PFOS sam ple (µg/kg) · PFOS sam ple (µg/kg) >10,000 µg/kg - above direct toxicity b enchm ark...

D a te :

F i le N a m e :

P ro jec t :

0 9 9 0 _ B H 11 5

0 9 9 0 _ B H 11 6

0 9 9 0 _ B H 11 7

0 9 9 0 _ B H 11 8

0 9 9 0 _ B H 11 9 0 9 9 0 _ B H 1 2 0

0 9 9 0 _ B H 1 2 1

0 9 9 0 _ B H 1 2 2

0 9 9 0 _ B H 1 2 3

0 9 9 0 _ M W 1 0 2

0 9 9 0 _ M W 1 0 3

0 9 9 0 _ M W 1 0 4

0 9 9 0 _ M W 1 0 5

0 9 9 0 _ M W 11 6

0 9 9 0 _ M W 1 2 0

0 9 9 0 _ M W 1 2 2

0 9 9 0 _ M W 1 2 3

0 9 9 0 _ T IN _ 0 30 9 9 0 _ N T 0 0 6 4 M W 11

0 9 9 0 _ N T 0 0 6 4 M W 1 2 0 9 9 0 _ N T 0 0 6 4 M W 1 3

0 9 9 0 _ N T 0 0 6 4 M W 1 4

N T 0 0 6 4 B H 0 5

N T 0 0 6 4 B H 0 6

N T 0 0 6 4 B H 0 7

N T 0 0 6 4 B H 0 9

N T 0 0 6 4 B H 1 0

N T 0 0 6 4 B H 11

N T 0 0 6 4 B H 1 2

0 9 9 0 _ S S 11 5* s e d im e n t fr o m p it

0 9 9 0 _ S S 11 4* s e d im e n t fr o m p o n d

0 9 9 0 _ S S 1 3 1

0 9 9 0 _ S S 1 2 70 9 9 0 _ S S 1 3 0

0 9 9 0 _ S S 1 3 3

0 9 9 0 _ S S 1 3 4

0 9 9 0 _ S S 1 3 5

0 9 9 0 _ S S 1 2 6

0 9 9 0 _ S S 1 2 9

0 9 9 0 _ S S 1 3 2

0 9 9 0 _ S S 1 2 8

0 9 9 0 _ S S 1 3 6

2 1 6 ,9 5 0

2 1 7 ,0 0 0

2 1 7 ,0 5 0

2 1 7 ,1 0 0

2 1 7 ,1 5 0

2 1 7 ,2 0 0

2 1 7 ,2 5 0

2 1 7 ,3 0 0

2 1 7 ,3 5 0

2 1 7 ,4 0 0

2 1 7 ,4 5 0

2 1 7 ,4 5 08,391

eferen

ce: 19

9420_E

IS001_

D e p a rtm e n t o f D e fe n ce 7 a2 4 .1 0 .2 0 1 87 5 4 -M E L E N 1 9 9 4 2 0

F ig u r e N o :

PF A S A s s es s m e n t1 9 9 4 2 0 _ E R A _ F 0 0 7 a _ G ISS o il P F O S a n a ly tic a l re s u lts - F ire T ra in in g A re a

P a g e s iz e : A 3

0 4 0mS c a le 1 :1 ,5 0 0

P ro je c tio n : G D A 1 9 9 4 M G A Z o n e 5 3

L E G E N DPF O S s a m p le (µ g /k g )

>1 0 ,0 00 µ g/kg - ab o ve d ire c t tox ic i tybe n ch m a rk fo r in ve rte b ra te s>4 ,6 0 0 to 1 0 ,0 0 0 µ g /kg - a b o ve d irec t to x ic itybe n ch m a rk fo r p lan ts>1 ,0 0 0 to 4 ,60 0 µ g /kg - ab o ve g e n era lec o lo g ica l g u id e lin e va lu e - d ire c t e xp o su re>1 0 to 1 ,0 0 0 µ g /kg - a b o ve g e n e ra l e co log ica lgu id e lin e v a lu e - in d irec t e x po su reLO R to 10 µ g/k gB e low L O RC irc le sy m b o l d en o tes C o ffe y 2 01 7 /2 0 18so il s a m p le r es u ltD ia m o n d s y m b o l d e n o te s h is to ric a l s o ilsa m p le res u ltTria n g le sy m b o l d en o tes C o ffe y 2 01 7su rfa c e s ed im e n t sa m p le re su ltR o a dTra ckP FA S so u rce are a

S o u rc e :S a m p lin g re s u lt s a nd s ou rc e a r ea fro m C o ff ey .R o a ds an d t ra c k s fr om D o D .Im a g er y fr om A rc G IS O n line (c a pt u re d a te u n k no w n) .

D a te :

F i le N a m e :

P ro jec t :

0 9 9 0 _ P IT _ 1

0 9 9 0 _ P IT _ 2

0 9 9 0 _ S S 2 6 20 9 9 0 _ S S 2 6 30 9 9 0 _ S S 2 6 4

0 9 9 0 _ S S 2 6 5

0 9 9 0 _ S S 2 6 6

0 9 9 0 _ S S 2 6 7

0 9 9 0 _ S S 2 6 80 9 9 0 _ S S 2 6 9

0 9 9 0 _ S S 2 7 0

0 9 9 0 _ S S 2 7 1

0 9 9 0 _ S S 2 7 2

0 9 9 0 _ S S 2 7 3

0 9 9 0 _ S S 2 7 4

0 9 9 0 _ S S 2 7 5

N T 0 0 6 5 B H 0 1

N T 0 0 6 5 B H 0 2

N T 0 0 6 5 B H 0 3

N T 0 0 6 5 B H 0 4N T 0 0 6 5 B H 0 5

N T 0 0 6 5 B H 0 6

0 9 9 0 _ B H 1 4 6

0 9 9 0 _ B H 1 4 7

0 9 9 0 _ B H 1 4 8 0 9 9 0 _ B H 1 4 90 9 9 0 _ B H 1 5 0

0 9 9 0 _ B H 1 5 3

0 9 9 0 _ B H 1 5 4

0 9 9 0 _ B H 1 5 50 9 9 0 _ B H 1 5 6

0 9 9 0 _ B H 1 5 7

0 9 9 0 _ B H 1 5 8

0 9 9 0 _ B H 1 5 9

0 9 9 0 _ B H 1 6 00 9 9 0 _ B H 1 6 1

0 9 9 0 _ B H 1 6 2

0 9 9 0 _ B H 1 6 3

0 9 9 0 _ B H 1 6 4

0 9 9 0 _ B H 1 6 6

0 9 9 0 _ B H 1 6 7

0 9 9 0 _ B H 1 6 8

0 9 9 0 _ B H 1 6 9

0 9 9 0 _ B H 1 7 0

0 9 9 0 _ B H 1 7 1

0 9 9 0 _ B H 1 7 2

0 9 9 0 _ B H 1 7 30 9 9 0 _ B H 1 7 4

0 9 9 0 _ B H 1 7 5

0 9 9 0 _ B H 1 9 2

0 9 9 0 _ B H 1 9 3

0 9 9 0 _ M W 1 2 8

0 9 9 0 _ M W 1 2 4

0 9 9 0 _ M W 1 2 5

0 9 9 0 _ M W 1 2 6

0 9 9 0 _ M W 1 2 7

0 9 9 0 _ B H 1 5 10 9 9 0 _ B H 1 5 2

0 9 9 0 _ B H 1 6 5

0 9 9 0 _ M W 1 2 9

0 9 9 0 _ S S 1 5 5

0 9 9 0 _ S S 1 5 7

0 9 9 0 _ S S 1 5 8

0 9 9 0 _ S S 1 5 9

0 9 9 0 _ S S 1 6 0

0 9 9 0 _ S S 1 6 1 0 9 9 0 _ S S 1 6 2 0 9 9 0 _ S S 1 6 3

0 9 9 0 _ S S 1 6 4

N T 0 0 6 5 _ S S 0 1

N T 0 0 6 5 _ S S 0 2

N T 0 0 6 5 _ S S 0 3N T 0 0 6 5 _ S S 0 4

N T 0 0 6 5 _ S S 0 5

N T 0 0 6 5 _ S S 0 6

T D L _ D R A IN 1

T D L _ D R A IN 2

2 1 6 ,8 0 0

2 1 6 ,9 0 0

2 1 7 ,0 0 0

2 1 7 ,1 0 0

2 1 7 ,2 0 0

2 1 7 ,3 0 0

2 1 7 ,4 0 0

2 1 7 ,5 0 0

2 1 7 ,6 0 0

2 1 7 ,7 0 0

2 1 7 ,8 0 0

2 1 7 ,9 0 0

2 1 8 ,0 0 0

2 1 8 ,1 0 0

2 1 8 ,2 0 0

2 1 8 ,3 0 0

eferen

ce: 19

9420_E

IS002_

D e p a rtm e n t o f D e fe n ce 7 b2 4 .1 0 .2 0 1 87 5 4 -M E L E N 1 9 9 4 2 0

F ig u r e N o :

PF A S A s s es s m e n t1 9 9 4 2 0 _ E R A _ F 0 0 7 b _ G ISS o il P F O S a n a ly tic a l re s u lts - F ire S ta tio n

0 1 0 0mS c a le 1 :4 ,0 0 0

>1 0 ,0 00 µ g/kg - ab o ve d ire c t tox ic i tybe n ch m a rk fo r in ve rte b ra te s>4 ,6 0 0 to 1 0 ,0 0 0 µ g /kg - a b o ve d irec t to x ic itybe n ch m a rk fo r p lan ts>1 ,0 0 0 to 4 ,60 0 µ g /kg - ab o ve g e n era lec o lo g ica l g u id e lin e va lu e - d ire c t e xp o su re>1 0 to 1 ,0 0 0 µ g /kg - a b o ve g e n e ra l e co log ica lgu id e lin e v a lu e - in d irec t e x po su reLO R to 10 µ g/k gB e low L O RC irc le sy m b o l d en o tes C o ffe y 2 01 7 s o ilsa m p le res u ltD ia m o n d s y m b o l d e n o te s h is to ric a l s o ilsa m p le res u ltTria n g le sy m b o l d en o tes C o ffe y 2 01 7 /2 0 18su rfa c e s ed im e n t sa m p le re su ltPe n ta g o n s y m b o l d e n o te s h is to ric alsu rfa c e s ed im e n t sa m p le re su ltR o a dTra ckW a te rc ou rseP FA S so u rce are a

S o u rc e :S a m p lin g re s u lt s a nd s ou rc e a r ea fro m C o ff ey .R o a ds , tr ac k s , a n d w a te rc o u rs e s f ro m D oD .Im a g er y fr om A rc G IS O n line (c a pt u re d a te u n k no w n) .

D a te :

F i le N a m e :

P ro jec t :

0 9 9 0 _ B H 1 0 2

0 9 9 0 _ B H 1 0 30 9 9 0 _ B H 11 0

0 9 9 0 _ B H 111

0 9 9 0 _ B H 1 0 1

0 9 9 0 _ B H 1 0 4

0 9 9 0 _ B H 1 0 50 9 9 0 _ B H 1 0 6

0 9 9 0 _ B H 1 0 7

0 9 9 0 _ B H 1 0 80 9 9 0 _ B H 1 0 9

0 9 9 0 _ B H 11 2

0 9 9 0 _ B H 11 30 9 9 0 _ B H 11 4

0 9 9 0 _ B H 1 9 40 9 9 0 _ B H 1 9 5

H V T 4 4

H V T 4 7H V T 5 0H V T 5 2H V T 5 5

H V T 5 6

H V T 5 7

H V T 5 8

H V T 5 9

H V T 6 0

H V T 6 2

H V T 6 3

H V T 6 4

H V T 6 5

H V T 6 6

H V T 6 7

H V T 6 9

H V T 7 1

H V T 7 3

T D LW AT 6

0 9 9 0 _ S S 11 80 9 9 0 _ S S 11 9

0 9 9 0 _ S S 1 2 2

0 9 9 0 _ S S 1 9 2

T D L _ D R A IN 3

T D L _ D R A IN 4 B

0 9 9 0 _ S S 2 11

H V T 4 2

H V T 4 3

H V T 4 6

H V T 4 8H V T 4 9H V T 5 1H V T 5 3H V T 6 1

C C 5 1

C C 6 9

C C 7 7

C C 1 6C C 1 7

C C 1 8

C C 2 0

C C 2 1C C 2 2

C C 2 3

C C 2 4C C 2 5

C C 2 7

C C 2 8C C 2 9

C C 3 0

C C 3 2C C 3 3

C C 3 4C C 3 5

C C 3 6C C 3 7C C 3 8C C 4 0

C C 4 1

C C 4 2

C C 4 4

C C 4 5

C C 4 6

C C 4 7C C 4 9

C C 5 0

C C 5 2

C C 5 5C C 5 6

C C 5 7C C 5 8

C C 5 9

C C 6 1C C 6 2

C C 6 3

C C 6 4C C 6 5

C C 6 7

C C 6 8

C C 7 0C C 7 1

C C 7 2C C 7 3

C C 7 6

C C 8 1

C C 8 2C C 8 3C C 8 4

C C 8 6C C 8 7

C C 8 8

C C 8 9

T D L _ D R A IN 4 A

2 1 8 ,5 0 0

2 1 8 ,6 0 0

2 1 8 ,7 0 0

2 1 8 ,8 0 0

2 1 8 ,9 0 0

2 1 9 ,0 0 0

2 1 9 ,1 0 0

2 1 9 ,2 0 0

2 1 9 ,3 0 0

2 1 9 ,4 0 0

2 1 9 ,5 0 0

2 1 9 ,6 0 0

2 1 9 ,7 0 0

2 1 9 ,8 0 0

2 1 9 ,9 0 0

2 2 0 ,0 0 0

2 2 0 ,1 0 0

2 2 0 ,2 0 0

2 2 0 ,3 0 0

eferen

ce: 19

9420_E

IS003_

D e p a rtm e n t o f D e fe n ce 7 c2 4 .1 0 .2 0 1 87 5 4 -M E L E N 1 9 9 4 2 0

F ig u r e N o :

PF A S A s s es s m e n t1 9 9 4 2 0 _ E R A _ F 0 0 7 c _ G ISS o il P F O S a n a ly tic a l re s u lts - M e c h a n ic a l E q u ip m e n t O p e ra t io n s M a in te n a n c e S e c t io n

0 1 0 0mS c a le 1 :5 ,0 0 0

>1 0 ,0 00 µ g/kg - ab o ve d ire c t tox ic i tybe n ch m a rk fo r in ve rte b ra te s>4 ,6 0 0 to 1 0 ,0 0 0 µ g /kg - a b o ve d irec t to x ic itybe n ch m a rk fo r p lan ts>1 ,0 0 0 to 4 ,60 0 µ g /kg - ab o ve g e n era lec o lo g ica l g u id e lin e va lu e - d ire c t e xp o su re>1 0 to 1 ,0 0 0 µ g /kg - a b o ve g e n e ra l e co log ica lgu id e lin e v a lu e - in d irec t e x po su reLO R to 10 µ g/k gB e low L O RC irc le sy m b o l d en o tes C o ffe y 2 01 7 s o ilsa m p le res u ltD ia m o n d s y m b o l d e n o te s h is to ric a l s o ilsa m p le res u ltTria n g le sy m b o l d en o tes C o ffe y 2 01 7su rfa c e s ed im e n t sa m p le re su ltPe n ta g o n s y m b o l d e n o te s h is to ric alsu rfa c e s ed im e n t sa m p le re su ltR o a dTra ckW a te rc ou rse

S o u rc e :S a m p lin g re s u lt s fro m C o ff e y .R o a ds , tr ac k s , a n d w a te rc o u rs e s f ro m D oD .Im a g er y fr om A rc G IS O n line (c a pt u re d a te u n k no w n) .

D a te :

F i le N a m e :

P ro jec t :

0 9 9 0 _ 7 5 S Q N _ S 1 00 9 9 0 _ 7 5 S Q N _ S 11

0 9 9 0 _ 7 5 S Q N _ S 30 9 9 0 _ 7 5 S Q N _ S 1

0 9 9 0 _ 7 5 S Q N _ S 1 2

0 9 9 0 _ 7 5 S Q N _ S 20 9 9 0 _ 7 5 S Q N _ S 4

0 9 9 0 _ 7 5 S Q N _ S 5

0 9 9 0 _ 7 5 S Q N _ S 60 9 9 0 _ 7 5 S Q N _ S 7

0 9 9 0 _ 7 5 S Q N _ S 80 9 9 0 _ 7 5 S Q N _ S 9

0 9 9 0 _ M W 11 4

0 9 9 0 _ M W 11 5

0 9 9 0 _ S S 1 4 0

0 9 9 0 _ S S 1 4 1

0 9 9 0 _ S S 1 4 3 0 9 9 0 _ S S 2 2 6

0 9 9 0 _ S S 1 4 4

0 9 9 0 _ S S 2 2 5

0 9 9 0 _ S S 1 4 2

H V T 0 8

H V T 0 9

2 1 9 ,3 0 0

2 1 9 ,3 5 0

2 1 9 ,4 0 0

2 1 9 ,4 5 0

2 1 9 ,5 0 0

2 1 9 ,5 5 0

2 1 9 ,6 0 0

2 1 9 ,6 5 0

2 1 9 ,7 0 0

2 1 9 ,7 5 0

2 1 9 ,8 0 0

eferen

ce: 19

9420_E

IS004_

D e p a rtm e n t o f D e fe n ce 7 d2 4 .1 0 .2 0 1 87 5 4 -M E L E N 1 9 9 4 2 0

F ig u r e N o :

PF A S A s s es s m e n t1 9 9 4 2 0 _ E R A _ F 0 0 7 d _ G ISS o il P F O S a n a ly tic a l re s u lts - F u e l F a rm 1

0 4 0mS c a le 1 :1 ,5 0 0

>1 0 ,0 00 µ g/kg - ab o ve d ire c t tox ic i tybe n ch m a rk fo r in ve rte b ra te s>4 ,6 0 0 to 1 0 ,0 0 0 µ g /kg - a b o ve d irec t to x ic itybe n ch m a rk fo r p lan ts>1 ,0 0 0 to 4 ,60 0 µ g /kg - ab o ve g e n era lec o lo g ica l g u id e lin e va lu e - d ire c t e xp o su re>1 0 to 1 ,0 0 0 µ g /kg - a b o ve g e n e ra l e co log ica lgu id e lin e v a lu e - in d irec t e x po su reLO R to 10 µ g/k gB e low L O RC irc le sy m b o l d en o tes C o ffe y 2 01 7 s o ilsa m p le res u ltD ia m o n d s y m b o l d e n o te s h is to ric a l s o ilsa m p le res u ltTria n g le sy m b o l d en o tes C o ffe y 2 01 7su rfa c e s ed im e n t sa m p le re su ltH e x a g o n sy m b o l d en o te s s to c k p ile sa m p leres u ltR o a dW a te rc ou rse

S o u rc e :S a m p lin g re s u lt s fro m C o ff e y .R o a ds an d w a te rc o u rs e s fr om D o D .Im a g er y fr om A rc G IS O n line (c a pt u re d a te u n k no w n) .

D a te :

F i le N a m e :

P ro jec t :

T D L _ W AT _ 1

T D L _ W AT _ 2T D L _ W AT _ 3

T D L _ W AT _ 4

T D L _ W AT _ 5

T D L _ W AT _ 6

0 9 9 0 _ S W 0 0 4

0 9 9 0 _ S W 0 0 5

0 9 9 0 _ S W 0 0 7

0 9 9 0 _ S W 0 1 6

0 9 9 0 _ S W 0 3 2

0 9 9 0 _ S W 0 3 70 9 9 0 _ S W 0 3 8

0 9 9 0 _ S W 0 5 1

0 9 9 0 _ S W 0 5 20 9 9 0 _ S W 0 5 40 9 9 0 _ S W 0 5 6

0 9 9 0 _ S W 0 5 7

0 9 9 0 _ S W 0 5 9

0 9 9 0 _ S W 0 6 0

0 9 9 0 _ S W 0 6 4

0 9 9 0 _ S W 0 7 4

0 9 9 0 _ S W 0 7 7

0 9 9 0 _ S W 1 0 2

0 9 9 0 _ S W 1 0 3

0 9 9 0 _ S W 1 0 5

0 9 9 0 _ S W 1 0 80 9 9 0 _ S W 1 0 9

0 9 9 0 _ S W 11 40 9 9 0 _ S W 11 5

0 9 9 0 _ S W 1 2 1

0 9 9 0 _ S W 1 2 40 9 9 0 _ S W 1 2 5 0 9 9 0 _ S W 1 2 6

0 9 9 0 _ S W 1 2 7

0 9 9 0 _ S W 1 2 9

0 9 9 0 _ S W 1 3 0

0 9 9 0 _ S W 1 3 20 9 9 0 _ S W 1 3 3

0 9 9 0 _ S W 1 3 4

0 9 9 0 _ S W 1 3 5

0 9 9 0 _ S W 1 3 8

0 9 9 0 _ S W 1 5 4

0 9 9 0 _ S W 1 6 4

0 9 9 0 _ S W 1 6 5

0 9 9 0 _ S W 1 7 2

0 9 9 0 _ S W 1 7 6

0 9 9 0 _ S W 1 7 70 9 9 0 _ S W 1 7 8

0 9 9 0 _ S W 1 8 1

0 9 9 0 _ S W 2 0 6 0 9 9 0 _ T C 1 _ S W 0 0 1

0 9 9 0 _ T C 2 _ S W 0 0 1

0 9 9 0 _ T C 3 _ S W 0 0 1

0 9 9 0 _ T C 4 _ S W 0 0 1

0 9 9 0 _ K R 1 _ S W 0 0 1

0 9 9 0 _ K R 2 _ S W 0 0 1

0 9 9 0 _ K R 3 _ S W 0 0 1

0 9 9 0 _ S W 0 0 6

0 9 9 0 _ S W 0 0 9

0 9 9 0 _ S W 0 1 4

0 9 9 0 _ S W 0 2 1

0 9 9 0 _ S W 0 2 30 9 9 0 _ S W 0 2 7

0 9 9 0 _ S W 0 2 8

0 9 9 0 _ S W 0 2 90 9 9 0 _ S W 0 3 1

0 9 9 0 _ S W 0 3 90 9 9 0 _ S W 0 4 4

0 9 9 0 _ S W 0 4 6

0 9 9 0 _ S W 0 4 9

0 9 9 0 _ S W 0 5 0

0 9 9 0 _ S W 0 5 3

0 9 9 0 _ S W 0 5 8

0 9 9 0 _ S W 0 6 10 9 9 0 _ S W 0 6 2

0 9 9 0 _ S W 0 6 8

0 9 9 0 _ S W 0 7 1

0 9 9 0 _ S W 0 7 2

0 9 9 0 _ S W 0 7 3

0 9 9 0 _ S W 0 7 6

0 9 9 0 _ S W 0 8 0

0 9 9 0 _ S W 0 8 1

0 9 9 0 _ S W 1 0 0

0 9 9 0 _ S W 1 0 1

0 9 9 0 _ S W 1 0 4

0 9 9 0 _ S W 1 0 6

0 9 9 0 _ S W 1 0 7

0 9 9 0 _ S W 11 0

0 9 9 0 _ S W 111

0 9 9 0 _ S W 11 2

0 9 9 0 _ S W 11 3

0 9 9 0 _ S W 11 70 9 9 0 _ S W 11 8

0 9 9 0 _ S W 11 9

0 9 9 0 _ S W 1 2 0

0 9 9 0 _ S W 1 2 3

0 9 9 0 _ S W 1 2 8

0 9 9 0 _ S W 1 3 1

0 9 9 0 _ S W 1 3 6

0 9 9 0 _ S W 1 3 7

0 9 9 0 _ S W 1 3 9

0 9 9 0 _ S W 1 4 0

0 9 9 0 _ S W 1 5 0

0 9 9 0 _ S W 1 5 1

0 9 9 0 _ S W 1 5 20 9 9 0 _ S W 1 5 3

0 9 9 0 _ S W 1 6 0

0 9 9 0 _ S W 1 6 1

0 9 9 0 _ S W 1 6 2

0 9 9 0 _ S W 1 6 3

0 9 9 0 _ S W 1 6 6

0 9 9 0 _ S W 1 6 7

0 9 9 0 _ S W 1 6 8

0 9 9 0 _ S W 1 6 9

0 9 9 0 _ S W 1 7 4

0 9 9 0 _ S W 1 7 5

0 9 9 0 _ S W 1 7 90 9 9 0 _ S W 1 8 0

0 9 9 0 _ S W 1 8 2

0 9 9 0 _ S W 1 8 30 9 9 0 _ S W 1 8 4

0 9 9 0 _ S W 1 8 7

0 9 9 0 _ S W 1 8 8

F lo rin a R o a d

V ic to r ia H ig hw a y

B ic e nte nn ia l R oa d S tu a r t H igh w a y

Quarry R oad

Em u n g alan R oad

G org e R oad

T indalCr e ek

1 9 0 ,0 0 0

1 9 2 ,5 0 0

1 9 5 ,0 0 0

1 9 7 ,5 0 0

2 0 0 ,0 0 0

2 0 2 ,5 0 0

2 0 5 ,0 0 0

2 0 7 ,5 0 0

2 1 0 ,0 0 0

2 1 2 ,5 0 0

2 1 5 ,0 0 0

2 1 7 ,5 0 0

2 2 0 ,0 0 0

eferen

ce: 19

9420_E

IS013_

D e p a rtm e n t o f D e fe n ce 82 4 .1 0 .2 0 1 87 5 4 -M E L E N 1 9 9 4 2 0

F ig u r e N o :

PF A S A s s es s m e n t1 9 9 4 2 0 _ E R A _ F 0 0 8 _ G ISS u r fa c e w a te r s a m p lin g lo c a t io n s

0 2kmS c a le 1 :8 5 ,0 0 0

L E G E N DPF O S s u rfa ce w a ter s a m p le (µg /L )

>1 0 µ g /L - a b ov e d ire c t to x ic i ty b e nc hm a rkfo r aq u a tic in ve rte b ra te s>0 .3 to 1 0 µ g /L - a b o ve d ire c t to x ic itybe n ch m a rk fo r f ish>0 .1 3 to 0 .3 µ g /L - a bo v e g e n e ra lec o lo g ica l g u id e lin e va lu eLO R to 0 .1 3 µ g /LB e low L O RC ro ss s y m b o l d e n o te s C o ffe y 2 0 1 7 /20 1 8su rfa c e w a te r s a m p le re s u ltA s te ric k s ym b o l d e n o te s h is to r ic a lsu rfa c e w a te r s a m p le re s u ltR o a dTra ckR a ilW a te rc ou rseK a th e rin e R ive rTa rg e ted o ff-b as e in ve s tig a tio n are aR A A F B a se Tin d a l s i te b o u n da ry

S o u rc e :S a m p lin g re s u lt s a nd in v e s tig a tio n a re a fr om C o f fe y .R o a ds , tr ac k s , ra i l, w a te r co u rs e s a n d s i te b o u nd a ry f ro m D o D .Im a g er y fr om A rc G IS O n line (c a pt u re d a te u n k no w n) .

PFOS sam ple (µg/kg) · PFOS sam ple (µg/kg) >10,000 µg/kg - above direct toxicity b enchm ark...

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RemBind Case Study - PFOS - Ziltekziltek.com.au/pdf/Z088-01-RemBind-Case-Study-PFOS-in-soil-full... · RemBind™ Case Study - PFOS Z088-01 10/16 The Problem Aqueous Film Forming

Addressing Perfluorooctane Sulfonate (PFOS) and ...

PFAS 2020 Update - CCLR Webinar...2020/05/28 · State soil screening levels: PFOA (0.2 –35 mg/kg); PFOS (0.04 –6 mg/kg) (ITRC, April 2020) 17 Promulgated Proposed Center for

Phosphorylated CaMKII levels increase in rat central ... · Material/Methods: Male Sprague-Dawley ® rats were exposed to large-dose (bolus of 6.0 µg/kg and 2.5 µg/kg/min for 2

Please note that compound P1 is PBR28. H1.pdfC. Experimental Procedure ... including ST segment abnormalities, ... Maximum human dose is 10 µg per 70 kg person. 10 µg/70 kg = 0.143

Danny Reible, University of Texas · 2021. 3. 3. · 720 µg/kg PCB (10 ng/L) 360 µg/kg PCB (intertidal areas) 1300 µg/kg cPAH (intertidal areas) (6.5 ng/L) ENR w/AC amendment 1300

PFOS - ec.gc.ca

Aquifer Sampling Tube Results for Fiscal Year 2003 · Concern and Standard 100-B 100-K 100-D 100-H 100-F Chromium: DWS 100 µg/L, AWQC 11 µg/L 38 µg/L 52 µg/L 295 µg/L 43 µg/L

Addressing Perfluorooctane Sulfonate (PFOS) and ...partner-mco-archive.s3.amazonaws.com/client_files/1524589484.pdf · Addressing PFOS and PFOA • PFOS/PFOA Background • Programmatic

FCM MS WG Group Ceramic - European Commission · The high exposure to Pb from dietary sources is around 2.43 µg/kg bw/day (146 µg/day). Given that this exceeds the management value

Hemodynamic · infusions of either 5 ml/kg per hr of 5% dextrose or dextrose plus isoproterenol (0.25 µg/kg per min). Comparable blood lactic and pyruvic acid levels were determined,

EDEN NORTH CAROLINA COAL ASH SPILL SURFACE ......2,420 µg/L 2,530 µg/L 200 µg/L 35.2 µg/L 17.6 µg/L 18.6 µg/L 0.000012 mg/L 0.00020U mg/L 0.00020U mg/L 0.00020U mg/L 800 µg/L

NDB No. 43205 Beverage, instant breakfast powder ......148.4 1.71 1.00 625 625 0 0 0 2083 0 0 9.37 9.37 0.0 0 90.0 mg mg mg mg mg mg µg µg µg µg mg mg µg µg ... NR Z Z T Protein

Emerging Contaminants Update with an Emphasis on 1,4 ... · PDF fileEmerging Contaminants Update with an Emphasis on 1,4-dioxane and PFASs ... (year) (µg/L) PFOA PFOS Other ... 19

Marmoset monkeys (Callithrix jacchus) develop eosinophilic … · 24-02-2020 · 10 µg HDM per injection 5 µg HDM per challenge 0.33 mg/kg budesonide 4.8±0.3 413.2±14.6 120 1

Angelo Moretto · 0.13 µg/kg per day (equivalent to 2.1-9.1 µg per day for a 70 kg indivudal). International Centre for Pesticides and Health Risk Prevention. CrIII. ... º Release

“CLARITY BPA”: A Model for Integration of · BPA: 2.5, 25, 250, 2,500, and 25,000 µg/kg bw/day Ethinyl estradiol: 0.05 and 0.5 µg/kg bw/day (reference estrogen) Vehicle control