.3
316.5
H
469033
21.5
100
0
1.5
18.5
360.9
H
241623
12.3
100
0
1.8
12.3
316.5
H
5408.3
21.5
100
0
1.5
18.5
360.9
H
2786.1
12.3
100
0
1.8
12.3
316.5
H
4495.6
21.5
100
0
1.5
18.5
360.9
H
2315.9
12.3
100
0
1.8
12.3
316.5
H
7497.7
21.5
100
0
1.5
18.5
360.9
H
3862.5
12.3
100
0
1.8
12.3
316.5
H
9026
21.5
100
0
1.5
18.5
360.9
H
4649.7
12.3
100
0
1.8
12.3
316.5
H
39816
21.5
100
0
1.5
18.5
360.9
H
20511
12.3
100
0
1.8
12.3
316.5
H
8399
21.5
100
0
1.5
18.5
360.9
H
4326.8
12.3
100
0
1.8
12.3
316.5
H
5855.1
21.5
100
0
1.5
18.5
360.9
H
3016.2
12.3
100
0
1.8
12.3
316.5
H
9627
21.5
100
0
1.5
18.5
360.9
H
4959.4
12.3
100
0
1.8
12.3
316.5
H
4122.5
21.5
100
0
1.5
18.5
360.9
H
2123.7
12.3
100
0
1.8
12.3
316.5
H
237304
21.5
100
0
1.5
18.5
360.9
H
122247
12.3
100
0
1.8
12.3
316.5
H
332.28
21.5
100
0
1.5
18.5
360.9
H
171.17
12.3
100
0
1.8
12.3
316.5
H
4448.9
21.5
100
0
1.5
18.5
360.9
H
2291.9
12.3
100
0
1.8
12.3
316.5
H
366723
21.5
100
0
1.5
18.5
360.9
H
188918
12.3
100
0
1.8
12.3
316.5
H
37589
21.5
100
0
1.5
18.5
360.9
H
19364
12.3
100
0
1.8
12.3
316.5
H
8429.7
21.5
100
0
1.5
18.5
360.9
H
4342.6
12.3
100
0
1.8
12.3
316.5
H
30624
21.5
100
0
1.5
18.5
360.9
H
15776
12.3
100
0
1.8
12.3
316.5
H
16296
21.5
100
0
1.5
18.5
360.9
H
8395
12.3
100
0
1.8
12.3
316.5
H
11597
21.5
100
0
1.5
18.5
360.9
H
5974.1
12.3
100
0
1.8
12.3
316.5
H
1966.2
21.5
100
0
1.5
18.5
360.9
H
1012.9
12.3
100
0
1.8
12.3
316.5
H
136895
21.5
100
0
1.5
18.5
360.9
H
70522
12.3
100
0
1.8
12.3
316.5
H
489257
21.5
100
0
1.5
18.5
360.9
H
252041
12.3
100
0
1.8
12.3
316.5
H
3435
21.5
100
0
1.5
18.5
360.9
H
1769.5
12.3
100
0
1.8
12.3
316.5
H
61462
21.5
100
0
1.5
18.5
360.9
H
31662
12.3
100
0
1.8
12.3
316.5
H
660.64
21.5
100
0
1.5
18.5
360.9
H
340.33
12.3
100
0
1.8
12.3
316.5
H
4452.7
21.5
100
0
1.5
18.5
360.9
H
2293.8
12.3
100
0
1.8
12.3
316.5
H
14421
21.5
100
0
1.5
18.5
360.9
H
7429.2
12.3
100
0
1.8
12.3
316.5
H
19953
21.5
100
0
1.5
18.5
360.9
H
10279
12.3
100
0
1.8
12.3
316.5
H
30883
21.5
100
0
1.5
18.5
360.9
H
15909
12.3
100
0
1.8
12.3
316.5
H
7827.6
21.5
100
0
1.5
18.5
360.9
H
4032.4
12.3
100
0
1.8
12.3
316.5
H
22815
21.5
100
0
1.5
18.5
360.9
H
11753
12.3
100
0
1.8
12.3
316.5
H
24629
21.5
100
0
1.5
18.5
360.9
H
12687
12.3
100
0
1.8
12.3
316.5
H
6024.9
21.5
100
0
1.5
18.5
360.9
H
3103.8
12.3
100
0
1.8
12.3
316.5
H
4883.7
21.5
100
0
1.5
18.5
360.9
H
2515.9
12.3
100
0
1.8
12.3
316.5
H
4093.7
21.5
100
0
1.5
18.5
360.9
H
2108.9
12.3
100
0
1.8
12.3
316.5
H
8872.8
21.5
100
0
1.5
18.5
360.9
H
4570.8
12.3
100
0
1.8
12.3
316.5
H
7136.7
21.5
100
0
1.5
18.5
360.9
H
3676.5
12.3
100
0
1.8
12.3
316.5
H
589.02
21.5
100
0
1.5
18.5
360.9
H
303.44
12.3
100
0
1.8
12.3
316.5
H
578.61
21.5
100
0
1.5
18.5
360.9
H
298.07
12.3
100
0
1.8
12.3
316.5
H
1228
21.5
100
0
1.5
18.5
360.9
H
632.6
12.3
100
0
1.8
12.3
316.5
H
606.09
21.5
100
0
1.5
18.5
360.9
H
312.23
12.3
100
0
1.8
12.3
316.5
H
20257
21.5
100
0
1.5
18.5
360.9
H
10436
12.3
100
0
1.8
12.3
316.5
H
673.06
21.5
100
0
1.5
18.5
360.9
H
346.73
12.3
100
0
1.8
12.3
316.5
H
47887
21.5
100
0
1.5
18.5
360.9
H
24669
12.3
100
0
1.8
12.3
316.5
H
650.24
21.5
100
0
1.5
18.5
360.9
H
334.97
12.3
100
0
1.8
12.3
316.5
H
180.23
21.5
100
0
1.5
18.5
360.9
H
92.847
12.3
100
0
1.8
12.3
316.5
H
1319.6
21.5
100
0
1.5
18.5
360.9
H
679.77
12.3
100
0
1.8
12.3
316.5
H
496.28
21.5
100
0
1.5
18.5
360.9
H
255.66
12.3
100
0
1.8
12.3
316.5
H
224079
21.5
100
0
1.5
18.5
360.9
H
115434
12.3
100
0
1.8
12.3
316.5
H
94319
21.5
100
0
1.5
18.5
360.9
H
48588
12.3
100
0
1.8
12.3
316.5
H
17924
21.5
100
0
1.5
18.5
360.9
H
9233.4
12.3
100
0
1.8
12.3
316.5
H
58554
21.5
100
0
1.5
18.5
360.9
H
30164
12.3
100
0
1.8
12.3
316.5
H
834036
21.5
100
0
1.5
18.5
360.9
H
429655
12.3
100
0
1.8
12.3
316.5
H
711.62
21.5
100
0
1.5
18.5
360.9
H
366.59
12.3
100
0
1.8
12.3
316.5
H
45629
21.5
100
0
1.5
18.5
360.9
H
23506
12.3
100
0
1.8
12.3
316.5
H
637.26
21.5
100
0
1.5
18.5
360.9
H
328.29
12.3
100
0
1.8
12.3
316.5
H
522.06
21.5
100
0
1.5
18.5
360.9
H
268.94
12.3
100
0
1.8
12.3
316.5
H
21699
21.5
100
0
1.5
18.5
360.9
H
11178
12.3
100
0
1.8
12.3
316.5
H
42768
21.5
100
0
1.5
18.5
360.9
H
22032
12.3
100
0
1.8
12.3
316.5
H
6595.6
21.5
100
0
1.5
18.5
360.9
H
3397.7
12.3
100
0
1.8
12.3
316.5
H
14224
21.5
100
0
1.5
18.5
360.9
H
7327.7
12.3
100
0
1.8
12.3
316.5
H
40107
21.5
100
0
1.5
18.5
360.9
H
20661
12.3
100
0
1.8
12.3
316.5
H
6725.3
21.5
100
0
1.5
18.5
360.9
H
3464.5
12.3
100
0
1.8
12.3
316.5
H
5218.3
21.5
100
0
1.5
18.5
360.9
H
2688.2
12.3
100
0
1.8
12.3
316.5
H
4997.1
21.5
100
0
1.5
18.5
360.9
H
2574.3
12.3
100
0
1.8
12.3
316.5
H
24519
21.5
100
0
1.5
18.5
360.9
H
12631
12.3
100
0
1.8
12.3
316.5
H
4922.7
21.5
100
0
1.5
18.5
360.9
H
2535.9
12.3
100
0
1.8
12.3
316.5
H
23851
21.5
100
0
1.5
18.5
360.9
H
12287
12.3
100
0
1.8
12.3
316.5
H
6853.8
21.5
100
0
1.5
18.5
360.9
H
3530.7
12.3
100
0
1.8
12.3
316.5
H
28382
21.5
100
0
1.5
18.5
360.9
H
14621
12.3
100
0
1.8
12.3
316.5
H
22830
21.5
100
0
1.5
18.5
360.9
H
11761
12.3
100
0
1.8
12.3
316.5
H
14811
21.5
100
0
1.5
18.5
360.9
H
7629.7
12.3
100
0
1.8
12.3
316.5
H
38220
21.5
100
0
1.5
18.5
360.9
H
19689
12.3
100
0
1.8
12.3
316.5
H
3512.4
21.5
100
0
1.5
18.5
360.9
H
1809.4
12.3
100
0
1.8
12.3
316.5
H
4539.2
21.5
100
0
1.5
18.5
360.9
H
2338.4
12.3
100
0
1.8
12.3
316.5
H
3462
21.5
100
0
1.5
18.5
360.9
H
1783.5
12.3
100
0
1.8
12.3
316.5
H
449.94
21.5
100
0
1.5
18.5
360.9
H
231.79
12.3
100
0
1.8
12.3
316.5
H
4547.7
21.5
100
0
1.5
18.5
360.9
H
2342.8
12.3
100
0
1.8
12.3
316.5
H
453320
21.5
100
0
1.5
18.5
360.9
H
233529
12.3
100
0
1.8
12.3
316.5
H
15146
21.5
100
0
1.5
18.5
360.9
H
7802.6
12.3
100
0
1.8
12.3
316.5
H
48262
21.5
100
0
1.5
18.5
360.9
H
24862
12.3
100
0
1.8
12.3
316.5
H
604068
21.5
100
0
1.5
18.5
360.9
H
311187
12.3
100
0
1.8
12.3
316.5
H
255092
21.5
100
0
1.5
18.5
360.9
H
131411
12.3
100
0
1.8
12.3
316.5
H
140946
21.5
100
0
1.5
18.5
360.9
H
72609
12.3
100
0
1.8
12.3
316.5
H
2669
21.5
100
0
1.5
18.5
360.9
H
1374.9
12.3
100
0
1.8
12.3
316.5
H
49309
21.5
100
0
1.5
18.5
360.9
H
25402
12.3
100
0
1.8
12.3
316.5
H
54038
21.5
100
0
1.5
18.5
360.9
H
27838
12.3
100
0
1.8
12.3
316.5
H
108365
21.5
100
0
1.5
18.5
360.9
H
55824
12.3
100
0
1.8
12.3
316.5
H
12592
21.5
100
0
1.5
18.5
360.9
H
6486.6
12.3
100
0
1.8
12.3
316.5
H
390594
21.5
100
0
1.5
18.5
360.9
H
201215
12.3
100
0
1.8
12.3
316.5
H
22163
21.5
100
0
1.5
18.5
360.9
H
11417
12.3
100
0
1.8
12.3
316.5
H
27903
21.5
100
0
1.5
18.5
360.9
H
14374
12.3
100
0
1.8
12.3
316.5
H
866.93
21.5
100
0
1.5
18.5
360.9
H
446.6
12.3
100
0
1.8
12.3
316.5
H
9873.5
21.5
100
0
1.5
18.5
360.9
H
5086.3
12.3
100
0
1.8
12.3
316.5
H
52793
21.5
100
0
1.5
18.5
360.9
H
27197
12.3
100
0
1.8
12.3
316.5
H
9931.8
21.5
100
0
1.5
18.5
360.9
H
5116.4
12.3
100
0
1.8
12.3
316.5
H
17823
21.5
100
0
1.5
18.5
360.9
H
9181.3
12.3
100
0
1.8
12.3
316.5
H
3059.8
21.5
100
0
1.5
18.5
360.9
H
1576.3
12.3
100
0
1.8
12.3
316.5
H
19736
21.5
100
0
1.5
18.5
360.9
H
10167
12.3
100
0
1.8
12.3
316.5
H
10447
21.5
100
0
1.5
18.5
360.9
H
5381.7
12.3
100
0
1.8
12.3
316.5
H
29576
21.5
100
0
1.5
18.5
360.9
H
15236
12.3
100
0
1.8
12.3
316.5
H
10428
21.5
100
0
1.5
18.5
360.9
H
5371.8
12.3
100
0
1.8
12.3
316.5
H
17831
21.5
100
0
1.5
18.5
360.9
H
9185.6
12.3
100
0
1.8
12.3
316.5
H
6034.8
21.5
100
0
1.5
18.5
360.9
H
3108.9
12.3
100
0
1.8
12.3
316.5
H
492.37
21.5
100
0
1.5
18.5
360.9
H
253.64
12.3
100
0
1.8
12.3
316.5
H
14284
21.5
100
0
1.5
18.5
360.9
H
7358.6
12.3
100
0
1.8
12.3
316.5
H
39455
21.5
100
0
1.5
18.5
360.9
H
20325
12.3
100
0
1.8
12.3
316.5
H
392803
21.5
100
0
1.5
18.5
360.9
H
202353
12.3
100
0
1.8
12.3
316.5
H
4143
21.5
100
0
1.5
18.5
360.9
H
2134.3
12.3
100
0
1.8
12.3
316.5
H
5624.1
21.5
100
0
1.5
18.5
360.9
H
2897.3
12.3
100
0
1.8
12.3
316.5
H
11464
21.5
100
0
1.5
18.5
360.9
H
5905.6
12.3
100
0
1.8
12.3
316.5
H
3805
21.5
100
0
1.5
18.5
360.9
H
1960.1
12.3
100
0
1.8
12.3
316.5
H
11655
21.5
100
0
1.5
18.5
360.9
H
6004.3
12.3
100
0
1.8
12.3
316.5
H
2584.6
21.5
100
0
1.5
18.5
360.9
H
1331.5
12.3
100
0
1.8
12.3
316.5
H
3514.1
21.5
100
0
1.5
18.5
360.9
H
1810.3
12.3
100
0
1.8
12.3
316.5
H
425856
21.5
100
0
1.5
18.5
360.9
H
219380
12.3
100
0
1.8
12.3
316.5
H
20925
21.5
100
0
1.5
18.5
360.9
H
10780
12.3
100
0
1.8
12.3
316.5
H
34655
21.5
100
0
1.5
18.5
360.9
H
17852
12.3
100
0
1.8
12.3
316.5
H
7475.1
21.5
100
0
1.5
18.5
360.9
H
3850.8
12.3
100
0
1.8
12.3
316.5
H
344.52
21.5
100
0
1.5
18.5
360.9
H
177.48
12.3
100
0
1.8
12.3
316.5
H
28590
21.5
100
0
1.5
18.5
360.9
H
14728
12.3
100
0
1.8
12.3
316.5
H
451.72
21.5
100
0
1.5
18.5
360.9
H
232.7
12.3
100
0
1.8
12.3
316.5
H
3088.3
21.5
100
0
1.5
18.5
360.9
H
1590.9
12.3
100
0
1.8
12.3
316.5
H
10482
21.5
100
0
1.5
18.5
360.9
H
5400
12.3
100
0
1.8
12.3
316.5
H
13538
21.5
100
0
1.5
18.5
360.9
H
6973.9
12.3
100
0
1.8
12.3
316.5
H
9959.8
21.5
100
0
1.5
18.5
360.9
H
5130.8
12.3
100
0
1.8
12.3
316.5
H
5923.3
21.5
100
0
1.5
18.5
360.9
H
3051.4
12.3
100
0
1.8
12.3
316.5
H
2564.3
21.5
100
0
1.5
18.5
360.9
H
1321
12.3
100
0
1.8
12.3
316.5
H
28785
21.5
100
0
1.5
18.5
360.9
H
14829
12.3
100
0
1.8
12.3
316.5
H
718.98
21.5
100
0
1.5
18.5
360.9
H
370.38
12.3
100
0
1.8
12.3
316.5
H
760.53
21.5
100
0
1.5
18.5
360.9
H
391.79
12.3
100
0
1.8
12.3
316.5
H
710.31
21.5
100
0
1.5
18.5
360.9
H
365.92
12.3
100
0
1.8
12.3
316.5
H
60179
21.5
100
0
1.5
18.5
360.9
H
31001
12.3
100
0
1.8
12.3
316.5
H
30521
21.5
100
0
1.5
18.5
360.9
H
15723
12.3
100
0
1.8
12.3
316.5
H
4166.9
21.5
100
0
1.5
18.5
360.9
H
2146.6
12.3
100
0
1.8
12.3
316.5
H
453320
21.5
100
0
1.5
18.5
360.9
H
233529
12.3
100
0
1.8
12.3
316.5
H
667.33
21.5
100
0
1.5
18.5
360.9
H
343.77
12.3
100
0
1.8
12.3
316.5
H
70337
21.5
100
0
1.5
18.5
360.9
H
36234
12.3
100
0
1.8
12.3
316.5
H
21028
21.5
100
0
1.5
18.5
360.9
H
10832
12.3
100
0
1.8
12.3
316.5
H
36970
21.5
100
0
1.5
18.5
360.9
H
19045
12.3
100
0
1.8
12.3
316.5
H
30076
21.5
100
0
1.5
18.5
360.9
H
15494
12.3
100
0
1.8
12.3
316.5
H
7031.9
21.5
100
0
1.5
18.5
360.9
H
3622.5
12.3
100
0
1.8
12.3
316.5
H
33393
21.5
100
0
1.5
18.5
360.9
H
17202
12.3
100
0
1.8
12.3
316.5
H
15456
21.5
100
0
1.5
18.5
360.9
H
7962
12.3
100
0
1.8
12.3
316.5
H
28803
21.5
100
0
1.5
18.5
360.9
H
14838
12.3
100
0
1.8
12.3
316.5
H
23954
21.5
100
0
1.5
18.5
360.9
H
12340
12.3
100
0
1.8
12.3
316.5
H
33611
21.5
100
0
1.5
18.5
360.9
H
17315
12.3
100
0
1.8
12.3
316.5
H
14908
21.5
100
0
1.5
18.5
360.9
H
7680.1
12.3
100
0
1.8
12.3
316.5
H
29564
21.5
100
0
1.5
18.5
360.9
H
15230
12.3
100
0
1.8
12.3
316.5
H
4390.4
21.5
100
0
1.5
18.5
360.9
H
2261.7
12.3
100
0
1.8
12.3
316.5
H
2004.7
21.5
100
0
1.5
18.5
360.9
H
1032.7
12.3
100
0
1.8
12.3
316.5
H
2283.5
21.5
100
0
1.5
18.5
360.9
H
1176.3
12.3
100
0
1.8
12.3
316.5
H
14614
21.5
100
0
1.5
18.5
360.9
H
7528.3
12.3
100
0
1.8
12.3
316.5
H
4716.9
21.5
100
0
1.5
18.5
360.9
H
2429.9
12.3
100
0
1.8
12.3
316.5
H
8950.6
21.5
100
0
1.5
18.5
360.9
H
4610.9
12.3
100
0
1.8
12.3
316.5
H
1798.5
21.5
100
0
1.5
18.5
360.9
H
926.51
12.3
100
0
1.8
12.3
316.5
H
29724
21.5
100
0
1.5
18.5
360.9
H
15313
12.3
100
0
1.8
12.3
316.5
H
26048
21.5
100
0
1.5
18.5
360.9
H
13418
12.3
100
0
1.8
12.3
316.5
H
1393.7
21.5
100
0
1.5
18.5
360.9
H
717.94
12.3
100
0
1.8
12.3
316.5
H
4251.8
21.5
100
0
1.5
18.5
360.9
H
2190.3
12.3
100
0
1.8
12.3
316.5
H
6783.6
21.5
100
0
1.5
18.5
360.9
H
3494.6
12.3
100
0
1.8
12.3
316.5
H
2904.9
21.5
100
0
1.5
18.5
360.9
H
1496.5
12.3
100
0
1.8
12.3
316.5
H
2616.1
21.5
100
0
1.5
18.5
360.9
H
1347.7
12.3
100
0
1.8
12.3
316.5
H
872.93
21.5
100
0
1.5
18.5
360.9
H
449.69
12.3
100
0
1.8
12.3
316.5
H
52512
21.5
100
0
1.5
18.5
360.9
H
27052
12.3
100
0
1.8
12.3
316.5
H
627.69
21.5
100
0
1.5
18.5
360.9
H
323.36
12.3
100
0
1.8
12.3
316.5
H
17876
21.5
100
0
1.5
18.5
360.9
H
9208.7
12.3
100
0
1.8
12.3
316.5
H
6012.4
21.5
100
0
1.5
18.5
360.9
H
3097.3
12.3
100
0
1.8
12.3
316.5
H
8245.3
21.5
100
0
1.5
18.5
360.9
H
4247.6
12.3
100
0
1.8
12.3
316.5
H
6020
21.5
100
0
1.5
18.5
360.9
H
3101.2
12.3
100
0
1.8
12.3
316.5
H
433.47
21.5
100
0
1.5
18.5
360.9
H
223.3
12.3
100
0
1.8
12.3
316.5
H
17855
21.5
100
0
1.5
18.5
360.9
H
9198.2
12.3
100
0
1.8
12.3
316.5
H
34731
21.5
100
0
1.5
18.5
360.9
H
17892
12.3
100
0
1.8
12.3
316.5
H
7382.1
21.5
100
0
1.5
18.5
360.9
H
3802.9
12.3
100
0
1.8
12.3
316.5
H
247905
21.5
100
0
1.5
18.5
360.9
H
127709
12.3
100
0
1.8
12.3
316.5
H
32340
21.5
100
0
1.5
18.5
360.9
H
16660
12.3
100
0
1.8
12.3
316.5
H
287.42
21.5
100
0
1.5
18.5
360.9
H
148.07
12.3
100
0
1.8
12.3
316.5
H
57.916
21.5
100
0
1.5
18.5
360.9
H
29.836
12.3
100
0
1.8
12.3
316.5
H
1634.2
21.5
100
0
1.5
18.5
360.9
H
841.88
12.3
100
0
1.8
12.3
316.5
H
4154.2
21.5
100
0
1.5
18.5
360.9
H
2140.1
12.3
100
0
1.8
12.3
316.5
H
191.49
21.5
100
0
1.5
18.5
360.9
H
98.647
12.3
100
0
1.8
12.3
316.5
H
814.25
21.5
100
0
1.5
18.5
360.9
H
419.46
12.3
100
0
1.8
12.3
316.5
H
209693
21.5
100
0
1.5
18.5
360.9
H
108024
12.3
100
0
1.8
12.3
316.5
Model
Choosing
your
own
Meteorology
Site
Maps?
Each
Ring?
Y
­
Yes
Y
­
Yes
STAR
Site
Ambient
(
K)
Lapse
Rate
Lapse
Rate
Lapse
Rate
N
­
No
N
­
No
Stab
D
Stab
E
Stab
F
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
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­
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­
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­
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­
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­
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­
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­
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­
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­
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­
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­
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­
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­
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N
­
No
N
­
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­
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N
­
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N
­
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N
­
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N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
N
­
No
HEM
Results
Using
Real
Emissions
HEM
CANCER
OUTPUT
Lifetime
Conc
People
Exposure
Incidence
Max
Risk
Plant
#
Source
3.35E­
06
55
1.84E­
04
1.84E­
04
3.35E­
06
163
Potlatch
Corporation
­
Be
2.79E­
06
18
5.02E­
05
5.02E­
05
2.79E­
06
88
"
Georgia­
Pacific
OSB
Plant
2.46E­
06
6
1.48E­
05
1.48E­
05
2.46E­
06
126
Masonite
Corporation
­
To
2.28E­
06
3
6.84E­
06
6.84E­
06
2.28E­
06
14
Northwood
Panelboard
Compa
2.18E­
06
148
3.22E­
04
3.22E­
04
2.18E­
06
193
"
Weyerhaeuser
Company
­
S
1.95E­
06
11
2.15E­
05
2.15E­
05
1.95E­
06
122
International
Paper
Corde
1.77E­
06
112
1.99E­
04
1.99E­
04
1.77E­
06
152A
"
Louisiana­
Pacific
Corpo
1.68E­
06
50
8.42E­
05
8.42E­
05
1.68E­
06
124
Masonite
­
Laurel
Mill
1.66E­
06
9
1.49E­
05
1.49E­
05
1.66E­
06
158
"
Plum
Creek
Manufacturing
1.57E­
06
37
5.81E­
05
5.81E­
05
1.57E­
06
177
Temple­
Inland
­
Hope
Part
1.44E­
06
2
2.88E­
06
2.88E­
06
1.44E­
06
119
"
International
Paper,
Nac
1.41E­
06
108
1.53E­
04
1.53E­
04
1.41E­
06
129
"
International
Paper/
Maso
1.36E­
06
45
6.11E­
05
6.11E­
05
1.36E­
06
20
"
SierraPine,
Ltd,
Ampine
D
1.35E­
06
12
1.62E­
05
1.62E­
05
1.35E­
06
153
"
Louisiana­
Pacific
Corpor
1.35E­
06
24
3.24E­
05
3.24E­
05
1.35E­
06
179B
Temple­
Inland
­
Diboll
F
1.35E­
06
20
2.69E­
05
2.69E­
05
1.35E­
06
132
J.
M.
Huber
Corporation
Ea
1.31E­
06
21
2.75E­
05
2.75E­
05
1.31E­
06
56
Boise
Cascade
Corporation
1.26E­
06
1
1.26E­
06
1.26E­
06
1.26E­
06
12
Martco
Partnership
­
LeMoy
1.23E­
06
130
1.60E­
04
1.60E­
04
1.23E­
06
36
Merillat
Corporation
1.18E­
06
29
3.43E­
05
3.43E­
05
1.18E­
06
84
"
Georgia­
Pacific
Particleb
1.14E­
06
128
1.46E­
04
1.46E­
04
1.14E­
06
191
"
Weyerhaeuser
Company
­
E
1.08E­
06
10
1.08E­
05
1.08E­
05
1.08E­
06
148
"
Louisiana­
Pacific
­
Roxb
1.05E­
06
38
4.00E­
05
4.00E­
05
1.05E­
06
179A
Temple­
Inland
­
Diboll
P
MIR
>
10­
6
1.04E­
06
4
4.17E­
06
4.17E­
06
1.04E­
06
195
"
Weyerhaeuser
­
Heaters
F
24
facilities
9.97E­
07
19
1.89E­
05
1.89E­
05
9.97E­
07
155
"
Louisiana­
Pacific
Corpor
9.22E­
07
16
1.48E­
05
1.48E­
05
9.22E­
07
131
"
J.
M.
Huber
Corporation
­
MIR
<
10­
6
9.04E­
07
1
9.04E­
07
9.04E­
07
9.04E­
07
35
Langboard
OSB
157
facilities
8.99E­
07
3
2.70E­
06
2.70E­
06
8.99E­
07
154
"
Louisiana­
Pacific
Corpor
8.84E­
07
60
5.30E­
05
5.30E­
05
8.84E­
07
140
Louisiana­
Pacific
­
Athen
8.83E­
07
44
3.88E­
05
3.88E­
05
8.83E­
07
224
"
Hambro
Forest
Products,
8.59E­
07
227
1.95E­
04
1.95E­
04
8.59E­
07
128
International
Paper
­
Stu
8.36E­
07
186
1.56E­
04
1.56E­
04
8.36E­
07
44
"
ABTco,
Incorporated
­
Roa
8.30E­
07
27
2.24E­
05
2.24E­
05
8.30E­
07
90
"
Georgia­
Pacific
Particleb
7.93E­
07
10
7.93E­
06
7.93E­
06
7.93E­
07
188
"
Weyerhaeuser
Company­
Ad
7.65E­
07
32
2.45E­
05
2.45E­
05
7.65E­
07
210
"
Willamette
Industries,
I
7.54E­
07
46
3.47E­
05
3.47E­
05
7.54E­
07
165
Potlatch
Corporation
7.41E­
07
10
7.41E­
06
7.41E­
06
7.41E­
07
189
Weyerhaeuser
Company
­
Gr
7.40E­
07
31
2.29E­
05
2.29E­
05
7.40E­
07
98B
"
Georgia­
Pacific
OSB
Plan
7.21E­
07
2
1.44E­
06
1.44E­
06
7.21E­
07
53
Boise
Cascade
Corporation
6.94E­
07
103
7.15E­
05
7.15E­
05
6.94E­
07
465
"
Louisiana­
Pacific
Corpor
6.91E­
07
2
1.38E­
06
1.38E­
06
6.91E­
07
203
"
Willamette
Industries,
I
6.90E­
07
6
4.14E­
06
4.14E­
06
6.90E­
07
133
"
J.
M.
Huber
Corporation
­
6.75E­
07
31
2.09E­
05
2.09E­
05
6.75E­
07
26
"
Collins
Products,
L.
L.
C."
6.47E­
07
3
1.94E­
06
1.94E­
06
6.47E­
07
184
Union
Camp
Franklin
Parti
6.29E­
07
1
6.29E­
07
6.29E­
07
6.29E­
07
38
Scotch
Plywood
Company
of
6.10E­
07
52
3.17E­
05
3.17E­
05
6.10E­
07
23B
Timber
Products
Company
­
5.95E­
07
18
1.07E­
05
1.07E­
05
5.95E­
07
176
Temple­
Inland
­
Monroevil
5.87E­
07
11
6.46E­
06
6.46E­
06
5.87E­
07
178
Temple­
Inland
­
Thomson
P
5.74E­
07
16
9.18E­
06
9.18E­
06
5.74E­
07
202
"
Willamette
Industries,
I
5.70E­
07
143
8.15E­
05
8.15E­
05
5.70E­
07
443A
"
Boise
Cascade
Plywood
P
5.40E­
07
12
6.48E­
06
6.48E­
06
5.40E­
07
135
"
Louisiana­
Pacific
Corpor
4.97E­
07
71
3.53E­
05
3.53E­
05
4.97E­
07
106
"
Georgia­
Pacific
OSB
Plan
4.74E­
07
37
1.75E­
05
1.75E­
05
4.74E­
07
40
"
US
Forest
Industries,
Inc
4.70E­
07
2
9.41E­
07
9.41E­
07
4.70E­
07
164
Potlatch
Corporation
­
Co
4.53E­
07
10
4.53E­
06
4.53E­
06
4.53E­
07
134
J.
M.
Huber
Corporation
­
4.41E­
07
71
3.13E­
05
3.13E­
05
4.41E­
07
138
Louisiana­
Pacific
­
Arcat
4.27E­
07
11
4.69E­
06
4.69E­
06
4.27E­
07
145
"
Louisiana­
Pacific
­
Sago
4.07E­
07
85
3.46E­
05
3.46E­
05
4.07E­
07
78
"
Georgia­
Pacific
Particleb
4.06E­
07
9
3.65E­
06
3.65E­
06
4.06E­
07
104
"
Georgia­
Pacific
Particle
4.01E­
07
17
6.82E­
06
6.82E­
06
4.01E­
07
100
"
Georgia­
Pacific
Hardboar
4.01E­
07
39
1.56E­
05
1.56E­
05
4.01E­
07
143
"
Louisiana­
Pacific
Corpor
3.58E­
07
21
7.53E­
06
7.53E­
06
3.58E­
07
83
"
Georgia­
Pacific
OSB
Plant
3.57E­
07
4
1.43E­
06
1.43E­
06
3.57E­
07
190
"
Weyerhaeuser
Company
­
M
3.35E­
07
1
3.35E­
07
3.35E­
07
3.35E­
07
137
Louisiana­
Pacific
Corpora
3.19E­
07
1
3.19E­
07
3.19E­
07
3.19E­
07
93
"
Georgia­
Pacific
Particleb
2.80E­
07
6
1.68E­
06
1.68E­
06
2.80E­
07
198
"
Willamette
Industries,
I
2.77E­
07
52
1.44E­
05
1.44E­
05
2.77E­
07
146
Louisiana­
Pacific
­
Two
H
2.75E­
07
15
4.12E­
06
4.12E­
06
2.75E­
07
46
"
Allegheny
Particleboard,
2.70E­
07
28
7.56E­
06
7.56E­
06
2.70E­
07
43
"
ABTco,
A
Louisiana­
Pacifi
2.65E­
07
42
1.11E­
05
1.11E­
05
2.65E­
07
47
Bassett
Fiberboard
2.55E­
07
11
2.80E­
06
2.80E­
06
2.55E­
07
196
"
Willamette
Industries,
I
2.54E­
07
27
6.85E­
06
6.85E­
06
2.54E­
07
130
"
Masonite
­
Danville,
VA"
2.51E­
07
4
1.00E­
06
1.00E­
06
2.51E­
07
142B
Louisiana­
Pacific
­
Uran
2.44E­
07
24
5.85E­
06
5.85E­
06
2.44E­
07
52
Boise
Cascade
Corporation
2.43E­
07
21
5.10E­
06
5.10E­
06
2.43E­
07
139
Louisiana­
Pacific
­
Montr
2.41E­
07
17
4.10E­
06
4.10E­
06
2.41E­
07
206
"
Willamette
Industries,
I
2.35E­
07
13
3.06E­
06
3.06E­
06
2.35E­
07
109
Georgia­
Pacific
Hardboard
2.34E­
07
61
1.43E­
05
1.43E­
05
2.34E­
07
152B
"
Louisiana­
Pacific
Corpo
2.32E­
07
83
1.93E­
05
1.93E­
05
2.32E­
07
144
Louisiana­
Pacific
­
Newbe
2.14E­
07
18
3.85E­
06
3.85E­
06
2.14E­
07
1
Temple­
Inland
2.05E­
07
12
2.45E­
06
2.45E­
06
2.05E­
07
121
Masonite
Ukiah
2.04E­
07
258
5.27E­
05
5.27E­
05
2.04E­
07
201
"
Willamette
Industries,
I
2.01E­
07
24
4.82E­
06
4.82E­
06
2.01E­
07
222
"
Freres
Lumber
Company,
I
1.96E­
07
64
1.25E­
05
1.25E­
05
1.96E­
07
95
"
Georgia­
Pacific
Hardboard
1.91E­
07
5
9.53E­
07
9.53E­
07
1.91E­
07
180
Temple­
Inland
­
Pineland
1.87E­
07
23
4.30E­
06
4.30E­
06
1.87E­
07
41
"
Webb
Furniture
Enterprise
1.85E­
07
19
3.51E­
06
3.51E­
06
1.85E­
07
37
Rodman
Industries
1.84E­
07
39
7.17E­
06
7.17E­
06
1.84E­
07
157
"
Norbord
Industries,
Inco
1.80E­
07
107
1.93E­
05
1.93E­
05
1.80E­
07
17
"
Roseburg
Forest
Products
1.80E­
07
5
8.98E­
07
8.98E­
07
1.80E­
07
436
Willamette
Industries
­
D
1.77E­
07
344
6.10E­
05
6.10E­
05
1.77E­
07
220
"
Evanite
Fiber
Corporatio
1.74E­
07
97
1.69E­
05
1.69E­
05
1.74E­
07
469
Boise
Cascade
Corporation
1.74E­
07
9
1.57E­
06
1.57E­
06
1.74E­
07
2
E
merald
Forest
Products
­
P
1.61E­
07
22
3.54E­
06
3.54E­
06
1.61E­
07
81
"
Georgia­
Pacific
Plywood
P
1.52E­
07
4
6.10E­
07
6.10E­
07
1.52E­
07
107
"
Georgia­
Pacific
Plywood
1.39E­
07
2
2.78E­
07
2.78E­
07
1.39E­
07
199
"
Willamette
Industries,
I
1.35E­
07
2
2.70E­
07
2.70E­
07
1.35E­
07
49
Boise
Cascade
Corporation
1.34E­
07
15
2.01E­
06
2.01E­
06
1.34E­
07
237
Simpson
Timber
Company
­
1.34E­
07
33
4.42E­
06
4.42E­
06
1.34E­
07
57
Boise
Cascade
Corporation
1.32E­
07
3
3.97E­
07
3.97E­
07
1.32E­
07
51
Boise
Cascade
­
LaGrande
P
1.31E­
07
8
1.05E­
06
1.05E­
06
1.31E­
07
238
Superior
Lumber
Company
1.24E­
07
10
1.24E­
06
1.24E­
06
1.24E­
07
18
Roseburg
Forest
Products
C
1.22E­
07
3
3.67E­
07
3.67E­
07
1.22E­
07
431
Trus
Joist
MacMillan
­
Eu
1.19E­
07
12
1.43E­
06
1.43E­
06
1.19E­
07
74
"
Georgia­
Pacific
Plywood
P
1.18E­
07
27
3.19E­
06
3.19E­
06
1.18E­
07
229
Medply
1.18E­
07
143
1.69E­
05
1.69E­
05
1.18E­
07
112
"
Hood
Industries,
Incorpo
1.17E­
07
15
1.75E­
06
1.75E­
06
1.17E­
07
86
"
Georgia­
Pacific
Hardboard
1.16E­
07
24
2.79E­
06
2.79E­
06
1.16E­
07
65
"
Champion
International
Co
1.14E­
07
1
1.14E­
07
1.14E­
07
1.14E­
07
91
"
Georgia­
Pacific
Plywood
P
1.09E­
07
1
1.09E­
07
1.09E­
07
1.09E­
07
142A
Louisiana­
Pacific
­
Uran
1.09E­
07
3
3.26E­
07
3.26E­
07
1.09E­
07
19
Roseburg
Forest
Products
P
1.08E­
07
7
7.56E­
07
7.56E­
07
1.08E­
07
102
"
Georgia­
Pacific
Plywood
1.05E­
07
1
1.05E­
07
1.05E­
07
1.05E­
07
150
Louisiana­
Pacific
­
Bon
W
1.04E­
07
8
8.32E­
07
8.32E­
07
1.04E­
07
97
"
Georgia­
Pacific
Corp
Plyw
1.02E­
07
13
1.33E­
06
1.33E­
06
1.02E­
07
64
"
Champion
International
Co
1.02E­
07
37
3.78E­
06
3.78E­
06
1.02E­
07
111
Georgia­
Pacific
Corporati
1.00E­
07
83
8.34E­
06
8.34E­
06
1.00E­
07
113
"
Hood
Industries,
Incorpo
9.72E­
08
179
1.74E­
05
1.74E­
05
9.72E­
08
466
"
Louisiana­
Pacific
Corpor
9.46E­
08
3
2.84E­
07
2.84E­
07
9.46E­
08
212
"
Willamette
Industries,
I
9.36E­
08
7
6.55E­
07
6.55E­
07
9.36E­
08
175
Stimson
Lumber
Company
8.97E­
08
4
3.59E­
07
3.59E­
07
8.97E­
08
194
"
Weyerhaeuser
­
Marshfiel
8.86E­
08
7
6.20E­
07
6.20E­
07
8.86E­
08
50
Boise
Cascade
Corporation
8.83E­
08
3
2.65E­
07
2.65E­
07
8.83E­
08
442A
"
Rosboro
Lumber
Company,
8.49E­
08
110
9.34E­
06
9.34E­
06
8.49E­
08
159
"
Plum
Creek
Manufacturing
8.45E­
08
6
5.07E­
07
5.07E­
07
8.45E­
08
45
Allegheny
MDF
Limited
Part
8.37E­
08
35
2.93E­
06
2.93E­
06
8.37E­
08
173
Stimson
Lumber
Company
8.29E­
08
7
5.80E­
07
5.80E­
07
8.29E­
08
200
"
Willamette
Industries,
I
8.28E­
08
5
4.14E­
07
4.14E­
07
8.28E­
08
230
Murphy
Plywood
Company
8.16E­
08
3
2.45E­
07
2.45E­
07
8.16E­
08
108
Georgia­
Pacific
Corporati
7.89E­
08
9
7.10E­
07
7.10E­
07
7.89E­
08
103
Georgia­
Pacific
Russellvi
7.82E­
08
22
1.72E­
06
1.72E­
06
7.82E­
08
15
Roseburg
Forest
Products
­
7.73E­
08
1
7.73E­
08
7.73E­
08
7.73E­
08
117
International
Paper
Compa
7.66E­
08
14
1.07E­
06
1.07E­
06
7.66E­
08
207
"
Willamette
Industries,
I
7.31E­
08
21
1.53E­
06
1.53E­
06
7.31E­
08
79
Georgia­
Pacific
Corporatio
7.19E­
08
31
2.23E­
06
2.23E­
06
7.19E­
08
98A
"
Georgia­
Pacific
Plywood
7.14E­
08
4
2.86E­
07
2.86E­
07
7.14E­
08
39
Southern
Veneer
Products
7.02E­
08
32
2.25E­
06
2.25E­
06
7.02E­
08
22
Smurfit
Newsprint
Corporat
7.00E­
08
51
3.57E­
06
3.57E­
06
7.00E­
08
48
Bessemer
Plywood
Corporati
6.98E­
08
223
1.56E­
05
1.56E­
05
6.98E­
08
208
"
Willamette
Industries,
I
6.89E­
08
5
3.44E­
07
3.44E­
07
6.89E­
08
73
"
Georgia­
Pacific
Plywood
P
6.72E­
08
2
1.34E­
07
1.34E­
07
6.72E­
08
92
"
Georgia­
Pacific
Plywood
P
6.59E­
08
24
1.58E­
06
1.58E­
06
6.59E­
08
141
Louisiana­
Pacific
­
Logan
6.53E­
08
131
8.56E­
06
8.56E­
06
6.53E­
08
24
Timber
Products
Company
(
W
6.41E­
08
77
4.94E­
06
4.94E­
06
6.41E­
08
118
Springhill
Wood
Products
6.39E­
08
5
3.20E­
07
3.20E­
07
6.39E­
08
72
"
Georgia­
Pacific
Plywood
P
6.36E­
08
31
1.97E­
06
1.97E­
06
6.36E­
08
101
"
Georgia­
Pacific
MDF
Plan
6.13E­
08
15
9.20E­
07
9.20E­
07
6.13E­
08
235
"
Ponderosa
Products,
Inco
6.13E­
08
56
3.43E­
06
3.43E­
06
6.13E­
08
21
Smurfit
Newsprint
Corporat
5.79E­
08
98
5.67E­
06
5.67E­
06
5.79E­
08
25
"
Coastal
Lumber
Company,
H
5.69E­
08
140
7.97E­
06
7.97E­
06
5.69E­
08
77
Georgia­
Pacific
­
Hawthorn
5.64E­
08
16
9.03E­
07
9.03E­
07
5.64E­
08
192
"
Weyerhaeuser
Company
­
W
5.63E­
08
2
1.13E­
07
1.13E­
07
5.63E­
08
115
"
Inca
Presswood
Pallets,
5.61E­
08
32
1.79E­
06
1.79E­
06
5.61E­
08
89
"
Georgia­
Pacific
Plywood
P
5.45E­
08
72
3.92E­
06
3.92E­
06
5.45E­
08
30
Hardel
Mutual
Plywood
Corp
5.43E­
08
186
1.01E­
05
1.01E­
05
5.43E­
08
120
International
Paper
­
Jef
5.38E­
08
7
3.77E­
07
3.77E­
07
5.38E­
08
160
Potlatch
Corporation
­
Po
5.29E­
08
20
1.06E­
06
1.06E­
06
5.29E­
08
209
"
Willamette
Industries,
I
5.05E­
08
13
6.57E­
07
6.57E­
07
5.05E­
08
186
"
Weyerhaeuser
Company
­
D
5.02E­
08
48
2.41E­
06
2.41E­
06
5.02E­
08
151
Louisiana­
Pacific
­
Cleve
5.00E­
08
24
1.20E­
06
1.20E­
06
5.00E­
08
174
Stimson
Lumber
Company
4.11E­
08
92
3.78E­
06
3.78E­
06
4.11E­
08
167
"
SierraPine
Limited,
Rock
4.05E­
08
10
4.05E­
07
4.05E­
07
4.05E­
08
183
"
Union
Camp
Corporation
­
4.04E­
08
4
1.62E­
07
1.62E­
07
4.04E­
08
464
"
Del­
Tin
Fiber,
L.
L.
C.
(
T
3.78E­
08
20
7.57E­
07
7.57E­
07
3.78E­
08
162
Potlatch
Corporation
­
St
3.69E­
08
7
2.58E­
07
2.58E­
07
3.69E­
08
105
"
Georgia­
Pacific
Softboar
3.67E­
08
6
2.20E­
07
2.20E­
07
3.67E­
08
82
Georgia­
Pacific
­
Monticel
3.57E­
08
9
3.22E­
07
3.22E­
07
3.57E­
08
197
"
Willamette
Industries,
I
3.50E­
08
3
1.05E­
07
1.05E­
07
3.50E­
08
185
Weyerhaeuser
Company­
Mil
3.19E­
08
42
1.34E­
06
1.34E­
06
3.19E­
08
60A
"
Broyhill
Furniture
Indus
3.02E­
08
3
9.07E­
08
9.07E­
08
3.02E­
08
161
Potlatch
Corporation
­
Ja
2.99E­
08
35
1.05E­
06
1.05E­
06
2.99E­
08
187
"
Weyerhaeuser
Company
­
M
2.95E­
08
24
7.08E­
07
7.08E­
07
2.95E­
08
33
"
K
Ply,
Incorporated"
2.94E­
08
3
8.83E­
08
8.83E­
08
2.94E­
08
13
Martco
Partnership
­
Chopi
2.50E­
08
3
7.51E­
08
7.51E­
08
2.50E­
08
156
"
Norbord
Mississippi,
Inc
2.10E­
08
25
5.26E­
07
5.26E­
07
2.10E­
08
110
"
Georgia­
Pacific
Hardboar
1.81E­
08
4
7.24E­
08
7.24E­
08
1.81E­
08
166
Medite
Division
of
Sierra
1.66E­
08
7
1.17E­
07
1.17E­
07
1.66E­
08
76
"
Georgia­
Pacific
Hardboard
1.02E­
08
211
2.16E­
06
2.16E­
06
1.02E­
08
58A
Broyhill
Furniture
Indust
1.01E­
08
6
6.06E­
08
6.06E­
08
1.01E­
08
80
"
Georgia­
Pacific
Panelboar
4.90E­
09
42
2.06E­
07
2.06E­
07
4.90E­
09
99
"
Georgia­
Pacific
Hardboard
7.99E­
12
103
8.23E­
10
8.23E­
10
7.99E­
12
442B
"
Rosboro
Lumber
Company,
HEM
NONCANCER
OUTPUT
Lifetime
Conc
People
Exposure
Incidence
HI
Plant
#
Source
1.46E+
01
18
2.63E+
02
2.63E+
02
1.46E+
01
88
"
Georgia­
Pacific
OSB
Plant
1.25E+
01
3
3.74E+
01
3.74E+
01
1.25E+
01
14
Northwood
Panelboard
Compa
9.04E+
00
55
4.97E+
02
4.97E+
02
9.04E+
00
163
Potlatch
Corporation
­
Be
8.68E+
00
11
9.54E+
01
9.54E+
01
8.68E+
00
122
International
Paper
Corde
7.24E+
00
50
3.62E+
02
3.62E+
02
7.24E+
00
124
Masonite
­
Laurel
Mill
6.58E+
00
24
1.58E+
02
1.58E+
02
6.58E+
00
179B
Temple­
Inland
­
Diboll
F
6.35E+
00
2
1.27E+
01
1.27E+
01
6.35E+
00
119
"
International
Paper,
Nac
6.19E+
00
20
1.24E+
02
1.24E+
02
6.19E+
00
132
J.
M.
Huber
Corporation
Ea
5.23E+
00
1
5.23E+
00
5.23E+
00
5.23E+
00
12
Martco
Partnership
­
LeMoy
5.12E+
00
186
9.53E+
02
9.53E+
02
5.12E+
00
44
"
ABTco,
Incorporated
­
Roa
5.02E+
00
128
6.43E+
02
6.43E+
02
5.02E+
00
191
"
Weyerhaeuser
Company
­
E
4.61E+
00
19
8.76E+
01
8.76E+
01
4.61E+
00
155
"
Louisiana­
Pacific
Corpor
4.12E+
00
1
4.12E+
00
4.12E+
00
4.12E+
00
35
Langboard
OSB
3.74E+
00
31
1.16E+
02
1.16E+
02
3.74E+
00
26
"
Collins
Products,
L.
L.
C."
2.76E+
00
6
1.66E+
01
1.66E+
01
2.76E+
00
126
Masonite
Corporation
­
To
2.41E+
00
148
3.57E+
02
3.57E+
02
2.41E+
00
193
"
Weyerhaeuser
Company
­
S
2.31E+
00
31
7.17E+
01
7.17E+
01
2.31E+
00
98B
"
Georgia­
Pacific
OSB
Plan
1.78E+
00
28
4.97E+
01
4.97E+
01
1.78E+
00
43
"
ABTco,
A
Louisiana­
Pacifi
1.72E+
00
27
4.65E+
01
4.65E+
01
1.72E+
00
130
"
Masonite
­
Danville,
VA"
1.41E+
00
108
1.52E+
02
1.52E+
02
1.41E+
00
129
"
International
Paper/
Maso
1.35E+
00
21
2.83E+
01
2.83E+
01
1.35E+
00
83
"
Georgia­
Pacific
OSB
Plant
1.25E+
00
45
5.63E+
01
5.63E+
01
1.25E+
00
20
"
SierraPine,
Ltd,
Ampine
D
1.21E+
00
29
3.50E+
01
3.50E+
01
1.21E+
00
84
"
Georgia­
Pacific
Particleb
1.11E+
00
16
1.78E+
01
1.78E+
01
1.11E+
00
202
"
Willamette
Industries,
I
1.10E+
00
27
2.98E+
01
2.98E+
01
1.10E+
00
90
"
Georgia­
Pacific
Particleb
HI
>
1.0
1.06E+
00
9
9.54E+
00
9.54E+
00
1.06E+
00
158
"
Plum
Creek
Manufacturing
26
facilities
9.87E­
01
44
4.34E+
01
4.34E+
01
9.87E­
01
224
"
Hambro
Forest
Products,
9.75E­
01
17
1.66E+
01
1.66E+
01
9.75E­
01
206
"
Willamette
Industries,
I
9.60E­
01
227
2.18E+
02
2.18E+
02
9.60E­
01
128
International
Paper
­
Stu
8.70E­
01
61
5.31E+
01
5.31E+
01
8.70E­
01
152B
"
Louisiana­
Pacific
Corpo
7.78E­
01
10
7.78E+
00
7.78E+
00
7.78E­
01
188
"
Weyerhaeuser
Company­
Ad
7.67E­
01
5
3.83E+
00
3.83E+
00
7.67E­
01
436
Willamette
Industries
­
D
7.45E­
01
64
4.77E+
01
4.77E+
01
7.45E­
01
95
"
Georgia­
Pacific
Hardboard
7.16E­
01
112
8.02E+
01
8.02E+
01
7.16E­
01
152A
"
Louisiana­
Pacific
Corpo
6.98E­
01
3
2.09E+
00
2.09E+
00
6.98E­
01
154
"
Louisiana­
Pacific
Corpor
6.69E­
01
21
1.40E+
01
1.40E+
01
6.69E­
01
56
Boise
Cascade
Corporation
6.62E­
01
1
6.62E­
01
6.62E­
01
6.62E­
01
137
Louisiana­
Pacific
Corpora
6.45E­
01
4
2.58E+
00
2.58E+
00
6.45E­
01
195
"
Weyerhaeuser
­
Heaters
F
6.41E­
01
52
3.33E+
01
3.33E+
01
6.41E­
01
23B
Timber
Products
Company
­
6.26E­
01
3
1.88E+
00
1.88E+
00
6.26E­
01
108
Georgia­
Pacific
Corporati
6.19E­
01
12
7.43E+
00
7.43E+
00
6.19E­
01
121
Masonite
Ukiah
6.11E­
01
16
9.78E+
00
9.78E+
00
6.11E­
01
131
"
J.
M.
Huber
Corporation
­
5.83E­
01
1
5.83E­
01
5.83E­
01
5.83E­
01
38
Scotch
Plywood
Company
of
5.58E­
01
85
4.74E+
01
4.74E+
01
5.58E­
01
78
"
Georgia­
Pacific
Particleb
5.45E­
01
11
5.99E+
00
5.99E+
00
5.45E­
01
196
"
Willamette
Industries,
I
5.31E­
01
17
9.03E+
00
9.03E+
00
5.31E­
01
100
"
Georgia­
Pacific
Hardboar
5.24E­
01
130
6.81E+
01
6.81E+
01
5.24E­
01
36
Merillat
Corporation
5.09E­
01
32
1.63E+
01
1.63E+
01
5.09E­
01
210
"
Willamette
Industries,
I
5.07E­
01
12
6.08E+
00
6.08E+
00
5.07E­
01
153
"
Louisiana­
Pacific
Corpor
5.05E­
01
37
1.87E+
01
1.87E+
01
5.05E­
01
111
Georgia­
Pacific
Corporati
4.89E­
01
71
3.47E+
01
3.47E+
01
4.89E­
01
138
Louisiana­
Pacific
­
Arcat
4.58E­
01
3
1.37E+
00
1.37E+
00
4.58E­
01
184
Union
Camp
Franklin
Parti
4.53E­
01
24
1.09E+
01
1.09E+
01
4.53E­
01
222
"
Freres
Lumber
Company,
I
4.48E­
01
37
1.66E+
01
1.66E+
01
4.48E­
01
177
Temple­
Inland
­
Hope
Part
4.46E­
01
35
1.56E+
01
1.56E+
01
4.46E­
01
173
Stimson
Lumber
Company
4.40E­
01
258
1.14E+
02
1.14E+
02
4.40E­
01
201
"
Willamette
Industries,
I
4.38E­
01
9
3.94E+
00
3.94E+
00
4.38E­
01
104
"
Georgia­
Pacific
Particle
4.35E­
01
46
2.00E+
01
2.00E+
01
4.35E­
01
165
Potlatch
Corporation
4.31E­
01
2
8.63E­
01
8.63E­
01
4.31E­
01
53
Boise
Cascade
Corporation
3.98E­
01
344
1.37E+
02
1.37E+
02
3.98E­
01
220
"
Evanite
Fiber
Corporatio
3.85E­
01
10
3.85E+
00
3.85E+
00
3.85E­
01
189
Weyerhaeuser
Company
­
Gr
3.61E­
01
15
5.41E+
00
5.41E+
00
3.61E­
01
86
"
Georgia­
Pacific
Hardboard
3.48E­
01
52
1.81E+
01
1.81E+
01
3.48E­
01
146
Louisiana­
Pacific
­
Two
H
3.40E­
01
6
2.04E+
00
2.04E+
00
3.40E­
01
133
"
J.
M.
Huber
Corporation
­
3.39E­
01
15
5.09E+
00
5.09E+
00
3.39E­
01
46
"
Allegheny
Particleboard,
3.21E­
01
13
4.17E+
00
4.17E+
00
3.21E­
01
109
Georgia­
Pacific
Hardboard
3.19E­
01
7
2.23E+
00
2.23E+
00
3.19E­
01
160
Potlatch
Corporation
­
Po
3.15E­
01
11
3.46E+
00
3.46E+
00
3.15E­
01
145
"
Louisiana­
Pacific
­
Sago
3.05E­
01
6
1.83E+
00
1.83E+
00
3.05E­
01
198
"
Willamette
Industries,
I
2.87E­
01
38
1.09E+
01
1.09E+
01
2.87E­
01
179A
Temple­
Inland
­
Diboll
P
2.81E­
01
10
2.81E+
00
2.81E+
00
2.81E­
01
148
"
Louisiana­
Pacific
­
Roxb
2.80E­
01
103
2.89E+
01
2.89E+
01
2.80E­
01
465
"
Louisiana­
Pacific
Corpor
2.73E­
01
8
2.18E+
00
2.18E+
00
2.73E­
01
238
Superior
Lumber
Company
2.72E­
01
27
7.33E+
00
7.33E+
00
2.72E­
01
229
Medply
2.68E­
01
3
8.04E­
01
8.04E­
01
2.68E­
01
431
Trus
Joist
MacMillan
­
Eu
2.67E­
01
56
1.49E+
01
1.49E+
01
2.67E­
01
21
Smurfit
Newsprint
Corporat
2.63E­
01
39
1.03E+
01
1.03E+
01
2.63E­
01
143
"
Louisiana­
Pacific
Corpor
2.60E­
01
32
8.31E+
00
8.31E+
00
2.60E­
01
22
Smurfit
Newsprint
Corporat
2.59E­
01
1
2.59E­
01
2.59E­
01
2.59E­
01
93
"
Georgia­
Pacific
Particleb
2.54E­
01
186
4.72E+
01
4.72E+
01
2.54E­
01
120
International
Paper
­
Jef
2.48E­
01
15
3.72E+
00
3.72E+
00
2.48E­
01
235
"
Ponderosa
Products,
Inco
2.41E­
01
3
7.22E­
01
7.22E­
01
2.41E­
01
51
Boise
Cascade
­
LaGrande
P
2.40E­
01
2
4.79E­
01
4.79E­
01
2.40E­
01
203
"
Willamette
Industries,
I
2.30E­
01
37
8.50E+
00
8.50E+
00
2.30E­
01
40
"
US
Forest
Industries,
Inc
2.29E­
01
60
1.38E+
01
1.38E+
01
2.29E­
01
140
Louisiana­
Pacific
­
Athen
2.26E­
01
24
5.43E+
00
5.43E+
00
2.26E­
01
52
Boise
Cascade
Corporation
2.22E­
01
83
1.84E+
01
1.84E+
01
2.22E­
01
144
Louisiana­
Pacific
­
Newbe
2.21E­
01
10
2.21E+
00
2.21E+
00
2.21E­
01
134
J.
M.
Huber
Corporation
­
2.15E­
01
143
3.07E+
01
3.07E+
01
2.15E­
01
112
"
Hood
Industries,
Incorpo
2.13E­
01
15
3.20E+
00
3.20E+
00
2.13E­
01
237
Simpson
Timber
Company
­
2.06E­
01
9
1.86E+
00
1.86E+
00
2.06E­
01
2
E
merald
Forest
Products
­
P
HI
>
0.2
2.04E­
01
71
1.45E+
01
1.45E+
01
2.04E­
01
106
"
Georgia­
Pacific
OSB
Plan
92
facilities
1.99E­
01
2
3.97E­
01
3.97E­
01
1.99E­
01
49
Boise
Cascade
Corporation
1.96E­
01
14
2.75E+
00
2.75E+
00
1.96E­
01
207
"
Willamette
Industries,
I
1.90E­
01
2
3.81E­
01
3.81E­
01
1.90E­
01
115
"
Inca
Presswood
Pallets,
1.79E­
01
1
1.79E­
01
1.79E­
01
1.79E­
01
142A
Louisiana­
Pacific
­
Uran
1.74E­
01
7
1.22E+
00
1.22E+
00
1.74E­
01
50
Boise
Cascade
Corporation
1.73E­
01
179
3.09E+
01
3.09E+
01
1.73E­
01
466
"
Louisiana­
Pacific
Corpor
1.71E­
01
2
3.42E­
01
3.42E­
01
1.71E­
01
164
Potlatch
Corporation
­
Co
1.70E­
01
5
8.52E­
01
8.52E­
01
1.70E­
01
180
Temple­
Inland
­
Pineland
1.70E­
01
7
1.19E+
00
1.19E+
00
1.70E­
01
200
"
Willamette
Industries,
I
1.67E­
01
107
1.78E+
01
1.78E+
01
1.67E­
01
17
"
Roseburg
Forest
Products
1.66E­
01
25
4.15E+
00
4.15E+
00
1.66E­
01
110
"
Georgia­
Pacific
Hardboar
1.60E­
01
21
3.35E+
00
3.35E+
00
1.60E­
01
139
Louisiana­
Pacific
­
Montr
1.59E­
01
4
6.35E­
01
6.35E­
01
1.59E­
01
39
Southern
Veneer
Products
1.56E­
01
83
1.29E+
01
1.29E+
01
1.56E­
01
113
"
Hood
Industries,
Incorpo
1.53E­
01
97
1.48E+
01
1.48E+
01
1.53E­
01
469
Boise
Cascade
Corporation
1.53E­
01
11
1.68E+
00
1.68E+
00
1.53E­
01
178
Temple­
Inland
­
Thomson
P
1.51E­
01
2
3.02E­
01
3.02E­
01
1.51E­
01
199
"
Willamette
Industries,
I
1.49E­
01
1
1.49E­
01
1.49E­
01
1.49E­
01
150
Louisiana­
Pacific
­
Bon
W
1.38E­
01
131
1.81E+
01
1.81E+
01
1.38E­
01
24
Timber
Products
Company
(
W
1.38E­
01
5
6.89E­
01
6.89E­
01
1.38E­
01
230
Murphy
Plywood
Company
1.34E­
01
18
2.40E+
00
2.40E+
00
1.34E­
01
176
Temple­
Inland
­
Monroevil
1.32E­
01
4
5.27E­
01
5.27E­
01
1.32E­
01
107
"
Georgia­
Pacific
Plywood
1.23E­
01
4
4.93E­
01
4.93E­
01
1.23E­
01
190
"
Weyerhaeuser
Company
­
M
1.21E­
01
92
1.11E+
01
1.11E+
01
1.21E­
01
167
"
SierraPine
Limited,
Rock
1.20E­
01
4
4.81E­
01
4.81E­
01
1.20E­
01
464
"
Del­
Tin
Fiber,
L.
L.
C.
(
T
1.17E­
01
33
3.88E+
00
3.88E+
00
1.17E­
01
57
Boise
Cascade
Corporation
1.17E­
01
7
8.20E­
01
8.20E­
01
1.17E­
01
76
"
Georgia­
Pacific
Hardboard
1.15E­
01
24
2.77E+
00
2.77E+
00
1.15E­
01
141
Louisiana­
Pacific
­
Logan
1.15E­
01
31
3.55E+
00
3.55E+
00
1.15E­
01
101
"
Georgia­
Pacific
MDF
Plan
1.14E­
01
10
1.14E+
00
1.14E+
00
1.14E­
01
18
Roseburg
Forest
Products
C
1.14E­
01
19
2.16E+
00
2.16E+
00
1.14E­
01
37
Rodman
Industries
1.13E­
01
4
4.54E­
01
4.54E­
01
1.13E­
01
194
"
Weyerhaeuser
­
Marshfiel
1.04E­
01
77
8.03E+
00
8.03E+
00
1.04E­
01
118
Springhill
Wood
Products
1.03E­
01
3
3.10E­
01
3.10E­
01
1.03E­
01
156
"
Norbord
Mississippi,
Inc
1.00E­
01
1
1.00E­
01
1.00E­
01
1.00E­
01
117
International
Paper
Compa
9.62E­
02
3
2.89E­
01
2.89E­
01
9.62E­
02
19
Roseburg
Forest
Products
P
9.34E­
02
42
3.92E+
00
3.92E+
00
9.34E­
02
60A
"
Broyhill
Furniture
Indus
9.03E­
02
24
2.17E+
00
2.17E+
00
9.03E­
02
65
"
Champion
International
Co
9.01E­
02
32
2.88E+
00
2.88E+
00
9.01E­
02
89
"
Georgia­
Pacific
Plywood
P
8.90E­
02
7
6.23E­
01
6.23E­
01
8.90E­
02
102
"
Georgia­
Pacific
Plywood
8.71E­
02
22
1.92E+
00
1.92E+
00
8.71E­
02
15
Roseburg
Forest
Products
­
8.65E­
02
8
6.92E­
01
6.92E­
01
8.65E­
02
97
"
Georgia­
Pacific
Corp
Plyw
8.52E­
02
13
1.11E+
00
1.11E+
00
8.52E­
02
64
"
Champion
International
Co
8.21E­
02
3
2.46E­
01
2.46E­
01
8.21E­
02
212
"
Willamette
Industries,
I
8.14E­
02
7
5.70E­
01
5.70E­
01
8.14E­
02
175
Stimson
Lumber
Company
7.92E­
02
9
7.13E­
01
7.13E­
01
7.92E­
02
197
"
Willamette
Industries,
I
7.28E­
02
51
3.71E+
00
3.71E+
00
7.28E­
02
48
Bessemer
Plywood
Corporati
7.25E­
02
39
2.83E+
00
2.83E+
00
7.25E­
02
157
"
Norbord
Industries,
Inco
7.02E­
02
7
4.91E­
01
4.91E­
01
7.02E­
02
105
"
Georgia­
Pacific
Softboar
6.97E­
02
110
7.67E+
00
7.67E+
00
6.97E­
02
159
"
Plum
Creek
Manufacturing
6.77E­
02
9
6.09E­
01
6.09E­
01
6.77E­
02
103
Georgia­
Pacific
Russellvi
6.19E­
02
12
7.43E­
01
7.43E­
01
6.19E­
02
74
"
Georgia­
Pacific
Plywood
P
6.01E­
02
223
1.34E+
01
1.34E+
01
6.01E­
02
208
"
Willamette
Industries,
I
5.98E­
02
211
1.26E+
01
1.26E+
01
5.98E­
02
58A
Broyhill
Furniture
Indust
5.57E­
02
6
3.34E­
01
3.34E­
01
5.57E­
02
80
"
Georgia­
Pacific
Panelboar
5.03E­
02
98
4.93E+
00
4.93E+
00
5.03E­
02
25
"
Coastal
Lumber
Company,
H
4.88E­
02
20
9.76E­
01
9.76E­
01
4.88E­
02
209
"
Willamette
Industries,
I
4.72E­
02
143
6.76E+
00
6.76E+
00
4.72E­
02
443A
"
Boise
Cascade
Plywood
P
4.42E­
02
4
1.77E­
01
1.77E­
01
4.42E­
02
166
Medite
Division
of
Sierra
3.91E­
02
6
2.34E­
01
2.34E­
01
3.91E­
02
82
Georgia­
Pacific
­
Monticel
3.88E­
02
18
6.98E­
01
6.98E­
01
3.88E­
02
1
Temple­
Inland
3.48E­
02
3
1.04E­
01
1.04E­
01
3.48E­
02
185
Weyerhaeuser
Company­
Mil
3.44E­
02
20
6.88E­
01
6.88E­
01
3.44E­
02
162
Potlatch
Corporation
­
St
3.29E­
02
24
7.89E­
01
7.89E­
01
3.29E­
02
174
Stimson
Lumber
Company
3.19E­
02
23
7.33E­
01
7.33E­
01
3.19E­
02
41
"
Webb
Furniture
Enterprise
3.10E­
02
24
7.45E­
01
7.45E­
01
3.10E­
02
33
"
K
Ply,
Incorporated"
2.99E­
02
48
1.44E+
00
1.44E+
00
2.99E­
02
151
Louisiana­
Pacific
­
Cleve
2.82E­
02
10
2.82E­
01
2.82E­
01
2.82E­
02
183
"
Union
Camp
Corporation
­
2.62E­
02
3
7.87E­
02
7.87E­
02
2.62E­
02
161
Potlatch
Corporation
­
Ja
2.40E­
02
42
1.01E+
00
1.01E+
00
2.40E­
02
99
"
Georgia­
Pacific
Hardboard
2.09E­
02
22
4.61E­
01
4.61E­
01
2.09E­
02
81
"
Georgia­
Pacific
Plywood
P
2.05E­
02
6
1.23E­
01
1.23E­
01
2.05E­
02
45
Allegheny
MDF
Limited
Part
1.67E­
02
1
1.67E­
02
1.67E­
02
1.67E­
02
91
"
Georgia­
Pacific
Plywood
P
1.56E­
02
42
6.56E­
01
6.56E­
01
1.56E­
02
47
Bassett
Fiberboard
1.46E­
02
16
2.34E­
01
2.34E­
01
1.46E­
02
192
"
Weyerhaeuser
Company
­
W
1.28E­
02
13
1.67E­
01
1.67E­
01
1.28E­
02
186
"
Weyerhaeuser
Company
­
D
1.25E­
02
12
1.50E­
01
1.50E­
01
1.25E­
02
135
"
Louisiana­
Pacific
Corpor
1.17E­
02
3
3.52E­
02
3.52E­
02
1.17E­
02
442A
"
Rosboro
Lumber
Company,
1.08E­
02
21
2.26E­
01
2.26E­
01
1.08E­
02
79
Georgia­
Pacific
Corporatio
1.01E­
02
5
5.06E­
02
5.06E­
02
1.01E­
02
73
"
Georgia­
Pacific
Plywood
P
9.92E­
03
2
1.98E­
02
1.98E­
02
9.92E­
03
92
"
Georgia­
Pacific
Plywood
P
9.38E­
03
5
4.69E­
02
4.69E­
02
9.38E­
03
72
"
Georgia­
Pacific
Plywood
P
9.17E­
03
31
2.84E­
01
2.84E­
01
9.17E­
03
98A
"
Georgia­
Pacific
Plywood
9.06E­
03
35
3.17E­
01
3.17E­
01
9.06E­
03
187
"
Weyerhaeuser
Company
­
M
8.36E­
03
140
1.17E+
00
1.17E+
00
8.36E­
03
77
Georgia­
Pacific
­
Hawthorn
8.01E­
03
72
5.76E­
01
5.76E­
01
8.01E­
03
30
Hardel
Mutual
Plywood
Corp
5.81E­
03
4
2.32E­
02
2.32E­
02
5.81E­
03
142B
Louisiana­
Pacific
­
Uran
4.32E­
03
3
1.30E­
02
1.30E­
02
4.32E­
03
13
Martco
Partnership
­
Chopi
1.66E­
04
103
1.71E­
02
1.71E­
02
1.66E­
04
442B
"
Rosboro
Lumber
Company,
TOSHI
BLOOD
Lifetime
Conc
People
Exposure
Incidence
HI
Plant
#
Source
6.47E­
04
148
9.58E­
02
9.58E­
02
6.47E­
04
193
"
Weyerhaeuser
Company
­
S
6.29E­
04
18
1.13E­
02
1.13E­
02
6.29E­
04
88
"
Georgia­
Pacific
OSB
Plant
4.52E­
04
16
7.24E­
03
7.24E­
03
4.52E­
04
202
"
Willamette
Industries,
I
4.12E­
04
3
1.24E­
03
1.24E­
03
4.12E­
04
14
Northwood
Panelboard
Compa
3.28E­
04
11
3.61E­
03
3.61E­
03
3.28E­
04
122
International
Paper
Corde
3.25E­
04
29
9.41E­
03
9.41E­
03
3.25E­
04
84
"
Georgia­
Pacific
Particleb
3.11E­
04
108
3.36E­
02
3.36E­
02
3.11E­
04
129
"
International
Paper/
Maso
3.03E­
04
55
1.66E­
02
1.66E­
02
3.03E­
04
163
Potlatch
Corporation
­
Be
3.02E­
04
45
1.36E­
02
1.36E­
02
3.02E­
04
20
"
SierraPine,
Ltd,
Ampine
D
2.97E­
04
27
8.01E­
03
8.01E­
03
2.97E­
04
90
"
Georgia­
Pacific
Particleb
2.70E­
04
21
5.68E­
03
5.68E­
03
2.70E­
04
56
Boise
Cascade
Corporation
2.40E­
04
2
4.80E­
04
4.80E­
04
2.40E­
04
119
"
International
Paper,
Nac
2.37E­
04
1
2.37E­
04
2.37E­
04
2.37E­
04
38
Scotch
Plywood
Company
of
2.27E­
04
227
5.16E­
02
5.16E­
02
2.27E­
04
128
International
Paper
­
Stu
2.22E­
04
11
2.44E­
03
2.44E­
03
2.22E­
04
196
"
Willamette
Industries,
I
2.05E­
04
20
4.10E­
03
4.10E­
03
2.05E­
04
132
J.
M.
Huber
Corporation
Ea
1.94E­
04
10
1.94E­
03
1.94E­
03
1.94E­
04
188
"
Weyerhaeuser
Company­
Ad
1.90E­
04
128
2.43E­
02
2.43E­
02
1.90E­
04
191
"
Weyerhaeuser
Company
­
E
1.87E­
04
44
8.22E­
03
8.22E­
03
1.87E­
04
224
"
Hambro
Forest
Products,
1.85E­
04
52
9.62E­
03
9.62E­
03
1.85E­
04
23B
Timber
Products
Company
­
1.79E­
04
258
4.63E­
02
4.63E­
02
1.79E­
04
201
"
Willamette
Industries,
I
1.75E­
04
1
1.75E­
04
1.75E­
04
1.75E­
04
12
Martco
Partnership
­
LeMoy
1.75E­
04
32
5.61E­
03
5.61E­
03
1.75E­
04
210
"
Willamette
Industries,
I
1.75E­
04
2
3.50E­
04
3.50E­
04
1.75E­
04
53
Boise
Cascade
Corporation
1.75E­
04
61
1.07E­
02
1.07E­
02
1.75E­
04
152B
"
Louisiana­
Pacific
Corpo
1.51E­
04
19
2.87E­
03
2.87E­
03
1.51E­
04
155
"
Louisiana­
Pacific
Corpor
1.51E­
04
85
1.28E­
02
1.28E­
02
1.51E­
04
78
"
Georgia­
Pacific
Particleb
1.43E­
04
24
3.42E­
03
3.42E­
03
1.43E­
04
222
"
Freres
Lumber
Company,
I
1.40E­
04
5
7.02E­
04
7.02E­
04
1.40E­
04
436
Willamette
Industries
­
D
1.37E­
04
17
2.33E­
03
2.33E­
03
1.37E­
04
206
"
Willamette
Industries,
I
1.36E­
04
1
1.36E­
04
1.36E­
04
1.36E­
04
35
Langboard
OSB
1.31E­
04
71
9.32E­
03
9.32E­
03
1.31E­
04
138
Louisiana­
Pacific
­
Arcat
1.21E­
04
130
1.57E­
02
1.57E­
02
1.21E­
04
36
Merillat
Corporation
1.00E­
04
3
3.00E­
04
3.00E­
04
1.00E­
04
184
Union
Camp
Franklin
Parti
9.94E­
05
31
3.08E­
03
3.08E­
03
9.94E­
05
98B
"
Georgia­
Pacific
OSB
Plan
9.27E­
05
37
3.43E­
03
3.43E­
03
9.27E­
05
40
"
US
Forest
Industries,
Inc
9.24E­
05
15
1.39E­
03
1.39E­
03
9.24E­
05
46
"
Allegheny
Particleboard,
7.94E­
05
6
4.76E­
04
4.76E­
04
7.94E­
05
198
"
Willamette
Industries,
I
7.63E­
05
9
6.87E­
04
6.87E­
04
7.63E­
05
104
"
Georgia­
Pacific
Particle
7.28E­
05
2
1.46E­
04
1.46E­
04
7.28E­
05
49
Boise
Cascade
Corporation
6.92E­
05
7
4.85E­
04
4.85E­
04
6.92E­
05
200
"
Willamette
Industries,
I
6.62E­
05
7
4.63E­
04
4.63E­
04
6.62E­
05
160
Potlatch
Corporation
­
Po
6.50E­
05
56
3.64E­
03
3.64E­
03
6.50E­
05
21
Smurfit
Newsprint
Corporat
6.47E­
05
4
2.59E­
04
2.59E­
04
6.47E­
05
39
Southern
Veneer
Products
6.30E­
05
24
1.51E­
03
1.51E­
03
6.30E­
05
52
Boise
Cascade
Corporation
5.70E­
05
7
3.99E­
04
3.99E­
04
5.70E­
05
50
Boise
Cascade
Corporation
5.68E­
05
1
5.68E­
05
5.68E­
05
5.68E­
05
93
"
Georgia­
Pacific
Particleb
5.64E­
05
3
1.69E­
04
1.69E­
04
5.64E­
05
51
Boise
Cascade
­
LaGrande
P
5.63E­
05
131
7.38E­
03
7.38E­
03
5.63E­
05
24
Timber
Products
Company
(
W
4.64E­
05
21
9.74E­
04
9.74E­
04
4.64E­
05
83
"
Georgia­
Pacific
OSB
Plant
4.63E­
05
107
4.96E­
03
4.96E­
03
4.63E­
05
17
"
Roseburg
Forest
Products
4.23E­
05
97
4.11E­
03
4.11E­
03
4.23E­
05
469
Boise
Cascade
Corporation
4.10E­
05
11
4.51E­
04
4.51E­
04
4.10E­
05
178
Temple­
Inland
­
Thomson
P
3.69E­
05
32
1.18E­
03
1.18E­
03
3.69E­
05
22
Smurfit
Newsprint
Corporat
3.64E­
05
4
1.46E­
04
1.46E­
04
3.64E­
05
107
"
Georgia­
Pacific
Plywood
3.45E­
05
2
6.89E­
05
6.89E­
05
3.45E­
05
199
"
Willamette
Industries,
I
3.25E­
05
4
1.30E­
04
1.30E­
04
3.25E­
05
194
"
Weyerhaeuser
­
Marshfiel
3.25E­
05
33
1.07E­
03
1.07E­
03
3.25E­
05
57
Boise
Cascade
Corporation
3.24E­
05
19
6.16E­
04
6.16E­
04
3.24E­
05
37
Rodman
Industries
3.18E­
05
5
1.59E­
04
1.59E­
04
3.18E­
05
180
Temple­
Inland
­
Pineland
3.17E­
05
10
3.17E­
04
3.17E­
04
3.17E­
05
18
Roseburg
Forest
Products
C
3.14E­
05
37
1.16E­
03
1.16E­
03
3.14E­
05
177
Temple­
Inland
­
Hope
Part
3.04E­
05
15
4.56E­
04
4.56E­
04
3.04E­
05
235
"
Ponderosa
Products,
Inco
2.67E­
05
3
8.00E­
05
8.00E­
05
2.67E­
05
19
Roseburg
Forest
Products
P
2.60E­
05
112
2.92E­
03
2.92E­
03
2.60E­
05
152A
"
Louisiana­
Pacific
Corpo
2.53E­
05
3
7.60E­
05
7.60E­
05
2.53E­
05
108
Georgia­
Pacific
Corporati
2.47E­
05
9
2.22E­
04
2.22E­
04
2.47E­
05
2
Emerald
Forest
Products
­
P
2.47E­
05
24
5.93E­
04
5.93E­
04
2.47E­
05
65
"
Champion
International
Co
2.46E­
05
22
5.41E­
04
5.41E­
04
2.46E­
05
15
Roseburg
Forest
Products
­
2.45E­
05
7
1.71E­
04
1.71E­
04
2.45E­
05
102
"
Georgia­
Pacific
Plywood
2.38E­
05
8
1.91E­
04
1.91E­
04
2.38E­
05
97
"
Georgia­
Pacific
Corp
Plyw
2.35E­
05
13
3.05E­
04
3.05E­
04
2.35E­
05
64
"
Champion
International
Co
2.27E­
05
3
6.81E­
05
6.81E­
05
2.27E­
05
212
"
Willamette
Industries,
I
2.25E­
05
2
4.51E­
05
4.51E­
05
2.25E­
05
115
"
Inca
Presswood
Pallets,
2.25E­
05
7
1.58E­
04
1.58E­
04
2.25E­
05
175
Stimson
Lumber
Company
2.17E­
05
4
8.68E­
05
8.68E­
05
2.17E­
05
195
"
Weyerhaeuser
­
Heaters
F
2.05E­
05
51
1.04E­
03
1.04E­
03
2.05E­
05
48
Bessemer
Plywood
Corporati
2.00E­
05
12
2.41E­
04
2.41E­
04
2.00E­
05
153
"
Louisiana­
Pacific
Corpor
1.96E­
05
15
2.94E­
04
2.94E­
04
1.96E­
05
237
Simpson
Timber
Company
­
1.93E­
05
28
5.39E­
04
5.39E­
04
1.93E­
05
43
"
ABTco,
A
Louisiana­
Pacifi
1.91E­
05
110
2.11E­
03
2.11E­
03
1.91E­
05
159
"
Plum
Creek
Manufacturing
1.87E­
05
31
5.80E­
04
5.80E­
04
1.87E­
05
101
"
Georgia­
Pacific
MDF
Plan
1.87E­
05
9
1.68E­
04
1.68E­
04
1.87E­
05
103
Georgia­
Pacific
Russellvi
1.85E­
05
1
1.85E­
05
1.85E­
05
1.85E­
05
150
Louisiana­
Pacific
­
Bon
W
1.83E­
05
3
5.48E­
05
5.48E­
05
1.83E­
05
154
"
Louisiana­
Pacific
Corpor
1.69E­
05
1
1.69E­
05
1.69E­
05
1.69E­
05
142A
Louisiana­
Pacific
­
Uran
1.68E­
05
10
1.68E­
04
1.68E­
04
1.68E­
05
148
"
Louisiana­
Pacific
­
Roxb
1.66E­
05
223
3.71E­
03
3.71E­
03
1.66E­
05
208
"
Willamette
Industries,
I
1.64E­
05
83
1.36E­
03
1.36E­
03
1.64E­
05
113
"
Hood
Industries,
Incorpo
1.63E­
05
143
2.33E­
03
2.33E­
03
1.63E­
05
443A
"
Boise
Cascade
Plywood
P
1.57E­
05
143
2.24E­
03
2.24E­
03
1.57E­
05
112
"
Hood
Industries,
Incorpo
1.43E­
05
10
1.43E­
04
1.43E­
04
1.43E­
05
189
Weyerhaeuser
Company
­
Gr
1.40E­
05
179
2.51E­
03
2.51E­
03
1.40E­
05
466
"
Louisiana­
Pacific
Corpor
1.39E­
05
98
1.36E­
03
1.36E­
03
1.39E­
05
25
"
Coastal
Lumber
Company,
H
1.39E­
05
8
1.11E­
04
1.11E­
04
1.39E­
05
238
Superior
Lumber
Company
1.38E­
05
46
6.34E­
04
6.34E­
04
1.38E­
05
165
Potlatch
Corporation
1.37E­
05
60
8.21E­
04
8.21E­
04
1.37E­
05
140
Louisiana­
Pacific
­
Athen
1.36E­
05
20
2.71E­
04
2.71E­
04
1.36E­
05
209
"
Willamette
Industries,
I
1.32E­
05
37
4.87E­
04
4.87E­
04
1.32E­
05
111
Georgia­
Pacific
Corporati
1.31E­
05
27
3.55E­
04
3.55E­
04
1.31E­
05
130
"
Masonite
­
Danville,
VA"
1.30E­
05
14
1.82E­
04
1.82E­
04
1.30E­
05
207
"
Willamette
Industries,
I
1.30E­
05
211
2.74E­
03
2.74E­
03
1.30E­
05
58A
Broyhill
Furniture
Indust
1.29E­
05
16
2.06E­
04
2.06E­
04
1.29E­
05
131
"
J.
M.
Huber
Corporation
­
1.25E­
05
5
6.26E­
05
6.26E­
05
1.25E­
05
230
Murphy
Plywood
Company
1.19E­
05
10
1.19E­
04
1.19E­
04
1.19E­
05
134
J.
M.
Huber
Corporation
­
1.13E­
05
6
6.81E­
05
6.81E­
05
1.13E­
05
133
"
J.
M.
Huber
Corporation
­
1.13E­
05
2
2.26E­
05
2.26E­
05
1.13E­
05
203
"
Willamette
Industries,
I
1.02E­
05
103
1.05E­
03
1.05E­
03
1.02E­
05
465
"
Louisiana­
Pacific
Corpor
9.94E­
06
12
1.19E­
04
1.19E­
04
9.94E­
06
121
Masonite
Ukiah
9.90E­
06
38
3.76E­
04
3.76E­
04
9.90E­
06
179A
Temple­
Inland
­
Diboll
P
9.55E­
06
20
1.91E­
04
1.91E­
04
9.55E­
06
162
Potlatch
Corporation
­
St
9.08E­
06
77
6.99E­
04
6.99E­
04
9.08E­
06
118
Springhill
Wood
Products
8.82E­
06
11
9.70E­
05
9.70E­
05
8.82E­
06
145
"
Louisiana­
Pacific
­
Sago
8.80E­
06
9
7.92E­
05
7.92E­
05
8.80E­
06
197
"
Willamette
Industries,
I
8.76E­
06
3
2.63E­
05
2.63E­
05
8.76E­
06
431
Trus
Joist
MacMillan
­
Eu
8.73E­
06
24
2.10E­
04
2.10E­
04
8.73E­
06
33
"
K
Ply,
Incorporated"
8.70E­
06
71
6.17E­
04
6.17E­
04
8.70E­
06
106
"
Georgia­
Pacific
OSB
Plan
8.58E­
06
39
3.34E­
04
3.34E­
04
8.58E­
06
143
"
Louisiana­
Pacific
Corpor
8.20E­
06
6
4.92E­
05
4.92E­
05
8.20E­
06
126
Masonite
Corporation
­
To
8.00E­
06
18
1.44E­
04
1.44E­
04
8.00E­
06
176
Temple­
Inland
­
Monroevil
7.98E­
06
27
2.15E­
04
2.15E­
04
7.98E­
06
229
Medply
7.61E­
06
10
7.61E­
05
7.61E­
05
7.61E­
06
183
"
Union
Camp
Corporation
­
7.47E­
06
24
1.79E­
04
1.79E­
04
7.47E­
06
141
Louisiana­
Pacific
­
Logan
7.34E­
06
23
1.69E­
04
1.69E­
04
7.34E­
06
41
"
Webb
Furniture
Enterprise
7.26E­
06
3
2.18E­
05
2.18E­
05
7.26E­
06
161
Potlatch
Corporation
­
Ja
7.01E­
06
24
1.68E­
04
1.68E­
04
7.01E­
06
179B
Temple­
Inland
­
Diboll
F
5.80E­
06
186
1.08E­
03
1.08E­
03
5.80E­
06
120
International
Paper
­
Jef
5.54E­
06
2
1.11E­
05
1.11E­
05
5.54E­
06
164
Potlatch
Corporation
­
Co
5.17E­
06
21
1.09E­
04
1.09E­
04
5.17E­
06
139
Louisiana­
Pacific
­
Montr
5.10E­
06
50
2.55E­
04
2.55E­
04
5.10E­
06
124
Masonite
­
Laurel
Mill
4.96E­
06
6
2.98E­
05
2.98E­
05
4.96E­
06
45
Allegheny
MDF
Limited
Part
4.91E­
06
31
1.52E­
04
1.52E­
04
4.91E­
06
26
"
Collins
Products,
L.
L.
C."
4.37E­
06
16
6.99E­
05
6.99E­
05
4.37E­
06
192
"
Weyerhaeuser
Company
­
W
4.07E­
06
52
2.12E­
04
2.12E­
04
4.07E­
06
146
Louisiana­
Pacific
­
Two
H
4.01E­
06
83
3.33E­
04
3.33E­
04
4.01E­
06
144
Louisiana­
Pacific
­
Newbe
3.86E­
06
1
3.86E­
06
3.86E­
06
3.86E­
06
137
Louisiana­
Pacific
Corpora
3.74E­
06
64
2.39E­
04
2.39E­
04
3.74E­
06
95
"
Georgia­
Pacific
Hardboard
3.71E­
06
13
4.83E­
05
4.83E­
05
3.71E­
06
186
"
Weyerhaeuser
Company
­
D
3.29E­
06
22
7.24E­
05
7.24E­
05
3.29E­
06
81
"
Georgia­
Pacific
Plywood
P
3.20E­
06
3
9.59E­
06
9.59E­
06
3.20E­
06
156
"
Norbord
Mississippi,
Inc
2.81E­
06
35
9.85E­
05
9.85E­
05
2.81E­
06
187
"
Weyerhaeuser
Company
­
M
2.66E­
06
1
2.66E­
06
2.66E­
06
2.66E­
06
91
"
Georgia­
Pacific
Plywood
P
2.42E­
06
12
2.91E­
05
2.91E­
05
2.42E­
06
74
"
Georgia­
Pacific
Plywood
P
2.32E­
06
3
6.97E­
06
6.97E­
06
2.32E­
06
185
Weyerhaeuser
Company­
Mil
2.32E­
06
32
7.43E­
05
7.43E­
05
2.32E­
06
89
"
Georgia­
Pacific
Plywood
P
1.73E­
06
21
3.63E­
05
3.63E­
05
1.73E­
06
79
Georgia­
Pacific
Corporatio
1.66E­
06
3
4.99E­
06
4.99E­
06
1.66E­
06
442A
"
Rosboro
Lumber
Company,
1.62E­
06
5
8.10E­
06
8.10E­
06
1.62E­
06
73
"
Georgia­
Pacific
Plywood
P
1.60E­
06
2
3.20E­
06
3.20E­
06
1.60E­
06
92
"
Georgia­
Pacific
Plywood
P
1.50E­
06
5
7.51E­
06
7.51E­
06
1.50E­
06
72
"
Georgia­
Pacific
Plywood
P
1.34E­
06
140
1.87E­
04
1.87E­
04
1.34E­
06
77
Georgia­
Pacific
­
Hawthorn
1.28E­
06
72
9.23E­
05
9.23E­
05
1.28E­
06
30
Hardel
Mutual
Plywood
Corp
1.19E­
06
42
5.00E­
05
5.00E­
05
1.19E­
06
60A
"
Broyhill
Furniture
Indus
1.15E­
06
31
3.58E­
05
3.58E­
05
1.15E­
06
98A
"
Georgia­
Pacific
Plywood
1.02E­
06
17
1.73E­
05
1.73E­
05
1.02E­
06
100
"
Georgia­
Pacific
Hardboar
9.45E­
07
18
1.70E­
05
1.70E­
05
9.45E­
07
1
Temple­
Inland
8.65E­
07
6
5.19E­
06
5.19E­
06
8.65E­
07
82
Georgia­
Pacific
­
Monticel
8.03E­
07
1
8.03E­
07
8.03E­
07
8.03E­
07
117
International
Paper
Compa
6.92E­
07
3
2.08E­
06
2.08E­
06
6.92E­
07
13
Martco
Partnership
­
Chopi
6.33E­
07
48
3.04E­
05
3.04E­
05
6.33E­
07
151
Louisiana­
Pacific
­
Cleve
6.21E­
07
4
2.48E­
06
2.48E­
06
6.21E­
07
464
"
Del­
Tin
Fiber,
L.
L.
C.
(
T
6.11E­
07
24
1.47E­
05
1.47E­
05
6.11E­
07
174
Stimson
Lumber
Company
6.10E­
07
186
1.14E­
04
1.14E­
04
6.10E­
07
44
"
ABTco,
Incorporated
­
Roa
2.78E­
07
13
3.61E­
06
3.61E­
06
2.78E­
07
109
Georgia­
Pacific
Hardboard
1.26E­
07
15
1.90E­
06
1.90E­
06
1.26E­
07
86
"
Georgia­
Pacific
Hardboard
7.37E­
08
42
3.09E­
06
3.09E­
06
7.37E­
08
99
"
Georgia­
Pacific
Hardboard
7.28E­
08
25
1.82E­
06
1.82E­
06
7.28E­
08
110
"
Georgia­
Pacific
Hardboar
5.31E­
08
35
1.86E­
06
1.86E­
06
5.31E­
08
173
Stimson
Lumber
Company
4.98E­
08
7
3.49E­
07
3.49E­
07
4.98E­
08
76
"
Georgia­
Pacific
Hardboard
1.00E­
38
70,000
7.00E­
34
7.00E­
34
1.00E­
38
135
"
Louisiana­
Pacific
Corpor
1.00E­
38
413,000
4.13E­
33
4.13E­
33
1.00E­
38
220
"
Evanite
Fiber
Corporatio
1.00E­
38
59,100
5.91E­
34
5.91E­
34
1.00E­
38
142B
Louisiana­
Pacific
­
Uran
1.00E­
38
258,000
2.58E­
33
2.58E­
33
1.00E­
38
47
Bassett
Fiberboard
1.00E­
38
98,200
9.82E­
34
9.82E­
34
1.00E­
38
442B
"
Rosboro
Lumber
Company,
1.00E­
38
263,000
2.63E­
33
2.63E­
33
1.00E­
38
157
"
Norbord
Industries,
Inco
1.00E­
38
*******
1.71E­
32
1.71E­
32
1.00E­
38
167
"
SierraPine
Limited,
Rock
1.00E­
38
76,300
7.63E­
34
7.63E­
34
1.00E­
38
158
"
Plum
Creek
Manufacturing
1.00E­
38
207,000
2.07E­
33
2.07E­
33
1.00E­
38
105
"
Georgia­
Pacific
Softboar
1.00E­
38
178,000
1.78E­
33
1.78E­
33
1.00E­
38
166
Medite
Division
of
Sierra
1.00E­
38
401,000
4.01E­
33
4.01E­
33
1.00E­
38
80
"
Georgia­
Pacific
Panelboar
1.00E­
38
*******
1.03E­
32
1.03E­
32
1.00E­
38
190
"
Weyerhaeuser
Company
­
M
TOSHI
KIDNEY
Lifetime
Conc
People
Exposure
Incidence
HI
Plant
#
Source
2.83E­
03
55
1.56E­
01
1.56E­
01
2.83E­
03
163
Potlatch
Corporation
­
Be
2.63E­
03
6
1.58E­
02
1.58E­
02
2.63E­
03
126
Masonite
Corporation
­
To
2.29E­
03
112
2.56E­
01
2.56E­
01
2.29E­
03
152A
"
Louisiana­
Pacific
Corpo
2.21E­
03
148
3.27E­
01
3.27E­
01
2.21E­
03
193
"
Weyerhaeuser
Company
­
S
2.09E­
03
37
7.75E­
02
7.75E­
02
2.09E­
03
177
Temple­
Inland
­
Hope
Part
1.76E­
03
12
2.11E­
02
2.11E­
02
1.76E­
03
153
"
Louisiana­
Pacific
Corpor
1.56E­
03
130
2.02E­
01
2.02E­
01
1.56E­
03
36
Merillat
Corporation
1.52E­
03
45
6.82E­
02
6.82E­
02
1.52E­
03
20
"
SierraPine,
Ltd,
Ampine
D
1.47E­
03
108
1.59E­
01
1.59E­
01
1.47E­
03
129
"
International
Paper/
Maso
1.47E­
03
10
1.47E­
02
1.47E­
02
1.47E­
03
148
"
Louisiana­
Pacific
­
Roxb
1.38E­
03
38
5.23E­
02
5.23E­
02
1.38E­
03
179A
Temple­
Inland
­
Diboll
P
1.37E­
03
21
2.88E­
02
2.88E­
02
1.37E­
03
56
Boise
Cascade
Corporation
1.34E­
03
18
2.41E­
02
2.41E­
02
1.34E­
03
88
"
Georgia­
Pacific
OSB
Plant
1.32E­
03
4
5.28E­
03
5.28E­
03
1.32E­
03
195
"
Weyerhaeuser
­
Heaters
F
1.23E­
03
29
3.58E­
02
3.58E­
02
1.23E­
03
84
"
Georgia­
Pacific
Particleb
1.20E­
03
60
7.22E­
02
7.22E­
02
1.20E­
03
140
Louisiana­
Pacific
­
Athen
1.10E­
03
11
1.21E­
02
1.21E­
02
1.10E­
03
122
International
Paper
Corde
1.08E­
03
16
1.72E­
02
1.72E­
02
1.08E­
03
131
"
J.
M.
Huber
Corporation
­
1.07E­
03
3
3.22E­
03
3.22E­
03
1.07E­
03
154
"
Louisiana­
Pacific
Corpor
1.01E­
03
3
3.04E­
03
3.04E­
03
1.01E­
03
14
Northwood
Panelboard
Compa
9.61E­
04
9
8.65E­
03
8.65E­
03
9.61E­
04
158
"
Plum
Creek
Manufacturing
9.54E­
04
10
9.54E­
03
9.54E­
03
9.54E­
04
189
Weyerhaeuser
Company
­
Gr
9.50E­
04
46
4.37E­
02
4.37E­
02
9.50E­
04
165
Potlatch
Corporation
9.05E­
04
2
1.81E­
03
1.81E­
03
9.05E­
04
203
"
Willamette
Industries,
I
8.96E­
04
103
9.22E­
02
9.22E­
02
8.96E­
04
465
"
Louisiana­
Pacific
Corpor
8.69E­
04
6
5.22E­
03
5.22E­
03
8.69E­
04
133
"
J.
M.
Huber
Corporation
­
8.54E­
04
227
1.94E­
01
1.94E­
01
8.54E­
04
128
International
Paper
­
Stu
8.43E­
04
44
3.71E­
02
3.71E­
02
8.43E­
04
224
"
Hambro
Forest
Products,
8.32E­
04
10
8.32E­
03
8.32E­
03
8.32E­
04
188
"
Weyerhaeuser
Company­
Ad
8.03E­
04
2
1.61E­
03
1.61E­
03
8.03E­
04
119
"
International
Paper,
Nac
8.02E­
04
18
1.44E­
02
1.44E­
02
8.02E­
04
176
Temple­
Inland
­
Monroevil
7.78E­
04
27
2.10E­
02
2.10E­
02
7.78E­
04
90
"
Georgia­
Pacific
Particleb
7.69E­
04
11
8.45E­
03
8.45E­
03
7.69E­
04
178
Temple­
Inland
­
Thomson
P
7.65E­
04
3
2.29E­
03
2.29E­
03
7.65E­
04
184
Union
Camp
Franklin
Parti
7.48E­
04
12
8.98E­
03
8.98E­
03
7.48E­
04
135
"
Louisiana­
Pacific
Corpor
7.48E­
04
32
2.39E­
02
2.39E­
02
7.48E­
04
210
"
Willamette
Industries,
I
7.17E­
04
2
1.43E­
03
1.43E­
03
7.17E­
04
53
Boise
Cascade
Corporation
7.16E­
04
1
7.16E­
04
7.16E­
04
7.16E­
04
12
Martco
Partnership
­
LeMoy
6.90E­
04
143
9.86E­
02
9.86E­
02
6.90E­
04
443A
"
Boise
Cascade
Plywood
P
6.45E­
04
71
4.58E­
02
4.58E­
02
6.45E­
04
106
"
Georgia­
Pacific
OSB
Plan
6.37E­
04
52
3.31E­
02
3.31E­
02
6.37E­
04
23B
Timber
Products
Company
­
6.34E­
04
128
8.12E­
02
8.12E­
02
6.34E­
04
191
"
Weyerhaeuser
Company
­
E
6.32E­
04
31
1.96E­
02
1.96E­
02
6.32E­
04
98B
"
Georgia­
Pacific
OSB
Plan
6.15E­
04
2
1.23E­
03
1.23E­
03
6.15E­
04
164
Potlatch
Corporation
­
Co
6.06E­
04
20
1.21E­
02
1.21E­
02
6.06E­
04
132
J.
M.
Huber
Corporation
Ea
5.99E­
04
10
5.99E­
03
5.99E­
03
5.99E­
04
134
J.
M.
Huber
Corporation
­
5.19E­
04
11
5.71E­
03
5.71E­
03
5.19E­
04
145
"
Louisiana­
Pacific
­
Sago
5.05E­
04
39
1.97E­
02
1.97E­
02
5.05E­
04
143
"
Louisiana­
Pacific
Corpor
4.99E­
04
37
1.85E­
02
1.85E­
02
4.99E­
04
40
"
US
Forest
Industries,
Inc
4.83E­
04
1
4.83E­
04
4.83E­
04
4.83E­
04
38
Scotch
Plywood
Company
of
4.52E­
04
17
7.68E­
03
7.68E­
03
4.52E­
04
100
"
Georgia­
Pacific
Hardboar
4.47E­
04
71
3.18E­
02
3.18E­
02
4.47E­
04
138
Louisiana­
Pacific
­
Arcat
4.45E­
04
19
8.46E­
03
8.46E­
03
4.45E­
04
155
"
Louisiana­
Pacific
Corpor
4.36E­
04
9
3.93E­
03
3.93E­
03
4.36E­
04
104
"
Georgia­
Pacific
Particle
4.28E­
04
1
4.28E­
04
4.28E­
04
4.28E­
04
35
Langboard
OSB
3.83E­
04
1
3.83E­
04
3.83E­
04
3.83E­
04
93
"
Georgia­
Pacific
Particleb
3.75E­
04
85
3.19E­
02
3.19E­
02
3.75E­
04
78
"
Georgia­
Pacific
Particleb
3.65E­
04
42
1.53E­
02
1.53E­
02
3.65E­
04
47
Bassett
Fiberboard
3.47E­
04
4
1.39E­
03
1.39E­
03
3.47E­
04
142B
Louisiana­
Pacific
­
Uran
3.04E­
04
21
6.39E­
03
6.39E­
03
3.04E­
04
139
Louisiana­
Pacific
­
Montr
2.94E­
04
6
1.76E­
03
1.76E­
03
2.94E­
04
198
"
Willamette
Industries,
I
2.82E­
04
18
5.08E­
03
5.08E­
03
2.82E­
04
1
Temple­
Inland
2.67E­
04
15
4.00E­
03
4.00E­
03
2.67E­
04
46
"
Allegheny
Particleboard,
2.53E­
04
23
5.83E­
03
5.83E­
03
2.53E­
04
41
"
Webb
Furniture
Enterprise
2.40E­
04
52
1.25E­
02
1.25E­
02
2.40E­
04
146
Louisiana­
Pacific
­
Two
H
2.40E­
04
13
3.12E­
03
3.12E­
03
2.40E­
04
109
Georgia­
Pacific
Hardboard
2.36E­
04
83
1.96E­
02
1.96E­
02
2.36E­
04
144
Louisiana­
Pacific
­
Newbe
2.29E­
04
21
4.82E­
03
4.82E­
03
2.29E­
04
83
"
Georgia­
Pacific
OSB
Plant
2.18E­
04
39
8.48E­
03
8.48E­
03
2.18E­
04
157
"
Norbord
Industries,
Inco
2.16E­
04
19
4.10E­
03
4.10E­
03
2.16E­
04
37
Rodman
Industries
1.57E­
04
2
3.14E­
04
3.14E­
04
1.57E­
04
199
"
Willamette
Industries,
I
1.25E­
04
3
3.76E­
04
3.76E­
04
1.25E­
04
51
Boise
Cascade
­
LaGrande
P
1.00E­
04
6
6.00E­
04
6.00E­
04
1.00E­
04
45
Allegheny
MDF
Limited
Part
8.69E­
05
4
3.47E­
04
3.47E­
04
8.69E­
05
194
"
Weyerhaeuser
­
Marshfiel
1.00E­
38
776,000
7.76E­
33
7.76E­
33
1.00E­
38
97
"
Georgia­
Pacific
Corp
Plyw
1.00E­
38
476,000
4.76E­
33
4.76E­
33
1.00E­
38
58A
Broyhill
Furniture
Indust
1.00E­
38
568,000
5.68E­
33
5.68E­
33
1.00E­
38
76
"
Georgia­
Pacific
Hardboard
1.00E­
38
121,000
1.21E­
33
1.21E­
33
1.00E­
38
92
"
Georgia­
Pacific
Plywood
P
1.00E­
38
155,000
1.55E­
33
1.55E­
33
1.00E­
38
95
"
Georgia­
Pacific
Hardboard
1.00E­
38
152,000
1.52E­
33
1.52E­
33
1.00E­
38
112
"
Hood
Industries,
Incorpo
1.00E­
38
201,000
2.01E­
33
2.01E­
33
1.00E­
38
113
"
Hood
Industries,
Incorpo
1.00E­
38
138,000
1.38E­
33
1.38E­
33
1.00E­
38
107
"
Georgia­
Pacific
Plywood
1.00E­
38
401,000
4.01E­
33
4.01E­
33
1.00E­
38
80
"
Georgia­
Pacific
Panelboar
1.00E­
38
379,000
3.79E­
33
3.79E­
33
1.00E­
38
25
"
Coastal
Lumber
Company,
H
1.00E­
38
64,900
6.49E­
34
6.49E­
34
1.00E­
38
18
Roseburg
Forest
Products
C
1.00E­
38
90,400
9.04E­
34
9.04E­
34
1.00E­
38
17
"
Roseburg
Forest
Products
1.00E­
38
133,000
1.33E­
33
1.33E­
33
1.00E­
38
39
Southern
Veneer
Products
1.00E­
38
207,000
2.07E­
33
2.07E­
33
1.00E­
38
105
"
Georgia­
Pacific
Softboar
1.00E­
38
92,800
9.28E­
34
9.28E­
34
1.00E­
38
19
Roseburg
Forest
Products
P
1.00E­
38
299,000
2.99E­
33
2.99E­
33
1.00E­
38
44
"
ABTco,
Incorporated
­
Roa
1.00E­
38
146,000
1.46E­
33
1.46E­
33
1.00E­
38
13
Martco
Partnership
­
Chopi
1.00E­
38
369,000
3.69E­
33
3.69E­
33
1.00E­
38
22
Smurfit
Newsprint
Corporat
1.00E­
38
375,000
3.75E­
33
3.75E­
33
1.00E­
38
466
"
Louisiana­
Pacific
Corpor
1.00E­
38
206,000
2.06E­
33
2.06E­
33
1.00E­
38
111
Georgia­
Pacific
Corporati
1.00E­
38
324,000
3.24E­
33
3.24E­
33
1.00E­
38
2
Emerald
Forest
Products
­
P
1.00E­
38
94,800
9.48E­
34
9.48E­
34
1.00E­
38
49
Boise
Cascade
Corporation
1.00E­
38
108,000
1.08E­
33
1.08E­
33
1.00E­
38
50
Boise
Cascade
Corporation
1.00E­
38
9,530
9.53E­
35
9.53E­
35
1.00E­
38
99
"
Georgia­
Pacific
Hardboard
1.00E­
38
28,000
2.80E­
34
2.80E­
34
1.00E­
38
52
Boise
Cascade
Corporation
1.00E­
38
372,000
3.72E­
33
3.72E­
33
1.00E­
38
137
Louisiana­
Pacific
Corpora
1.00E­
38
662,000
6.62E­
33
6.62E­
33
1.00E­
38
237
Simpson
Timber
Company
­
1.00E­
38
247,000
2.47E­
33
2.47E­
33
1.00E­
38
103
Georgia­
Pacific
Russellvi
1.00E­
38
697,000
6.97E­
33
6.97E­
33
1.00E­
38
235
"
Ponderosa
Products,
Inco
1.00E­
38
216,000
2.16E­
33
2.16E­
33
1.00E­
38
124
Masonite
­
Laurel
Mill
1.00E­
38
132,000
1.32E­
33
1.32E­
33
1.00E­
38
64
"
Champion
International
Co
1.00E­
38
141,000
1.41E­
33
1.41E­
33
1.00E­
38
65
"
Champion
International
Co
1.00E­
38
283,000
2.83E­
33
2.83E­
33
1.00E­
38
72
"
Georgia­
Pacific
Plywood
P
1.00E­
38
57,600
5.76E­
34
5.76E­
34
1.00E­
38
73
"
Georgia­
Pacific
Plywood
P
1.00E­
38
336,000
3.36E­
33
3.36E­
33
1.00E­
38
130
"
Masonite
­
Danville,
VA"
1.00E­
38
87,400
8.74E­
34
8.74E­
34
1.00E­
38
150
Louisiana­
Pacific
­
Bon
W
1.00E­
38
321,000
3.21E­
33
3.21E­
33
1.00E­
38
151
Louisiana­
Pacific
­
Cleve
1.00E­
38
438,000
4.38E­
33
4.38E­
33
1.00E­
38
77
Georgia­
Pacific
­
Hawthorn
1.00E­
38
679,000
6.79E­
33
6.79E­
33
1.00E­
38
115
"
Inca
Presswood
Pallets,
1.00E­
38
69,600
6.96E­
34
6.96E­
34
1.00E­
38
117
International
Paper
Compa
1.00E­
38
92,000
9.20E­
34
9.20E­
34
1.00E­
38
118
Springhill
Wood
Products
1.00E­
38
428,000
4.28E­
33
4.28E­
33
1.00E­
38
102
"
Georgia­
Pacific
Plywood
1.00E­
38
401,000
4.01E­
33
4.01E­
33
1.00E­
38
82
Georgia­
Pacific
­
Monticel
1.00E­
38
78,100
7.81E­
34
7.81E­
34
1.00E­
38
159
"
Plum
Creek
Manufacturing
1.00E­
38
146,000
1.46E­
33
1.46E­
33
1.00E­
38
141
Louisiana­
Pacific
­
Logan
1.00E­
38
15,900
1.59E­
34
1.59E­
34
1.00E­
38
161
Potlatch
Corporation
­
Ja
1.00E­
38
90,800
9.08E­
34
9.08E­
34
1.00E­
38
162
Potlatch
Corporation
­
St
1.00E­
38
49,100
4.91E­
34
4.91E­
34
1.00E­
38
43
"
ABTco,
A
Louisiana­
Pacifi
1.00E­
38
69,200
6.92E­
34
6.92E­
34
1.00E­
38
89
"
Georgia­
Pacific
Plywood
P
1.00E­
38
192,000
1.92E­
33
1.92E­
33
1.00E­
38
110
"
Georgia­
Pacific
Hardboar
1.00E­
38
154,000
1.54E­
33
1.54E­
33
1.00E­
38
91
"
Georgia­
Pacific
Plywood
P
1.00E­
38
*******
1.71E­
32
1.71E­
32
1.00E­
38
167
"
SierraPine
Limited,
Rock
1.00E­
38
*******
1.77E­
32
1.77E­
32
1.00E­
38
173
Stimson
Lumber
Company
1.00E­
38
109,000
1.09E­
33
1.09E­
33
1.00E­
38
174
Stimson
Lumber
Company
1.00E­
38
14,700
1.47E­
34
1.47E­
34
1.00E­
38
175
Stimson
Lumber
Company
1.00E­
38
275,000
2.75E­
33
2.75E­
33
1.00E­
38
30
Hardel
Mutual
Plywood
Corp
1.00E­
38
413,000
4.13E­
33
4.13E­
33
1.00E­
38
220
"
Evanite
Fiber
Corporatio
1.00E­
38
301,000
3.01E­
33
3.01E­
33
1.00E­
38
101
"
Georgia­
Pacific
MDF
Plan
1.00E­
38
232,000
2.32E­
33
2.32E­
33
1.00E­
38
57
Boise
Cascade
Corporation
1.00E­
38
70,700
7.07E­
34
7.07E­
34
1.00E­
38
183
"
Union
Camp
Corporation
­
1.00E­
38
37,000
3.70E­
34
3.70E­
34
1.00E­
38
15
Roseburg
Forest
Products
­
1.00E­
38
138,000
1.38E­
33
1.38E­
33
1.00E­
38
185
Weyerhaeuser
Company­
Mil
1.00E­
38
57,800
5.78E­
34
5.78E­
34
1.00E­
38
186
"
Weyerhaeuser
Company
­
D
1.00E­
38
152,000
1.52E­
33
1.52E­
33
1.00E­
38
187
"
Weyerhaeuser
Company
­
M
1.00E­
38
255,000
2.55E­
33
2.55E­
33
1.00E­
38
108
Georgia­
Pacific
Corporati
1.00E­
38
308,000
3.08E­
33
3.08E­
33
1.00E­
38
21
Smurfit
Newsprint
Corporat
1.00E­
38
*******
1.03E­
32
1.03E­
32
1.00E­
38
190
"
Weyerhaeuser
Company
­
M
1.00E­
38
243,000
2.43E­
33
2.43E­
33
1.00E­
38
24
Timber
Products
Company
(
W
1.00E­
38
51,500
5.15E­
34
5.15E­
34
1.00E­
38
192
"
Weyerhaeuser
Company
­
W
1.00E­
38
64,000
6.40E­
34
6.40E­
34
1.00E­
38
26
"
Collins
Products,
L.
L.
C."
1.00E­
38
386,000
3.86E­
33
3.86E­
33
1.00E­
38
212
"
Willamette
Industries,
I
1.00E­
38
215,000
2.15E­
33
2.15E­
33
1.00E­
38
156
"
Norbord
Mississippi,
Inc
1.00E­
38
93,700
9.37E­
34
9.37E­
34
1.00E­
38
196
"
Willamette
Industries,
I
1.00E­
38
124,000
1.24E­
33
1.24E­
33
1.00E­
38
197
"
Willamette
Industries,
I
1.00E­
38
212,000
2.12E­
33
2.12E­
33
1.00E­
38
120
International
Paper
­
Jef
1.00E­
38
102,000
1.02E­
33
1.02E­
33
1.00E­
38
121
Masonite
Ukiah
1.00E­
38
85,900
8.59E­
34
8.59E­
34
1.00E­
38
200
"
Willamette
Industries,
I
1.00E­
38
200,000
2.00E­
33
2.00E­
33
1.00E­
38
201
"
Willamette
Industries,
I
1.00E­
38
65,100
6.51E­
34
6.51E­
34
1.00E­
38
202
"
Willamette
Industries,
I
1.00E­
38
116,000
1.16E­
33
1.16E­
33
1.00E­
38
238
Superior
Lumber
Company
1.00E­
38
135,000
1.35E­
33
1.35E­
33
1.00E­
38
206
"
Willamette
Industries,
I
1.00E­
38
321,000
3.21E­
33
3.21E­
33
1.00E­
38
207
"
Willamette
Industries,
I
1.00E­
38
465,000
4.65E­
33
4.65E­
33
1.00E­
38
208
"
Willamette
Industries,
I
1.00E­
38
244,000
2.44E­
33
2.44E­
33
1.00E­
38
209
"
Willamette
Industries,
I
1.00E­
38
28,500
2.85E­
34
2.85E­
34
1.00E­
38
48
Bessemer
Plywood
Corporati
1.00E­
38
241,000
2.41E­
33
2.41E­
33
1.00E­
38
469
Boise
Cascade
Corporation
1.00E­
38
58,700
5.87E­
34
5.87E­
34
1.00E­
38
142A
Louisiana­
Pacific
­
Uran
1.00E­
38
68,600
6.86E­
34
6.86E­
34
1.00E­
38
33
"
K
Ply,
Incorporated"
1.00E­
38
357,000
3.57E­
33
3.57E­
33
1.00E­
38
222
"
Freres
Lumber
Company,
I
1.00E­
38
59,600
5.96E­
34
5.96E­
34
1.00E­
38
180
Temple­
Inland
­
Pineland
1.00E­
38
243,000
2.43E­
33
2.43E­
33
1.00E­
38
229
Medply
1.00E­
38
232,000
2.32E­
33
2.32E­
33
1.00E­
38
230
Murphy
Plywood
Company
1.00E­
38
501,000
5.01E­
33
5.01E­
33
1.00E­
38
160
Potlatch
Corporation
­
Po
1.00E­
38
331,000
3.31E­
33
3.31E­
33
1.00E­
38
442A
"
Rosboro
Lumber
Company,
1.00E­
38
192,000
1.92E­
33
1.92E­
33
1.00E­
38
86
"
Georgia­
Pacific
Hardboard
1.00E­
38
323,000
3.23E­
33
3.23E­
33
1.00E­
38
431
Trus
Joist
MacMillan
­
Eu
1.00E­
38
473,000
4.73E­
33
4.73E­
33
1.00E­
38
436
Willamette
Industries
­
D
1.00E­
38
105,000
1.05E­
33
1.05E­
33
1.00E­
38
464
"
Del­
Tin
Fiber,
L.
L.
C.
(
T
1.00E­
38
69,000
6.90E­
34
6.90E­
34
1.00E­
38
74
"
Georgia­
Pacific
Plywood
P
1.00E­
38
98,200
9.82E­
34
9.82E­
34
1.00E­
38
442B
"
Rosboro
Lumber
Company,
1.00E­
38
337,000
3.37E­
33
3.37E­
33
1.00E­
38
79
Georgia­
Pacific
Corporatio
1.00E­
38
398,000
3.98E­
33
3.98E­
33
1.00E­
38
152B
"
Louisiana­
Pacific
Corpo
1.00E­
38
310,000
3.10E­
33
3.10E­
33
1.00E­
38
81
"
Georgia­
Pacific
Plywood
P
1.00E­
38
131,000
1.31E­
33
1.31E­
33
1.00E­
38
179B
Temple­
Inland
­
Diboll
F
1.00E­
38
178,000
1.78E­
33
1.78E­
33
1.00E­
38
166
Medite
Division
of
Sierra
1.00E­
38
481,000
4.81E­
33
4.81E­
33
1.00E­
38
60A
"
Broyhill
Furniture
Indus
1.00E­
38
347,000
3.47E­
33
3.47E­
33
1.00E­
38
98A
"
Georgia­
Pacific
Plywood
TOSHI
DEVELOPMENTAL
Lifetime
Conc
People
Exposure
Incidence
HI
plant
#
Source
1.07E­
02
55
5.86E­
01
5.86E­
01
1.07E­
02
163
Potlatch
Corporation
­
Be
1.04E­
02
6
6.23E­
02
6.23E­
02
1.04E­
02
126
Masonite
Corporation
­
To
8.58E­
03
148
1.27E+
00
1.27E+
00
8.58E­
03
193
"
Weyerhaeuser
Company
­
S
8.28E­
03
112
9.27E­
01
9.27E­
01
8.28E­
03
152A
"
Louisiana­
Pacific
Corpo
7.84E­
03
37
2.90E­
01
2.90E­
01
7.84E­
03
177
Temple­
Inland
­
Hope
Part
6.72E­
03
9
6.05E­
02
6.05E­
02
6.72E­
03
158
"
Plum
Creek
Manufacturing
6.37E­
03
12
7.65E­
02
7.65E­
02
6.37E­
03
153
"
Louisiana­
Pacific
Corpor
5.88E­
03
45
2.64E­
01
2.64E­
01
5.88E­
03
20
"
SierraPine,
Ltd,
Ampine
D
5.74E­
03
130
7.46E­
01
7.46E­
01
5.74E­
03
36
Merillat
Corporation
5.65E­
03
108
6.10E­
01
6.10E­
01
5.65E­
03
129
"
International
Paper/
Maso
5.33E­
03
10
5.33E­
02
5.33E­
02
5.33E­
03
148
"
Louisiana­
Pacific
­
Roxb
5.14E­
03
18
9.25E­
02
9.25E­
02
5.14E­
03
88
"
Georgia­
Pacific
OSB
Plant
5.06E­
03
38
1.92E­
01
1.92E­
01
5.06E­
03
179A
Temple­
Inland
­
Diboll
P
5.02E­
03
21
1.05E­
01
1.05E­
01
5.02E­
03
56
Boise
Cascade
Corporation
4.83E­
03
4
1.93E­
02
1.93E­
02
4.83E­
03
195
"
Weyerhaeuser
­
Heaters
F
4.75E­
03
29
1.38E­
01
1.38E­
01
4.75E­
03
84
"
Georgia­
Pacific
Particleb
4.34E­
03
60
2.61E­
01
2.61E­
01
4.34E­
03
140
Louisiana­
Pacific
­
Athen
4.17E­
03
3
1.25E­
02
1.25E­
02
4.17E­
03
14
Northwood
Panelboard
Compa
4.10E­
03
11
4.51E­
02
4.51E­
02
4.10E­
03
122
International
Paper
Corde
3.91E­
03
3
1.17E­
02
1.17E­
02
3.91E­
03
154
"
Louisiana­
Pacific
Corpor
3.90E­
03
16
6.23E­
02
6.23E­
02
3.90E­
03
131
"
J.
M.
Huber
Corporation
­
3.57E­
03
46
1.64E­
01
1.64E­
01
3.57E­
03
165
Potlatch
Corporation
3.51E­
03
10
3.51E­
02
3.51E­
02
3.51E­
03
189Weyerhaeuser
Company
­
Gr
3.45E­
03
2
6.90E­
03
6.90E­
03
3.45E­
03
203
"
Willamette
Industries,
I
3.28E­
03
227
7.45E­
01
7.45E­
01
3.28E­
03
128
International
Paper
­
Stu
3.24E­
03
103
3.34E­
01
3.34E­
01
3.24E­
03
465
"
Louisiana­
Pacific
Corpor
3.16E­
03
6
1.89E­
02
1.89E­
02
3.16E­
03
133
"
J.
M.
Huber
Corporation
­
3.15E­
03
10
3.15E­
02
3.15E­
02
3.15E­
03
188
"
Weyerhaeuser
Company­
Ad
3.14E­
03
44
1.38E­
01
1.38E­
01
3.14E­
03
224
"
Hambro
Forest
Products,
3.10E­
03
2
6.19E­
03
6.19E­
03
3.10E­
03
119
"
International
Paper,
Nac
3.10E­
03
27
8.36E­
02
8.36E­
02
3.10E­
03
90
"
Georgia­
Pacific
Particleb
3.00E­
03
3
9.01E­
03
9.01E­
03
3.00E­
03
184
Union
Camp
Franklin
Parti
2.98E­
03
18
5.36E­
02
5.36E­
02
2.98E­
03
176
Temple­
Inland
­
Monroevil
2.88E­
03
11
3.17E­
02
3.17E­
02
2.88E­
03
178
Temple­
Inland
­
Thomson
P
2.74E­
03
32
8.77E­
02
8.77E­
02
2.74E­
03
210
"
Willamette
Industries,
I
2.72E­
03
1
2.72E­
03
2.72E­
03
2.72E­
03
12
Martco
Partnership
­
LeMoy
2.71E­
03
12
3.25E­
02
3.25E­
02
2.71E­
03
135
"
Louisiana­
Pacific
Corpor
2.64E­
03
2
5.28E­
03
5.28E­
03
2.64E­
03
53
Boise
Cascade
Corporation
2.55E­
03
143
3.64E­
01
3.64E­
01
2.55E­
03
443A
"
Boise
Cascade
Plywood
P
2.51E­
03
52
1.30E­
01
1.30E­
01
2.51E­
03
23B
Timber
Products
Company
­
2.45E­
03
128
3.13E­
01
3.13E­
01
2.45E­
03
191
"
Weyerhaeuser
Company
­
E
2.44E­
03
71
1.73E­
01
1.73E­
01
2.44E­
03
106
"
Georgia­
Pacific
OSB
Plan
2.36E­
03
31
7.33E­
02
7.33E­
02
2.36E­
03
98B
"
Georgia­
Pacific
OSB
Plan
2.33E­
03
20
4.65E­
02
4.65E­
02
2.33E­
03
132
J.
M.
Huber
Corporation
Ea
2.28E­
03
2
4.55E­
03
4.55E­
03
2.28E­
03
164
Potlatch
Corporation
­
Co
2.17E­
03
10
2.17E­
02
2.17E­
02
2.17E­
03
134
J.
M.
Huber
Corporation
­
1.88E­
03
11
2.07E­
02
2.07E­
02
1.88E­
03
145
"
Louisiana­
Pacific
­
Sago
1.84E­
03
39
7.17E­
02
7.17E­
02
1.84E­
03
143
"
Louisiana­
Pacific
Corpor
1.84E­
03
37
6.79E­
02
6.79E­
02
1.84E­
03
40
"
US
Forest
Industries,
Inc
1.83E­
03
1
1.83E­
03
1.83E­
03
1.83E­
03
38
Scotch
Plywood
Company
of
1.82E­
03
4
7.28E­
03
7.28E­
03
1.82E­
03
190
"
Weyerhaeuser
Company
­
M
1.80E­
03
9
1.62E­
02
1.62E­
02
1.80E­
03
104
"
Georgia­
Pacific
Particle
1.77E­
03
17
3.00E­
02
3.00E­
02
1.77E­
03
100
"
Georgia­
Pacific
Hardboar
1.74E­
03
71
1.23E­
01
1.23E­
01
1.74E­
03
138
Louisiana­
Pacific
­
Arcat
1.73E­
03
50
8.66E­
02
8.66E­
02
1.73E­
03
124
Masonite
­
Laurel
Mill
1.68E­
03
19
3.19E­
02
3.19E­
02
1.68E­
03
155
"
Louisiana­
Pacific
Corpor
1.67E­
03
1
1.67E­
03
1.67E­
03
1.67E­
03
35
Langboard
OSB
1.55E­
03
1
1.55E­
03
1.55E­
03
1.55E­
03
93
"
Georgia­
Pacific
Particleb
1.50E­
03
85
1.28E­
01
1.28E­
01
1.50E­
03
78
"
Georgia­
Pacific
Particleb
1.38E­
03
42
5.78E­
02
5.78E­
02
1.38E­
03
47
Bassett
Fiberboard
1.25E­
03
4
5.02E­
03
5.02E­
03
1.25E­
03
142B
Louisiana­
Pacific
­
Uran
1.17E­
03
6
7.01E­
03
7.01E­
03
1.17E­
03
198
"
Willamette
Industries,
I
1.13E­
03
21
2.38E­
02
2.38E­
02
1.13E­
03
139
Louisiana­
Pacific
­
Montr
1.07E­
03
18
1.92E­
02
1.92E­
02
1.07E­
03
1
Temple­
Inland
1.05E­
03
15
1.58E­
02
1.58E­
02
1.05E­
03
46
"
Allegheny
Particleboard,
9.29E­
04
23
2.14E­
02
2.14E­
02
9.29E­
04
41
"
Webb
Furniture
Enterprise
9.13E­
04
52
4.75E­
02
4.75E­
02
9.13E­
04
146
Louisiana­
Pacific
­
Two
H
9.07E­
04
13
1.18E­
02
1.18E­
02
9.07E­
04
109
Georgia­
Pacific
Hardboard
9.05E­
04
39
3.53E­
02
3.53E­
02
9.05E­
04
157
"
Norbord
Industries,
Inco
9.00E­
04
83
7.47E­
02
7.47E­
02
9.00E­
04
144
Louisiana­
Pacific
­
Newbe
8.93E­
04
21
1.87E­
02
1.87E­
02
8.93E­
04
83
"
Georgia­
Pacific
OSB
Plant
8.41E­
04
31
2.61E­
02
2.61E­
02
8.41E­
04
26
"
Collins
Products,
L.
L.
C."
8.04E­
04
19
1.53E­
02
1.53E­
02
8.04E­
04
37
Rodman
Industries
6.68E­
04
2
1.34E­
03
1.34E­
03
6.68E­
04
199
"
Willamette
Industries,
I
6.17E­
04
3
1.85E­
03
1.85E­
03
6.17E­
04
51
Boise
Cascade
­
LaGrande
P
5.25E­
04
1
5.25E­
04
5.25E­
04
5.25E­
04
137
Louisiana­
Pacific
Corpora
4.63E­
04
186
8.62E­
02
8.62E­
02
4.63E­
04
44
"
ABTco,
Incorporated
­
Roa
4.22E­
04
6
2.53E­
03
2.53E­
03
4.22E­
04
45
Allegheny
MDF
Limited
Part
4.18E­
04
64
2.68E­
02
2.68E­
02
4.18E­
04
95
"
Georgia­
Pacific
Hardboard
3.60E­
04
17
6.11E­
03
6.11E­
03
3.60E­
04
206
"
Willamette
Industries,
I
3.50E­
04
4
1.40E­
03
1.40E­
03
3.50E­
04
194
"
Weyerhaeuser
­
Marshfiel
3.32E­
04
24
7.96E­
03
7.96E­
03
3.32E­
04
179B
Temple­
Inland
­
Diboll
F
2.62E­
04
5
1.31E­
03
1.31E­
03
2.62E­
04
436Willamette
Industries
­
D
2.46E­
04
31
7.64E­
03
7.64E­
03
2.46E­
04
101
"
Georgia­
Pacific
MDF
Plan
2.24E­
04
7
1.57E­
03
1.57E­
03
2.24E­
04
160
Potlatch
Corporation
­
Po
1.84E­
04
24
4.41E­
03
4.41E­
03
1.84E­
04
52
Boise
Cascade
Corporation
1.78E­
04
16
2.85E­
03
2.85E­
03
1.78E­
04
202
"
Willamette
Industries,
I
1.77E­
04
61
1.08E­
02
1.08E­
02
1.77E­
04
152B
"
Louisiana­
Pacific
Corpo
1.73E­
04
12
2.07E­
03
2.07E­
03
1.73E­
04
121
Masonite
Ukiah
1.71E­
04
15
2.57E­
03
2.57E­
03
1.71E­
04
86
"
Georgia­
Pacific
Hardboard
1.63E­
04
9
1.47E­
03
1.47E­
03
1.63E­
04
2
Emerald
Forest
Products
­
P
1.60E­
04
1
1.60E­
04
1.60E­
04
1.60E­
04
91
"
Georgia­
Pacific
Plywood
P
1.56E­
04
37
5.77E­
03
5.77E­
03
1.56E­
04
111
Georgia­
Pacific
Corporati
1.53E­
04
14
2.14E­
03
2.14E­
03
1.53E­
04
207
"
Willamette
Industries,
I
1.47E­
04
12
1.77E­
03
1.77E­
03
1.47E­
04
74
"
Georgia­
Pacific
Plywood
P
1.43E­
04
97
1.39E­
02
1.39E­
02
1.43E­
04
469
Boise
Cascade
Corporation
1.42E­
04
9
1.28E­
03
1.28E­
03
1.42E­
04
197
"
Willamette
Industries,
I
1.40E­
04
3
4.20E­
04
4.20E­
04
1.40E­
04
442A
"
Rosboro
Lumber
Company,
1.37E­
04
3
4.12E­
04
4.12E­
04
1.37E­
04
156
"
Norbord
Mississippi,
Inc
1.31E­
04
5
6.55E­
04
6.55E­
04
1.31E­
04
180
Temple­
Inland
­
Pineland
1.30E­
04
107
1.39E­
02
1.39E­
02
1.30E­
04
17
"
Roseburg
Forest
Products
1.28E­
04
4
5.13E­
04
5.13E­
04
1.28E­
04
107
"
Georgia­
Pacific
Plywood
1.25E­
04
16
2.00E­
03
2.00E­
03
1.25E­
04
192
"
Weyerhaeuser
Company
­
W
1.17E­
04
33
3.87E­
03
3.87E­
03
1.17E­
04
57
Boise
Cascade
Corporation
1.17E­
04
24
2.82E­
03
2.82E­
03
1.17E­
04
65
"
Champion
International
Co
1.04E­
04
7
7.27E­
04
7.27E­
04
1.04E­
04
102
"
Georgia­
Pacific
Plywood
1.01E­
04
21
2.12E­
03
2.12E­
03
1.01E­
04
79
Georgia­
Pacific
Corporatio
9.80E­
05
13
1.27E­
03
1.27E­
03
9.80E­
05
186
"
Weyerhaeuser
Company
­
D
9.74E­
05
8
7.79E­
04
7.79E­
04
9.74E­
05
97
"
Georgia­
Pacific
Corp
Plyw
9.64E­
05
13
1.25E­
03
1.25E­
03
9.64E­
05
64
"
Champion
International
Co
9.57E­
05
5
4.79E­
04
4.79E­
04
9.57E­
05
73
"
Georgia­
Pacific
Plywood
P
9.35E­
05
110
1.03E­
02
1.03E­
02
9.35E­
05
159
"
Plum
Creek
Manufacturing
9.30E­
05
15
1.39E­
03
1.39E­
03
9.30E­
05
235
"
Ponderosa
Products,
Inco
9.27E­
05
2
1.85E­
04
1.85E­
04
9.27E­
05
92
"
Georgia­
Pacific
Plywood
P
9.13E­
05
10
9.13E­
04
9.13E­
04
9.13E­
05
18
Roseburg
Forest
Products
C
8.96E­
05
344
3.08E­
02
3.08E­
02
8.96E­
05
220
"
Evanite
Fiber
Corporatio
8.89E­
05
5
4.45E­
04
4.45E­
04
8.89E­
05
72
"
Georgia­
Pacific
Plywood
P
8.69E­
05
22
1.91E­
03
1.91E­
03
8.69E­
05
81
"
Georgia­
Pacific
Plywood
P
8.65E­
05
3
2.59E­
04
2.59E­
04
8.65E­
05
19
Roseburg
Forest
Products
P
8.29E­
05
31
2.57E­
03
2.57E­
03
8.29E­
05
98A
"
Georgia­
Pacific
Plywood
8.15E­
05
15
1.22E­
03
1.22E­
03
8.15E­
05
237
Simpson
Timber
Company
­
7.92E­
05
140
1.11E­
02
1.11E­
02
7.92E­
05
77
Georgia­
Pacific
­
Hawthorn
7.87E­
05
3
2.36E­
04
2.36E­
04
7.87E­
05
212
"
Willamette
Industries,
I
7.77E­
05
7
5.44E­
04
5.44E­
04
7.77E­
05
175
Stimson
Lumber
Company
7.71E­
05
1
7.71E­
05
7.71E­
05
7.71E­
05
117
International
Paper
Compa
7.61E­
05
24
1.83E­
03
1.83E­
03
7.61E­
05
174
Stimson
Lumber
Company
7.58E­
05
72
5.46E­
03
5.46E­
03
7.58E­
05
30
Hardel
Mutual
Plywood
Corp
7.57E­
05
2
1.51E­
04
1.51E­
04
7.57E­
05
49
Boise
Cascade
Corporation
7.40E­
05
48
3.55E­
03
3.55E­
03
7.40E­
05
151
Louisiana­
Pacific
­
Cleve
7.34E­
05
35
2.57E­
03
2.57E­
03
7.34E­
05
173
Stimson
Lumber
Company
7.02E­
05
56
3.93E­
03
3.93E­
03
7.02E­
05
21
Smurfit
Newsprint
Corporat
6.87E­
05
11
7.56E­
04
7.56E­
04
6.87E­
05
196
"
Willamette
Industries,
I
6.72E­
05
9
6.05E­
04
6.05E­
04
6.72E­
05
103
Georgia­
Pacific
Russellvi
6.63E­
05
1
6.63E­
05
6.63E­
05
6.63E­
05
150
Louisiana­
Pacific
­
Bon
W
5.90E­
05
223
1.32E­
02
1.32E­
02
5.90E­
05
208
"
Willamette
Industries,
I
5.73E­
05
27
1.55E­
03
1.55E­
03
5.73E­
05
130
"
Masonite
­
Danville,
VA"
5.71E­
05
32
1.83E­
03
1.83E­
03
5.71E­
05
22
Smurfit
Newsprint
Corporat
5.67E­
05
83
4.71E­
03
4.71E­
03
5.67E­
05
113
"
Hood
Industries,
Incorpo
5.58E­
05
1
5.58E­
05
5.58E­
05
5.58E­
05
142A
Louisiana­
Pacific
­
Uran
5.52E­
05
4
2.21E­
04
2.21E­
04
5.52E­
05
166
Medite
Division
of
Sierra
5.49E­
05
28
1.54E­
03
1.54E­
03
5.49E­
05
43
"
ABTco,
A
Louisiana­
Pacifi
5.45E­
05
32
1.74E­
03
1.74E­
03
5.45E­
05
89
"
Georgia­
Pacific
Plywood
P
5.41E­
05
143
7.73E­
03
7.73E­
03
5.41E­
05
112
"
Hood
Industries,
Incorpo
5.19E­
05
3
1.56E­
04
1.56E­
04
5.19E­
05
108
Georgia­
Pacific
Corporati
5.11E­
05
258
1.32E­
02
1.32E­
02
5.11E­
05
201
"
Willamette
Industries,
I
5.03E­
05
24
1.21E­
03
1.21E­
03
5.03E­
05
222
"
Freres
Lumber
Company,
I
4.89E­
05
10
4.89E­
04
4.89E­
04
4.89E­
05
183
"
Union
Camp
Corporation
­
4.80E­
05
98
4.71E­
03
4.71E­
03
4.80E­
05
25
"
Coastal
Lumber
Company,
H
4.75E­
05
35
1.66E­
03
1.66E­
03
4.75E­
05
187
"
Weyerhaeuser
Company
­
M
4.60E­
05
8
3.68E­
04
3.68E­
04
4.60E­
05
238
Superior
Lumber
Company
4.42E­
05
179
7.91E­
03
7.91E­
03
4.42E­
05
466
"
Louisiana­
Pacific
Corpor
4.29E­
05
3
1.29E­
04
1.29E­
04
4.29E­
05
185Weyerhaeuser
Company­
Mil
4.28E­
05
5
2.14E­
04
2.14E­
04
4.28E­
05
230
Murphy
Plywood
Company
4.18E­
05
211
8.83E­
03
8.83E­
03
4.18E­
05
58A
Broyhill
Furniture
Indust
4.09E­
05
3
1.23E­
04
1.23E­
04
4.09E­
05
13
Martco
Partnership
­
Chopi
3.94E­
05
6
2.37E­
04
2.37E­
04
3.94E­
05
80
"
Georgia­
Pacific
Panelboar
3.89E­
05
24
9.34E­
04
9.34E­
04
3.89E­
05
141
Louisiana­
Pacific
­
Logan
3.85E­
05
20
7.69E­
04
7.69E­
04
3.85E­
05
209
"
Willamette
Industries,
I
3.83E­
05
77
2.95E­
03
2.95E­
03
3.83E­
05
118
Springhill
Wood
Products
3.69E­
05
27
9.96E­
04
9.96E­
04
3.69E­
05
229
Medply
3.69E­
05
3
1.11E­
04
1.11E­
04
3.69E­
05
431
Trus
Joist
MacMillan
­
Eu
3.48E­
05
51
1.78E­
03
1.78E­
03
3.48E­
05
48
Bessemer
Plywood
Corporati
3.19E­
05
7
2.23E­
04
2.23E­
04
3.19E­
05
200
"
Willamette
Industries,
I
3.04E­
05
25
7.60E­
04
7.60E­
04
3.04E­
05
110
"
Georgia­
Pacific
Hardboar
2.86E­
05
7
2.00E­
04
2.00E­
04
2.86E­
05
50
Boise
Cascade
Corporation
2.86E­
05
2
5.73E­
05
5.73E­
05
2.86E­
05
115
"
Inca
Presswood
Pallets,
2.85E­
05
20
5.70E­
04
5.70E­
04
2.85E­
05
162
Potlatch
Corporation
­
St
2.80E­
05
22
6.16E­
04
6.16E­
04
2.80E­
05
15
Roseburg
Forest
Products
­
2.51E­
05
3
7.54E­
05
7.54E­
05
2.51E­
05
161
Potlatch
Corporation
­
Ja
2.48E­
05
6
1.49E­
04
1.49E­
04
2.48E­
05
82
Georgia­
Pacific
­
Monticel
2.37E­
05
7
1.66E­
04
1.66E­
04
2.37E­
05
76
"
Georgia­
Pacific
Hardboard
2.20E­
05
7
1.54E­
04
1.54E­
04
2.20E­
05
105
"
Georgia­
Pacific
Softboar
2.05E­
05
92
1.88E­
03
1.88E­
03
2.05E­
05
167
"
SierraPine
Limited,
Rock
2.02E­
05
186
3.76E­
03
3.76E­
03
2.02E­
05
120
International
Paper
­
Jef
1.93E­
05
42
8.11E­
04
8.11E­
04
1.93E­
05
60A
"
Broyhill
Furniture
Indus
1.89E­
05
131
2.47E­
03
2.47E­
03
1.89E­
05
24
Timber
Products
Company
(
W
1.40E­
05
24
3.36E­
04
3.36E­
04
1.40E­
05
33
"
K
Ply,
Incorporated"
1.30E­
05
4
5.20E­
05
5.20E­
05
1.30E­
05
39
Southern
Veneer
Products
1.12E­
05
4
4.47E­
05
4.47E­
05
1.12E­
05
464
"
Del­
Tin
Fiber,
L.
L.
C.
(
T
9.74E­
06
42
4.09E­
04
4.09E­
04
9.74E­
06
99
"
Georgia­
Pacific
Hardboard
5.74E­
08
103
5.92E­
06
5.92E­
06
5.74E­
08
442B
"
Rosboro
Lumber
Company,
TOSHI
CNS
Lifetime
Conc
People
Exposure
Incidence
HI
Plant
#
Source
4.03E­
01
17
6.84E+
00
6.84E+
00
4.03E­
01
206
"
Willamette
Industries,
I
3.69E­
01
16
5.91E+
00
5.91E+
00
3.69E­
01
131
"
J.
M.
Huber
Corporation
­
3.54E­
01
344
1.22E+
02
1.22E+
02
3.54E­
01
220
"
Evanite
Fiber
Corporatio
3.03E­
01
44
1.33E+
01
1.33E+
01
3.03E­
01
224
"
Hambro
Forest
Products,
2.93E­
01
9
2.63E+
00
2.63E+
00
2.93E­
01
158
"
Plum
Creek
Manufacturing
2.91E­
01
24
6.98E+
00
6.98E+
00
2.91E­
01
179B
Temple­
Inland
­
Diboll
F
2.80E­
01
1
2.80E­
01
2.80E­
01
2.80E­
01
137
Louisiana­
Pacific
Corpora
2.78E­
01
112
3.12E+
01
3.12E+
01
2.78E­
01
152A
"
Louisiana­
Pacific
Corpo
2.43E­
01
3
7.30E­
01
7.30E­
01
2.43E­
01
431
Trus
Joist
MacMillan
­
Eu
2.42E­
01
27
6.53E+
00
6.53E+
00
2.42E­
01
229
Medply
2.22E­
01
8
1.78E+
00
1.78E+
00
2.22E­
01
238
Superior
Lumber
Company
2.18E­
01
61
1.33E+
01
1.33E+
01
2.18E­
01
152B
"
Louisiana­
Pacific
Corpo
2.16E­
01
52
1.12E+
01
1.12E+
01
2.16E­
01
146
Louisiana­
Pacific
­
Two
H
1.70E­
01
12
2.04E+
00
2.04E+
00
1.70E­
01
153
"
Louisiana­
Pacific
Corpor
1.68E­
01
108
1.82E+
01
1.82E+
01
1.68E­
01
129
"
International
Paper/
Maso
1.66E­
01
5
8.30E­
01
8.30E­
01
1.66E­
01
436
Willamette
Industries
­
D
1.58E­
01
143
2.26E+
01
2.26E+
01
1.58E­
01
112
"
Hood
Industries,
Incorpo
1.42E­
01
15
2.13E+
00
2.13E+
00
1.42E­
01
237
Simpson
Timber
Company
­
1.39E­
01
50
6.96E+
00
6.96E+
00
1.39E­
01
124
Masonite
­
Laurel
Mill
1.38E­
01
3
4.15E­
01
4.15E­
01
1.38E­
01
154
"
Louisiana­
Pacific
Corpor
1.24E­
01
38
4.70E+
00
4.70E+
00
1.24E­
01
179A
Temple­
Inland
­
Diboll
P
1.22E­
01
179
2.18E+
01
2.18E+
01
1.22E­
01
466
"
Louisiana­
Pacific
Corpor
1.18E­
01
1
1.18E­
01
1.18E­
01
1.18E­
01
142A
Louisiana­
Pacific
­
Uran
1.15E­
01
9
1.03E+
00
1.03E+
00
1.15E­
01
2
Emerald
Forest
Products
­
P
1.14E­
01
15
1.71E+
00
1.71E+
00
1.14E­
01
235
"
Ponderosa
Products,
Inco
1.14E­
01
4
4.55E­
01
4.55E­
01
1.14E­
01
464
"
Del­
Tin
Fiber,
L.
L.
C.
(
T
1.13E­
01
92
1.04E+
01
1.04E+
01
1.13E­
01
167
"
SierraPine
Limited,
Rock
1.11E­
01
2
2.23E­
01
2.23E­
01
1.11E­
01
115
"
Inca
Presswood
Pallets,
1.09E­
01
103
1.12E+
01
1.12E+
01
1.09E­
01
465
"
Louisiana­
Pacific
Corpor
1.06E­
01
14
1.49E+
00
1.49E+
00
1.06E­
01
207
"
Willamette
Industries,
I
1.05E­
01
9
9.42E­
01
9.42E­
01
1.05E­
01
104
"
Georgia­
Pacific
Particle
1.04E­
01
37
3.83E+
00
3.83E+
00
1.04E­
01
111
Georgia­
Pacific
Corporati
1.03E­
01
32
3.30E+
00
3.30E+
00
1.03E­
01
22
Smurfit
Newsprint
Corporat
1.03E­
01
24
2.46E+
00
2.46E+
00
1.03E­
01
222
"
Freres
Lumber
Company,
I
9.96E­
02
186
1.85E+
01
1.85E+
01
9.96E­
02
120
International
Paper
­
Jef
9.62E­
02
83
7.99E+
00
7.99E+
00
9.62E­
02
113
"
Hood
Industries,
Incorpo
9.44E­
02
1
9.44E­
02
9.44E­
02
9.44E­
02
117
International
Paper
Compa
9.25E­
02
5
4.62E­
01
4.62E­
01
9.25E­
02
230
Murphy
Plywood
Company
9.12E­
02
83
7.57E+
00
7.57E+
00
9.12E­
02
144
Louisiana­
Pacific
­
Newbe
9.02E­
02
42
3.79E+
00
3.79E+
00
9.02E­
02
60A
"
Broyhill
Furniture
Indus
8.78E­
02
24
2.11E+
00
2.11E+
00
8.78E­
02
141
Louisiana­
Pacific
­
Logan
8.68E­
02
227
1.97E+
01
1.97E+
01
8.68E­
02
128
International
Paper
­
Stu
8.39E­
02
6
5.03E­
01
5.03E­
01
8.39E­
02
133
"
J.
M.
Huber
Corporation
­
8.16E­
02
1
8.16E­
02
8.16E­
02
8.16E­
02
150
Louisiana­
Pacific
­
Bon
W
8.01E­
02
32
2.56E+
00
2.56E+
00
8.01E­
02
89
"
Georgia­
Pacific
Plywood
P
7.66E­
02
32
2.45E+
00
2.45E+
00
7.66E­
02
210
"
Willamette
Industries,
I
7.48E­
02
27
2.02E+
00
2.02E+
00
7.48E­
02
130
"
Masonite
­
Danville,
VA"
7.12E­
02
77
5.48E+
00
5.48E+
00
7.12E­
02
118
Springhill
Wood
Products
5.74E­
02
12
6.89E­
01
6.89E­
01
5.74E­
02
121
Masonite
Ukiah
5.21E­
02
5
2.60E­
01
2.60E­
01
5.21E­
02
180
Temple­
Inland
­
Pineland
4.87E­
02
6
2.92E­
01
2.92E­
01
4.87E­
02
126
Masonite
Corporation
­
To
4.69E­
02
12
5.62E­
01
5.62E­
01
4.69E­
02
74
"
Georgia­
Pacific
Plywood
P
4.45E­
02
11
4.90E­
01
4.90E­
01
4.45E­
02
145
"
Louisiana­
Pacific
­
Sago
3.86E­
02
3
1.16E­
01
1.16E­
01
3.86E­
02
156
"
Norbord
Mississippi,
Inc
3.46E­
02
6
2.07E­
01
2.07E­
01
3.46E­
02
82
Georgia­
Pacific
­
Monticel
3.10E­
02
11
3.41E­
01
3.41E­
01
3.10E­
02
178
Temple­
Inland
­
Thomson
P
2.87E­
02
19
5.46E­
01
5.46E­
01
2.87E­
02
155
"
Louisiana­
Pacific
Corpor
2.83E­
02
7
1.98E­
01
1.98E­
01
2.83E­
02
50
Boise
Cascade
Corporation
2.79E­
02
24
6.69E­
01
6.69E­
01
2.79E­
02
174
Stimson
Lumber
Company
2.72E­
02
3
8.15E­
02
8.15E­
02
2.72E­
02
185
Weyerhaeuser
Company­
Mil
2.49E­
02
48
1.19E+
00
1.19E+
00
2.49E­
02
151
Louisiana­
Pacific
­
Cleve
1.81E­
02
4
7.26E­
02
7.26E­
02
1.81E­
02
166
Medite
Division
of
Sierra
1.26E­
03
3
3.78E­
03
3.78E­
03
1.26E­
03
14
Northwood
Panelboard
Compa
1.20E­
03
55
6.62E­
02
6.62E­
02
1.20E­
03
163
Potlatch
Corporation
­
Be
9.92E­
04
31
3.08E­
02
3.08E­
02
9.92E­
04
26
"
Collins
Products,
L.
L.
C."
9.49E­
04
18
1.71E­
02
1.71E­
02
9.49E­
04
88
"
Georgia­
Pacific
OSB
Plant
7.00E­
04
148
1.04E­
01
1.04E­
01
7.00E­
04
193
"
Weyerhaeuser
Company
­
S
5.53E­
04
2
1.11E­
03
1.11E­
03
5.53E­
04
119
"
International
Paper,
Nac
5.49E­
04
64
3.52E­
02
3.52E­
02
5.49E­
04
95
"
Georgia­
Pacific
Hardboard
5.31E­
04
2
1.06E­
03
1.06E­
03
5.31E­
04
203
"
Willamette
Industries,
I
4.68E­
04
186
8.70E­
02
8.70E­
02
4.68E­
04
44
"
ABTco,
Incorporated
­
Roa
4.38E­
04
45
1.97E­
02
1.97E­
02
4.38E­
04
20
"
SierraPine,
Ltd,
Ampine
D
4.37E­
04
128
5.60E­
02
5.60E­
02
4.37E­
04
191
"
Weyerhaeuser
Company
­
E
4.06E­
04
46
1.87E­
02
1.87E­
02
4.06E­
04
165
Potlatch
Corporation
4.01E­
04
11
4.41E­
03
4.41E­
03
4.01E­
04
122
International
Paper
Corde
3.55E­
04
29
1.03E­
02
1.03E­
02
3.55E­
04
84
"
Georgia­
Pacific
Particleb
3.52E­
04
16
5.64E­
03
5.64E­
03
3.52E­
04
202
"
Willamette
Industries,
I
3.40E­
04
1
3.40E­
04
3.40E­
04
3.40E­
04
12
Martco
Partnership
­
LeMoy
3.22E­
04
27
8.69E­
03
8.69E­
03
3.22E­
04
90
"
Georgia­
Pacific
Particleb
3.15E­
04
71
2.24E­
02
2.24E­
02
3.15E­
04
106
"
Georgia­
Pacific
OSB
Plan
3.11E­
04
24
7.47E­
03
7.47E­
03
3.11E­
04
52
Boise
Cascade
Corporation
3.11E­
04
1
3.11E­
04
3.11E­
04
3.11E­
04
35
Langboard
OSB
3.04E­
04
37
1.13E­
02
1.13E­
02
3.04E­
04
177
Temple­
Inland
­
Hope
Part
2.64E­
04
31
8.19E­
03
8.19E­
03
2.64E­
04
98B
"
Georgia­
Pacific
OSB
Plan
2.42E­
04
17
4.11E­
03
4.11E­
03
2.42E­
04
100
"
Georgia­
Pacific
Hardboar
2.40E­
04
52
1.25E­
02
1.25E­
02
2.40E­
04
23B
Timber
Products
Company
­
2.39E­
04
15
3.58E­
03
3.58E­
03
2.39E­
04
86
"
Georgia­
Pacific
Hardboard
2.36E­
04
107
2.53E­
02
2.53E­
02
2.36E­
04
17
"
Roseburg
Forest
Products
2.23E­
04
21
4.69E­
03
4.69E­
03
2.23E­
04
56
Boise
Cascade
Corporation
2.23E­
04
97
2.16E­
02
2.16E­
02
2.23E­
04
469
Boise
Cascade
Corporation
2.22E­
04
1
2.22E­
04
2.22E­
04
2.22E­
04
91
"
Georgia­
Pacific
Plywood
P
2.08E­
04
10
2.08E­
03
2.08E­
03
2.08E­
04
189
Weyerhaeuser
Company
­
Gr
1.95E­
04
4
7.81E­
04
7.81E­
04
1.95E­
04
107
"
Georgia­
Pacific
Plywood
1.88E­
04
20
3.75E­
03
3.75E­
03
1.88E­
04
132
J.
M.
Huber
Corporation
Ea
1.87E­
04
4
7.48E­
04
7.48E­
04
1.87E­
04
195
"
Weyerhaeuser
­
Heaters
F
1.86E­
04
2
3.72E­
04
3.72E­
04
1.86E­
04
164
Potlatch
Corporation
­
Co
1.82E­
04
10
1.82E­
03
1.82E­
03
1.82E­
04
188
"
Weyerhaeuser
Company­
Ad
1.80E­
04
31
5.58E­
03
5.58E­
03
1.80E­
04
101
"
Georgia­
Pacific
MDF
Plan
1.78E­
04
1
1.78E­
04
1.78E­
04
1.78E­
04
38
Scotch
Plywood
Company
of
1.78E­
04
3
5.35E­
04
5.35E­
04
1.78E­
04
184
Union
Camp
Franklin
Parti
1.66E­
04
85
1.41E­
02
1.41E­
02
1.66E­
04
78
"
Georgia­
Pacific
Particleb
1.65E­
04
33
5.43E­
03
5.43E­
03
1.65E­
04
57
Boise
Cascade
Corporation
1.63E­
04
10
1.63E­
03
1.63E­
03
1.63E­
04
18
Roseburg
Forest
Products
C
1.61E­
04
21
3.38E­
03
3.38E­
03
1.61E­
04
83
"
Georgia­
Pacific
OSB
Plant
1.59E­
04
130
2.07E­
02
2.07E­
02
1.59E­
04
36
Merillat
Corporation
1.58E­
04
11
1.74E­
03
1.74E­
03
1.58E­
04
196
"
Willamette
Industries,
I
1.53E­
04
3
4.60E­
04
4.60E­
04
1.53E­
04
442A
"
Rosboro
Lumber
Company,
1.51E­
04
7
1.05E­
03
1.05E­
03
1.51E­
04
160
Potlatch
Corporation
­
Po
1.43E­
04
24
3.44E­
03
3.44E­
03
1.43E­
04
65
"
Champion
International
Co
1.43E­
04
4
5.73E­
04
5.73E­
04
1.43E­
04
190
"
Weyerhaeuser
Company
­
M
1.43E­
04
21
3.01E­
03
3.01E­
03
1.43E­
04
79
Georgia­
Pacific
Corporatio
1.42E­
04
71
1.01E­
02
1.01E­
02
1.42E­
04
138
Louisiana­
Pacific
­
Arcat
1.40E­
04
3
4.21E­
04
4.21E­
04
1.40E­
04
19
Roseburg
Forest
Products
P
1.35E­
04
5
6.73E­
04
6.73E­
04
1.35E­
04
73
"
Georgia­
Pacific
Plywood
P
1.32E­
04
2
2.64E­
04
2.64E­
04
1.32E­
04
92
"
Georgia­
Pacific
Plywood
P
1.31E­
04
2
2.63E­
04
2.63E­
04
1.31E­
04
49
Boise
Cascade
Corporation
1.31E­
04
7
9.19E­
04
9.19E­
04
1.31E­
04
102
"
Georgia­
Pacific
Plywood
1.29E­
04
2
2.59E­
04
2.59E­
04
1.29E­
04
53
Boise
Cascade
Corporation
1.28E­
04
8
1.02E­
03
1.02E­
03
1.28E­
04
97
"
Georgia­
Pacific
Corp
Plyw
1.27E­
04
1
1.27E­
04
1.27E­
04
1.27E­
04
93
"
Georgia­
Pacific
Particleb
1.26E­
04
258
3.26E­
02
3.26E­
02
1.26E­
04
201
"
Willamette
Industries,
I
1.25E­
04
5
6.24E­
04
6.24E­
04
1.25E­
04
72
"
Georgia­
Pacific
Plywood
P
1.24E­
04
13
1.62E­
03
1.62E­
03
1.24E­
04
64
"
Champion
International
Co
1.24E­
04
9
1.12E­
03
1.12E­
03
1.24E­
04
197
"
Willamette
Industries,
I
1.24E­
04
3
3.71E­
04
3.71E­
04
1.24E­
04
51
Boise
Cascade
­
LaGrande
P
1.21E­
04
3
3.64E­
04
3.64E­
04
1.21E­
04
212
"
Willamette
Industries,
I
1.20E­
04
7
8.41E­
04
8.41E­
04
1.20E­
04
175
Stimson
Lumber
Company
1.17E­
04
143
1.67E­
02
1.67E­
02
1.17E­
04
443A
"
Boise
Cascade
Plywood
P
1.11E­
04
140
1.56E­
02
1.56E­
02
1.11E­
04
77
Georgia­
Pacific
­
Hawthorn
1.11E­
04
22
2.44E­
03
2.44E­
03
1.11E­
04
15
Roseburg
Forest
Products
­
1.08E­
04
31
3.35E­
03
3.35E­
03
1.08E­
04
98A
"
Georgia­
Pacific
Plywood
1.07E­
04
72
7.67E­
03
7.67E­
03
1.07E­
04
30
Hardel
Mutual
Plywood
Corp
1.05E­
04
6
6.32E­
04
6.32E­
04
1.05E­
04
198
"
Willamette
Industries,
I
1.04E­
04
15
1.56E­
03
1.56E­
03
1.04E­
04
46
"
Allegheny
Particleboard,
1.03E­
04
39
4.01E­
03
4.01E­
03
1.03E­
04
157
"
Norbord
Industries,
Inco
1.02E­
04
110
1.12E­
02
1.12E­
02
1.02E­
04
159
"
Plum
Creek
Manufacturing
1.01E­
04
9
9.07E­
04
9.07E­
04
1.01E­
04
103
Georgia­
Pacific
Russellvi
9.63E­
05
51
4.91E­
03
4.91E­
03
9.63E­
05
48
Bessemer
Plywood
Corporati
9.06E­
05
18
1.63E­
03
1.63E­
03
9.06E­
05
176
Temple­
Inland
­
Monroevil
8.93E­
05
223
1.99E­
02
1.99E­
02
8.93E­
05
208
"
Willamette
Industries,
I
8.16E­
05
35
2.86E­
03
2.86E­
03
8.16E­
05
173
Stimson
Lumber
Company
8.09E­
05
56
4.53E­
03
4.53E­
03
8.09E­
05
21
Smurfit
Newsprint
Corporat
7.92E­
05
37
2.93E­
03
2.93E­
03
7.92E­
05
40
"
US
Forest
Industries,
Inc
7.61E­
05
2
1.52E­
04
1.52E­
04
7.61E­
05
199
"
Willamette
Industries,
I
7.48E­
05
13
9.73E­
04
9.73E­
04
7.48E­
05
109
Georgia­
Pacific
Hardboard
7.43E­
05
98
7.28E­
03
7.28E­
03
7.43E­
05
25
"
Coastal
Lumber
Company,
H
6.94E­
05
18
1.25E­
03
1.25E­
03
6.94E­
05
1
Temple­
Inland
6.94E­
05
20
1.39E­
03
1.39E­
03
6.94E­
05
209
"
Willamette
Industries,
I
5.75E­
05
3
1.73E­
04
1.73E­
04
5.75E­
05
13
Martco
Partnership
­
Chopi
5.59E­
05
13
7.26E­
04
7.26E­
04
5.59E­
05
186
"
Weyerhaeuser
Company
­
D
5.27E­
05
3
1.58E­
04
1.58E­
04
5.27E­
05
108
Georgia­
Pacific
Corporati
5.23E­
05
22
1.15E­
03
1.15E­
03
5.23E­
05
81
"
Georgia­
Pacific
Plywood
P
5.10E­
05
25
1.27E­
03
1.27E­
03
5.10E­
05
110
"
Georgia­
Pacific
Hardboar
4.96E­
05
7
3.47E­
04
3.47E­
04
4.96E­
05
200
"
Willamette
Industries,
I
4.94E­
05
20
9.88E­
04
9.88E­
04
4.94E­
05
162
Potlatch
Corporation
­
St
4.56E­
05
10
4.56E­
04
4.56E­
04
4.56E­
05
183
"
Union
Camp
Corporation
­
4.48E­
05
6
2.69E­
04
2.69E­
04
4.48E­
05
45
Allegheny
MDF
Limited
Part
4.36E­
05
4
1.75E­
04
1.75E­
04
4.36E­
05
39
Southern
Veneer
Products
4.26E­
05
16
6.81E­
04
6.81E­
04
4.26E­
05
192
"
Weyerhaeuser
Company
­
W
4.23E­
05
35
1.48E­
03
1.48E­
03
4.23E­
05
187
"
Weyerhaeuser
Company
­
M
4.13E­
05
4
1.65E­
04
1.65E­
04
4.13E­
05
194
"
Weyerhaeuser
­
Marshfiel
4.08E­
05
24
9.79E­
04
9.79E­
04
4.08E­
05
33
"
K
Ply,
Incorporated"
4.07E­
05
131
5.33E­
03
5.33E­
03
4.07E­
05
24
Timber
Products
Company
(
W
3.88E­
05
3
1.16E­
04
1.16E­
04
3.88E­
05
161
Potlatch
Corporation
­
Ja
3.87E­
05
12
4.64E­
04
4.64E­
04
3.87E­
05
135
"
Louisiana­
Pacific
Corpor
3.52E­
05
7
2.46E­
04
2.46E­
04
3.52E­
05
76
"
Georgia­
Pacific
Hardboard
3.38E­
05
6
2.03E­
04
2.03E­
04
3.38E­
05
80
"
Georgia­
Pacific
Panelboar
2.98E­
05
19
5.65E­
04
5.65E­
04
2.98E­
05
37
Rodman
Industries
2.91E­
05
211
6.15E­
03
6.15E­
03
2.91E­
05
58A
Broyhill
Furniture
Indust
2.03E­
05
10
2.03E­
04
2.03E­
04
2.03E­
05
148
"
Louisiana­
Pacific
­
Roxb
1.99E­
05
42
8.34E­
04
8.34E­
04
1.99E­
05
47
Bassett
Fiberboard
1.79E­
05
4
7.17E­
05
7.17E­
05
1.79E­
05
142B
Louisiana­
Pacific
­
Uran
1.75E­
05
103
1.81E­
03
1.81E­
03
1.75E­
05
442B
"
Rosboro
Lumber
Company,
1.60E­
05
60
9.62E­
04
9.62E­
04
1.60E­
05
140
Louisiana­
Pacific
­
Athen
1.60E­
05
23
3.68E­
04
3.68E­
04
1.60E­
05
41
"
Webb
Furniture
Enterprise
1.60E­
05
28
4.48E­
04
4.48E­
04
1.60E­
05
43
"
ABTco,
A
Louisiana­
Pacifi
1.49E­
05
42
6.26E­
04
6.26E­
04
1.49E­
05
99
"
Georgia­
Pacific
Hardboard
1.18E­
05
10
1.18E­
04
1.18E­
04
1.18E­
05
134
J.
M.
Huber
Corporation
­
1.00E­
05
21
2.11E­
04
2.11E­
04
1.00E­
05
139
Louisiana­
Pacific
­
Montr
8.73E­
06
39
3.40E­
04
3.40E­
04
8.73E­
06
143
"
Louisiana­
Pacific
Corpor
7.02E­
06
7
4.91E­
05
4.91E­
05
7.02E­
06
105
"
Georgia­
Pacific
Softboar
TOSHI
RESPIRATORY
Lifetime
Conc
People
Exposure
Incidence
HI
Plant
#
Source
1.46E+
01
18
2.63E+
02
2.63E+
02
1.46E+
01
88
"
Georgia­
Pacific
OSB
Plant
1.25E+
01
3
3.74E+
01
3.74E+
01
1.25E+
01
14
Northwood
Panelboard
Compa
9.02E+
00
55
4.96E+
02
4.96E+
02
9.02E+
00
163
Potlatch
Corporation
­
Be
8.67E+
00
11
9.54E+
01
9.54E+
01
8.67E+
00
122
International
Paper
Corde
7.10E+
00
50
3.55E+
02
3.55E+
02
7.10E+
00
124
Masonite
­
Laurel
Mill
6.35E+
00
2
1.27E+
01
1.27E+
01
6.35E+
00
119
"
International
Paper,
Nac
6.29E+
00
24
1.51E+
02
1.51E+
02
6.29E+
00
179B
Temple­
Inland
­
Diboll
F
6.19E+
00
20
1.24E+
02
1.24E+
02
6.19E+
00
132
J.
M.
Huber
Corporation
Ea
5.22E+
00
1
5.22E+
00
5.22E+
00
5.22E+
00
12
Martco
Partnership
­
LeMoy
5.12E+
00
186
9.52E+
02
9.52E+
02
5.12E+
00
44
"
ABTco,
Incorporated
­
Roa
5.02E+
00
128
6.42E+
02
6.42E+
02
5.02E+
00
191
"
Weyerhaeuser
Company
­
E
4.58E+
00
19
8.70E+
01
8.70E+
01
4.58E+
00
155
"
Louisiana­
Pacific
Corpor
4.11E+
00
1
4.11E+
00
4.11E+
00
4.11E+
00
35
Langboard
OSB
3.74E+
00
31
1.16E+
02
1.16E+
02
3.74E+
00
26
"
Collins
Products,
L.
L.
C."
2.70E+
00
6
1.62E+
01
1.62E+
01
2.70E+
00
126
Masonite
Corporation
­
To
2.40E+
00
148
3.55E+
02
3.55E+
02
2.40E+
00
193
"
Weyerhaeuser
Company
­
S
2.31E+
00
31
7.16E+
01
7.16E+
01
2.31E+
00
98B
"
Georgia­
Pacific
OSB
Plan
1.78E+
00
28
4.97E+
01
4.97E+
01
1.78E+
00
43
"
ABTco,
A
Louisiana­
Pacifi
1.65E+
00
27
4.45E+
01
4.45E+
01
1.65E+
00
130
"
Masonite
­
Danville,
VA"
1.35E+
00
21
2.82E+
01
2.82E+
01
1.35E+
00
83
"
Georgia­
Pacific
OSB
Plant
1.24E+
00
45
5.60E+
01
5.60E+
01
1.24E+
00
20
"
SierraPine,
Ltd,
Ampine
D
1.23E+
00
108
1.33E+
02
1.33E+
02
1.23E+
00
129
"
International
Paper/
Maso
1.20E+
00
29
3.48E+
01
3.48E+
01
1.20E+
00
84
"
Georgia­
Pacific
Particleb
1.11E+
00
16
1.78E+
01
1.78E+
01
1.11E+
00
202
"
Willamette
Industries,
I
1.10E+
00
27
2.97E+
01
2.97E+
01
1.10E+
00
90
"
Georgia­
Pacific
Particleb
8.69E­
01
227
1.97E+
02
1.97E+
02
8.69E­
01
128
International
Paper
­
Stu
7.74E­
01
10
7.74E+
00
7.74E+
00
7.74E­
01
188
"
Weyerhaeuser
Company­
Ad
7.59E­
01
9
6.83E+
00
6.83E+
00
7.59E­
01
158
"
Plum
Creek
Manufacturing
7.44E­
01
64
4.76E+
01
4.76E+
01
7.44E­
01
95
"
Georgia­
Pacific
Hardboard
6.80E­
01
44
2.99E+
01
2.99E+
01
6.80E­
01
224
"
Hambro
Forest
Products,
6.62E­
01
21
1.39E+
01
1.39E+
01
6.62E­
01
56
Boise
Cascade
Corporation
6.52E­
01
61
3.97E+
01
3.97E+
01
6.52E­
01
152B
"
Louisiana­
Pacific
Corpo
6.38E­
01
4
2.55E+
00
2.55E+
00
6.38E­
01
195
"
Weyerhaeuser
­
Heaters
F
6.37E­
01
52
3.31E+
01
3.31E+
01
6.37E­
01
23B
Timber
Products
Company
­
6.26E­
01
3
1.88E+
00
1.88E+
00
6.26E­
01
108
Georgia­
Pacific
Corporati
6.00E­
01
5
3.00E+
00
3.00E+
00
6.00E­
01
436Willamette
Industries
­
D
5.80E­
01
1
5.80E­
01
5.80E­
01
5.80E­
01
38
Scotch
Plywood
Company
of
5.72E­
01
17
9.72E+
00
9.72E+
00
5.72E­
01
206
"
Willamette
Industries,
I
5.62E­
01
12
6.74E+
00
6.74E+
00
5.62E­
01
121
Masonite
Ukiah
5.56E­
01
85
4.72E+
01
4.72E+
01
5.56E­
01
78
"
Georgia­
Pacific
Particleb
5.55E­
01
3
1.66E+
00
1.66E+
00
5.55E­
01
154
"
Louisiana­
Pacific
Corpor
5.44E­
01
11
5.98E+
00
5.98E+
00
5.44E­
01
196
"
Willamette
Industries,
I
5.28E­
01
17
8.98E+
00
8.98E+
00
5.28E­
01
100
"
Georgia­
Pacific
Hardboar
5.16E­
01
130
6.71E+
01
6.71E+
01
5.16E­
01
36
Merillat
Corporation
4.87E­
01
71
3.46E+
01
3.46E+
01
4.87E­
01
138
Louisiana­
Pacific
­
Arcat
4.54E­
01
3
1.36E+
00
1.36E+
00
4.54E­
01
184
Union
Camp
Franklin
Parti
4.46E­
01
35
1.56E+
01
1.56E+
01
4.46E­
01
173
Stimson
Lumber
Company
4.40E­
01
258
1.13E+
02
1.13E+
02
4.40E­
01
201
"
Willamette
Industries,
I
4.37E­
01
37
1.62E+
01
1.62E+
01
4.37E­
01
177
Temple­
Inland
­
Hope
Part
4.31E­
01
46
1.98E+
01
1.98E+
01
4.31E­
01
165
Potlatch
Corporation
4.29E­
01
32
1.37E+
01
1.37E+
01
4.29E­
01
210
"
Willamette
Industries,
I
4.28E­
01
2
8.55E­
01
8.55E­
01
4.28E­
01
53
Boise
Cascade
Corporation
4.27E­
01
112
4.78E+
01
4.78E+
01
4.27E­
01
152A
"
Louisiana­
Pacific
Corpo
4.02E­
01
37
1.49E+
01
1.49E+
01
4.02E­
01
111
Georgia­
Pacific
Corporati
3.81E­
01
1
3.81E­
01
3.81E­
01
3.81E­
01
137
Louisiana­
Pacific
Corpora
3.81E­
01
10
3.81E+
00
3.81E+
00
3.81E­
01
189Weyerhaeuser
Company
­
Gr
3.60E­
01
15
5.40E+
00
5.40E+
00
3.60E­
01
86
"
Georgia­
Pacific
Hardboard
3.50E­
01
24
8.41E+
00
8.41E+
00
3.50E­
01
222
"
Freres
Lumber
Company,
I
3.38E­
01
15
5.07E+
00
5.07E+
00
3.38E­
01
46
"
Allegheny
Particleboard,
3.31E­
01
9
2.98E+
00
2.98E+
00
3.31E­
01
104
"
Georgia­
Pacific
Particle
3.29E­
01
12
3.94E+
00
3.94E+
00
3.29E­
01
153
"
Louisiana­
Pacific
Corpor
3.19E­
01
13
4.15E+
00
4.15E+
00
3.19E­
01
109
Georgia­
Pacific
Hardboard
3.19E­
01
7
2.23E+
00
2.23E+
00
3.19E­
01
160
Potlatch
Corporation
­
Po
3.03E­
01
6
1.82E+
00
1.82E+
00
3.03E­
01
198
"
Willamette
Industries,
I
2.74E­
01
10
2.74E+
00
2.74E+
00
2.74E­
01
148
"
Louisiana­
Pacific
­
Roxb
2.68E­
01
11
2.95E+
00
2.95E+
00
2.68E­
01
145
"
Louisiana­
Pacific
­
Sago
2.67E­
01
56
1.49E+
01
1.49E+
01
2.67E­
01
21
Smurfit
Newsprint
Corporat
2.61E­
01
39
1.02E+
01
1.02E+
01
2.61E­
01
143
"
Louisiana­
Pacific
Corpor
2.57E­
01
1
2.57E­
01
2.57E­
01
2.57E­
01
93
"
Georgia­
Pacific
Particleb
2.50E­
01
6
1.50E+
00
1.50E+
00
2.50E­
01
133
"
J.
M.
Huber
Corporation
­
2.40E­
01
3
7.19E­
01
7.19E­
01
2.40E­
01
51
Boise
Cascade
­
LaGrande
P
2.37E­
01
16
3.79E+
00
3.79E+
00
2.37E­
01
131
"
J.
M.
Huber
Corporation
­
2.35E­
01
2
4.70E­
01
4.70E­
01
2.35E­
01
203
"
Willamette
Industries,
I
2.27E­
01
37
8.40E+
00
8.40E+
00
2.27E­
01
40
"
US
Forest
Industries,
Inc
2.26E­
01
24
5.42E+
00
5.42E+
00
2.26E­
01
52
Boise
Cascade
Corporation
2.24E­
01
60
1.34E+
01
1.34E+
01
2.24E­
01
140
Louisiana­
Pacific
­
Athen
2.18E­
01
10
2.18E+
00
2.18E+
00
2.18E­
01
134
J.
M.
Huber
Corporation
­
2.01E­
01
71
1.43E+
01
1.43E+
01
2.01E­
01
106
"
Georgia­
Pacific
OSB
Plan
1.98E­
01
2
3.97E­
01
3.97E­
01
1.98E­
01
49
Boise
Cascade
Corporation
1.70E­
01
7
1.19E+
00
1.19E+
00
1.70E­
01
200
"
Willamette
Industries,
I
1.68E­
01
2
3.36E­
01
3.36E­
01
1.68E­
01
164
Potlatch
Corporation
­
Co
1.67E­
01
103
1.72E+
01
1.72E+
01
1.67E­
01
465
"
Louisiana­
Pacific
Corpor
1.66E­
01
107
1.78E+
01
1.78E+
01
1.66E­
01
17
"
Roseburg
Forest
Products
1.66E­
01
25
4.15E+
00
4.15E+
00
1.66E­
01
110
"
Georgia­
Pacific
Hardboar
1.59E­
01
4
6.34E­
01
6.34E­
01
1.59E­
01
39
Southern
Veneer
Products
1.58E­
01
21
3.32E+
00
3.32E+
00
1.58E­
01
139
Louisiana­
Pacific
­
Montr
1.57E­
01
38
5.95E+
00
5.95E+
00
1.57E­
01
179A
Temple­
Inland
­
Diboll
P
1.56E­
01
32
5.00E+
00
5.00E+
00
1.56E­
01
22
Smurfit
Newsprint
Corporat
1.54E­
01
186
2.86E+
01
2.86E+
01
1.54E­
01
120
International
Paper
­
Jef
1.52E­
01
97
1.48E+
01
1.48E+
01
1.52E­
01
469
Boise
Cascade
Corporation
1.50E­
01
2
3.00E­
01
3.00E­
01
1.50E­
01
199
"
Willamette
Industries,
I
1.46E­
01
7
1.02E+
00
1.02E+
00
1.46E­
01
50
Boise
Cascade
Corporation
1.38E­
01
131
1.81E+
01
1.81E+
01
1.38E­
01
24
Timber
Products
Company
(
W
1.34E­
01
15
2.00E+
00
2.00E+
00
1.34E­
01
235
"
Ponderosa
Products,
Inco
1.31E­
01
4
5.25E­
01
5.25E­
01
1.31E­
01
107
"
Georgia­
Pacific
Plywood
1.30E­
01
18
2.33E+
00
2.33E+
00
1.30E­
01
176
Temple­
Inland
­
Monroevil
1.29E­
01
52
6.71E+
00
6.71E+
00
1.29E­
01
146
Louisiana­
Pacific
­
Two
H
1.27E­
01
83
1.05E+
01
1.05E+
01
1.27E­
01
144
Louisiana­
Pacific
­
Newbe
1.21E­
01
4
4.83E­
01
4.83E­
01
1.21E­
01
190
"
Weyerhaeuser
Company
­
M
1.18E­
01
5
5.91E­
01
5.91E­
01
1.18E­
01
180
Temple­
Inland
­
Pineland
1.18E­
01
11
1.30E+
00
1.30E+
00
1.18E­
01
178
Temple­
Inland
­
Thomson
P
1.17E­
01
33
3.87E+
00
3.87E+
00
1.17E­
01
57
Boise
Cascade
Corporation
1.17E­
01
7
8.20E­
01
8.20E­
01
1.17E­
01
76
"
Georgia­
Pacific
Hardboard
1.14E­
01
31
3.54E+
00
3.54E+
00
1.14E­
01
101
"
Georgia­
Pacific
MDF
Plan
1.14E­
01
10
1.14E+
00
1.14E+
00
1.14E­
01
18
Roseburg
Forest
Products
C
1.13E­
01
4
4.52E­
01
4.52E­
01
1.13E­
01
194
"
Weyerhaeuser
­
Marshfiel
1.13E­
01
19
2.14E+
00
2.14E+
00
1.13E­
01
37
Rodman
Industries
9.59E­
02
3
2.88E­
01
2.88E­
01
9.59E­
02
19
Roseburg
Forest
Products
P
9.18E­
02
9
8.26E­
01
8.26E­
01
9.18E­
02
2
Emerald
Forest
Products
­
P
9.00E­
02
24
2.16E+
00
2.16E+
00
9.00E­
02
65
"
Champion
International
Co
8.98E­
02
14
1.26E+
00
1.26E+
00
8.98E­
02
207
"
Willamette
Industries,
I
8.87E­
02
7
6.21E­
01
6.21E­
01
8.87E­
02
102
"
Georgia­
Pacific
Plywood
8.69E­
02
22
1.91E+
00
1.91E+
00
8.69E­
02
15
Roseburg
Forest
Products
­
8.62E­
02
8
6.90E­
01
6.90E­
01
8.62E­
02
97
"
Georgia­
Pacific
Corp
Plyw
8.49E­
02
13
1.10E+
00
1.10E+
00
8.49E­
02
64
"
Champion
International
Co
8.18E­
02
3
2.46E­
01
2.46E­
01
8.18E­
02
212
"
Willamette
Industries,
I
8.12E­
02
7
5.68E­
01
5.68E­
01
8.12E­
02
175
Stimson
Lumber
Company
7.89E­
02
9
7.10E­
01
7.10E­
01
7.89E­
02
197
"
Willamette
Industries,
I
7.88E­
02
2
1.58E­
01
1.58E­
01
7.88E­
02
115
"
Inca
Presswood
Pallets,
7.27E­
02
51
3.71E+
00
3.71E+
00
7.27E­
02
48
Bessemer
Plywood
Corporati
7.13E­
02
39
2.78E+
00
2.78E+
00
7.13E­
02
157
"
Norbord
Industries,
Inco
7.12E­
02
15
1.07E+
00
1.07E+
00
7.12E­
02
237
Simpson
Timber
Company
­
7.02E­
02
7
4.91E­
01
4.91E­
01
7.02E­
02
105
"
Georgia­
Pacific
Softboar
6.95E­
02
110
7.65E+
00
7.65E+
00
6.95E­
02
159
"
Plum
Creek
Manufacturing
6.75E­
02
9
6.07E­
01
6.07E­
01
6.75E­
02
103
Georgia­
Pacific
Russellvi
6.69E­
02
1
6.69E­
02
6.69E­
02
6.69E­
02
150
Louisiana­
Pacific
­
Bon
W
6.46E­
02
3
1.94E­
01
1.94E­
01
6.46E­
02
156
"
Norbord
Mississippi,
Inc
6.12E­
02
1
6.12E­
02
6.12E­
02
6.12E­
02
142A
Louisiana­
Pacific
­
Uran
6.00E­
02
223
1.34E+
01
1.34E+
01
6.00E­
02
208
"
Willamette
Industries,
I
5.97E­
02
211
1.26E+
01
1.26E+
01
5.97E­
02
58A
Broyhill
Furniture
Indust
5.94E­
02
83
4.93E+
00
4.93E+
00
5.94E­
02
113
"
Hood
Industries,
Incorpo
5.68E­
02
143
8.12E+
00
8.12E+
00
5.68E­
02
112
"
Hood
Industries,
Incorpo
5.56E­
02
6
3.34E­
01
3.34E­
01
5.56E­
02
80
"
Georgia­
Pacific
Panelboar
5.07E­
02
179
9.07E+
00
9.07E+
00
5.07E­
02
466
"
Louisiana­
Pacific
Corpor
5.05E­
02
8
4.04E­
01
4.04E­
01
5.05E­
02
238
Superior
Lumber
Company
5.02E­
02
98
4.92E+
00
4.92E+
00
5.02E­
02
25
"
Coastal
Lumber
Company,
H
4.87E­
02
20
9.73E­
01
9.73E­
01
4.87E­
02
209
"
Willamette
Industries,
I
4.53E­
02
5
2.27E­
01
2.27E­
01
4.53E­
02
230
Murphy
Plywood
Company
4.46E­
02
344
1.53E+
01
1.53E+
01
4.46E­
02
220
"
Evanite
Fiber
Corporatio
4.39E­
02
143
6.27E+
00
6.27E+
00
4.39E­
02
443A
"
Boise
Cascade
Plywood
P
3.74E­
02
18
6.72E­
01
6.72E­
01
3.74E­
02
1
Temple­
Inland
3.43E­
02
20
6.86E­
01
6.86E­
01
3.43E­
02
162
Potlatch
Corporation
­
St
3.31E­
02
77
2.55E+
00
2.55E+
00
3.31E­
02
118
Springhill
Wood
Products
3.10E­
02
24
7.44E­
01
7.44E­
01
3.10E­
02
33
"
K
Ply,
Incorporated"
3.07E­
02
23
7.05E­
01
7.05E­
01
3.07E­
02
41
"
Webb
Furniture
Enterprise
2.95E­
02
27
7.98E­
01
7.98E­
01
2.95E­
02
229
Medply
2.81E­
02
10
2.81E­
01
2.81E­
01
2.81E­
02
183
"
Union
Camp
Corporation
­
2.75E­
02
24
6.60E­
01
6.60E­
01
2.75E­
02
141
Louisiana­
Pacific
­
Logan
2.62E­
02
3
7.85E­
02
7.85E­
02
2.62E­
02
161
Potlatch
Corporation
­
Ja
2.60E­
02
4
1.04E­
01
1.04E­
01
2.60E­
02
166
Medite
Division
of
Sierra
2.49E­
02
3
7.47E­
02
7.47E­
02
2.49E­
02
431
Trus
Joist
MacMillan
­
Eu
2.40E­
02
42
1.01E+
00
1.01E+
00
2.40E­
02
99
"
Georgia­
Pacific
Hardboard
2.08E­
02
22
4.57E­
01
4.57E­
01
2.08E­
02
81
"
Georgia­
Pacific
Plywood
P
2.00E­
02
6
1.20E­
01
1.20E­
01
2.00E­
02
45
Allegheny
MDF
Limited
Part
1.63E­
02
1
1.63E­
02
1.63E­
02
1.63E­
02
91
"
Georgia­
Pacific
Plywood
P
1.49E­
02
12
1.79E­
01
1.79E­
01
1.49E­
02
74
"
Georgia­
Pacific
Plywood
P
1.44E­
02
16
2.31E­
01
2.31E­
01
1.44E­
02
192
"
Weyerhaeuser
Company
­
W
1.39E­
02
42
5.82E­
01
5.82E­
01
1.39E­
02
47
Bassett
Fiberboard
1.27E­
02
13
1.65E­
01
1.65E­
01
1.27E­
02
186
"
Weyerhaeuser
Company
­
D
1.14E­
02
3
3.43E­
02
3.43E­
02
1.14E­
02
442A
"
Rosboro
Lumber
Company,
1.05E­
02
21
2.21E­
01
2.21E­
01
1.05E­
02
79
Georgia­
Pacific
Corporatio
9.98E­
03
32
3.20E­
01
3.20E­
01
9.98E­
03
89
"
Georgia­
Pacific
Plywood
P
9.89E­
03
5
4.94E­
02
4.94E­
02
9.89E­
03
73
"
Georgia­
Pacific
Plywood
P
9.70E­
03
2
1.94E­
02
1.94E­
02
9.70E­
03
92
"
Georgia­
Pacific
Plywood
P
9.17E­
03
5
4.58E­
02
4.58E­
02
9.17E­
03
72
"
Georgia­
Pacific
Plywood
P
9.04E­
03
12
1.08E­
01
1.08E­
01
9.04E­
03
135
"
Louisiana­
Pacific
Corpor
8.97E­
03
31
2.78E­
01
2.78E­
01
8.97E­
03
98A
"
Georgia­
Pacific
Plywood
8.97E­
03
35
3.14E­
01
3.14E­
01
8.97E­
03
187
"
Weyerhaeuser
Company
­
M
8.16E­
03
140
1.14E+
00
1.14E+
00
8.16E­
03
77
Georgia­
Pacific
­
Hawthorn
7.82E­
03
72
5.63E­
01
5.63E­
01
7.82E­
03
30
Hardel
Mutual
Plywood
Corp
7.73E­
03
92
7.11E­
01
7.11E­
01
7.73E­
03
167
"
SierraPine
Limited,
Rock
7.55E­
03
3
2.27E­
02
2.27E­
02
7.55E­
03
185Weyerhaeuser
Company­
Mil
6.39E­
03
4
2.56E­
02
2.56E­
02
6.39E­
03
464
"
Del­
Tin
Fiber,
L.
L.
C.
(
T
5.96E­
03
1
5.96E­
03
5.96E­
03
5.96E­
03
117
International
Paper
Compa
5.02E­
03
48
2.41E­
01
2.41E­
01
5.02E­
03
151
Louisiana­
Pacific
­
Cleve
4.89E­
03
24
1.17E­
01
1.17E­
01
4.89E­
03
174
Stimson
Lumber
Company
4.50E­
03
6
2.70E­
02
2.70E­
02
4.50E­
03
82
Georgia­
Pacific
­
Monticel
4.22E­
03
3
1.27E­
02
1.27E­
02
4.22E­
03
13
Martco
Partnership
­
Chopi
4.19E­
03
4
1.68E­
02
1.68E­
02
4.19E­
03
142B
Louisiana­
Pacific
­
Uran
3.16E­
03
42
1.33E­
01
1.33E­
01
3.16E­
03
60A
"
Broyhill
Furniture
Indus
1.48E­
04
103
1.53E­
02
1.53E­
02
1.48E­
04
442B
"
Rosboro
Lumber
Company,
MEMORANDUM
DATE:
January
28,
2004
TO:
Dennis
Pagano
and
Maria
Pimentel,
EPA/
REAG
CC:
Phil
Norwood
and
Bill
Battye,
EC/
R
Inc.
FROM:
Nancy
Jones
and
Lesley
Stobert,
EC/
R
Inc.
SUBJECT:
Multipathway
and
Ecological
Risks
from
Model
PCWP
Facilities
RE:
EPA
Contract
No.
68­
D­
01­
071,
Assignment
No.
2­
02
To
evaluate
the
potential
for
these
HAPs
to
cause
cancer
risk
or
noncancer
hazard
to
humans
due
to
ingestion,
we
conducted
a
screening
level
multipathway
analysis.
We
structured
this
analysis
to
estimate
maximum
risks
to
an
individual
exposed
via
routes
other
than
inhalation
(
e.
g.
ingestion
of
contaminated
food)
to
cadmium,
lead,
and
mercury
emitted
from
PCWP
facilities.
The
assessment
evaluated
emissions
from
the
worst­
case
facility
with
inhalation
risks
estimated
to
be
below
one
in
one
million.
Very
limited
site­
specific
data
were
available
to
predict
potential
multipathway
impacts.
Thus,
where
data
were
not
available,
we
applied
health­
protective
assumptions
to
complete
the
assessment.
As
site
specific
land
use
information
required
for
multipathway
assessments
is
not
available,
we
developed
a
farming
scenario
which
we
believe
represents
"
worst­
case"
exposures
to
HAP
emitted
from
PCWP
facilities
from
the
pathways
assessed.
We
created
this
exposure
scenario
by
placing
the
`
typical'
facility
near
a
fictional
working
homestead.
We
evaluated
the
resulting
impact
of
the
facility
on
the
livestock,
produce
and
aquatic
life
with
an
air
dispersion
model
and
a
multipathway
model.
We
used
these
impacts
to
estimate
human
health
and
ecological
risks.

Given
that
the
facilities
in
question
are
located
almost
anywhere
where
the
climate
supports
the
lumber
industry,
and
that
meteorological
conditions
vary
by
location,
we
evaluated
our
farmer
scenario
in
several
cities:
Montgomery,
AL;
Baton
Rouge
LA;
Minneapolis,
MN;
Raleigh,
NC;
Salem,
OR;
and
Allentown,
PA.
Our
goal
here
was
to
account
for
the
effect
of
meteorologic
variability
on
the
risks
estimates.

Facility
and
Site
Representation
Based
upon
the
HEM
inhalation
risk
modeling,
emissions
from
the
worst­
case
facility
in
the
set
of
facilities
with
inhalation
risks
below
one
in
one
million
were
selected
for
the
model
facility.
We
present
further
stack
parameter
and
air
modeling
information
for
the
facility
in
the
ISCST3
input
files
included
in
Attachment
A.
We
then
assumed
that
the
model
facility
was
located
at
each
of
the
meteorological
locations.
As
the
existence
and
or
exact
location
of
farms
and
water
bodies
surrounding
these
hypothetical
facilities
are
not
known,
we
developed
a
worst­
case
exposure
scenario
with
the
facility
placed
near
a
fictional
working
homestead.

The
maximum
air
concentrations
and
deposition
rate
estimates
at
or
beyond
the
assumed
facility
fenceline
of
200
meters
were
combined
to
estimate
the
air
impact
at
a
hypothetical
worst
2
case
farm.
This
assumption
is
further
health
protective
in
that
in
many
cases
the
maximum
concentration
and
the
maximum
deposition
rates
may
not
occur
in
the
same
location.
This
homestead
or
"
farmer"
scenario
is
an
individual
that
consumes
home­
produced
fruit,
vegetables,
beef,
pork
and
dairy
products
as
a
portion
of
his/
her
diet.

He/
she
also
catches
and
eats
fish
from
a
conservatively
characterized
nearby
waterbody
at
the
rate
of
a
recreational
fisher.
Based
upon
health
protective
assumptions
form
the
Mercury
Report
to
Congress
(
USEPA,
1997b)
the
waterbody
covered
approximately
2.5
square
kilometers
at
a
depth
of
5
meters.
It
was
feed
from
an
approximately
36
kilometer
watershed.
We
developed
areal
average
air
concentrations
and
deposition
rates
over
the
watershed
for
use
in
estimating
water
pathway
impacts.

Estimating
Multipathway
Media
Concentrations
We
used
the
ISCST3
air
concentration
and
deposition
estimates
as
input
to
the
multipathway
analysis
and
the
IEM­
2M
model
developed
for
the
Mercury
Study
Report
to
Congress,
modified
to
add
additional
pollutants,
for
estimating
multipathway
fate
and
transport.
Inputs
to
the
models
are
presented
in
Attachment
A.
For
modeling
environmental
fate
and
transport
of
the
HAP,
and
for
characterizing
risk
and
hazards,
we
used
the
following
resources:

°
The
Human
Health
Risk
Assessment
Protocol
for
Hazardous
Waste
Combustion
Facilities
(
HHRAP)
(
U.
S.
EPA,
1998b)
provided
the
primary
source
of
chemical­
specific
parameter
values
and
default
environmental
parameters.
We
conducted
the
multipathway
modeling
using
the
IEM­
2M
model
which
was
developed
based
on
the
same
equations
that
gave
rise
to
the
HHRAP.
We
started
with
the
HHRAP
default
inputs,
and
replaced
specific
inputs
as
necessary,
either
due
to
updated
science,
or
due
to
policy
choices
that
we
made
in
order
to
be
consistent
with
the
mandate
to
assess
risks
to
the
individual
most
exposed.
°
The
Mercury
Study
Report
to
Congress
(
U.
S.
EPA,
1997b)
provided
waterbody
and
watershed
defaults.

Human
Health
Multipathway
Assessment
Exposure
Assessment
The
exposure
assessment
methodology
for
the
multipathway
analysis
includes
the
estimation
of
the
HAP
emission
rates,
release
characteristics
and
fate
and
transport
in
the
air.
The
HAP's
environmental
fate
and
transport
from
the
air
to
the
terrestrial
and
aquatic
environments
and
the
characterization
of
people's
exposure
pathways
completes
the
process.
We
used
central
tendency
exposure
factors
for
the
subsistence
farmer
scenario
for
the
following
exposure
pathways:
°
inhalation
°
soil
ingestion
°
produce
ingestion
°
animal
product
ingestion
including
beef,
dairy
products,
and
pork
°
fish
ingestion
at
a
recreational
fisher
level
°
drinking
water
ingestion
3
We
used
mean
exposure
factors
from
the
Exposure
Factors
Handbook
(
U.
S.
EPA,
1997a)
for
households
who
farm
(
Chapter
13)
with
the
estimated
media
concentrations
to
estimate
exposure.
For
fish
ingestion
,
we
used
the
data
on
recreational
fishers
found
in
Chapter
10.
We
calculated
time
weighted
averages
for
children
(
0­
6
years)
and
adults
(
7­
70
years),
to
create
farmer
adult
and
farmer
child
receptors.
(
This
is
the
same
definition
of
childhood
as
the
HHRAP,
which
uses
an
defines
childhood
as
the
exposure
received
during
the
first
6
years.)

We
included
consideration
of
preparation
losses,
using
table
13­
5.
We
did
not
include
loses
from
cooking.
In
table
13­
5,
the
value
for
cooking
losses
refers
to
loss
of
moisture
and
drippings,
not
necessarily
the
loss
of
contaminant.
Cooking
loss
may
or
may
not
result
in
the
loss
of
contaminant.
Since
we
do
not
have
data
on
the
effect
of
moisture
and
dripping
loss
on
contaminant
loss,
we
did
not
include
this
parameter
in
our
exposure
factor
calculation.
Finally,
from
Table
13­
71
in
the
exposure
factors
handbook
we
identified
the
fraction
of
food
intake
that
is
home
produced
as
reported
by
households
who
farm.
According
to
the
table,
16%
of
fruits,
31%
of
vegetables,
31%
of
meats,
and
25%
of
dairy
intake
are
home
produced.
No
information
was
available
in
Chapter
10
of
the
exposure
factors
handbook
to
describe
the
percent
intake
of
fish
for
recreation
fishers.
Intake
rates
and
otehr
exposure
parameters
used
in
the
assessment
are
presented
in
Attachment
A.
Pathway­
specific
assumptions
are
presented
below:

Soil
Ingestion
Pathway
­
We
estimated
an
average
soil
concentration
for
a
default
farm
area
following
the
HHRAP.
The
air
concentrations
and
deposition
rates
used
were
the
maximums.
The
mixing
depth
of
the
HAP
into
the
soil
was
1
cm
for
the
soil
ingestion
pathway.

Produce
Ingestion
Pathway
­
We
estimated
exposure
from
produce
ingestion
based
on
the
HAP
concentration
in
produce
we
calculated.
For
produce
ingestion
rates,
the
Handbook
groups
fruiting
vegetables
with
leafy
vegetables,
and
potatoes
with
root
vegetables.
Because
of
the
grouping
the
types
of
produce
we
considered
were:
legumes,
grains,
leafy
vegetables,
root
vegetables,
and
fruits.
HHRAP
does
not
account
for
washing
of
produce.
We
have
however
investigated
the
extent
to
which
data
showing
pollutant
loss
from
washing
exists.
We
found
studies
reporting
that,
for
certain
types
of
produce,
pesticide
losses
due
to
washing
ranges
from
25­
80%.
Further,
soil
bacterial
losses
range
from
90­
99%.
We
assumed
a
90%
pollutant
reduction
from
washing
above
ground
vegetables
in
our
multipathway
analysis.

Animal
Product
Ingestion
Pathway
­
We
estimated
exposures
to
HAP
concentrations
in
beef,
pork,
and
dairy
products.
We
accounted
for
food
preparation
losses.

Drinking
Water
Ingestion
Pathway
­
We
used
the
dissolved
HAP
concentrations
in
water
we
estimated
for
the
water
ingestion
pathway.
Drinking
water
treatment
facilities
treat
municipal
water,
and
although
the
level
of
treatment
may
vary,
at
a
minimum
it
would
include
removing
suspended
solids.

Fish
Ingestion
Pathway
­
We
assumed
that
the
farmer
consumed
fish
caught
from
the
local
waterbody
at
the
rate
of
a
recreational
fisher.
4
Risk
Estimation
We
obtained
toxicological
dose­
response
values
from
the
OAQPS
tables
and
evaluated
inhalation
noncarcinogenic
effects
for
lead,
cadmium
and
mercury
and
ingestion
noncarcinogenic
effects
for
cadmium
and
mercury.
The
dose­
response
values
are
presented
with
other
inputs
in
Attachment
A.
For
lead,
while,
CAL
EPA
has
an
oral
ingestion
slope
factor
for
lead,
the
EPA's
IRIS
states,
"
Quantifying
lead's
cancer
risk
involves
many
uncertainties,
some
of
which
may
be
unique
to
lead.
Age,
health,
nutritional
state,
body
burden,
and
exposure
duration
influence
the
absorption,
release,
and
excretion
of
lead.
In
addition,
current
knowledge
of
lead
pharmacokinetics
indicates
that
an
estimate
derived
by
standard
procedures
would
not
truly
describe
the
potential
risk."
EPA
uses
a
slightly
different
approach
in
order
to
assess
the
hazard
from
ingestion
exposures
to
lead.
We
used
the
IEM­
2M
to
obtain
media
concentrations,
then
we
use
an
additional
model
called
the
Integrated
Exposure,
Uptake
and
Biokinetic
Model
(
IEUBK)
(
EPA­
540/
R­
93/
081)
to
estimate
blood
lead
levels
forthe
highest
risk
facility
location
­
Minnesota.
An
updated
memoorandum
is
included
in
Attachment
C
that
describes
how
IEUBK
was
applied.
This
memo
also
contains
the
media
concentrations,
intake
rates,
and
results
of
the
IEUBK
modeling.
The
results
are
also
presented
in
Attachment
B.

Ecological
Screening
Analysis
We
used
the
media
concentrations
developed
for
the
human
health
assessment
to
estimate
screening
level
ecological
impacts.
We
used
the
media
concentrations
from
the
highest
risk
facility
location
­
Minnesota.
The
methods
used
follow
EPA's
Guidelines
for
Ecological
Risks
Assessment
(
USEPA
1998a,
1999).
The
screening­
level
risk
assessment
was
done
using
the
method
and
toxicological
dose
response
screening
values
identified
in
the
draft
secondary
lead
smelters
analysis
(
Cadmus.
2003).
The
screening­
level
risk
assessment
identifies
HAPs
posing
potential
risks
to
ecological
receptors
and
the
relative
magnitude
of
those
potential
risks.
Inputs
to
the
ecological
analysis
are
provided
in
Attachment
A.

Results
Detailed
results
of
the
multipathway
human
health
and
ecological
assessments
are
presented
in
Attachment
B.
We
estimated
noncancer
hazards
from
all
the
ingestion
pathways:
water,
meats,
produce,
soil,
and
fish.
The
highest
noncancer
total
hazard
index
is
0.0058.
This
result
occurred
in
Minnesota
driven
by
cadmium
exposure
from
the
produce
and
fish
ingestion
pathways.
Blood
lead
estimates
from
this
source
never
exceeded
the
0.0
milligram
per
deciliter
(
mg/
dL)
default
output
format
of
the
IEUBK
model.
A
blood
lead
level
of
10
mg/
dL
is
considered
a
level
where
monitoring
of
the
child
is
begun.

The
ecological
hazard
quotients
were
all
estimated
to
be
less
than
one.
The
maximum
estimate
was
0.043
for
cadmium
exposure
to
through
surface
water
to
aquatic
life.
5
References
Cadmus
2003.
Draft
Final
Report
­
(
Ecological)
Residual
Risk
Assessment
for
Secondary
Lead
Smelters
and
Follow­
up
Sab
Review.
Laramie,
Wyoming.
September
23,
2003.

EC/
R
Incorporated
2001.
Recommended
Approach
for
Blood
Lead
Modeling
for
the
Secondary
Lead
Residual
Risk
Assessment
(
includes
data
on
pollutant
loss
due
to
produce
washing).
July
27,
2001.

USEPA
1997a.
Exposure
Factors
Handbook.
Volume
II
Food
Ingestion
Factors.
Office
of
Research
and
Development,
Washington,
DC.
EPA/
600/
P­
95/
002Fb.
August
1997.

USEPA
1997b.
Mercury
Study
Report
to
Congress
Volume
I:
Executive
Summary.
Office
of
Air
Quality
Planning
and
Standards
Research
Triangle
Park,
NC.
EPA­
452/
R­
97­
003
December
1997.

USEPA
1998a.
Guidelines
for
Ecological
Risk
Assessment.
EPA
630/
R­
95/
002F.

USEPA
1998b.
The
Human
Health
Risk
Assessment
Protocol
for
Hazardous
Waste
Combustion
Facilities
(
HHRAP).
Office
of
Solid
Waste
and
Emergency
Response,
Washington
DC.
EPA
530­
D­
98­
001­
A.
July
1998.

USEPA
1999.
Draft
Screening
Methodology
For
Ecological
Risk
Assessment.
Manuscript.

USEPA
2002.
Integrated
Exposure,
Uptake
and
Biokinetic
Model
(
IEUBK).
Office
of
Solid
Waste
and
Emergency
Response.
EPA­
540/
R­
93/
081.
Attachment
A
Assessment
Inputs
Table
A.
1
Emission
Rates
and
ISCST3
Inputs
for
the
PCWP
Multipathway
Assessment
Modeling
Parameters
Emission
Rates
Emissions
(
tons/
year)
Emissions
(
g/
sec)
Particle
Fraction
(%)
ISC
default
model
option
Cadmium
1.28E­
03
3.67E­
05
100
rural
land
use
Arsenic
6.86E­
03
1.98E­
04
100
wet
and
dry
depletion
Lead
6.30E­
03
1.81E­
04
100
no
terrain
Mercury
elemental
(
80%)
3.74E­
04
1.08E­
05
0
Mercury
divalent
(
20%)
9.35E­
05
2.69E­
06
50
Mercury
total
=
4.67E­
04
1.35E­
05
Stack
Parameters
Stack
height
(
m)
Stack
diameter
(
m)
Exit
velocity
(
m/
sec)
Exit
temp
(
K)
Model
plant
boiler/
dryer
21.5
1.5
18.5
360.9
Particle
Size
Distribution
Mass
median
particle
diameter
(
um)
Mass
fraction
(%)
Liquid
scavenging
coefficient
(
1/
s­
mm­
h)
Frozen
scavenging
coefficient
(
1/
smm
h)
Source
AP­
42
1.5
50
0.00006
0.00002
Wood
fired
boilers
7.5
40
0.00042
0.00014
density
=
1
g/
cm3
15.0
10
0.00066
0.00022
Meteorological
locations
/
years
Surface
Station
WBAN
#
Upper
Air
WBAN
#

Montgomery,
AL
/
1989­
93
Montgomery,
AL
13895
Centerville,
AL
3881
Baton
Rouge,
LA
/
1988­
92
Baton
Rouge,
LA
13970
Lake
Charles,
LA
3937
Minneapolis,
MN
/
1988­
91&
93
Minneapolis,
MN
14922
St.
Cloud,
MN
14926
Raleigh,
NC
/
1988­
91&
94
Raleigh,
NC
13722
Greensboro,
NC
13723
Salem,
OR
/
1990­
94
Salem,
OR
24232
Salem,
OR
24232
Allentown,
PA
/
1990­
94
Allentown,
PA
14737
Albany,
NY
14735
Table
A.
2
IEM­
2M
Multipathway
Analysis
Air
Concentration
and
Deposition
Rate
Inputs
Input
Type
HAP
Alabama
Location
Louisiana
Location
Minnesota
Location
Waterbody
Values
Watershed
Values
Receptor
Values
Waterbody
Values
Watershed
Values
Receptor
Values
Waterbody
Values
Watershed
Values
Receptor
Values
Air
Concentration
(
vapor)

(
Fg/
m3)
Lead
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
Cadmium
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
Divalent
Mercury
1.35E­
07
1.02E­
07
2.58E­
07
1.31E­
07
1.04E­
07
2.43E­
07
1.08E­
07
9.86E­
08
2.67E­
07
Elemental
Mercury
1.08E­
06
8.12E­
07
2.06E­
06
1.05E­
06
8.32E­
07
1.95E­
06
8.66E­
07
7.89E­
07
2.14E­
06
Dry
Deposition
(
Particulate)

(
g/
m2­
yr)
Lead
1.17E­
05
5.62E­
06
2.79E­
05
1.30E­
05
6.52E­
06
2.46E­
05
1.66E­
05
9.53E­
06
4.65E­
05
Cadmium
2.38E­
06
1.14E­
06
5.66E­
06
2.64E­
06
1.32E­
06
4.99E­
06
3.37E­
06
1.93E­
06
9.43E­
06
Divalent
Mercury
8.70E­
08
4.17E­
08
2.07E­
07
9.67E­
08
4.84E­
08
1.83E­
07
1.24E­
07
7.08E­
08
3.45E­
07
Elemental
Mercury
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
Wet
Deposition
(
vapor
and
particulate)

(
g/
m2­
yr)
Lead
1.40E­
05
2.34E­
06
6.34E­
05
1.37E­
05
2.25E­
06
6.86E­
05
5.63E­
06
1.11E­
06
2.97E­
05
Cadmium
2.84E­
06
4.73E­
07
1.28E­
05
2.78E­
06
4.56E­
07
1.39E­
05
1.14E­
06
2.24E­
07
6.03E­
06
Divalent
Mercury
1.86E­
07
3.37E­
08
8.01E­
07
1.84E­
07
3.25E­
08
8.86E­
07
7.22E­
08
1.51E­
08
3.70E­
07
Elemental
Mercury
6.58E­
07
1.31E­
07
2.64E­
06
6.57E­
07
1.26E­
07
3.02E­
06
2.43E­
07
5.52E­
08
1.19E­
06
Total
Air
Concentration
(
vapor
and
particulate)

(
Fg/
m3)
Lead
NA
NA
2.81E­
05
NA
NA
2.70E­
05
NA
NA
2.71E­
05
Cadmium
NA
NA
5.70E­
06
NA
NA
5.46E­
06
NA
NA
5.49E­
06
Divalent
Mercury
NA
NA
4.67E­
07
NA
NA
4.43E­
07
NA
NA
4.68E­
07
Elemental
Mercury
NA
NA
2.06E­
06
NA
NA
1.95E­
06
NA
NA
2.14E­
06
Input
Type
HAP
North
Carolina
Location
Pennsylvania
Location
Oregon
Location
Waterbody
Values
Watershed
Values
Receptor
Values
Waterbody
Values
Watershed
Values
Receptor
Values
Waterbody
Values
Watershed
Values
Receptor
Values
Air
Concentration
(
vapor)

(
Fg/
m3)
Lead
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
Cadmium
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
Divalent
Mercury
1.17E­
07
1.01E­
07
2.81E­
07
1.03E­
07
9.60E­
08
2.70E­
07
1.08E­
07
1.03E­
07
5.27E­
07
Elemental
Mercury
9.36E­
07
8.09E­
07
2.25E­
06
8.20E­
07
7.68E­
07
2.16E­
06
8.68E­
07
8.25E­
07
4.22E­
06
Dry
Deposition
(
Particulate)

(
g/
m2­
yr)
Lead
5.79E­
06
3.35E­
06
1.59E­
05
1.41E­
05
7.87E­
06
3.73E­
05
5.20E­
06
3.31E­
06
3.85E­
05
Cadmium
1.17E­
06
6.80E­
07
3.23E­
06
2.86E­
06
1.59E­
06
7.56E­
06
1.05E­
06
6.70E­
07
7.81E­
06
Divalent
Mercury
4.30E­
08
2.49E­
08
1.18E­
07
1.05E­
07
5.84E­
08
2.77E­
07
3.86E­
08
2.46E­
08
2.86E­
07
Elemental
Mercury
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
Wet
Deposition
(
vapor
and
particulate)

(
g/
m2­
yr)
Lead
9.89E­
06
1.87E­
06
5.36E­
05
1.10E­
05
2.12E­
06
8.41E­
05
9.07E­
06
1.97E­
06
1.22E­
04
Cadmium
2.00E­
06
3.79E­
07
1.09E­
05
2.23E­
06
4.29E­
07
1.70E­
05
1.84E­
06
3.99E­
07
2.48E­
05
Divalent
Mercury
1.27E­
07
2.58E­
08
6.73E­
07
1.41E­
07
2.92E­
08
1.04E­
06
1.14E­
07
2.61E­
08
1.50E­
06
Elemental
Mercury
4.33E­
07
9.53E­
08
2.21E­
06
4.76E­
07
1.08E­
07
3.36E­
06
3.72E­
07
9.23E­
08
4.77E­
06
Total
Air
Concentration
(
vapor
and
particulate)

(
Fg/
m3)
Lead
NA
NA
3.45E­
05
NA
NA
2.85E­
05
NA
NA
6.20E­
05
Cadmium
NA
NA
6.99E­
06
NA
NA
5.78E­
06
NA
NA
1.26E­
05
Divalent
Mercury
NA
NA
5.37E­
07
NA
NA
4.81E­
07
NA
NA
9.87E­
07
Elemental
Mercury
NA
NA
2.25E­
06
NA
NA
2.16E­
06
NA
NA
4.22E­
06
Table
A.
3
IEM
Multipathway
Analysis
Exposure
Factors
for
Children
Exposure
Parameter
Age
Group
(
years)
Intake
Rate
from
EFH
(
gFW/

kgday
a,
b
EFH
Intake
Rate
Source
Table
Non­
home
Produced
Overall
Mean
Intake
Rate
(
from
EFH
Chapters
9
and
11)

(
gFW/
kg­
day)
Home
Produced
Overall
Mean
Intake
Rate
(
from
EFH
Chapter
13)

(
gFW/
kg­
day)
Households
Who
Farm
Mean
Intake
from
EFH
Chapter
13
(
gFW/
kg­
day)
Mean
Preparation
Loss
from
Tables
13­
5
to
13­
7
(
percent
lost)
Mean
Moisture
Content
for
Dry
Weight
Conversion:

from
Tables
11­
28
and
9­

27
c,
d,
e,
f,
g
(
percent
moisture)
Time
Weighted
Average
Dry
Weight
Mean
Home
Produced
Intake
for
Households
Who
Farm
Adjusted
for
Preparation
Loss
h
(
gDW/

kgday

Beef
0­
1
1.24
11­
3
1.09
2.45
2.63
24
72
0.92
1­
2
1.92
3­
5
1.83
Pork
0­
1
0.45
11­
4
0.41
1.23
1.3
36
70
0.43
1­
2
0.77
3­
5
0.74
Dairy
0­
1
62.74
11­
2
8.02
14
17.1
0
89
7.31
1­
2
26.26
3­
5
21.15
Fruits
0­
1
11.53
9­
7
1.79
1.49
2.32
20
87
0.79
1­
2
7.10
3­
5
2.60
13­
61
NA
Root
Vegetables
0­
1
2.03
9­
11
1.36
1.16
1.39
8
86
0.27
1­
2
2.52
13­
65
NA
3­
5
1.28
Legumes
0­
1
1.36
9­
10
0.39
1.01
1.3
16
86
0.32
1­
2
2.46
13­
64
NA
3­
5
1.30
Leafy
Vegetables
0­
1
1.43
9­
9
1.76
1.52
2.17
15
93
0.18
1­
2
3.48
13­
63
NA
3­
5
1.74
a
EFH
=
U.
S.
Environmental
Protection
Agency,
1997.
Exposure
Factors
Handbook.
EPA/
600/
P­
95/
002Fa,
Office
of
Research
and
Development
and
National
Center
for
Environmental
Assessment,
Washington,
D.
C.

b
Values
from
EFH
Chapters
9
and
11
are
presented
on
an
"
as
consumed"
basis
and
were
adjusted
to
add
preparation
losses
back
into
this
starting
value:

Intake
Rate
=
EFH
value/(
1­
preparation
loss)

c
Dairy
moisture
content
=
weighted
EFH
average
of
butter,
cream,
milk,
yogurt,
and
cheese
d
Fruits
moisture
content
=
EFH
average
of
apples,
pears,
peaches,
strawberries
e
Root
vegetables
moisture
content
=
EFH
average
of
potatoes,
carrots,
beets
f
Legumes
mositure
content
=
EFH
average
of
corn,
peas,
pumpkin
g
Leafy
vegetables
moisture
content
=
EFH
average
of
all
raw
whole
cabbage,
lettuce,
peppers,
tomatoes
h
Final
Intake
Rate
=
time
weighted
average
of
original
EFH
intake
rate*(
home
produced
mean/
non­
home
produced
mean)*(
farm
mean/
overall
mean)*(
100­

preparation
loss)*(
100­
moisture
content)
Table
A.
4
IEM
Multipathway
Analysis
Exposure
Factors
for
Adults
Exposure
Parameter
Age
Group
(
years)
Intake
Rate
from
EFH
(
gFW/

kgday
a,
b
EFH
Intake
Rate
Source
Table
Non­
home
Produced
Overall
Mean
Intake
Rate
(
from
EFH
Chapters
9
and
11)

(
gFW/
kg­
day)
Home
Produced
Overall
Mean
Intake
Rate
(
from
EFH
Chapter
13)

(
gFW/
kg­
day)
Households
Who
Farm
Mean
Intake
from
EFH
Chapter
13
(
gFW/
kg­
day)
Mean
Prep.

Loss
from
Tables
13­
5
to
13­
7
(
percent
lost)
Mean
Moisture
Content
for
Dry
Weight
Conversion:

from
Tables
11­
28
and
9­

27
c,
d,
e,
f,
g
(
percent
moisture)
Time
Weighted
Avg.
Dry
Wt.

Mean
Home
Produced
Intake
for
Households
Who
Farm
Adjusted
for
Prep.
Loss
(
gDW/
kg­
day)

Beef
6­
11
3.77
13­
36
NA
2.45
2.63
24
72
0.48
12­
19
1.72
20­
39
2.06
40­
69
1.84
Pork
6­
11
0.55
11­
4
0.41
1.23
1.3
36
70
0.24
12­
19
1.28
13­
54
NA
20­
39
1.21
40­
69
1.02
Dairy
6­
11
13.33
11­
2
8.02
14
17.1
0
89
1.18
12­
19
6.29
20­
39
7.41
13­
28
NA
40­
69
3.10
11­
2
8.02
Fruits
6­
11
2.52
13­
61
NA
1.49
2.32
20
87
0.22
12­
19
1.33
20­
39
1.09
40­
69
1.25
Root
Vegetables
6­
11
1.32
13­
65
NA
1.16
1.39
8
86
0.16
12­
19
0.94
20­
39
0.87
40­
69
1.13
Legumes
6­
11
1.10
13­
64
NA
1.01
1.3
16
86
0.14
12­
19
0.78
20­
39
0.76
40­
69
0.93
Leafy
Vegetables
6­
11
1.39
13­
63
NA
1.52
2.17
15
93
0.11
12­
19
1.07
20­
39
1.05
40­
69
1.60
a
EFH
=
U.
S.
Environmental
Protection
Agency,
1997.
Exposure
Factors
Handbook.
EPA/
600/
P­
95/
002Fa,
Office
of
Research
and
Development
and
National
Center
for
Environmental
Assessment,
Washington,
D.
C.

b
Values
from
EFH
Chapters
9
and
11
are
presented
on
an
"
as
consumed"
basis
and
were
adjusted
to
add
preparation
losses
back
into
this
starting
value:
Intake
Rate
=
EFH
value/(
1­
preparation
loss)

c
Dairy
moisture
content
=
weighted
EFH
average
of
butter,
cream,
milk,
yogurt,
and
cheese
d
Fruits
moisture
content
=
EFH
average
of
apples,
pears,
peaches,
strawberries
e
Root
vegetables
moisture
content
=
EFH
average
of
potatoes,
carrots,
beets
f
Legumes
mositure
content
=
EFH
average
of
corn,
peas,
pumpkin
g
Leafy
vegetables
moisture
content
=
EFH
average
of
all
raw
whole
cabbage,
lettuce,
peppers,
tomatoes
h
Final
Intake
Rate
=
time
weighted
average
of
original
EFH
intake
rate*(
home
produced
mean/
non­
home
produced
mean)*(
farm
mean/
overall
mean)*(
100­

preparation
loss)*(
100­
moisture
content)
Table
A.
5
Additional
IEM
Multipathway
Analysis
Exposure
Factors
for
Children
and
Adults
Exposure
Parameter
Parameter
Value
Sourcea,
b
Body
Weight,
child
aged
0
­
5
(
kg)
1.54E+
01
EFH
Table
7­
3,
average
of
ages
0­
5
Exposure
duration
as
a
child
6.00E+
00
HHRAP
Lifetime
(
yrs)
7.00E+
01
HHRAP
Child
water
consumption
rate,
L/
day
7.40E­
01
EFH
Table
3­
30,
time
weighted
average
mean
intake
for
ages
0­
5
Child
soil
ingestion
rate
(
mgFW/
day)
1.00E+
02
EFH
Table
4­
23,
mean
child
Child
grain
ingestion
rate
(
gDW/
kg/
day)
9.20E­
01
EFH
Table
12­
18,
time
weighted
average
mean
intake
for
ages
0­
5
of
corn
values
in
g
DW/
day
adjusted
to
gDW/
kg/
day
Child
fish
ingestion
rate
(
gFW/
kg/
day)
3.70E­
01
EFH
Table
10­
61,
mean
child
for
ages
1
to
5
Body
Weight,
adult
aged
20
­
49
(
kg)
7.18E+
01
HHRAP
Exposure
duration
as
an
adult
6.40E+
01
HHRAP
Lifetime
(
yrs)
7.00E+
01
HHRAP
Adult
water
consumption
rate,
L/
day
1.40E+
00
EFH
Table
3­
30,
mean
adult
Adult
soil
ingestion
rate
(
g/
day)
5.00E+
01
EFH
Table
4­
23,
mean
adult
Adult
grain
ingestion
rate
(
gDW/
kg/
day)
2.70E­
01
EFH
Table
12­
18,
time
weighted
average
mean
intake
for
ages
6­
70
of
corn
values
in
g
DW/
day
adjusted
to
gDW/
kg/
day
Adult
fish
ingestion
rate
(
gFW/
kg/
day)
1.70E­
01
EFH
Table
10­
61,
time
weighted
average
mean
intake
for
ages
6
to
70
Contact
Fractions
Fraction
of
day
exposed
to
contaminated
air
1
HHRAP
Fraction
of
consumed
products
contaminated
1
HHRAP
a
EFH
=
U.
S.
Environmental
Protection
Agency,
1997.
Exposure
Factors
Handbook.
EPA/
600/
P­
95/
002Fa,
Office
of
Research
and
Development
and
National
Center
for
Environmental
Assessment,
Washington,
D.
C.

b
HHRAP
=
U.
S.
Environmental
Protection
Agency,
1998.
Human
Health
Risk
Assessment
Protocol
for
Hazardous
Waste
Combustion
Facilities
(
HHRAP).
EPA­
530­
D­
98­
001A,
Office
of
Solid
Waste
and
Emergency
Response,
Washington,
D.
C.
Table
A.
6
Other
Inputs
Used
in
IEM­
2M
Modeling
for
the
Multipathway
Analysis
Constants
RC:
ideal
gas
const
(
m3­
atm/
mole­
K)
8.21E­
05
pa:
air
density
(
g/
cm3)
1.19E­
03
ua:
viscosity
of
air
(
g/
cm­
sec)
1.84E­
04
Psed:
solids
density
(
kg/
L
or
g/
cm3)
2.65E+
00
Cdrag:
drag
coefficient
1.10E­
03
kappa:
Von
Karman's
coefficient
4.00E­
01
lam2:
boundary
thickness
(
dimensionless)
4.00E+
00
Depth
for
base
volatilization
(
m)
5.00E­
03
Agricultural
Parametersa
Grains
Legumes
Root
vegetables
Fruits
Leafy
vegetables
Forage
Silage
RP
(
interception
fraction)
b
0
0.008
0
0.05
0.15
0.47
0.44
TP
(
Length
of
plant's
exposure,
yrs)
0.123
0.123
0.123
0.123
0.157
0.123
0.123
YP
(
Yield
of
plant,
kg
dw/
m2)
0.3
0.104
0.334
0.107
0.177
0.31
0.84
VG
(
surface
area
volume
to
whole
plant
volume
correction)
for
lipophilic
(
high
K
ow)
chemicals
1
0.01
1
0.01
1
1
0.5
VG
(
surface
area
volume
to
whole
plant
volume
correction)
for
water
soluble
(
low
K
ow)
chemicals
1
1
1
1
1
1
1
Beef
Dairy
Pork
Grain
consumption
(
kg/
day)
0.47
2.6
3
Forage
consumption
(
kg/
day)
8.8
11
0
Silage
consumption
(
kg/
day)
2.5
3.3
1.3
Soil
consumption
(
kg/
day)
0.39
0.41
0.34
a
U.
S.
Environmental
Protection
Agency,
1998.
Methodology
for
Assessing
Health
Risks
Associated
With
Multiple
Pathways
of
Exposure
to
Combustor
Emissions.
EPA­
600­
R98­
137.
Office
of
Research
and
Development
and
National
Center
for
Environmental
Assessment,
Cincinnati,

OH.

b
Interception
fractions
are
zero
for
grains
and
root
vegetables
since
they
are
considered
"
protected"
vegetables.
Direct
deposition
from
air
to
the
vegetables
does
not
occur.
Table
A.
7
IEM­
2M
Multipathway
Analysis
Dose­
Response
Values
Dose
Response
Factor
lead
elemental
mercury
divalent
mercury
cadmium
Cancer
Slope
Factor
ingestion
(
kg­
day/
mg)
NA
NA
NA
NA
URE:
Unit
Risk
Estimate
(
m3/
ug)
NA
NA
NA
1.8E­
03
(
IRIS)

RfC
(
ug/
m3)
1.5E+
00
3.0E­
01
0.09
mercuric
chloride
(
CAL
EPA)
2.0E­
02
(
CAL
EPA)

RfD:
Reference
Dose
(
mg/
kg/
day)
ingestion
NA
NA
3.0E­
04
­
mercuric
chloride
all
food
except
fish
(
IRIS)
1.0E­
03
­
food
(
IRIS)

1.0E­
04
­
methyl
mercury
fish
only
(
IRIS)
5.0E­
04
­
water
(
IRIS)

Source
NAAQS
IRIS
IRIS/
CAL
EPA
IRIS/
CAL
EPA
CAL:
California
Environmental
Protection
Agency,
2002.
Technical
Support
Document
for
Describing
Available
Cancer
Potency
Factors.

Office
of
Environmental
Health
Hazard
Assessment,
Sacramento,
California.
Online
at
http://
www.
oehha.
org/
air/
hot_
spots/
pdf/
TSDNov2002.
pdf
IRIS:
U.
S.
Environmental
Protection
Agency.
Integrated
Risk
Information
System
Substance
File.
Online
at
http://
www.
ipa.
gov/
iris.
html
NAAQS:
National
Ambient
Air
Quality
Standard
for
Lead.
Online
at
http://
www.
epa.
gov/
ttnnaaqs/
standards/
pb/
data/
npsaaqsl_
fr.
pdf
Table
A.
8
IEM­
2M
Multipathway
Analysis
Compound
Specific
Parameters
Compound­
Specific
Parametera
Lead
Elemental
Mercury
Divalent
Mercury
Cadmium
D
w:
water
diffusion
coeff.
(
cm2/
s)
6.28E­
06
3.01E­
05
5.25E­
06
9.45E­
06
MW:
molecular
weight
(
g/
mole)
2.07E+
02
2.01E+
02
2.72E+
02
1.12E+
02
D
(
or
D
a):
Atmospheric
diffusion
coefficient
(
cm2/
sec)
5.43E­
02
1.09E­
02
4.53E­
02
8.16E­
02
H:
Henry's
Law
Constant
(
atm­
m3/
mole)
0.00E+
00
7.10E­
03
7.10E­
10
0.00E+
00
Kd
s:
soil
water
part
coeff
(
mL/
g
or
L/
kg)
9.00E+
02
1.00E+
03
5.80E+
04
7.50E+
01
Kd
w:
susp
sed­
water
part
coeff
(
L/
kg)
9.00E+
02
1.00E+
03
1.00E+
05
7.50E+
01
Kd
bs:
benthic
sed­
water
partition
coefficient
(
L/
kg)
9.00E+
02
3.00E+
03
5.00E+
04
7.50E+
01
ksg:
soil
loss
degradation
constant
(
1/
yr)
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
K
ow:
octanol/
water
partitioning
coefficient
(
unitless)
NA
NA
NA
NA
Br
i:
plant­
soil
bioconcentration
factor
(
ug/
g
DW
plant
per
ug/
g
soil)
grains
(
Br
ag)
9.00E­
03
0.00E+
00
1.45E­
02
6.20E­
02
legumes
(
Br
ag)
1.36E­
02
0.00E+
00
1.45E­
02
1.25E­
01
root
vegetables
(
Br
root
veg)
9.00E­
03
0.00E+
00
3.60E­
02
6.40E­
02
fruits
(
Br
ag)
1.36E­
02
0.00E+
00
1.45E­
02
1.25E­
01
leafy
vegetables
(
Br
ag)
1.36E­
02
0.00E+
00
1.45E­
02
1.25E­
01
forage
(
Br
forage)
4.50E­
02
0.00E+
00
0.00E+
00
3.64E­
01
silage
(
Br
ag)
1.36E­
02
0.00E+
00
1.45E­
02
1.25E­
01
Bv
i:
air­
to­
plant
biotransfer
factor
(
ug/
g
DW
plant
per
ug/
g
air)
grains
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
legumes
(
Br
ag)
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
fruits
(
Br
ag)
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
leafy
vegetables
(
Br
ag)
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
forage
(
Bv
forage)
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
silage
(
Bv
ag)
0.00E+
00
0.00E+
00
0.00E+
00
0.00E+
00
Ba
j:
biotransfer,
jth
animal
(
day/
kg
FW)

beef
3.00E­
04
0.00E+
00
5.22E­
03
1.20E­
04
dairy
2.50E­
04
0.00E+
00
2.26E­
03
6.50E­
06
pork
3.60E­
04
0.00E+
00
0.00E+
00
1.91E­
04
Fish
Bioaccumulation
Factors
(
BAFs):
BAF_
W(
i):
BAF
for
total
water
conc,
L/
kg
NA
NA
NA
2.50E+
02
BAF_
D(
i):
BAF
for
diss
water
conc
(
L/
kg)
8.00E+
00
NA
6.80E+
06
NA
a
Unless
otherwise
noted,
source
is
U.
S.
Environmental
Protection
Agency,
1998.
Human
Health
Risk
Assessment
Protocol
for
Hazardous
Waste
Combustion
Facilities,
Appendix
C.
EPA­
530­
D­
98­
001A,
Office
of
Solid
Waste
and
Emergency
Response,
Washington,
D.
C.
Table
A.
9
IEM­
2M
Multipathway
Analysis
Default
Site­
Dependent
Parameters
Site­
Dependent
Parametersa
PA
LA
MN
OR
AL
NC
TA
(
average
air
temperature,
C)
b
10.7
20
7.2
11.2
18
15
TW
(
average
water
temperature,
C)
c
10
25
10
15
25
15
P
(
average
annual
precipitation,
cm/
yr)
b
110.5
143.8
71.9
99.5
136
106
RO
(
average
annual
runoff,
cm/
yr)
c
25.4
22.5
7.6
25
18
18
EV
(
average
annual
evapotranspiration,
cm/
yr)
c
63
100.7
70
75
65
80
W
(
average
wind
speed,
m/
s)
b
5.1
4.1
4.7
3.1
2.9
3.4
Site­
Dependent
Parametersa
Default
values
used
for
each
site
I
(
average
annual
irrigation,
cm/
yr)
0
PS
(
Support
practice
factor)
1
SDEL
(
sediment
delivery
ratio
to
water
body)
2.2
EF
(
pollutant
enrichment
factor)
3
TC
(
time
of
concentration,
yr)
100
BD
(
bulk
soil
density,
g/
cm3)
1.5
ZD
(
depth
of
incorporation,
cm;
no
tillage)
1
ZTILL
(
mixing
depth
for
soil
tillage,
cm)
20
Theta
(
soil
moisture
content,
L/
L)
0.2
Theta_
V
(
void
space
in
soil,
L/
L)
0.2
CN
(
SCS
soil
curve
number)
81.5
V
(
fraction
of
vegetative
cover)
0
R
(
erosivity
factor,
/
yr)
160
K
(
erodibility
factor,
tons/
acre)
0.3
LS
(
topographic
factor,
unitless)
2.5
C
(
cover
management
factor,
unitless)
0.3
SSW
(
suspended
solids
concentration,
mg/
L)
10
SSDEP
(
m/
day)
0
v_
min:
Mineralization
for
benthic
solids
(
m/
yr)
0.001
vs:
Settling
Velocity
(
m/
yr)
730
vrs:
Resuspension
velocity
(
m/
yr)
0.0037
E_
sw:
Pore
water
diffusion
coefficient
(
m2/
yr)
0.158
v_
sbio:
Settling
rate
for
biotic
solids
(
m/
yr)
73
L_
sbio:
Net
internal
production
of
biotic
solids
100
k_
mort:
Biotic
mortality
rate
(/
day)
0.03
BS:
Benthic
sediment
concentration
(
kg/
L)
1
DB
(
upper
benthic
depth,
m)
0.02
BIO_
P
(
aquatic
plant
biomass,
mg/
L)
2
BIO_
F
(
total
fish
biomass,
mg/
L)
0.05
Bio_
F_
Tier3,
mg/
L
0.02
WAL
(
watershed
info:
land
area
of
fallout,
km2)
d
37.3
Water
Depth
(
m)
d
5
WAW:
water
body
surface
area
(
km2)
d
2.49
VW:
water
column
volume
(
m3)
d
1.2E+
07
VFX
:
long
term
dilution
flow
(
m3/
yr)
d
4.8E+
06
U:
Average
Current
velocity
(
m/
s)
d
NA
a
Unless
otherwise
noted,
source
is
U.
S.
Environmental
Protection
Agency,
1998.
Human
Health
Risk
Assessment
Protocol
for
Hazardous
Waste
Combustion
Facilities,
Appendix
C.
EPA­
530­
D­
98­
001A,
Office
of
Solid
Waste
and
Emergency
Response,
Washington,
D.
C.
b
Comparative
Climatic
Data
For
the
United
States
[
1961­
1990].
Southern
Regional
Climate
Center.
http://
www.
srcc.
lsu.
edu/
6190/
ccd.
html
d
Interpolated
from
site
specific
values
in
the
Mercury
Study:
Report
to
Congress.
U.
S.
Environmental
Protection
Agency,
1997.
Office
of
Air
Quality
Planning
and
Standards,
and
Office
of
Research
and
Development,
Research
Triangle
Park,
NC.
d
Default
values
from
the
Mercury
Study:
Report
to
Congress.
U.
S.
Environmental
Protection
Agency,
1997.
Office
of
Air
Quality
Planning
and
Standards,
and
Office
of
Research
and
Development,
Research
Triangle
Park,
NC.

Table
A­
10.
Ecological
Toxicity
Screening
Values
(
Blank
cells
indicate
that
no
screening
values
were
found.)
HAP
Lead
Cadmium
Mercury
(
Hg+
2)
Mercury
(
elemental)
Mercury
methyl
Screening
values
for
air
inhalation
by
1.9E+
03
1.4E+
03
7.4E+
02
7.4E+
02
4.6E+
02
Terrestrial
Wildlife
Receptor
American
Woodcock
Cottontail
Rabbit
American
Woodcock
American
Woodcock
Cottontail
Rabbit
Plant
screening
values
for
herbivorous
3.0E+
01
3.6E+
00
4.8E+
00
4.8E+
00
1.2E­
01
Terrestrial
Wildlife
Receptor
Cottontail
Rabbit
Cottontail
Rabbit
Cottontail
Rabbit
Cottontail
Rabbit
Cottontail
Rabbit
Herbivore
screening
values
for
4.2E+
00
5.1E+
00
1.7E+
00
1.7E+
00
2.0E­
02
Terrestrial
Wildlife
Receptor
Barn
Owl
Red
Fox
Barn
Owl
Barn
Owl
Barn
Owl
Soil
screening
values
for
vertebrates1
2.3E+
02
2.8E+
01
3.7E+
01
3.7E+
01
9.0E­
01
Terrestrial
Wildlife
Receptor
Short­
tail
Shrew
Short­
tail
Shrew
Short­
tail
Shrew
Short­
tail
Shrew
Short­
tail
Shrew
Surface
water
screening
values
for
wildlife1
(
mg/
L)
4.9E+
00
4.1E+
00
5.6E+
00
5.6E+
00
1.4E­
01
Terrestrial
Wildlife
Receptor
Roughwinged
Swallow
Whitetail
Deer
Whitetail
Deer
Whitetail
Deer
Whitetail
Deer
Fish
screening
values
for
piscivorous
2.2E­
03
2.9E­
03
8.9E­
04
8.9E­
04
1.0E­
05
Terrestrial
Wildlife
Receptor
Belted
Kingfisher
Belted
Kingfisher
Belted
Kingfisher
Belted
Kingfisher
Belted
Kingfisher
Soil
screening
values
for
plants2
(
ug/
g)
5.0E+
01
3.0E+
00
3.0E­
01
3.0E+
00
Soil
screening
values
for
earthworms
and
microbial
processes3
(
ug/
g)
5.0E+
02
2.0E+
01
1.0E­
01
Surface
water
screening
values
for
aquatic
life4,5
(
mg/
L)
3.2E­
03
1.1E­
03
9.0E­
04
1.3E­
03
2.8E­
06
1
Sample,
B.
E.,
D.
M.
Opresko,
and
G.
W.
Suter.
1996.
Toxicological
Benchmarks
for
Wildlife:
1996
Revision.
ES/
ER/
TM­
66/
R3.
Prepared
for
the
U.
S.
Department
of
Energy,
Office
of
Environmental
Management,
DE­
AC05­
84OR21400.

2
Will,
M.
E.
and
G.
W.
Suter,
II.
1995a.
Toxicological
Benchmarks
for
Screening
Potential
Contaminants
of
Concern
for
Effects
on
Terrestrial
Plants:
1995
Revision.
ES/
ER/
TM­
85/
R2.
Prepared
for
the
U.
S.
Department
of
Energy,
Office
of
Environmental
Managemen
3
Will,
M.
E.
and
G.
W.
Suter,
II.
1995b.
Toxicological
Benchmarks
for
Potential
Contaminants
of
Concern
for
Effects
on
Soil
and
Litter
Invertebrates
and
Heterotrophic
Process.
ES/
ER/
TM­
85/
R2.
Prepared
for
the
U.
S.
Department
of
Energy,
Office
of
Environmen
4
For
all
HAP
values
except
Mercury
(
Hg+
2):
Suter,
G.
W.,
II,
and
C.
L.
Tsao.
1996.
Toxicological
Benchmarks
for
Screening
Potential
Contaminants
of
Concern
for
Effects
on
Aquatic
Biota:
1996
Revision.
ES/
ER/
TM­
96/
R2.
Prepared
for
the
U.
S.
Department
of
En
5
For
the
Mercury
(
Hg+
2)
value:
USEPA
(
Environmental
Protection
Agency).
1996.
1995
Updates:
Water
Quality
Criteria
Documents
for
the
Protection
of
Aquatic
Life
in
Ambient
Water.
EPA­
820­
96­
001.
Office
of
Water,
Washington,
DC.
Attachment
B
Risk
Results
Table
B.
1
Summary
Multipathway
Risk
Estimates
for
the
PCWP
Assessment
Multipathway
Inhalation
Risk
Results
Location
Lifetime
Excess
Cancer
Risk
Total
Inhalation
Hazard
Index
Alabama
1E­
08
0.00032
Louisiana
1E­
08
0.00030
Minnesota
1E­
08
0.00030
North
Carolina
1E­
08
0.00039
Oregon
2E­
08
0.00069
Pennsylvania
1E­
08
0.00032
Maximum
2E­
08
0.00069
Maximum
Ingestion
Hazard
Index
Location
Hazard
Index
Age
Group
HAP
Driving
Pathways
Alabama
0.0007
child
cadmium
fish
and
produce
ingestion
Louisiana
0.0013
child
cadmium
fish
ingestion
Minnesota
0.0058
child
cadmium
fish
ingestion
North
Carolina
0.0010
child
cadmium
fish
ingestion
Oregon
0.0014
child
cadmium
fish
and
produce
ingestion
Pennsylvania
0.0015
child
cadmium
fish
ingestion
Maximum
0.0058
Table
B.
2
Summary
Ecological
Risk
Estimates
for
the
PCWP
Asessment
PCWP
Production
IEM­
2M
Ecological
Risk
Estimates
Lead
Cadmium
Mercury
(
Hg+
2)
Mercury
(
elemental)
Mercury
methyl
Sum
of
Mercury
Hazard
Quotient
0.012
0.043
0.0092
0.00052
0.000030
0.0092
Receptor
aquatic
life
aquatic
life
earthworms
&

microbes
plants
aquatic
life
earthworms
&

microbes
Media
surface
water
surface
water
soil
soil
surface
water
soil
Table
B.
3
Detailed
Multipathway
Risk
Estimates
for
the
PCWP
Assessment
­
Alabama
Farmer
and
Summary
of
Multipathway
Risk
Recreational
Fisher
Cancer
70
year
exposure
Individual
Lifetime
Risk
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Cadmium
1E­
08
Farmer
and
Summary
of
Multipathway
Risk
­
Adult
Recreational
Fisher
Noncancer
64
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
4E­
04
1E­
06
8E­
05
1E­
06
1E­
04
1E­
04
Mercury
(
divalent/
methyl)
5E­
06
4E­
05
3E­
06
9E­
06
2E­
05
6E­
08
9E­
08
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
3E­
04
4E­
04
4E­
06
9E­
05
3E­
05
1E­
04
1E­
04
Farmer
and
Summary
of
Multipathway
Risk
­
Child
Recreational
Fisher
Noncancer
6
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
6E­
04
3E­
06
2E­
04
4E­
06
7E­
05
3E­
04
Mercury
(
divalent/
methyl)
5E­
06
1E­
04
6E­
06
2E­
05
1E­
04
3E­
08
2E­
07
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
3E­
04
7E­
04
8E­
06
2E­
04
1E­
04
7E­
05
3E­
04
Table
B.
4
Detailed
Multipathway
Risk
Estimates
for
the
PCWP
Assessment
­
Louisiana
Farmer
and
Summary
of
Multipathway
Risk
Recreational
Fisher
Cancer
70
year
exposure
Individual
Lifetime
Risk
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Cadmium
1E­
08
Farmer
and
Summary
of
Multipathway
Risk
­
Adult
Recreational
Fisher
Noncancer
64
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
7E­
04
2E­
06
1E­
04
2E­
06
3E­
04
3E­
04
Mercury
(
divalent/
methyl)
5E­
06
4E­
05
3E­
06
1E­
05
3E­
05
4E­
08
6E­
08
Mercury
(
elemental)
6E­
06
Total
Hazard
Index
3E­
04
8E­
04
5E­
06
1E­
04
3E­
05
3E­
04
3E­
04
Farmer
and
Summary
of
Multipathway
Risk
­
Child
Recreational
Fisher
Noncancer
6
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
1E­
03
4E­
06
3E­
04
5E­
06
2E­
04
7E­
04
Mercury
(
divalent/
methyl)
5E­
06
1E­
04
6E­
06
2E­
05
1E­
04
2E­
08
1E­
07
Mercury
(
elemental)
6E­
06
Total
Hazard
Index
3E­
04
1E­
03
1E­
05
3E­
04
1E­
04
2E­
04
7E­
04
Table
B.
5
Detailed
Multipathway
Risk
Estimates
for
the
PCWP
Assessment
­
Minnesota
Farmer
and
Summary
of
Multipathway
Risk
Recreational
Fisher
Cancer
70
year
exposure
Individual
Lifetime
Risk
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Cadmium
1E­
08
Farmer
and
Summary
of
Multipathway
Risk
­
Adult
Recreational
Fisher
Noncancer
64
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
4E­
03
1E­
05
1E­
04
5E­
06
2E­
03
2E­
03
Mercury
(
divalent/
methyl)
5E­
06
3E­
05
2E­
06
7E­
06
2E­
05
6E­
08
1E­
07
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
3E­
04
4E­
03
1E­
05
1E­
04
2E­
05
2E­
03
2E­
03
Farmer
and
Summary
of
Multipathway
Risk
­
Child
Recreational
Fisher
Cancer
6
year
exposure
Individual
Lifetime
Risk
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Cadmium
1E­
08
Farmer
and
Summary
of
Multipathway
Risk
­
Child
Recreational
Fisher
Noncancer
6
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
6E­
03
2E­
05
4E­
04
1E­
05
1E­
03
4E­
03
Mercury
(
divalent/
methyl)
5E­
06
1E­
04
4E­
06
2E­
05
8E­
05
3E­
08
2E­
07
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
3E­
04
6E­
03
2E­
05
4E­
04
1E­
04
1E­
03
4E­
03
Table
B.
6
Detailed
Multipathway
Risk
Estimates
for
the
PCWP
Assessment
­
North
Carolina
Farmer
and
Summary
of
Multipathway
Risk
Recreational
Fisher
Cancer
70
year
exposure
Individual
Lifetime
Risk
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Cadmium
1E­
08
Farmer
and
Summary
of
Multipathway
Risk
­
Adult
Recreational
Fisher
Noncancer
64
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
6E­
04
2E­
06
9E­
05
2E­
06
2E­
04
3E­
04
Mercury
(
divalent/
methyl)
6E­
06
3E­
05
2E­
06
7E­
06
2E­
05
4E­
08
6E­
08
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
4E­
04
6E­
04
5E­
06
1E­
04
3E­
05
2E­
04
3E­
04
Farmer
and
Summary
of
Multipathway
Risk
­
Child
Recreational
Fisher
Noncancer
6
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
9E­
04
5E­
06
2E­
04
4E­
06
1E­
04
5E­
04
Mercury
(
divalent/
methyl)
6E­
06
1E­
04
5E­
06
2E­
05
8E­
05
2E­
08
1E­
07
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
4E­
04
1E­
03
9E­
06
3E­
04
9E­
05
1E­
04
5E­
04
Table
B.
7
Detailed
Multipathway
Risk
Estimates
for
the
PCWP
Assessment
­
Oregon
Farmer
and
Summary
of
Multipathway
Risk
Recreational
Fisher
Cancer
70
year
exposure
Individual
Lifetime
Risk
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Cadmium
2E­
08
Farmer
and
Summary
of
Multipathway
Risk
­
Adult
Recreational
Fisher
Noncancer
64
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
4E­
05
Cadmium
6E­
04
7E­
04
4E­
06
2E­
04
3E­
06
2E­
04
3E­
04
Mercury
(
divalent/
methyl)
1E­
05
6E­
05
5E­
06
2E­
05
4E­
05
4E­
08
6E­
08
Mercury
(
elemental)
1E­
05
Total
Hazard
Index
7E­
04
7E­
04
9E­
06
2E­
04
5E­
05
2E­
04
3E­
04
Farmer
and
Summary
of
Multipathway
Risk
­
Child
Recreational
Fisher
Noncancer
6
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
4E­
05
Cadmium
6E­
04
1E­
03
8E­
06
5E­
04
8E­
06
1E­
04
5E­
04
Mercury
(
divalent/
methyl)
1E­
05
2E­
04
1E­
05
4E­
05
2E­
04
2E­
08
1E­
07
Mercury
(
elemental)
1E­
05
Total
Hazard
Index
7E­
04
1E­
03
2E­
05
5E­
04
2E­
04
1E­
04
5E­
04
Table
B.
8
Detailed
Multipathway
Risk
Estimates
for
the
PCWP
Assessment
­
Pennsylvania
Farmer
and
Summary
of
Multipathway
Risk
Recreational
Fisher
Cancer
70
year
exposure
Individual
Lifetime
Risk
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Cadmium
1E­
08
Farmer
and
Summary
of
Multipathway
Risk
­
Adult
Recreational
Fisher
Noncancer
64
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
8E­
04
2E­
06
1E­
04
2E­
06
3E­
04
4E­
04
Mercury
(
divalent/
methyl)
5E­
06
5E­
05
4E­
06
1E­
05
3E­
05
6E­
08
1E­
07
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
3E­
04
9E­
04
6E­
06
1E­
04
3E­
05
3E­
04
4E­
04
Farmer
and
Summary
of
Multipathway
Risk
­
Child
Recreational
Fisher
Noncancer
6
year
exposure
Individual
Hazard
Quotient
Substance
inhalation
total
ingestion
soil
ingestion
produce
ingestion
animal
product
ingestion
water
ingestion
fish
ingestion
Lead
2E­
05
Cadmium
3E­
04
1E­
03
5E­
06
3E­
04
6E­
06
2E­
04
8E­
04
Mercury
(
divalent/
methyl)
5E­
06
2E­
04
8E­
06
3E­
05
1E­
04
3E­
08
2E­
07
Mercury
(
elemental)
7E­
06
Total
Hazard
Index
3E­
04
2E­
03
1E­
05
4E­
04
1E­
04
2E­
04
8E­
04
Table
B.
9
Detailed
Output
from
the
IEUBK
Blood
Lead
Model
Oregon
PCWP
Lead
Uptake
Blood
Lead
(
ug/
dL)
Age
(
yrs)
Diet
(
ug/
d)
Water
(
ug/
d)
Soil/
Dust
(
ug/
d)
Total
(
ug/
d)
Total
0.5
­
1
0.008
0.006
0.03
0.017
0.0
1
­
2
0.011
0.012
0.03
0.026
0.0
2
­
3
0.011
0.012
0.03
0.026
0.0
3
­
4
0.009
0.017
0.03
0.029
0.0
4
­
5
0.009
0.017
0.03
0.029
0.0
5
­
6
0.009
0.017
0.03
0.029
0.0
6
­
7
0.013
0.015
0.03
0.031
0.0
Age
(
yrs)
Time
outdoors
(
hr)
Inhalation
Rate
(
m3/
d)
Lung
Absorption
(%)
Air
Conc.
(
ug/
m3)
Blood
Lead
(
ug/
dL)
from
Air
0.5
­
1
1
4.5
32
2.7
e­
5
0.0
1
­
2
2
6.8
33
2.7
e­
5
0.0
2
­
3
3
6.8
34
2.7
e­
5
0.0
3
­
4
4
8.3
35
2.7
e­
5
0.0
4
­
5
4
8.3
36
2.7
e­
5
0.0
5
­
6
4
8.3
37
2.7
e­
5
0.0
6
­
7
4
11.75
38
2.7
e­
5
0.0
Table
B.
10
Detailed
Ecological
Risk
Estimates
for
the
PCWP
Assessment
Screening
Level
Ecological
Dose
Response
Values
Lead
Cadmium
Mercury
(
Hg+
2)
Mercury
(
elemental)
Mercury
methyl
Screening
values
for
air
inhalation
by
wildlife
(
ug/
m3)
1.9E+
03
1.4E+
03
7.4E+
02
7.4E+
02
4.6E+
02
Plant
screening
values
for
herbivorous
wildlife
(
ug/
g)
3.0E+
01
3.6E+
00
4.8E+
00
4.8E+
00
1.2E­
01
Herbivore
screening
values
for
carnivorous
wildlife
(
ug/
g)
4.2E+
00
5.1E+
00
1.7E+
00
1.7E+
00
2.0E­
02
Soil
screening
values
for
plants
(
ug/
g)
5.0E+
01
3.0E+
00
3.0E­
01
3.0E+
00
Soil
screening
values
for
earthworms
and
microbial
processes
(
ug/
g)
5.0E+
02
2.0E+
01
1.0E­
01
Soil
screening
values
for
vertebrates
(
ug/
g)
2.3E+
02
2.8E+
01
3.7E+
01
3.7E+
01
9.0E­
01
Surface
water
screening
values
for
wildlife
(
mg/
L)
4.9E+
00
4.1E+
00
5.6E+
00
5.6E+
00
1.4E­
01
Surface
water
screening
values
for
aquatic
life
(
mg/
L)
3.2E­
03
1.1E­
03
9.0E­
04
1.3E­
03
2.8E­
06
Fish
screening
values
for
piscivorous
wildlife
(
mg/
g)
2.2E­
03
2.9E­
03
1.0E­
05
PCWP
Production
IEM­
2M
Media
Concentration
Estimates
70
year
facility
operation;
Minnesota
Lead
Cadmium
Mercury
(
Hg+
2)
Mercury
(
elemental)
Mercury
methyl
Air
Concentration
(
ug/
m3)
2.71E­
05
5.49E­
06
4.68E­
07
2.14E­
06
Forage
Concentration
(
ug/
g)
1.07E­
02
6.66E­
03
5.81E­
05
7.34E­
05
Herbivore
concentration
(
beef
concentration
as
surrogate)
(
ug/
g)
4.35E­
05
8.13E­
06
5.31E­
06
No
till
farm
soil
concentration
(
ug/
g)
9.12E­
02
1.46E­
02
9.20E­
04
1.56E­
03
No
till
farm
soil
concentration
(
ug/
g)
9.12E­
02
1.46E­
02
9.20E­
04
1.56E­
03
No
till
farm
soil
concentration
(
ug/
g)
9.12E­
02
1.46E­
02
9.20E­
04
1.56E­
03
Total
surface
water
concentration
(
mg/
L)
3.97E­
05
4.70E­
05
3.00E­
09
4.37E­
09
8.32E­
11
Total
surface
water
concentration
(
mg/
L)
3.97E­
05
4.70E­
05
3.00E­
09
4.37E­
09
8.32E­
11
Fish
concentration
(
mg/
g)
3.16E­
07
1.17E­
05
1.77E­
10
1.77E­
10
PCWP
Production
IEM­
2M
Ecological
Risk
Estimates
Lead
Cadmium
Mercury
(
Hg+
2)
Mercury
(
elemental)
Mercury
methyl
Sum
of
Mercury
Hazard
quotients
for
air
inhalation
by
wildlife
1.5E­
08
4.1E­
09
6.3E­
10
2.9E­
09
3.5E­
09
Plant
hazard
quotients
for
herbivorous
wildlife
3.6E­
04
1.9E­
03
1.2E­
05
1.5E­
05
2.7E­
05
Herbivore
hazard
quotients
for
carnivorous
wildlife
1.0E­
05
1.6E­
06
3.2E­
06
3.2E­
06
Soil
hazard
quotients
for
plants
1.8E­
03
4.9E­
03
3.1E­
03
5.2E­
04
3.6E­
03
Soil
hazard
quotients
for
earthworms
and
microbial
processes
1.8E­
04
7.3E­
04
9.2E­
03
9.2E­
03
Soil
hazard
quotients
for
vertebrates
4.1E­
04
5.2E­
04
2.5E­
05
4.3E­
05
6.8E­
05
Surface
waterhazard
quotients
for
wildlife
8.1E­
06
1.1E­
05
5.4E­
10
7.8E­
10
6.1E­
10
1.9E­
09
Surface
water
hazard
quotients
for
aquatic
life
1.2E­
02
4.3E­
02
3.3E­
06
3.4E­
06
3.0E­
05
3.6E­
05
Fish
hazard
quotients
for
piscivorous
wildlife
1.4E­
04
4.1E­
03
1.8E­
05
1.8E­
05
Sum
of
Hazard
Quotients
0.015
0.055
0.012
0.00058
0.000047
0.013
Maximum
Hazard
Quotient
0.012
0.043
0.009
0.00052
0.000030
0.0092
Attachment
C
IEUBK
Modeling
Documentation
1U.
S.
Environmental
Protection
Agency,
1994.
Guidance
Manual
for
the
Integrated
Exposure
Uptake
Biokinetic
Model
for
Lead
in
Children.
EPA/
540/
R­
93/
081,
Office
of
Emergency
and
Remedial
Response,
Washington,
DC.

2U.
S.
Environmental
Protection
Agency,
1994.
Technical
Support
Document:
Parameters
and
Equations
Used
in
the
Integrated
Exposure
Uptake
Biokinetic
Model
for
Lead
in
Children.
EPA/
540/
R­
94/
040,
Office
of
Emergency
and
Remedial
Response,
Washington,
DC.

3U.
S.
Environmental
Protection
Agency,
1997.
Exposure
Factors
Handbook.
EPA/
600/
P­
95/
002Fa,
Office
of
Research
and
Development
and
National
Center
for
Environmental
Assessment,
Washington,
D.
C.
MEMORANDUM
Date:
January
28,
2004
Subject
Results
of
IEUBK
Modeling
From:
Darcie
Smith,
Lesley
Stobert,
and
Nancy
Jones
EC/
R
Incorporated
To:
Dennis
Pagano,
EPA/
OAQPS/
ESD
The
purpose
of
this
memorandum
is
to
present
the
inputs
to
and
the
results
of
blood
lead
level
modeling
using
the
Integrated
Exposure
Uptake
Biokinetic
Model
for
Lead
in
Children
(
IEUBK,
win32,
Model
1.0,
2002).
The
blood
lead
concentrations
in
children
resulting
from
emissions
from
one
plywood
production
facility
were
estimated
for
a
central
tendency
exposure
scenario.
The
major
inputs
to
the
IEUBK
model
include
lead
air
concentrations
estimated
using
the
Industrial
Source
Complex
Model
­
Short
Term
Version
3
(
ISCST3)
and
media
concentrations
from
the
Indirect
Exposure
Methodology
(
IEM­
2M).
The
major
outputs
are
the
blood
lead
levels
in

g/
dL
for
children
ages
6
months
to
7
years,
by
age
group.
Further
information
on
IEUBK
can
be
found
in
the
guidance
manual
or
technical
support
documents.
12
This
memorandum
is
organized
as
follows:
Section
1
presents
the
inputs
used
in
IEUBK.
Section
2
presents
the
IEUBK
model
results.
Enclosure
1
presents
the
media
concentrations
from
IEM­
2M
used
in
the
IEUBK
model.
Enclosure
2
presents
the
values
used
to
calculate
dietary
intake
and
the
results
of
the
calculations.
Enclosure
3
presents
the
exposure
factors
used
as
inputs
to
the
dietary
intake
calculations
and
as
direct
inputs
to
IEUBK.

1.0
IEUBK
INPUTS
The
inhalation
rate,
water
consumption
rate,
and
the
amount
of
soil/
dust
ingested
daily
can
be
entered
into
IEUBK
by
age
group.
The
central
tendency
exposure
values
from
the
Exposure
Factor
Handbook3
for
were
used
and
are
presented
in
Tables
1
and
2.
More
detailed
information
about
these
factors
is
given
in
Enclosure
3.
2
Dietary
intake
of
lead
is
another
input
to
the
IEUBK
model,
which
depends
both
on
the
concentration
of
lead
in
food
and
the
consumption
rate
of
the
food.
The
consumption
rate
also
depends
on
the
weight
of
the
child.
The
lead
concentration
in
each
of
several
food
types
was
obtained
from
IEM­
2M
modeling.
These
values,
for
each
food
type
and
for
each
age
range,
were
multiplied
by
the
consumption
rate
and
body
weight,
and
then
summed
for
all
foods
by
age
range.
Enclosure
2
presents
the
inputs
and
results
of
these
calculations,
Enclosure
3
presents
more
detailed
information
about
the
sources
of
the
intake
rates,
and
the
final
values
are
shown
in
Tables
1.

The
outdoor
air
lead
concentration,
the
lead
concentration
in
drinking
water,
and
the
soil
lead
level
are
three
additional
values
that
can
be
input
to
IEUBK.
The
value
for
the
outdoor
air
lead
concentration
was
obtained
from
ISCST3
and
was
assumed
to
remain
constant
over
all
age
ranges.
The
values
for
lead
concentration
in
drinking
water
and
outdoor
soil
lead
levels
were
obtained
from
ISCST3
and
IEM­
2M
modeling
and
were
assumed
to
remain
constant
over
all
age
ranges.
In
addition,
the
indoor
dust
level
was
assumed
to
equal
the
outdoor
soil
level
for
all
age
ranges
and
IEUBK
default
values
for
time
spent
outdoors
were
used.
The
input
values
for
these
parameters
are
listed
in
Table
2.

There
are
additional
inputs
to
IEUBK
that
do
not
differ
for
age
group
of
for
exposure
scenario.
These
inputs
are
listed
in
Table
2.
The
concentration
values
are
outputs
from
IEM­
2M.
The
absorption
and
other
values
are
best
estimate
values
that
are
used
within
IEUBK
as
defaults.

Table
1.
Central
Tendency
Exposure
Factors
Used
in
IEUBK
Modeling
Age
Central
Tendency
Exposure
Scenario
Inhalation
Rate
(
m3/
day)
Water
Consumption
Rates
(
L/
day)
Soil/
Dust
Ingestion
Rates
(

g/
g)
Dietary
Lead
Intake
(

g
Pb/
day)
Time
Spent
Outdoors
(
hours/
day)

<
1
4.5
0.30
0.1
0.017
1
1­
2
6.8
0.61
0.1
0.021
2
2­
3
6.8
0.61
0.1
0.021
3
3­
4
8.3
0.87
0.1
0.019
4
4­
5
8.3
0.87
0.1
0.019
4
5­
6
8.3
0.87
0.1
0.019
4
6­
7
11.75
0.74
0.1
0.026
4
3
Table
2.
Other
IEUBK
Inputs
Used
for
All
Ages
and
Exposure
Scenarios
Parameter
Units
Value
Lead
concentration
in
outdoor
air

g/
m3
2.7
x
10­
5
Lead
concentration
in
drinking
water

g/
L
3.95
x
10­
8
Lead
concentration
in
soil

g/
g
0.91
Lead
concentration
in
dust

g/
g
0.91
Ratio
of
indoor
to
outdoor
air
lead
concentration
NA
1:
1
Mother's
blood
lead
level
at
time
of
birth

g/
dL
2.5
Additional
lead
intake

g/
day
0.0
Lung
absorption
percentage
lead
absorbed
32
Total
lead
absorption
from
food
and
water
(
at
low
intake)
percentage
lead
absorbed
50
Total
lead
absorption
from
soil
and
dust
(
at
low
intake)
percentage
lead
absorbed
30
Total
lead
absorbed
passively
(
at
high
intake)
for
all
ingestion
pathways
percentage
lead
absorbed
20
4
2.0
Results
The
results
of
the
IEUBK
modeling
are
presented
in
Table
3.
All
age
groups
were
at
of
lead
in
the
blood
of
less
than
0.1

g/
dL.

Table
3.
Results
of
IEUBK
Modeling
Age
Blood
Lead
Level
(

g/
dL)

Central
Tendency
Exposure
Scenario
<
1
0.0
1­
2
0.0
2­
3
0.0
3­
4
0.0
4­
5
0.0
5­
6
0.0
6­
7
0.0
5
ENCLOSURE
1
IEM­
2M
Media
Concentration
Outputs
6
HAP:
Lead
PARAMETER
VALUE
LEAD
AIR
CONCENTRATION
(
ug/
m3)
2.7E­
05
TOTAL
PLANT
CONCENTRATION
(
ug/
g)
Grains
1.2E­
04
Legumes
4.2E­
04
Root
vegetables
(
includes
potatoes)
1.2E­
04
Fruits
7.7E­
04
Leafy
vegetables
(
exposed
vegetables,
including
fruiting
vegetables)
7.7E­
04
ANIMAL
PRODUCT
CONCENTRATION
(
ug/
g)
Beef
4.4E­
05
Dairy
4.7E­
05
Pork
1.3E­
05
TERRESTRIAL
SOIL
CONCENTRATIONS
(
ug/
g)
9.1E­
01
WATER
CONCENTRATIONS
(
mg/
L)
4.0E­
05
FISH
CONCENTRATIONS
(
ug/
g)
3.2E­
04
7
ENCLOSURE
2
Calculated
Dietary
Intake
Values
8
Central
Tendency
Exposure
Dietary
Intake
Rate
Input
to
IEUBK
Total
Concentration
(
ug
Pb/
day)
(
food
concentration
*
BW
*
consumption
rate)
Food
Age
<
1
Age
1
to
2
Age
3
to
5
Age
6
to
11
Grains
4.8E­
04
1.5E­
03
2.0E­
03
2.3E­
03
Legumes
1.7E­
03
2.0E­
03
1.5E­
03
2.2E­
03
Root
Vegs
2.3E­
04
5.7E­
04
4.1E­
04
7.3E­
04
Fruits
8.6E­
03
9.0E­
03
5.7E­
03
9.7E­
03
Leafy
Vegs
5.5E­
04
2.7E­
03
1.9E­
03
2.6E­
03
Beef
2.0E­
04
5.4E­
04
7.3E­
04
1.2E­
03
Dairy
5.2E­
03
3.7E­
03
4.2E­
03
4.7E­
03
Pork
2.7E­
05
7.7E­
05
1.0E­
04
1.4E­
04
Fish
0.0E+
00
1.4E­
03
2.0E­
03
2.7E­
03
Total
1.7E­
02
2.1E­
02
1.9E­
02
2.6E­
02
Food
Lead
Concentration
(
ug/
g)
(
IEM­
2M
Output)
Grains
1.2E­
05
Legumes
4.2E­
04
Root
Vegs
1.2E­
45
Fruits
7.7E­
04
Leafy
Vegs
7.7E­
04
Beef
4.4E­
05
Dairy
4.7E­
05
Pork
1.3E­
05
Fish
3.2E­
04
Age
Body
Weight
(
kg)
<
1
7.2
1
to
2
12.3
3
to
5
17.5
6
to
11
30.8
Food
Consumption
Rate
(
g
DW
/
kg
BW
/
day)
(
from
the
Exposure
Factors
Handbook,
shown
in
Enclosure
3)
Food
Age
<
1
Age
1
to
2
Age
3
to
5
Age
6
to
11
Grains
0.56
1.00
1.00
0.63
Legumes
0.54
0.38
0.20
0.17
Root
Vegs
0.27
0.39
0.20
0.20
Fruits
1.55
0.96
0.42
0.41
Leafy
Vegs
0.10
0.28
0.14
0.11
Beef
0.65
1.00
0.96
0.87
Dairy
15.39
6.44
5.19
3.27
Pork
0.28
0.47
0.45
0.34
Fish
0.00
0.37
0.37
0.28
9
10
ENCLOSURE
3
Exposure
Factors
11
Central
Tendency
Exposure
Parameters
Parameter
Age
Group
Value
Source
Body
Weights
(
kg)
Infant,
<
1yr
old
7.2
EFH
Table
7­
1.
Mean
value
for
0­
12
month
olds,
boys
&
girls
Child,
1­
2
yr
old
12.3
EFH
Table
7­
3.
Mean
value
for
1­
2
year
olds,
boys
&
girls
Child,
3­
5
yr
old
17.5
EFH
Table
7­
3.
Mean
value
for
3­
5
year
olds,
boys
&
girls
Child,
6­
11
yr
old
30.8
EFH
Table
7­
3.
Mean
value
for
6­
11
year
olds,
boys
&
girls
Inhalation
Rates
(
m3/
day)
Infant,
<
1yr
old
4.5
EFH
Table
5­
23.
Mean
value
for
age
<
1
Child,
1­
2
yr
old
6.8
EFH
Table
5­
23.
Mean
value
for
age
1­
2
Child,
3­
5
yr
old
8.3
EFH
Table
5­
23.
Mean
value
for
age
3­
5
Child,
6­
11
yr
old
11.75
EFH
Table
5­
23.
Average
of
mean
values
for
ages
6­
8
and
9­
11
males
and
females
Water
Ingestion
Rates
(
l/
day)
Infant,
<
1yr
old
0.30
EFH
Table
3­
30.
Mean
value
for
age
<
1
Child,
1­
2
yr
old
0.61
EFH
Table
3­
30.
Mean
value
for
age
<
3
Child,
3­
5
yr
old
0.87
EFH
Table
3­
30.
Mean
value
for
age
3­
5
Child,
6­
11
yr
old
0.74
EFH
Table
3­
30.
Mean
value
for
age
1­
10
Soil
Ingestion
Rate
(
g/
day)
Child
0.10
EFH,
p
4­
25,
recommended
value
for
children
(
mean,
non­
pica)

Grain
Ingestion
Rate
(
gDW/
kg/
day)
Infant,
<
1
yr
old
0.56
EFH
Table
12­
18,
corn
values
in
g
DW/
day,
adjusted
to
gDW/
kg­
day
Child,
1­
5
yr
old
1.00
Child,
6­
13
yr
old
0.63
Fish
Ingestion
Rates
(
g/
kg/
day)
Child,
1­
2
yr
old
0.37
EFH
Table
10­
61,
Mean
value
for
ages
0­
5
Child,
3­
5
yr
old
0.37
EFH
Table
10­
61,
Mean
value
for
ages
0­
5
Child,
6­
11
yr
old
0.28
EFH
Table
10­
61,
Mean
value
for
ages
6­
10
EFH
=
U.
S.
Environmental
Protection
Agency,
1997.
Exposure
Factors
Handbook.
EPA/
600/
P­
95/
002Fa,
Office
of
Research
and
Development
and
National
Center
for
Environmental
Assessment,
Washington,
D.
C.
12
Food
Age
Group
(
years)
Intake
Rate
from
EFH
(
gFW/
kg­
day)
EFH
Intake
Rate
Source
Table
Non­
home
Produced
Overall
Mean
Intake
Rate
from
EFH
Chapters
9
and
11)

(
gFW/
kg­
day)
Home
Produced
Overall
Mean
Intake
Rate
(
from
EFH
Chapter
13)

(
gFW/
kg­
day)
Households
Who
Farm
Mean
Intake
from
EFH
Chapter
13
(
gFW/
kg­
day)
Mean
Preparation
Loss
from
Tables
13­
5
to
13­
7
(
percent
lost)
Mean
Moisture
Content
for
Dry
Weight
Conversion:
from
Tables
11­
28
and
9­
27
2,3,4,5,6
(
percent
moisture)
Dry
Weight
Mean
Home
Produced
Intake
for
Households
Who
Farm
Adjusted
for
Preparation
Loss
7
(
gDW/
kg­
day)

Beef
0­
1
1.24
11­
3
1.09
2.45
2.63
24
72
0.57
1­
2
1.92
0.88
3­
5
1.83
0.84
Pork
0­
1
0.45
11­
4
0.41
1.23
1.3
36
70
0.25
1­
2
0.77
0.42
3­
5
0.74
0.41
Dairy
0­
1
62.74
11­
2
8.02
14
17.1
0
89
1.97
1­
2
26.26
0.82
3­
5
21.15
0.66
Fruits
0­
1
11.53
9­
7
1.79
1.49
2.32
20
87
0.24
1­
2
7.10
0.15
3­
5
2.60
13­
61
NA
0.07
Root
Vegetables
0­
1
2.03
9­
11
1.36
1.16
1.39
8
86
0.18
1­
2
2.52
13­
65
NA
0.26
3­
5
1.28
0.13
Legumes
0­
1
1.36
9­
10
0.39
1.01
1.3
16
86
0.16
1­
2
2.46
13­
64
NA
0.11
3­
5
1.30
0.06
Leafy
Vegetables
0­
1
1.43
9­
9
1.76
1.52
2.17
15
93
0.12
1­
2
3.48
13­
63
NA
0.34
3­
5
1.74
0.17
1
Values
from
Chapters
9
and
11
are
presented
on
an
"
as
consumed"
basis
and
were
adjusted
to
add
preparation
losses
back
into
this
starting
value:

Intake
Rate
=
EFH
value/(
1­
preparation
loss)

2
Dairy
moisture
content
=
weighted
average
of
butter,
cream,
milk,
yogurt,
and
cheese
3
Fruits
moisture
content
=
average
of
apples,
pears,
peaches,
strawberries
4
Root
vegetables
moisture
content
=
average
of
potatoes,
carrots,
beets
5
Legumes
moisture
content
=
average
of
corn,
peas,
pumpkin
6
Leafy
vegetables
moisture
content
=
average
of
all
raw
whole
cabbage,
lettuce,
peppers,
tomatoes
7
Final
Intake
Rate
=
original
EFH
intake
rate*(
home
produced
mean/
non­
home
produced
mean)*(
farm
mean/
overall
mean)*(
100­
preparation
loss)*(
100­
moisture
content)
Appendix
D
Human
Health
Effects
of
HAPs
Although
numerous
HAPs
are
emitted
under
this
source
category,
several
account
for
95%
of
risk
associated
with
this
source
category.
A
brief
characterization
of
these
HAPs
is
as
follows:

Acrolein
Acute
(
short­
term)
inhalation
exposure
to
acrolein
may
result
in
upper
respiratory
tract
irritation
and
congestion.
The
major
effects
from
chronic
(
long­
term)
inhalation
exposure
to
acrolein
in
humans
consist
of
general
respiratory
congestion
and
eye,
nose,
and
throat
irritation.
Acrolein
is
a
strong
dermal
irritant,
causing
skin
burns
in
humans.
EPA
considers
acrolein
a
possible
human
carcinogen
(
Group
C),
based
on
limited
animal
cancer
data
suggesting
an
increased
incidence
of
tumors
in
rats
exposed
to
acrolein
in
the
drinking
water.

Arsenic
Inorganic
arsenic
exposure
in
humans
by
the
inhalation
route
has
been
shown
to
be
strongly
associated
with
lung
cancer,
while
ingestion
of
inorganic
arsenic
in
drinking
water
by
humans
has
been
linked
to
a
form
of
skin
cancer
and
also
to
bladder,
liver,
kidney,
and
lung
cancer.
EPA
has
classified
inorganic
arsenic
as
a
group
A,
known
human
carcinogen.
The
EPA
inhalation
cancer
unit
risk
estimate
for
inorganic
arsenic
was
used
in
this
assessment.
Chronic
(
long­
term)
inhalation
exposure
to
inorganic
arsenic
in
humans
is
associated
with
irritation
of
the
skin
and
mucous
membranes,
and
neurological
injury.
Animal
studies
of
inhalation
exposure
have
indicated
developmental
effects.
Chronic
oral
exposure
has
resulted
in
gastrointestinal
effects,
anemia,
peripheral
neuropathy,
skin
lesions,
hyperpigmentation,
and
liver
or
kidney
damage
in
humans.
The
inhalation
reference
value
used
for
the
assessment
of
noncancer
effects
is
a
California
REL
value
based
on
findings
of
developmental
toxicity
in
mice
(
CalEPA,
2000c).
The
EPA
has
not
set
an
inhalation
reference
concentration
for
inorganic
arsenic.
This
summary
is
based
on
IRIS
(
USEPA
2003)
and
the
ATSDR
profile
for
arsenic
(
ATSDR,
2000a).

Benzene
The
EPA
has
classified
benzene
as
a
Group
A,
known
human
carcinogen.
Increased
incidence
of
leukemia
(
cancer
of
the
tissues
that
form
white
blood
cells)
has
been
observed
in
humans
occupationally
exposed
to
benzene.
The
EPA
has
derived
a
range
of
inhalation
cancer
unit
risk
estimates
for
benzene;
the
value
at
the
high
end
of
the
range
was
used
in
this
assessment.
Chronic
inhalation
of
certain
levels
of
benzene
causes
disorders
in
the
blood
in
humans.
Benzene
specifically
affects
bone
marrow
(
the
tissues
that
produce
blood
cells).
Aplastic
anemia,(
1)
excessive
bleeding,
and
damage
to
the
immune
system
(
by
changes
in
blood
levels
of
antibodies
and
loss
of
white
blood
cells)
may
develop.
In
animals,
chronic
inhalation
and
oral
exposure
to
benzene
produces
the
same
effects
as
seen
in
humans.
Reproductive
effects
have
been
reported
for
women
exposed
by
inhalation
to
high
levels,
and
adverse
effects
on
the
developing
fetus
have
been
observed
in
animal
tests.
The
inhalation
reference
value
used
for
the
assessment
of
noncancer
effects
is
the
IRIS
RfC
value
of
3x10­
2
mg/
m3,
based
on
hematological
effects
in
humans.
Information
used
in
this
summary
of
benzene
effects
is
based
on
IRIS
(
USEPA
2003)
and
the
ATSDR
profile
for
benzene
(
1997a).
Beryllium
Human
epidemiology
studies
are
limited,
but
suggest
a
causal
relationship
between
beryllium
exposure
and
an
increased
risk
of
lung
cancer.
Inhalation
exposure
to
beryllium
has
been
demonstrated
to
cause
lung
cancer
in
rats
and
monkeys.
EPA
has
classified
beryllium
as
a
Group
B1,
probable
human
carcinogen,
and
IARC
has
classified
beryllium
as
carcinogenic
to
humans
(
group
1).

Chronic
(
long­
term)
inhalation
exposure
of
humans
to
beryllium
has
been
reported
to
cause
chronic
beryllium
disease
(
berylliosis),
in
which
granulomatous
lesions
(
noncancerous)
develop
in
the
lung.
Acute
(
short­
term)
inhalation
exposure
to
high
levels
of
beryllium
has
been
observed
to
cause
inflammation
of
the
lungs
or
acute
pneumonitis
(
reddening
and
swelling
of
the
lungs)
in
humans;
after
exposure
ends,
these
symptoms
may
be
reversible.
Inadequate
information
is
available
on
the
reproductive
or
developmental
effects
of
beryllium
in
humans
or
animals
following
inhalation
exposure.
The
RfC
from
IRIS,
based
on
beryllium
sensitization
and
progression
to
chronic
beryllium
disease
was
used
in
this
assessment.
This
summary
is
based
on
IRIS
support
documents
(
USEPA
1998)
and
the
ATSDR
Toxicological
Profile
for
beryllium
(
ATSDR,
2002a).

Cadmium
An
association
between
cadmium
exposure
and
an
increased
risk
of
lung
cancer
has
been
reported
from
human
studies,
but
these
studies
are
inconclusive
due
to
confounding
factors.
Animal
studies
have
demonstrated
an
increase
in
lung
cancer
from
long­
term
inhalation
exposure
to
cadmium.
The
U.
S.
Environmental
Protection
Agency
(
EPA)
has
classified
cadmium
as
a
Group
B1,
probable
human
carcinogen.
Chronic
(
long­
term)
inhalation
or
oral
exposure
to
cadmium
leads
to
a
build­
up
of
cadmium
in
the
kidneys
that
can
cause
kidney
disease.
Cadmium
has
been
shown
to
be
a
developmental
toxicant
in
animals,
resulting
in
fetal
malformations
and
other
effects,
but
no
conclusive
evidence
exists
in
humans.
EPA
has
not
established
a
RfC
for
cadmium.
The
"
RfC"
used
for
the
assessment
of
noncancer
effects
is
the
California
EPA
REL
based
on
kidney
and
respiratory
effects
in
humans
(
CalEPA
2000).
The
acute
(
short­
term)
effects
of
cadmium
in
humans
through
inhalation
exposure
consist
mainly
of
effects
on
the
lung,
such
as
pulmonary
irritation.
This
summary
is
based
on
IRIS
(
USEPA
2003),
and
the
ATSDR
Toxicological
Profile
for
cadmium
(
ATSDR,
1999a).

Chromium
Chromium
occurs
in
the
environment
primarily
in
two
valence
states,
trivalent
chromium
(
Cr
III)
and
hexavalent
chromium
(
Cr
VI).
Exposure
may
occur
from
natural
or
industrial
sources
of
chromium.

The
respiratory
tract
is
the
major
target
organ
for
chromium
(
VI)
toxicity,
for
acute
(
short­
term)
and
chronic
(
long­
term)
inhalation
exposures.
Human
studies
have
clearly
established
that
inhaled
chromium
(
VI)
is
a
human
carcinogen,
resulting
in
an
increased
risk
of
lung
cancer.
Animal
studies
have
shown
chromium
(
VI)
to
cause
lung
tumors
via
inhalation
exposure.
The
U.
S.
Environmental
Protection
Agency
(
EPA)
has
classified
chromium
(
VI)
as
a
Group
A,
known
human
carcinogen.
Other
effects
noted
from
chronic
exposure
include
shortness
of
breath,
coughing,
and
wheezing
were
reported
from
a
case
of
acute
exposure
to
chromium
(
VI),
while
perforations
and
ulcerations
of
the
septum,
bronchitis,
decreased
pulmonary
function,
pneumonia,
and
other
respiratory
effects.
Limited
human
studies
suggest
that
chromium
(
VI)
inhalation
exposure
may
be
associated
with
complications
during
pregnancy
and
childbirth,
while
animal
studies
have
not
reported
reproductive
effects
from
inhalation
exposure
to
chromium
(
VI).
The
IRIS
RfC
for
chromate
particulates
based
on
increased
presence
of
lactate
dehydrogenase
in
bronchioalveolar
lavage
fluid
or
exposed
rats
was
used
for
this
assessment.

Chromium
III
is
much
less
toxic
than
chromium
(
VI).
The
respiratory
tract
is
also
the
major
target
organ
for
chromium
(
III)
toxicity,
similar
to
chromium
(
VI).
Chromium
(
III)
is
an
essential
element
in
humans,
with
a
daily
intake
of
50
to
200
µ
g/
d
recommended
for
an
adult.
The
body
can
detoxify
some
amount
of
chromium
(
VI)
to
chromium
(
III).

This
summary
is
based
on
ATSDR
Toxicological
Profile
for
chromium
(
ATSDR,
1998a)
and
support
documents
for
IRIS
(
USEPA,
1998b,
c).

Formaldehyde
Both
acute
(
short­
term)
and
chronic
(
long­
term)
exposures
to
formaldehyde
irritate
the
eyes,
nose,
and
throat,
and
may
cause
coughing,
chest
pains,
and
bronchitis.
Reproductive
effects,
such
as
menstrual
disorders
and
pregnancy
problems,
have
been
reported
in
female
workers
exposed
to
formaldehyde.
Limited
human
studies
have
reported
an
association
between
formaldehyde
exposure
and
leukemia,
lung
and
nasopharyngeal
cancer.
Animal
inhalation
studies
have
reported
an
increased
incidence
of
nasal
squamous
cell
cancer.
EPA
considers
formaldehyde
a
probable
human
carcinogen
(
Group
B2).
Currently,
EPA
is
re­
evaluating
the
carcinogenic
potency
of
formaldehyde.

Lead
EPA
has
classified
lead
as
a
group
B2,
probable
human
carcinogen.
Human
studies
are
inconclusive
regarding
lead
exposure
and
cancer,
while
animal
studies
have
reported
an
increase
in
kidney
cancer
from
lead
exposure
by
the
oral
route.
Long­
term
exposure
to
lead
in
humans
results
in
effects
on
the
blood,
central
nervous
system
(
CNS),
blood
pressure,
kidneys,
and
Vitamin
D
metabolism.
Children
are
particularly
sensitive
to
the
chronic
effects
of
lead,
with
slowed
cognitive
development,
reduced
growth
and
other
effects
reported.
The
Centers
for
Disease
Control
use
blood
lead
concentration
of
10
ug/
dl
in
a
child
as
the
threshold
for
requiring
monitoring
and
prevention
activities
(
ATSDR
1999b).
Irreversible
neurological
effects
can
be
the
result
of
lead
exposure
in
early
childhood.
Animal
studies
have
reported
effects
similar
to
those
found
in
humans,
with
effects
on
the
blood,
kidneys,
and
nervous,
immune,
and
cardiovascular
systems
noted.
Reproductive
effects,
such
as
decreased
sperm
count
in
men
and
spontaneous
abortions
in
women,
have
been
associated
with
lead
exposure.
The
developing
fetus
is
at
particular
risk
from
maternal
lead
exposure,
with
low
birth
weight
and
slowed
postnatal
neurobehavioral
development
noted.
The
inhalation
value
used
in
this
assessment
is
the
National
Ambient
Air
Quality
Standard
(
quarterly
average)
for
lead.
This
summary
is
based
on
IRIS
(
USEPA
2003)
and
the
ATSDR
profile
for
lead
(
ATSDR
1999b).
Manganese
The
EPA
has
classified
manganese
as
group
D,
not
classifiable
as
to
carcinogenicity
in
humans.
No
information
is
available
about
the
cancer
effects
in
humans
from
inhaling
or
ingesting
manganese.
Studies
of
animals
ingesting
high
levels
of
manganese
report
mixed
results,
with
several
studies
reporting
no
cancer
effects
and
one
study
showing
an
increased
in
the
occurrence
of
pancreatic
tumors.
Long
term
inhalation
exposure
of
humans
to
high
levels
of
manganese
may
result
in
a
syndrome
called
manganism,
characterized
primarily
by
effects
to
the
central
nervous
system.
These
effects
typically
begin
with
feelings
of
weakness
and
lethargy
and
progress
to
other
symptoms
such
as
speech
disturbances,
a
mask­
like
face,
tremors,
and
psychological
disturbances.
Other
effects
from
inhaling
manganese
over
a
long
period
of
time
include
increased
incidence
of
cough
and
bronchitis
and
an
increased
susceptibility
to
infectious
lung
disease.
Reproductive
effects,
such
as
impotence
and
loss
of
libido,
have
been
noted
in
male
workers
afflicted
with
manganism
attributed
to
occupational
exposure
to
high
levels
of
manganese
by
inhalation.
Animal
studies
have
reported
degenerative
changes
in
the
seminiferous
tubules
leading
to
sterility
from
intratracheal
instillation
of
high
doses
of
manganese
(
experimentally
delivering
the
manganese
directly
to
the
trachea).
In
young
animals
exposed
to
manganese
orally,
decreased
testosterone
production
and
retarded
growth
of
the
testes
were
reported.
The
RfC
from
IRIS,
based
on
impairment
of
neuro­
behavioral
function
in
humans
was
used
in
this
assessment.
This
summary
is
based
on
IRIS
(
USEPA,
2003)
and
the
ATSDR
profile
for
manganese
(
ATSDR,
2000b).

4,4'­
Methylenediphenyl
diisocyanate
(
MDI)
Acute
(
short­
term)
inhalation
of
high
concentrations
of
MDI
may
cause
sensitization
and
asthma
in
humans.
MDI
has
been
observed
to
irritate
the
skin
and
eyes
of
rabbits.
Chronic
(
long­
term)
inhalation
exposure
to
MDI
may
cause
asthma,
dyspnea,
and
other
respiratory
impairments
in
workers.
EPA
has
classified
MDI
within
Group
D,
not
classifiable
as
to
human
carcinogenicity.

Mercury
Mercury
exists
in
three
forms:
elemental
mercury,
inorganic
mercury
compounds
(
primarily
mercuric
chloride),
and
organic
mercury
compounds
(
primarily
methylmercury).
Each
form
exhibits
different
health
effects.
Brick,
structural
clay
products,
and
clay
ceramics
manufacturing
may
release
elemental
or
inorganic
mercury,
but
not
methylmercury.
However,
elemental
and
inorganic
mercury
are
deposited
on
surface
water,
where
they
are
converted
to
methylmercury,
an
important
food
contaminant.

Acute
(
short­
term)
exposure
to
high
levels
of
elemental
mercury
in
humans
results
in
central
nervous
system
(
CNS)
effects
such
as
tremors,
mood
changes,
and
slowed
sensory
and
motor
nerve
function.
High
inhalation
exposures
can
also
cause
kidney
damage
and
effects
on
the
gastrointestinal
tract
and
respiratory
system.
Chronic
(
long­
term)
inhalationexposure
to
elemental
mercury
in
humans
also
affects
the
CNS,
with
effects
such
as
increased
excitability,
irritability,
excessive
shyness,
and
tremors.
Data
on
toxic
effects
of
oral
exposure
to
elemental
mercury
are
sparse.
We
have
not
classified
elemental
mercury
for
carcinogenicity.

Acute
exposure
to
inorganic
mercury
by
the
oral
route
may
result
in
effects
such
as
nausea,
vomiting,
and
severe
abdominal
pain.
The
major
effect
from
chronic
exposure,
either
oral
or
inhalation,
to
inorganic
mercury
is
kidney
damage.
Reproductive
and
developmental
animal
studies
have
reported
effects
such
as
alterations
in
testicular
tissue,
increased
embryo
resorption
rates,
and
abnormalities
of
development.
Mercuric
chloride
(
an
inorganic
mercury
compound)
exposure
has
been
shown
to
result
in
forestomach,
thyroid,
and
renal
tumors
in
experimental
animals.
We
have
classified
mercuric
chloride
as
a
Group
C,
possible
human
carcinogen.

Both
acute
and
chronic
oral
exposure
to
methylmercury
have
been
found
to
cause
developmental
damage
to
the
central
nervous
system
in
fetuses
and
children,
with
effects
including
mental
retardation,
deafness,
blindness,
and
cerebral
palsy.
Lower
exposures
may
cause
developmental
delays
and
abnormal
reflexes.
The
most
important
source
of
methylmercury
exposure
for
most
people
is
eating
fish.
Although
fish
is
an
important
part
of
a
balanced
died,
federal
and
state
fish
advisories
recommend
limiting
intake
of
certain
fish
that
contain
elevated
methylmercury
levels.

Nickel
subsulfide
Human
studies
have
reported
an
increased
risk
of
lung
and
nasal
cancers
among
nickel
refinery
workers
exposed
to
nickel
refinery
dust.
Nickel
refinery
dust
is
a
mixture
of
many
nickel
compounds,
with
nickel
subsulfide
being
the
major
constituent.
Animal
studies
have
also
reported
lung
tumors
from
inhalation
exposure
to
nickel
refinery
dusts
and
to
nickel
subsulfide."
EPA
has
classified
nickel
refinery
dust
and
nickel
subsulfide
in
Group
A,
Human
Carcinogens.
EPA
has
derived
an
inhalation
cancer
unit
risk
estimate
for
nickel
refinery
dust
and
nickel
subsulfide.
There
is
some
uncertainty
regarding
the
form
of
nickel
present
in
air
impacted
by
coke
oven
emissions.
Recognizing
this,
nickel
subsulfide
was
consider
less
relevant
to
the
nickel
associated
with
coke
oven
emissions
than
was
nickel
refinery
dust.
The
EPA
inhalation
unit
risk
estimate
for
nickel
refinery
dust
was
used
in
this
inhalation
assessment.

Phenol
Phenol
is
highly
irritating
to
the
skin,
eyes,
and
mucous
membranes
in
humans
after
acute
(
short­
term)
inhalation
or
dermal
exposures.
Phenol
is
considered
to
be
quite
toxic
to
humans
via
oral
exposure.
Anorexia,
progressive
weight
loss,
diarrhea,
vertigo,
salivation,
a
dark
coloration
of
the
urine,
and
blood
and
liver
effects
have
been
reported
in
chronically
(
long­
term)
exposed
humans.
Animal
studies
have
reported
reduced
fetal
body
weights,
growth
retardation,
and
abnormal
development
in
the
offspring
of
animals
exposed
to
phenol
by
the
oral
route.
EPA
has
not
established
a
Reference
Concentration
(
RfC)
for
phenol.
The
California
EPA
REL
based
on
twitching,
muscle
tremors,
and
neurological
impairment,
as
well
as
elevated
serum
liver
enzymes
in
rats
was
used
in
this
assessment.
EPA
has
characterized
phenol
as
Group
D,
not
classifiable
as
to
human
carcinogenicity,
under
the
1986
Guidelines
for
Carcinogen
Risk
Assessment.
Under
the
draft
interim
Guidelines
(
U.
S.
EPA,
1999),
the
data
regarding
the
carcinogenicity
of
phenol
via
the
oral,
inhalation,
and
dermal
exposure
routes
are
considered
inadequate
for
an
assessment
of
human
carcinogenic
potential.
This
summary
is
based
on
the
IRIS
file
and
background
document
(
USEPA,
2003),
and
the
ATSDR
profile
for
phenol
(
ATSDR
1998b).
