Minot AFB CSE Phase II_Final Report_Master2.pdf
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S am pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
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La b R ep or t B at ch
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AP
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JF
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A pp ro ve d B y / D at e
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U nc er ta in ty
R es ul t La b R ep O ve ra l
La b
R ep
M oi st Fi el d
C
V
A na ly te
N am e R es ul t U ni ts
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IC
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Le ad m g/ K g
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Pr oj ec t N um be r a nd
N am e:
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FB
Li br ar y U se d:
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A
D R
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R ep or t D at e:
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2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se by pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
C
X R
M T0
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La b R ep or t B at ch
La b
ID
AP
PL
Sa m pl e D at e
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R
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Sa m pl e
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A pp ro ve d B y / D at e
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D R
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R ep or t D at e:
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6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
C
X R
M T0
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La b R ep or t B at ch
La b
ID
AP
PL
Sa m pl e D at e
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R
ES
Sa m pl e
M at rix
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La b Sa m pl e
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A
Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
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B
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C C
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D ilu tio n:
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Pr oj ec t N um be r a nd
N am e:
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FB
Li br ar y U se d:
M in ot A
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A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
C
X R
M T0
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La b R ep or t B at ch
La b
ID
AP
PL
Sa m pl e D at e
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M at rix
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La b Sa m pl e
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Y
R ev ie w ed B y / D at e
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/1 2/
A pp ro ve d B y / D at e
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U nc er ta in ty
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Pr oj ec t N um be r a nd
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A
D R
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R ep or t D at e:
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P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
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-D
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Sa m pl e
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ID
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R ev ie w ed B y / D at e
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A pp ro ve d B y / D at e
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Pr oj ec t N um be r a nd
N am e:
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Li br ar y U se d:
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A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
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ID
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M at rix
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ID
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Y
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JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
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M oi st Fi
A na ly te
N am e R es ul t U ni ts
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m g/ K g
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S
Pr oj ec t N um be r a nd
N am e:
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Li br ar y U se d:
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A
D R
.1
R ep or t D at e:
/1
2/
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P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
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Ty pe
R
ES
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SO
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Sa m pl e
ID
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JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
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m g/
K g
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S
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0.
m g/
K g
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S
B en zo (k
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0.
m g/
K g
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S
C hr ys en e 0.
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(A ,H
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E 0.
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S Fl uo ra nt he ne 0.
m g/ K g
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S Fl uo re ne 0.
m g/
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J
YE
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J In de no
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0.
m g/
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N ap ht ha le ne
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m g/ K g U
YE
S
P he na nt hr en e 0.
m g/ K g
YE
S P yr en e 0.
m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
D
L Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
B en zo
(a )a nt hr ac en e 2.
m g/ K g
YE
S B en zo
(a )p yr en e 3.
m g/ K g
YE
S C hr ys en e
2.
m g/
K g
YE
S
P yr en e
2.
m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/
K g
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/
K g
YE
S
B en zo (a
)a nt hr ac en e
2.
m g/
K g
E N
O B en zo
(a )p yr en e 3.
m g/ K g E
N O
B en zo (b
)fl uo ra nt he ne
4.
m g/
K g
YE
S
B en zo (g
,h ,i) pe ry le ne
2.
m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne
1.
m g/
K g
YE
S
C hr ys en e 2.
m g/ K g E
N O
D
IB
EN
ZO
(A ,H
)A N
TH
R
AC
EN
E 0.
m g/ Kg
YE
S
Fl uo ra nt he ne
2.
m g/
K g
YE
S
Fl uo re ne
0.
m g/
K g
YE
S
In de no (1
,2 ,3
-c d) py re ne 2.
m g/ K g
YE
S N ap ht ha le ne 0.
m g/
K g
YE
S
P he na nt hr en e 0.
m g/ K g
YE
S P yr en e 2.
m g/ K g E
N O
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/ K g U
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/ K g J
YE
S
J J
B en zo (a
)a nt hr ac en e
0.
m g/
K g
YE
S
B en zo (a
)p yr en e
0.
m g/
K g
YE
S
B en zo (b
)fl uo ra nt he ne
0.
m g/
K g
J
YE
S J
B en zo (g
,h ,i) pe ry le ne
0.
m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne
0.
m g/
K g
J
YE
S J
C hr ys en e 0.
m g/ K g
YE
S D
IB
E
N
ZO
(A ,H
)A N
TH
R
A C
E N
E 0.
m g/
K g
J
YE
S J
J Fl uo ra nt he ne 0.
m g/ K g
YE
S Fl uo re ne 0.
m g/
K g
U
YE
S In de no
(1 ,2
,3 -c
d) py re ne
0.
m g/ K g
YE
S N ap ht ha le ne 0.
m g/
K g
U
YE
S P he na nt hr en e
0.
m g/ K g J
YE
S
J J
P yr en e
0.
m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/
K g
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/
K g
YE
S
B en zo (a
)a nt hr ac en e m g/ K g
YE
S B en zo
(a )p yr en e m g/
K g
YE
S
B en zo (b
)fl uo ra nt he ne m g/ K g
YE
S B en zo
(g ,h
,i) pe ry le ne m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne m g/ K g
YE
S C hr ys en e m g/ K g
YE
S D
IB
EN
ZO
(A
,H )A
N
TH
R
AC
EN
E
5.
m g/
Kg
YE
S Fl uo ra nt he ne m g/
K g
YE
S
Fl uo re ne
0.
m g/ K g U
YE
S
In de no (1
,2 ,3
-c d) py re ne m g/
K g
YE
S
N ap ht ha le ne
0.
m g/ K g U
YE
S
P he na nt hr en e 2.
m g/ K g
YE
S P yr en e m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e m g/
K g
YE
S
A ce na ph th yl en e
6.
m g/ K g U
YE
S
A nt hr ac en e m g/ K g
YE
S B en zo
(a )a nt hr ac en e m g/ K g
YE
S B en zo
(a )p yr en e m g/ K g
YE
S B en zo
(b )fl uo ra nt he ne m g/ K g
YE
S B en zo
(g ,h
,i) pe ry le ne m g/ K g
YE
S B en zo
(k )fl uo ra nt he ne m g/ K g
YE
S C hr ys en e m g/
K g
YE
S
D
IB
EN
ZO
(A ,H
)A N
TH
R
AC
EN
E m g/ Kg
YE
S
Fl uo ra nt he ne m g/
K g
YE
S
Fl uo re ne m g/ K g
YE
S In de no
(1 ,2
,3 -c
d) py re ne m g/
K g
YE
S
N ap ht ha le ne
5.
m g/
K g
J
YE
S J
J P he na nt hr en e m g/
K g
YE
S
P yr en e m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/ K g U
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/ K g J
YE
S
J J
B en zo (a
)a nt hr ac en e
0.
m g/
K g
YE
S
B en zo (a
)p yr en e
0.
m g/
K g
YE
S
B en zo (b
)fl uo ra nt he ne
0.
m g/
K g
J
YE
S J
B en zo (g
,h ,i) pe ry le ne
0.
m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne
0.
m g/
K g
J
YE
S J
C hr ys en e 0.
m g/ K g
YE
S D
IB
E
N
ZO
(A ,H
)A N
TH
R
A C
E N
E 0.
m g/ K g
YE
S Fl uo ra nt he ne 0.
m g/ K g
YE
S Fl uo re ne 0.
m g/
K g
U
YE
S In de no
(1 ,2
,3 -c
d) py re ne
0.
m g/
K g
YE
S
N ap ht ha le ne
0.
m g/ K g U
YE
S
P he na nt hr en e 0.
m g/
K g
J
YE
S J
J P yr en e 0.
m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/
K g
J
YE
S J
J A ce na ph th yl en e 0.
m g/
K g
U
YE
S A nt hr ac en e 0.
m g/ K g
YE
S B en zo
(a )a nt hr ac en e 7.
m g/ K g
YE
S B en zo
(a )p yr en e 7.
m g/ K g
YE
S B en zo
(b )fl uo ra nt he ne 5.
m g/ K g J
YE
S
J B en zo
(g ,h
,i) pe ry le ne 2.
m g/ K g
YE
S B en zo
(k )fl uo ra nt he ne 5.
m g/ K g J
YE
S
J C hr ys en e
9.
m g/
K g
YE
S
D
IB
EN
ZO
(A ,H
)A N
TH
R
AC
EN
E 1.
m g/ Kg
YE
S
Fl uo ra nt he ne
0.
m g/
K g
YE
S
Fl uo re ne
0.
m g/
K g
YE
S
In de no (1
,2 ,3
-c d) py re ne 1.
m g/ K g
YE
S N ap ht ha le ne 0.
m g/
K g
J
YE
S J
J P he na nt hr en e
1.
m g/
K g
YE
S
P yr en e
4.
m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/ K g U
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/
K g
J
YE
S J
J B en zo
(a )a nt hr ac en e m g/
K g
YE
S
B en zo (a
)p yr en e m g/ K g
YE
S B en zo
(b )fl uo ra nt he ne m g/
K g
J
YE
S J
B en zo (g
,h ,i) pe ry le ne m g/ K g
YE
S B en zo
(k )fl uo ra nt he ne m g/
K g
J
YE
S J
C hr ys en e m g/ K g
YE
S D
IB
EN
ZO
(A
,H )A
N
TH
R
AC
EN
E m g/ Kg
YE
S
Fl uo ra nt he ne
0.
m g/
K g
YE
S
Fl uo re ne
0.
m g/ K g U
YE
S
In de no (1
,2 ,3
-c d) py re ne 8.
m g/ K g
YE
S N ap ht ha le ne 0.
m g/
K g
U
YE
S P he na nt hr en e
1.
m g/
K g
YE
S
P yr en e m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/
K g
J
YE
S J
J A ce na ph th yl en e 0.
m g/
K g
U
YE
S A nt hr ac en e 1.
m g/ K g
YE
S B en zo
(a )a nt hr ac en e m g/
K g
YE
S
B en zo (a
)p yr en e m g/ K g
YE
S B en zo
(b )fl uo ra nt he ne m g/
K g
YE
S
B en zo (g
,h ,i) pe ry le ne m g/ K g
YE
S B en zo
(k )fl uo ra nt he ne 9.
m g/ K g
YE
S C hr ys en e m g/ K g
YE
S D
IB
EN
ZO
(A
,H )A
N
TH
R
AC
EN
E
7.
m g/
Kg
YE
S Fl uo ra nt he ne m g/
K g
YE
S
Fl uo re ne
0.
m g/
K g
J
YE
S J
J In de no
(1 ,2
,3 -c
d) py re ne m g/ K g
YE
S N ap ht ha le ne 0.
m g/
K g
U
YE
S P he na nt hr en e
6.
m g/
K g
YE
S
P yr en e m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e 3.
m g/ K g
YE
S A ce na ph th yl en e 3.
m g/
K g
U
YE
S A nt hr ac en e 8.
m g/ K g
YE
S B en zo
(a )a nt hr ac en e m g/ K g
YE
S B en zo
(a )p yr en e m g/ K g
YE
S B en zo
(b )fl uo ra nt he ne m g/ K g J
YE
S
J B en zo
(g ,h
,i) pe ry le ne m g/ K g
YE
S B en zo
(k )fl uo ra nt he ne m g/ K g J
YE
S
J C hr ys en e m g/
K g
YE
S
D
IB
EN
ZO
(A ,H
)A N
TH
R
AC
EN
E m g/
Kg
YE
S Fl uo ra nt he ne m g/ K g
YE
S Fl uo re ne 1.
m g/ K g J
YE
S
J J
In de no (1
,2 ,3
-c d) py re ne m g/ K g
YE
S N ap ht ha le ne 3.
m g/
K g
U
YE
S P he na nt hr en e m g/ K g
YE
S P yr en e m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/
K g
J
YE
S J
J A ce na ph th yl en e 0.
m g/
K g
U
YE
S A nt hr ac en e 0.
m g/ K g
YE
S B en zo
(a )a nt hr ac en e m g/
K g
YE
S
B en zo (a
)p yr en e m g/ K g
YE
S B en zo
(b )fl uo ra nt he ne m g/
K g
YE
S
B en zo (g
,h ,i) pe ry le ne m g/ K g
YE
S B en zo
(k )fl uo ra nt he ne 9.
m g/ K g
YE
S C hr ys en e m g/ K g
YE
S D
IB
EN
ZO
(A
,H )A
N
TH
R
AC
EN
E
4.
m g/
Kg
YE
S Fl uo ra nt he ne m g/
K g
YE
S
Fl uo re ne
0.
m g/ K g U
YE
S
In de no (1
,2 ,3
-c d) py re ne m g/
K g
YE
S
N ap ht ha le ne
0.
m g/ K g U
YE
S
P he na nt hr en e 2.
m g/ K g
YE
S P yr en e m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/ K g U
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/ K g J
YE
S
J J
B en zo (a
)a nt hr ac en e
0.
m g/
K g
YE
S
B en zo (a
)p yr en e
0.
m g/
K g
YE
S
B en zo (b
)fl uo ra nt he ne
0.
m g/
K g
J
YE
S J
B en zo (g
,h ,i) pe ry le ne
0.
m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne
0.
m g/
K g
J
YE
S J
C hr ys en e 0.
m g/ K g
YE
S D
IB
E
N
ZO
(A ,H
)A N
TH
R
A C
E N
E 0.
m g/ K g
YE
S Fl uo ra nt he ne 0.
m g/ K g
YE
S Fl uo re ne 0.
m g/
K g
U
YE
S In de no
(1 ,2
,3 -c
d) py re ne
0.
m g/
K g
YE
S
N ap ht ha le ne
0.
m g/ K g U
YE
S
P he na nt hr en e 0.
m g/
K g
YE
S
P yr en e
0.
m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/ K g U
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/ K g J
YE
S
J J
B en zo (a
)a nt hr ac en e
0.
m g/
K g
YE
S
B en zo (a
)p yr en e
0.
m g/
K g
YE
S
B en zo (b
)fl uo ra nt he ne
0.
m g/
K g
YE
S
B en zo (g
,h ,i) pe ry le ne
0.
m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne
0.
m g/
K g
YE
S
C hr ys en e 0.
m g/ K g
YE
S D
IB
E
N
ZO
(A ,H
)A N
TH
R
A C
E N
E 0.
m g/ K g
YE
S Fl uo ra nt he ne 0.
m g/ K g
YE
S Fl uo re ne 0.
m g/
K g
U
YE
S In de no
(1 ,2
,3 -c
d) py re ne
0.
m g/
K g
YE
S
N ap ht ha le ne
0.
m g/ K g U
YE
S
P he na nt hr en e 0.
m g/ K g
YE
S P yr en e 0.
m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/ K g U
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/ K g J
YE
S
J J
B en zo (a
)a nt hr ac en e
0.
m g/
K g
YE
S
J J
B en zo (a
)p yr en e
0.
m g/
K g
YE
S
J J
B en zo (b
)fl uo ra nt he ne
0.
m g/
K g
YE
S
J J
B en zo (g
,h ,i) pe ry le ne
0.
m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne
0.
m g/
K g
YE
S
C hr ys en e 0.
m g/ K g
YE
S D
IB
E
N
ZO
(A ,H
)A N
TH
R
A C
E N
E 0.
m g/ K g
YE
S Fl uo ra nt he ne 0.
m g/ K g
YE
S J
J Fl uo re ne 0.
m g/
K g
U
YE
S In de no
(1 ,2
,3 -c
d) py re ne
0.
m g/
K g
YE
S
N ap ht ha le ne
0.
m g/ K g U
YE
S
P he na nt hr en e 0.
m g/
K g
YE
S
P yr en e
0.
m g/
K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e
0.
m g/ K g U
YE
S
A ce na ph th yl en e
0.
m g/ K g U
YE
S
A nt hr ac en e
0.
m g/ K g J
YE
S
J J
B en zo (a
)a nt hr ac en e
0.
m g/
K g
YE
S
B en zo (a
)p yr en e
0.
m g/
K g
YE
S
B en zo (b
)fl uo ra nt he ne
0.
m g/
K g
YE
S
B en zo (g
,h ,i) pe ry le ne
0.
m g/
K g
YE
S
B en zo (k
)fl uo ra nt he ne
0.
m g/
K g
YE
S
C hr ys en e 0.
m g/ K g
YE
S D
IB
E
N
ZO
(A ,H
)A N
TH
R
A C
E N
E 0.
m g/ K g
YE
S Fl uo ra nt he ne 0.
m g/ K g
YE
S Fl uo re ne 0.
m g/
K g
U
YE
S In de no
(1 ,2
,3 -c
d) py re ne
0.
m g/
K g
YE
S
N ap ht ha le ne
0.
m g/ K g J
YE
S
J J
P he na nt hr en e 0.
m g/ K g
YE
S P yr en e 0.
m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se pl e
Q ua lif ic at io n R ep or t ( A ll A na ly te s)
C lie nt S am pl e
ID
M
T- S
TR
-S
S
-0 .5
La b
R ep or t B at ch
La b
ID
AP
PL
Sa m pl e
D at e
/2
0/
A na ly si s
Ty pe
R
ES
Sa m pl e M at rix
SO
La b
Sa m pl e
ID
A Y
R ev ie w ed B y / D at e
JF
A
/1 2/
A pp ro ve d B y / D at e
JF
A
/1
2/
U nc er ta in ty
R es ul t La b R ep O ve
R ep
M oi st Fi
A na ly te
N am e R es ul t U ni ts
Q ua l R es l
Te m p H
T M
B
LC
S M
S D up Su rr Li m it
To t/D is Q
C Tu ne
IC
IC
V
C C
V A na ly si s
M et ho d
C
D ilu tio n:
A ce na ph th en e 1.
m g/ K g J
YE
S
J J
A ce na ph th yl en e
3.
m g/ K g U
YE
S
A nt hr ac en e m g/ K g
YE
S B en zo
(a )a nt hr ac en e m g/ K g
YE
S B en zo
(a )p yr en e m g/ K g
YE
S B en zo
(b )fl uo ra nt he ne m g/ K g J
YE
S
J B en zo
(g ,h
,i) pe ry le ne m g/ K g
YE
S B en zo
(k )fl uo ra nt he ne m g/ K g J
YE
S
J C hr ys en e m g/
K g
YE
S
D
IB
EN
ZO
(A ,H
)A N
TH
R
AC
EN
E m g/
Kg
YE
S Fl uo ra nt he ne m g/ K g
YE
S Fl uo re ne 2.
m g/ K g J
YE
S
J J
In de no (1
,2 ,3
-c d) py re ne m g/ K g
YE
S N ap ht ha le ne 3.
m g/
K g
U
YE
S P he na nt hr en e m g/ K g
YE
S P yr en e m g/ K g
YE
S
Pr oj ec t N um be r a nd
N am e:
M in ot A
FB
Li br ar y U se d:
M in ot A
FB
A
D R
.1
R ep or t D at e:
/1
2/
6:
P ag e o f
O ve ra ll re su lt qu al ifi er re fle ct s su m m at io n of q ua lif ie rs a dd ed d ur in g au to m at ed d at a re vi ew a nd a ny q ua lif ie rs a dd ed m an ua lly fo r c at eg or ie s no t a ss es se
Appendix H MMRP CSE Phase II
Minot Air Force Base, North Dakota
Appendix H
Munitions Response Site Prioritization Protocol (MRSPP) Tables
Appendix H MMRP CSE Phase II
Minot Air Force Base, North Dakota
Page left blank intentionally
MAJCOM: ACC
FFID: ND857212475800
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Table A MRS Background Information
Munitions Response Site Name: Trap and Skeet Range
Component: Air Force
Installation/Property Name: MINOT AIR FORCE BASE
Location (City, County, State): Minot, Ward County, ND
Site Name/Project name (Project No.): Trap and Skeet Range
Date Information Entered\Updated: 10/8/2010 8:05:42 AM
Point of Contact Name: Robert Lowe
Project Phase (check only one):
PA SI RI FS RD
RA RIP RC
Groundwater Sediment (human receptor)
Surface soil Surface Water (ecological receptor)
Media Evaluated (check all that apply):
Sediment (ecological receptor) Surface Water (human receptor)
MRS Summary:
The contaminated Trap and Skeet Range (TS322) MRS occupies approximately 2.7 acres within a 28-acre MRA located southeast of the weapons storage area in the southeast corner of Minot AFB. The range’s former firing points are located approximately 1,500 feet southeast of the weapons storage area’s southeastern fence and approximately 1,500 feet northwest of the base’s southeast gate. This flat, former skeet and trap range is accessed via a dirt and gravel road off Bomber Blvd. The concrete firing points, trap and skeet houses, and an office trailer were present at the site during CSE Phase II fieldwork. The range fans extend from the firing points in a predominantly northeast direction (URS 2007).
MRS Description: Describe the munitions-related activities that occurred at the installation, the dates of operation, and the UXO, DMM, or MC known or suspected to be present. When possible, identify munitions, CWM, and MC by type:
Description of Pathways for Human and Ecological Receptors:
Description of Receptors (Human and Ecological):
Evidence of shotgun usage (e.g., lead pellets and clay target debris) was identified at the Trap and Skeet Range (TS322), but no items meeting the definition of MEC were identified at this MRS. Potentially complete MC exposure pathways exist at the Trap and Skeet Range (TS322) MRS whereby current and future receptors may be exposed to PAH-impacted soil and possibly groundwater.
Potential receptors at this MRS include current and future site workers, construction workers, recreational users, and future residents, as well as any current and future ecological receptors.
(701) 723-4847Point of Contact Phone:
CSE Report Reference (Section, Page #):
GENERAL - 5.1.1 / 5.1.6 / 8.1 / 8.2 / 5.6 / 14.3.1 / Table 14-2, LOCATION - 2.1, POC - 1.3, CONTRACTOR - 1.3
10/8/2010
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Site-specific data used in selection MUNITIONS TYPE classification:
Propellant 0
Sensitive 0
High explosive (used or damaged) 0
Pyrotechnic (used or damaged) 0
High explosive (unused) 0
Bulk secondary high explosives, pyrotechnics, or propellant
Pyrotechnic (not used or damaged)
Practice 0
Riot control 0 Small arms 2
Evidence of no munitions 0
MUNITIONS TYPE 2
Evidence of small arms use was identified at this MRS including the presence of lead shot and clay target debris. The Trap and Skeet Range MRA was a small arms range (skeet and trap range) where shotguns were used.
Table 1 EHE Module: Munitions Type Data Element Worksheet
Classification Description Score
- All UXO that are considered likely to function upon any interaction with exposed persons [e.g., submunitions, 40mm high explosive (HE) grenades, white phosphorus (WP) munitions, high-explosive antitank (HEAT) munitions, and practice munitions with sensitive fuzes, but excluding all other practice munitions].
- All hand grenades containing energetic filler.
- Bulk primary explosives, or mixtures of these with environmental media, such that the mixture poses an explosive hazard.
- All UXO containing a high-explosive filler (e.g., RDX, Composition B), that are not considered “sensitive.”
- All DMM containing a high-explosive filler that have:
- Been damaged by burning or detonation
- Deteriorated to the point of instability.
- All UXO containing pyrotechnic fillers other than white phosphorous (e.g., flares, signals, simulators, smoke grenades).
- All DMM containing pyrotechnic fillers other than white phosphorous (e.g., flares, signals, simulators, smoke grenades) that have:
- Been damaged by burning or detonation
- Deteriorated to the point of instability.
- All DMM containing a high explosive filler that:
- Have not been damaged by burning or detonation
- Are not deteriorated to the point of instability.
- All UXO containing mostly single-, double-, or triple-based propellant, or composite propellants (e.g., a rocket motor).
- All DMM containing mostly single-, double-, or triple-based propellant, or composite propellants (e.g., a rocket motor) that are:
- Damaged by burning or detonation
- Deteriorated to the point of instability.
- All DMM containing mostly single-, double-, or triple-based propellant, or composite propellants (e.g., a rocket motor), that are deteriorated.
- Bulk secondary high explosives, pyrotechnic compositions, or propellant (not contained in a munition), or mixtures of these with environmental media such that the mixture poses an explosive hazard.
- All DMM containing a pyrotechnic fillers (i.e., red phosphorous), other than white phosphorous filler, that:
- Have not been damaged by burning or detonation
- Are not deteriorated to the point of instability.
- All UXO that are practice munitions that are not associated with a sensitive fuze.
- All DMM that are practice munitions that are not associated with a sensitive fuze and that have not:
- Been damaged by burning or detonation
- Deteriorated to the point of instability.
- All UXO or DMM containing a riot control agent filler (e.g., tear gas).
- All used munitions or DMM that are categorized as small arms ammunition [Physical evidence or historical evidence that no other types of munitions (e.g., grenades, subcaliber training rockets) were used or are present on the MRS is required for selection of this category.].
- Following investigation of the MRS, there is physical evidence that there are no UXO or DMM present, or there is historical evidence indicating that no UXO or DMM are present.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 30).
CSE Report Reference (Section, Page #): 5.1.1 / 5.1.2 / 5.1.6 / 6.1.1
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Site-specific data characteristics used to select the SOURCE OF HAZARD classification:
Former burial pit or other disposal area
Former Range 0
Former Munitions treatment (i.e., OB/OD unit)
Former practice munitions range 0
Former maneuver area 0
Former industrial operating facilities
Former firing points 0
Former missile or air defense artillery emplacements
Former storage or transfer points 0
Former small arms range 1
Evidence of no munitions 0
Source of Hazard 1
Evidence of small arms use was identified at this MRS including the presence of lead shot and clay target debris. The Trap and Skeet Range MRA was a small arms range (skeet and trap range) where shotguns were used.
Table 2 EHE Module: Source of Hazard Data Element Worksheet
Classification Description Score
- The MRS is a former military range where munitions (including practice munitions with sensitive fuzes) have been used. Such areas include: impact or target areas, associated buffer and safety zones, firing points, and live-fire maneuver areas.
- The MRS is a location where UXO or DMM (e.g., munitions, bulk explosives, bulk pyrotechnic, or bulk propellants) were burned or detonated for the purpose of treatment prior to disposal.
- The MRS is a former military range on which only practice munitions without sensitive fuzes were used.
- The MRS is a former maneuver area where no munitions other than flares, simulators, smokes, and blanks were used. There must be evidence that no other munitions were used at the location to place an MRS into this category.
- The MRS is a location where DMM were buried or disposed of (e.g., disposed of into a water body) without prior thermal treatment.
- The MRS is a location that is a former munitions maintenance, manufacturing, or demilitarization facility.
- The MRS is a firing point, where the firing point is delineated as an MRS separate from the rest of a former military range.
- The MRS is a former missile defense or air defense artillery (ADA) emplacement not associated with a military range.
- The MRS is a location where munitions were stored or handled for transfer between different modes of transportation (e.g., rail to truck, truck to weapon system).
- The MRS is a former military range where only small arms ammunition was used [There must be evidence that no other types of munitions (e.g., grenades) were used or are present to place an MRS into this category.].
- Following investigation of the MRS, there is physical evidence that no UXO or DMM are present, or there is historical evidence indicating that no UXO or DMM are present.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 10).
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
08-Oct-1008-Oct-10
Site-specific data characteristics used to select the LOCATION OF MUNITIONS classification:
Suspected (historical evidence) 0
Confirmed surface 0
Confirmed subsurface, active 0
Confirmed subsurface, stable 0
Suspected (physical evidence) 0
Subsurface, physical constraint 0
Small arms range (regardless of location
Evidence of no munitions 0
Location of Munitions 1
Evidence of small arms use was identified at this MRS including the presence of lead shot and clay target debris. The Trap and Skeet Range MRA was a small arms range (skeet and trap range) where shotguns were used.
Table 3 EHE Module: Information on the Location of Munitions Data Element Worksheet
Classification Description Score
- Physical evidence indicates that there are UXO or DMM on the surface of the MRS
- Historical evidence (e.g., a confirmed incident report or accident report) indicates there are UXO or DMM on the surface of the MRS.
- Physical evidence indicates the presence of UXO or DMM in the subsurface of the MRS, and the geological conditions at the MRS are likely to cause UXO or DMM to be exposed, in the future, by naturally occurring phenomena (e.g., drought, flooding, erosion, frost, heat heave, tidal action), or intrusive activities (e.g., plowing, construction, dredging) at the MRS are likely to expose UXO or
DMM.
- Historical evidence indicates that UXO or DMM are located in the subsurface of the MRS and the geological conditions at the MRS are likely to cause UXO or DMM to be exposed, in the future, by naturally occurring phenomena (e.g., drought, flooding, erosion, frost, heat heave, tidal action), or intrusive activities (e.g., plowing, construction, dredging) at the MRS are likely to expose UXO or
DMM.
- Physical evidence indicates the presence of UXO or DMM in the subsurface of the MRS and the geological conditions at the MRS are not likely to cause UXO or DMM to be exposed, in the future, by naturally occurring phenomena, or intrusive activities at the MRS are not likely to cause UXO or DMM to be exposed.
- Historical evidence indicates that UXO or DMM are located in the subsurface of the MRS and the geological conditions at the MRS are not likely to cause UXO or DMM to be exposed, in the future, by naturally occurring phenomena, or intrusive activities at the MRS are not likely to cause UXO or DMM to be exposed.
- There is physical evidence (e.g., munitions debris, such fragments, penetrators, projectiles, shell casings, links, fins), other than the documented presence of UXO or DMM, indicating that UXO or DMM may be present at the MRS.
- There is historical evidence indicating that UXO or DMM may be present at the MRS.
- There is physical or historical evidence indicating that UXO or DMM may be present in the subsurface, but there is a physical constraint (e.g., pavement, water depth over 120 feet) preventing direct access to the UXO or DMM.
- The presence of small arms ammunition is confirmed or suspected, regardless of other factors such as geological stability [There must be evidence that no other types of munitions (e.g., grenades) were used or are present at the MRS to place an MRS into this category.].
- Following investigation of the MRS, there is physical evidence that there are no UXO or DMM present, or there is historical evidence indicating that no UXO or DMM are present.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 25).
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Site-specific characteristics used to select the EASE OF ACCESS classification:
No barrier 10
Barrier to MRS access is incomplete
Barrier to MRS access is complete but not monitored
Barrier to MRS access is complete and monitored
Ease of Access 10
Table 4 EHE Module: Ease of Access Data Element Worksheet
Classification Description Score
The MRS is located at Minot AFB, a secure property with access controlled 24 hours per day (Table 5). There is no physical barrier surrounding the MRS (Table 4). Ward County, ND has a population density of 28 people per square mile (TIGER 2005) (Table 6). Numerous buildings, structures, and residences are located within two miles of the MRS (Tables 7 and 8). There are no specific cultural or ecological concerns associated with this MRS (Table 9).
- There is no barrier preventing access to any part of the MRS (i.e., all parts of the MRS are accessible).
- There is a barrier preventing access to parts of the MRS, but not the entire MRS.
- There is a barrier preventing access to all parts of the MRS, but there is no surveillance (e.g., by a guard) to ensure that the barrier is effectively preventing access to all parts of the MRS.
- There is a barrier preventing access to all parts of the MRS, and there is active, continual surveillance (e.g., by a guard, video monitoring) to ensure that the barrier is effectively preventing access to all parts of the MRS.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 10).
CSE Report Reference (Section, Page #): 5.1.3 / 5.1.4 / 5.1.5 / 5.5 / 5.6
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Non-DoD control 0
Scheduled for transfer from DoD control
DoD control 0
Status of Property 0
Table 5 EHE Module: Status of Property Data Element Worksheet
Classification Description Score
Site-specific characteristics used to select the EASE OF ACCESS classification:
The MRS is located at Minot AFB, a secure property with access controlled 24 hours per day (Table 5). There is no physical barrier surrounding the MRS (Table 4). Ward County, ND has a population density of 28 people per square mile (TIGER 2005) (Table 6). Numerous buildings, structures, and residences are located within two miles of the MRS (Tables 7 and 8). There are no specific cultural or ecological concerns associated with this MRS (Table 9).
- The MRS is at a location that is no longer owned by, leased to, or otherwise possessed or used by DoD. Examples are privately owned land or water bodies; land or water bodies owned or controlled by state, tribal, or local governments; and land or water bodies managed by other federal agencies.
- The MRS is on land or is a water body that is owned, leased, or otherwise possessed by DoD, and DoD plans to transfer that land or water body to the control of another entity (e.g., a state, tribal, or local government; a private party; another federal agency) within 3 years from the date the rule is applied.
- The MRS is on land or is a water body that is owned, leased, or otherwise possessed by DoD.
With respect to property that is leased or otherwise possessed, DoD must control access to the MRS 24 hours per day, every day of the calendar year.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 5).
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Site-specific characteristics that helped select the POPULATION DENSITY classification
> 500 persons per square mile 0
100- 500 persons per square mile 0
< 100 persons per square mile 1
Population Density 1
The MRS is located at Minot AFB, a secure property with access controlled 24 hours per day (Table 5). There is no physical barrier surrounding the MRS (Table 4). Ward County, ND has a population density of 28 people per square mile (TIGER 2005) (Table 6). Numerous buildings, structures, and residences are located within two miles of the MRS (Tables 7 and 8). There are no specific cultural or ecological concerns associated with this MRS (Table 9).
Table 6 EHE Module: Population Density Data Element Worksheet
Classification Description Score
- There are more than 500 persons per square mile in the county in which the MRS is located, based on U.S. Census Bureau data.
- There are 100 to 500 persons per square mile in the county in which the MRS is located, based on U.S. Census Bureau data.
- There are fewer than 100 persons per square mile in the county in which the MRS is located, based on U.S. Census Bureau data.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 5).
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Site-specific data characteristics used to select the POPULATION NEAR HAZARD classification:
1 to 5 inhabited structures 0
26 or more inhabited structures 5
16 to 25 inhabited structures 0
11 to 15 inhabited structures 0
6 to 10 inhabited structures 0
0 inhabited structures 0
Population Near Hazard 5
The MRS is located at Minot AFB, a secure property with access controlled 24 hours per day (Table 5). There is no physical barrier surrounding the MRS (Table 4). Ward County, ND has a population density of 28 people per square mile (TIGER 2005) (Table 6). Numerous buildings, structures, and residences are located within two miles of the MRS (Tables 7 and 8). There are no specific cultural or ecological concerns associated with this MRS (Table 9).
Table 7 EHE Module: Population Near Hazard Data Element Worksheet
Classification Description Score
- There are 26 or more inhabited structures located up to 2 miles from the boundary of the MRS, within the boundary of the MRS, or both.
- There are 16 to 25 inhabited structures located up to 2 miles from the boundary of the MRS, within the boundary of the MRS, or both.
- There are 11 to 15 inhabited structures located up to 2 miles from the boundary of the MRS, within the boundary of the MRS, or both.
- There are 6 to 10 inhabited structures located up to 2 miles from the boundary of the MRS, within the boundary of the MRS, or both.
- There are 1 to 5 inhabited structures located up to 2 miles from the boundary of the MRS, within the boundary of the MRS, or both.
- There are no inhabited structures located up to 2 miles from the boundary of the MRS, within the boundary of the MRS, or both.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 5).
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Site-specific data characteristics used to select the LOCATION OF MUNITIONS classification:
No known or recurring activities 0
Residential. educational, or subsitence
Parks and recreational areas 4
Agricultural, forestry 3
Industrial or warehousing 2
Types of Activites/Structures 5
The MRS is located at Minot AFB, a secure property with access controlled 24 hours per day (Table 5). There is no physical barrier surrounding the MRS (Table 4). Ward County, ND has a population density of 28 people per square mile (TIGER 2005) (Table 6). Numerous buildings, structures, and residences are located within two miles of the MRS (Tables 7 and 8). There are no specific cultural or ecological concerns associated with this MRS (Table 9).
Table 8 EHE Module: Types of Activities/Structures Data Element Worksheet
Classification Description Score
- Activities are conducted, or inhabited structures are located up to two miles from the MRS’s boundary or within the MRS’s boundary, that are associated with any of the following purposes:
residential, educational, child care, critical assets (e.g., hospitals, fire and rescue, police stations, dams), hotels, commercial, shopping centers, playgrounds, community gathering areas, religious sites, or sites used for subsistence hunting, fishing, and gathering.
- Activities are conducted, or inhabited structures are located up to two miles from the MRS’s boundary or within the MRS’s boundary, that are associated with parks, nature preserves, or other recreational uses.
- Activities are conducted, or inhabited structures are located up to two miles from the MRS’s boundary or within the MRS’s boundary, that are associated with agriculture or forestry.
- Activities are conducted, or inhabited structures are located up to two miles from the MRS’s boundary or within the MRS’s boundary, that are associated with industrial activities or warehousing.
- There are no known or recurring activities occurring up to two miles from the MRS’s boundary or within the MRS’s boundary.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 5).
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Site-specific characteristics used to select the ECOLOGICAL AND/OR CULTURAL RESOURCES classification:
Ecological and cultural resources present
Ecological resources present 0
Cultural resources present 0
No ecological or cultural resources present
Ecological and/or Cultural Resources
Table 9 EHE Module: Ecological and/or Cultural Resources Data Element Worksheet
Classification Description Score
The MRS is located at Minot AFB, a secure property with access controlled 24 hours per day (Table 5). There is no physical barrier surrounding the MRS (Table 4). Ward County, ND has a population density of 28 people per square mile (TIGER 2005) (Table 6). Numerous buildings, structures, and residences are located within two miles of the MRS (Tables 7 and 8). There are no specific cultural or ecological concerns associated with this MRS (Table 9).
- There are both ecological and cultural resources present on the MRS.
- There are ecological resources present on the MRS.
- There are cultural resources present on the MRS.
- There are no ecological resources or cultural resources present on the MRS.
DIRECTIONS: Record the single highest score from above in the box to the right (maximum score = 5).
Ecological and cultural resources present
Ecological resources present 3
Cultural resources present 3
Installation: MINOT AIR FORCE BASE
MRAID: TS322 MRS: TS322
Table 10 Determining the EHE Module Rating
Source Score
Table 1
Source of Hazard 1Table 2
Information on Location of Munitions 1Table 3
Ease of Access 10Table 4
Status of Property 0Table 5
Population Density 1Table 6
Population Near Hazard 5Table 7
Types of Activities/Structures 5Table 8
Ecological and/or Cultural Resources 0Table 9
Explosive Hazard Factor Data Elements
Accessibility Factor Data Elements
Receptors Factor Data Elements
92 to 100
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