NC0056928_GroundwaterCompleteFileC_02052019

I
HaRnsa
CA C/) s��=� o g0
-i8 o�0
Na -''® -CD Ua ?<�
Zan w 0 :3 CL
30CL 0�z��
0. a O a m -n -n ,.
W
0N Ngo On d
CL3
O ip
COD W m to
O
3
— w
c CD
33 33333353 003 `►
`� Cocflc;cn(acmco =cn 3 3 a
c
r.
:CII Ip CD c O' C2 SD 2)7;:7- 2� co
t 0 Q.
03
M CDn O� 3 3 �'N C ZO
03 42 �0333c�_�O m
CD
0 3 sv cn
c
�3 0) �wUZ
— Z
n' I
z
O
m
CL
c�
a p,
= m
3 333333cl
cQ cn c� cn � cfl cn cQ � a
CL
ODN13r I`
.. 3 =3CcD —.
c
3 N r— Z -<
w(D
.0CD � CA
Z
o O I3 m
C
a �
N
w
7
cx
0
n
m
w
: 1 1 1 1
a 3 3 3 3
KV
r

AaceAna1ytjca1'
www. pacelabs. corn
i
Pace Sample No: 93718773
Client Sample ID: W5
Pace An,6
980 Kim ,,
Hun�e�s,
Phone /104.0,
Fax 704 81.5 x,
DATE: 11/30/00
PAGE: 3
Pace Project Number: 9218626
Client Project ID: James&James-9316553
Date Collected: 11/15/00 Matrix: Water
Date Received: 11/15/00
Parameters Resutts Units PRL APP OF Analyzed Analyst CAS# Footnotes
-------- -----
GC Volatiles
GC VOCs in Water
ND
Method- SM 6230D
ug/L
0.5
1.00
Prep Method: SM
11/29/00 MAG
6230D
75-71-8
Dichlorodifluoromethane
ug/l
0.5
1.00
11/29/00
MAG
74-87-3
Chloromethane
Vinyl Chloride
ND
ND
ug/t
0.5
1.00
11/29/00
MAG
75-01-4
Bromomethane
ND
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
74-83-9
75-00-3
Chloroethane
Trichlorofluoromethane
NO
ND
ug/l
ug/l
0.5
1.00
11/29/00
MAG
75-69-4
1,1-Dichloroethene
ND
ug/L
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
75-35-4
75-09-2
Methylene Chloride
trans-1,2-Dichloroethene
ND
NO
ug/L
ug/l
0.5
0.5
1.00
11/29/00
MAG
156-60-5
1,1-Dichloroethane
ND
ug/L
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
75-34-3
156-59-2
cis-1,2-Dichloroethene
ND
ug/l
ug/L
0.5
1.00
11/29/00
MAG
74-97-5
Bromochloromethane
NO
NO
ug/l
0.5
1.00
11/29/00
MAG
67-66-3
Chloroform
2,2-DichLoropropane
ND
ug/L
0.5
1.00
11/29/00
MAG
594-20-7
107-06-2
1,2-Dichloroethane
ND
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
71-55-6
1,1,1 -Trichloroethane
NO
ND
ug/L
ug/L
0.5
1.00
11/29/00
MAG
563-58-6
1,1-Dichloropropene
Carbon Tetrachloride
NO
ug/l
0.5
1.00
11/29/00
MAG
56-23-5
Dibromomethane
ND
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
74-95-3
78-87-5
1,2-Dichloropropane
ND
NO
ug/L
ug/L
0.5
1.00
11/29/00
MAG
79-01-6
Trichloroethene
Bromodichloromethane
ND
ug/l
0.5
1.00
11/29/00
MAG
75-27-4
cis-1,3-Dichloropropene
ND
ug/L
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
10061-01-5
10061-02-6
trans-1,3-Dichloropropene
ND
ND
ug/L
ug/t
0.5
1.00
11/29/00
MAG
79-00-5
1,1,2 -Trichloroethane
ug/t
0.5
1.00
11/29/00
MAG
142-28-9
1,3-Dichloropropane
ND
NO
ug/l
0.5
1.00
11/29/00
MAG
124-48-1
Dibromochloromethane
NO
ug/l
0.5
1.00
11/29/00
MAG
106-93-4
1,2-Dibromoethane
NO
ug/l
0.5
1.00
11/29/00
MAG
127-18-4
Tetrachloroethene
1,1,1,2 -Tetrachloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
630-20-6
Chlorobenzene
ND
ug/L
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
108-90-7
75-25-2
Bromoform
1,1,2,2 -Tetrachloroethane
ND
ND
ug/l
ug/t
0.5
1.00
11/29/00
MAG
79-34-5
1,2,3-Trichloropropane
ND
ug/L
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
96-18-4
108-86-1
Bromobenzene
NO
ug/l
0.5
1.00
11/29/00
MAG
95-49-8
2-ChLorotoluene
ND
ug/L
Lab°ratDry Certification IN REPORT OF LABORATORY ANALYSIS Lib rat r ertificatio
NC Wastewater 12 KY Drinking Water090
NC Drinking Water 37706 This report shall not be reproduced, except in full, TN UST List
Sc 99006 without the written consent of Pace Analytical Services, Inc. VA Drinking Water 21

Pace Allo,
91300 Kiirch__
Humes.
P10oll1 1-04.i,.
DATE: 11/30/00
PAGE: 4
Pace Project Number:' 9218626
Client Project ID: James&James-9316553
Pace Sample No: 93718773
Date
Collected:
11/15/00
Matrix: Water
Client Sample ID: W5
Date
Received:
11/15/00
Results
Units
PRL
App.
of Analyzed
Analyst
CAS# Footnotes
Parameters
----------
--------
-------
4-Chlorotoluene
----------
ND
---------
ug/l
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
106-43-4
541-73-1
1,3 -Dichlorobenzene
ND
ND
ug/L
ug/l
1
1
1.00
11/29/00
MAG
106-46-7
1,4 -Dichlorobenzene
ND
ug/l
1
1.00
11/29/00
MAG
95-50-1
1,2 -Dichlorobenzene
1;2-Dibromo-3-Chloropropane
ND
ug/t
2
1.00
11/29/00
MAG
96-12-8
1,2,4-Trichlorobenzene
ND
ug/l
2
2
1.00
1.00
11/29/00
11/29/00
MAG
MAG
120-82-1
87-68-3
Hexachloro-1,3-butadiene
ND
ug/l
ug/L
2
1.00
11/29/00
MAG
87-61-6
1,2,3-Trichlorobenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
1634-04-4
Methyl-tert-butyl Ether
ND
ND
ug/L
0.5
1.00
11/29/00
MAG
108-20-3
Isopropyl Ether
ND
ug/L
0.5
1.00
11/29/00
MAG
71-43-2
Benzene
ND
ug/l
0.5
1.00
11/29/00
MAG
108-88-3
Toluene
Ethylbenzene
ND
ug/L
0.5
1.00
11/29/00
MAG
100-41-4
m&p-Xylene
ND
ug/t
0.5
1.00
11/29/00
MAG
7816-60-0
100-42-5
Styrene
ND
ug/L
ug/L
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
95-47-6
o -Xylene (1,2 -Dimethylbenzene)
ND
ND
ug/L
0.5
1.00
11/29/00
MAG
98-82-8
Isopropylbenzene (Cumene)
ND
ug/l
0.5
1.00
11/29/00
MAG
103-65-1
n-Propylbenzene
1,3,5-Trimethylbenzene.
ND
ug/l
0.5
1.00
11/29/00
MAG
108-67-8
tert-Butylbenzene
ND
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
98-06-6
95-63-6
1,2,4-Trimethylbenzene
ND
ug/t
ug/L
0.5
1.00
11/29/00
MAG
135-98-8
sec-Butylbenzene
ND
ND
ug/L
1
1.00
11/29/00
MAG
99-87-6
p-isopropyttoluene
1.4
ug/L
1
1.00
11/29/00
MAG
104-51-8
n-Butylbenzene
ND
ug/l
2
1.00
11/29/00
MAG
91-20-3
Naphthalene
1-Chloro-2-fluorobenzene (S)
75
%
1.00
11/29/00
MAG
348-51-6
Laboratory Certification IDS
REPORT OF LABORATORY ANALYSIS
KY o ware ifi�ati9r
NC Wastewater 12
This report shall not be reproduced, except in full,
TN UST List
NC Drinking Water 37706
without the
written consent
of Pace Analytical Services, Inc.
VA Drinking Water 21
Sc 99006

C5
m
x
X
z
x
N
x
x
O
a
n
a
w
O
.w
a
a
z
z
0
0
C
3
T
y
0
d
z
5
o
0
x
r
0
0
oC
A
n
a
o
O
�.
7
❑.
R
o
m
H
x
o
n
�.
o
m
7
gL
0
V
'P
N
C
rn
V
13
fn
(n
cn
cn
E
iA
rn
o
y
7
n
n
O
C
O
�
A
n
d
n
y
c
0
N
S
o
x
o�
n:
o
O
uli
V
x
(n
V
�°
m
a
o
0
CC
C
oW
9
B
9
w
is
in
9
B
9
3
9
3\
9
r
3
3
oq
r
r
r
r
r
r
o
7
00
C5
m
x
X
z
x
N
x
x
O
a
n
a
w
O
.w
a
a
z
z
0
0
C
3
T
y
0
d
z
5
o
0
x
r
0
0
oC
A
n
a
o
O
�.
7
❑.
R
o
m
H
x
o
n
�.
o
m
7
gL
0
V
'P
N
C
rn
V
o�
(n
cn
cn
t�ii
iA
rn
o
y
7
n
n
O
C
O
�
A
n
d
n
n
m
c
0
N
o�
o
O
V
(n
V
CC
C
3
9
B
9
9
9
B
9
3
9
3\
9
r
3
3
oq
r
r
r
r
r
r
7
3
N
C5
m
[ �
m w
z
z
N
x
x
O
a
n
a
w
O
N
a
a
d
a
z c
tm
z
5
0
N
r
0
0
oC
X
o
O
�.
7
❑.
R
o
m
H
x
n
�.
o
m
7
gL
0
V
'P
N
C
rn
V
o�
(n
cn
cn
t�ii
iA
rn
y
7
n
n
O
C
O
�
A
n
d
n
n
m
O
V
(n
V
CC
C
r
r
r
C5
m
[ �
m w
n• ^`7 ^"y Z
m n n E
C
o
a
O
a
z
O
O
°p
d
a
z c
tm
z
0
N
r
0
0
X
o
O
�.
S
o
x
n
�.
o
m
7
gL
0
A
N
y
7
n
n
O
C
O
�
A
n
d
n
n
m
C5
m
[ �
m w
n• ^`7 ^"y Z
m n n E
C
a
O
a
..
O W
°p
d
a
z c
tm
z
N
r
x
O
� c
m w
n• ^`7 ^"y Z
m n n E
C
e
O W

l X >
v
v
v
m
A n
c
zp
........
c
3
n
S
m
0
n
o
Z
D
O
N(n
N
:9
W
CL
Z
3
0+
O
o
cn
cn
cn
-a
S
S
2
v
n
O
o
o
O
Q
o
D
v
3
C
-h
C-0
D
°
m
° - I
w Zcz,
o
Q
p
-pi
�c
p
�c
p
p
N
+
0
N'
a
6
n
i
p
O-
v
v
p
co
y`
3
°
N
3
l0
O-
3
(0
Od
U1
0
N
p
Z
Z
y
3
m-
cin
A
0m 00
3
3
w
s
3
>
4
rn
r
m
3
rn
A
p
0,
w
M
0
X
•p
Ja
O
O
o'
.A
s
N
V
O'
P
O
wLm
w
0,
Z
�
N
�'
N
Ul.
C.1
3,
c
z.
O
rn
O
3
O_
0
v
v
01
�
�Ul
v
to
l4
todc
03
T
T
n
%O
?
O
y
D
V
N
^
-mss
<
cm
:E
Zm
O
S
2
p
m
C
p
o
a
0
o
m
W
W
O
C
m
r
H
C
m
m
m
C
to
C
to
C
m
m
m
m
m
N
Ul
m
w
Lin
p
a.
N
N
crO
in
o
o
O
(0
N
D
N
3
3
3
3
3
3
3
c,p
s
3
3
o coo
Ln a coI I I O
3 N
C% C -� p� W D O, (T
0
N o %0 %O
A
C O
'1
�S s
N
my
o O
LM S
n �
C1 C
0 v S Q O G p
= — w 3
A 3 O (0
N C -�
cn °a
m 0 v O O N m O Ln
O
vi n F � 3 c
H 3 v N 3 N
O _
Ln cn s 0 y -r
hx
X
p O N N
N
° g -3 m
f< m 3. m 3 R
% Q
n -n+ s
m m 0 v n
L m 0- n v
n -+ N 0 0
0N
3
m
0
c
N
vO
v
a r
q
VI
q
N
Z
v
N
3
n
S
m
0
n
o
Z
D
O
N(n
N
:9
Z
-1
Z
3
0+
O
�
�-+
cn
cn
cn
-a
S
S
T
v
n
co
O
Z
_
W
°
3
o
t°i
=
'o
3
C
-h
C-0
n
n
p
d
p
C
O
y
H
.P
p
N
+
0
N
p
m
3
in
C
p
O-
1p
p
co
y`
3
°
N
3
l0
O-
3
(0
Od
U1
0
N
Q
Z
Z
y
3
m-
cin
A
n
p
H
N'0
3
0_
4
•P
3
rn
A
3
0,
v
w
Uri
•p
rn
N
aLyl
o'
.A
s
P
O
CNn
O
0,
•N
�
N
0
N
U
C.1
N
o
o�
Lp
O
Z
01
�
�Ul
to
l4
todc
03
O
%O
y
V
N
3
m
lC
m
<
cm
a
p
p
CC
U3
m
W
W
O
C
m
3
m
C
m
m
m
C
to
C
to
C
m
m
m
m
m
O
m
m
p
N
crO
O
(0
N
D
N
3
3
3
3
3
3
3
c,p
3
3
3
3
m
m
m
m
m
Lo
m
\Lo
to
U3
to
O
Ed
A
Ln a coI I I O
3 N
C% C -� p� W D O, (T
0
N o %0 %O
A
C O
'1
�S s
N
my
o O
LM S
n �
C1 C
0 v S Q O G p
= — w 3
A 3 O (0
N C -�
cn °a
m 0 v O O N m O Ln
O
vi n F � 3 c
H 3 v N 3 N
O _
Ln cn s 0 y -r
hx
X
p O N N
N
° g -3 m
f< m 3. m 3 R
% Q
n -n+ s
m m 0 v n
L m 0- n v
n -+ N 0 0
0N
3
m
0
c
N
vO
v
a r
--0
Z
p�
3
n
S
m
0
n
o
Z
D
O
N(n
N
cn
?
3
0+
�
�-+
c�
i
fl
o
Q
o
y
a
a
�o
�'
n
co
0
x
Ln
°
°-
°
3
o
t°i
'o
3
v
o
a
3
n
E
N
'o
�o
.P
C•
C
p
m
3
in
C
C
V
�.
C•
3
3
C
3
Ol
rn
0 C
y
3
m-
cin
A
3
3
p
v
3
rn
4
•P
3
rn
A
3
0,
v
w
Uri
•p
rn
Lm
aLyl
o'
.A
s
0
0
LM CJI
0,
•N
�
�O
00
0
N
U
LM UI
N
OD
rte+
Lp
O'
01
�
�Ul
to
l4
todc
03
O
%O
y
V
N
3
m
lC
m
<
cm
a
N
CC
U3
m
C
m
C
m
3
m
C
m
m
m
C
to
C
to
C
m
m
m
m
m
m
m
m
Ln a coI I I O
3 N
C% C -� p� W D O, (T
0
N o %0 %O
A
C O
'1
�S s
N
my
o O
LM S
n �
C1 C
0 v S Q O G p
= — w 3
A 3 O (0
N C -�
cn °a
m 0 v O O N m O Ln
O
vi n F � 3 c
H 3 v N 3 N
O _
Ln cn s 0 y -r
hx
X
p O N N
N
° g -3 m
f< m 3. m 3 R
% Q
n -n+ s
m m 0 v n
L m 0- n v
n -+ N 0 0
0N
3
m
0
c
N
vO
v
a r
o
v m
v
m
0
n
Z
O
O
7
O
O
�0
'o
0
ffi
X
0 C
m-
v
0
o
S
0
3
m
to
o
s
0
0
c
0
m
o
rn
^
a
to
l4
todc
03
y
N
3
m
lC
m
<
N
O
Ul
A
p
N
crO
(0
D
N
Ln a coI I I O
3 N
C% C -� p� W D O, (T
0
N o %0 %O
A
C O
'1
�S s
N
my
o O
LM S
n �
C1 C
0 v S Q O G p
= — w 3
A 3 O (0
N C -�
cn °a
m 0 v O O N m O Ln
O
vi n F � 3 c
H 3 v N 3 N
O _
Ln cn s 0 y -r
hx
X
p O N N
N
° g -3 m
f< m 3. m 3 R
% Q
n -n+ s
m m 0 v n
L m 0- n v
n -+ N 0 0
0N
3
m
0
c
N
vO
v
a r
v m
v c
0
o
<
v
m
1
J�
:71"-

P_
3 o r
0 0
p v OO
(Nn S
C7 v
� O G
S O C O
!l+ 3
'n 3 O m
C
r m
c
(np
i _<
m c m 0 0 y 3 o c
a v ^ .M 0 m 3
EA t0 $ 3 m ^
3 O En
m p N C
Ln X +
_n
� 3 m
v m
La3
2.
cm
m 3 m 3
i 0 S
O m 3
*r S
m m m
0 y
m
3
3 v v O p v o
o m p m a m Z
c p - m 6 p c
NV Ir
T
_
3
O'
Z
G
'a
f0 H
3
m
S
f0
O
'•
p
x
q
N
x
xD
Z
-i
Z
o
c
O
O
z..
c(
(1
QW a
m
v
o
T
v,
-F
3
Z
CF c
C%
t0
C7.
D
D "a
7v --� -j
!7
f�
f� f�
p D
3
p
o
N
N
v
o{
Q
-t
w
Z
m_
s s
p
n
p
a
=
o
m e
On
o
o
O O
D
��
D
ti
Q
Z
--1
to
o
S
3 0
o
v
a
n
C7
o
a s
o
c
v v w
Oi y'
'V
y
N
'
S
A
mp
W
. -.a
3
0
3
3
3 W
aOD
-
,
- S
p
Ol
p
M(Il
m
O
�
"
Cn
m
m
o_
o
+-
v
X
0
3
3
F s
6=
LM
(n
D
N
A=
o
X
m
m
-
O
O
rn
T
T.91
W
WZ
C
to
rn(n
N
C
tp
,
�
a
Q
W
p
c
00
.A
v
v
LM
�
O
*
- i+
x
O
m
S
o
m
O
o
w
m
o
n
Vii
0
N
A<
3
3
w
3
3
a
3
3
r
c
3
3
3
3
m
to
to
tp
N
LM
o
��,
W
w
W
o.
�
—
(Jl
LO
I-
O
n0
tp
I-
I
I
S
m
a
I
I
f
'T1
---I
0
O
rn
r
w
H
s
r
ms
n.
fly
C ,J
v
N
oZ
p
3
3
t\
3
t\
3
t\
3
t\
3 3
t\
3 2 33
\ C t\
O
O
3 3
t\ t\
n
o
-�.
a
W
c
n
p
rn
cn
W
w
LM
N
I'a
%O
10
O
C
Q
y,
3 o r
0 0
p v OO
(Nn S
C7 v
� O G
S O C O
!l+ 3
'n 3 O m
C
r m
c
(np
i _<
m c m 0 0 y 3 o c
a v ^ .M 0 m 3
EA t0 $ 3 m ^
3 O En
m p N C
Ln X +
_n
� 3 m
v m
La3
2.
cm
m 3 m 3
i 0 S
O m 3
*r S
m m m
0 y
m
3
3 v v O p v o
o m p m a m Z
c p - m 6 p c
NV Ir
T
3
O'
Z
G
3:tq
3
m
C
7
a
c
p
N
q
N
7
Z
-i
Z
o
c
O
O
z..
c(
(1
v s
f7
S
S
T
v,
-F
3
p
Z
W
y
p
3-0
y'
fl
n
3
Q
In
d
c
o
N
N
rn
G
Z
N
N
m_
m
3
3
CO
m
3_N
O
m
N
N
a
O
cn
C),
ti
Q
Z
Z
-3
S
tun
a
n
C7
N
'•"-
y
m
t0
Cn
'V
WLM
N
Q`
m
rn
A
mp
W
?
•A
(M
Lnn
N
3
C
tou
a
ti
N
Ol
p
M(Il
m
O
�
"
Cn
m
m
O
3{
v
O
Co
C
N
Ol Ul
LM
(n
N
ID
a
w
m
m
C
tp
C
tp
Ol
W
C
to
C
to
3
C
to
C
tp
C
is
C
m
C
tp
C
tp
p
c
00
to
S
�
O
m
O
O
0
N
m
3
3
3
3
3
3
3
c
c
3
3
3
3
to
to
tp
to
ka
q
tp
�
to
,
�
—
tp
LO
I-
m
�::
tp
I-
I
I
I
I
I
I
f
iLL
---I
n
3 o r
0 0
p v OO
(Nn S
C7 v
� O G
S O C O
!l+ 3
'n 3 O m
C
r m
c
(np
i _<
m c m 0 0 y 3 o c
a v ^ .M 0 m 3
EA t0 $ 3 m ^
3 O En
m p N C
Ln X +
_n
� 3 m
v m
La3
2.
cm
m 3 m 3
i 0 S
O m 3
*r S
m m m
0 y
m
3
3 v v O p v o
o m p m a m Z
c p - m 6 p c
NV Ir
T
3
O'
Z
G
3:tq
3
m
C
7
a
c
p
N
m
co
fl
Z'
o
o
c
O
tp
'H
z..
A
°
(1
n
G.
f7
W
D
7--
D
cn
-F
3
p
n
y
=
3-0
o
O
3C
m
m
-3
m
rn
3
A
3
m_
m
3
3
3_N
3
rn
cn
C),
tun
?
Q
-3
S
tun
a
0,
o,
to
y
O,
�
Cn
O1
U
m
rn
A
„V,,
�o
W
Cu71
N
'p
(M
Lnn
N
m
to CM
tou
N
OLo
m
r%n3
�
"
Cn
to
m
p
v
Co
C
N
m
Ea
LM
(n
N
m
m
C
tp
C
tp
C
tp
C
to
C
to
3
C
to
C
tp
C
is
C
m
C
tp
C
tp
C
tp
c
C
m
3 o r
0 0
p v OO
(Nn S
C7 v
� O G
S O C O
!l+ 3
'n 3 O m
C
r m
c
(np
i _<
m c m 0 0 y 3 o c
a v ^ .M 0 m 3
EA t0 $ 3 m ^
3 O En
m p N C
Ln X +
_n
� 3 m
v m
La3
2.
cm
m 3 m 3
i 0 S
O m 3
*r S
m m m
0 y
m
3
3 v v O p v o
o m p m a m Z
c p - m 6 p c
NV Ir
T
S=
o
3
n
n
Z
O
O
=
°O
n
o
a
ao
4l
-F
p
<
o
y
=
�p
o
0
n
Q
S
S
S
3
p
O
N
OLo
m
r%n3
to
to
m
p
Co
C
N
m
Ea
Q
N
m
m
p
to
S
N
m
O
O
m
3 o r
0 0
p v OO
(Nn S
C7 v
� O G
S O C O
!l+ 3
'n 3 O m
C
r m
c
(np
i _<
m c m 0 0 y 3 o c
a v ^ .M 0 m 3
EA t0 $ 3 m ^
3 O En
m p N C
Ln X +
_n
� 3 m
v m
La3
2.
cm
m 3 m 3
i 0 S
O m 3
*r S
m m m
0 y
m
3
3 v v O p v o
o m p m a m Z
c p - m 6 p c
NV Ir
T

0
C
zr
O
N
CD
i
p�
CD
m
2
C0
m
m
O
05
C
m
z
0
C
m
Z
0
m
0
O
AQ1 y
N
G.
O
TL
0 ''
�a
n
�OS-a a.
-0 C w -O Qpnym Qw o O—
p p
Q
0 O� O n -n
� o
i
33�3333333c3 003
cc cc O cQ to cn cQ cc c0 cQ cc 3310
zKK;rll=TOOROwD3z`Z
CD CD
K K0 CO RE-00WCO--Z
c�� �j�833E'3' .(ZO)
3 m 42 W.
�D33 03 3 N0
ZZ
w
R
O
33333333333333`3
c0(a(a(aca(accc0cacQcn(a(0c0(a
� m CT
�.En
NrOz
o CDU) O Q -m
3
o m
C -s
C 0
Q
1:Zt '
c r, -2 014
c .c c � °B
cn c0 c0 c0 c0
r p �tC
N Q n C*—D C�D CCD
cnDN 4ao
"' o cQ
a: 0
w O
mo-o`�y� �
ti� .1 w
(D
3,D o P- g %
.43 ci cD o
� lir
3 CD
3
C1
lr p `Q c Ul
Lk
cn
ZD-
cD — cD
DC
O
l
O
CD o OL
a �O
a
o p►
z
O
D
a)
0 w
m 20
0
CIO s
E
cr
c 3
O O
im
CL D�
Q Z
a
P, CD
4 -a -
m
DO
z
C:
K
co
m
�o
M
D
c
m
v

Pace Anay,
/�
9800 Kincey AvL,.
ce Analytical Huntersville;,,
Pace Sample No: 93419463
Client Sample ID: W5
Tel: 704-875=5,
Fax: [phone] -
DATE: 12/09/99
PAGE: 3
Pace Project Number: 9210415
Client Project ID: James&James-939533
Date Collected: 11/29/99 Matrix: Water
Date Received: 11/30/99
Parameters Results Units PRL App. DF Analyzed Analyst CAS# Footnotes
GC Volatiles
GC VOCs in Water
Method: SM 6230D
Prep Method: SM
6230D
Dichlorodifluoromethane
ND
ug/l
0.5
1.00
12/08/99
KST
75-71-8
Chloromethane
ND
ug/l
0.5
1.00
12/08/99
KST
74-87-3
Vinyl Chloride
ND
ug/L
0.5
1.00
12/08/99
KST
75-01-4
Bromomethane
ND
ug/1
0.5
1.00
12/08/99
KST
74-83-9
Chloroethane
ND
ug/l.
0.5
1.00
12/08/99
KST
75-00-3
Trichlorofluoromethane
ND
ug/t
0.5
1.00
12/08/99
KST
75-69-4
1,1-Dichloroethene
ND
ug/l
0.5
1.00
12/08/99
KST
75-35-4
Methylene Chloride
ND
ug/L
0.5
1.00
12/08/99
KST
75-09-2
trans-1,2-Dichloroethene
ND
ug/l
0.5
1.00
12/08/99
KST
156-60-5
1,1-Dichloroethane
ND
ug/l
0.5
1.00
12/08/99
KST
75-34-3
cis-1,2-Dichloroethene
ND
ug/l.
0.5
1.00
12/08/99
KST
156-59-2
Bromochloromethane
ND
ug/L
0.5
1.00
12/08/99
KST
74-97-5
Chloroform
ND
ug/t
0.5
1.00
12/08/99
KST
67.66-3
2,2-Dichloropropane
ND
ug/L
0.5
1.00
12/08/99
KST
594-20-7
1,2-Dichloroethane
ND
ug/l
0.5
1.00
12/08/99
KST
107-06-2
1,1,1 -Trichloroethane
ND
ug/t
0.5
1.00
12/08/99
KST
71-55-6
1,1-Dichloropropene
ND
ug/1
0.5
1.00
12/08/99
KST
563-58-6
Carbon Tetrachloride
ND
ug/L
0.5
1.00
12/08/99
KST
56-23-5
Dibromomethane
ND
ug/l
0.5
1.00
12/08/99
KST
74-95-3
1,2-Dichloropropane
ND
ug/t
0.5
1.00
12/08/99
KST
78-87-5
Trichloroethene
ND
ug/1
0.5
1.00
12/08/99
KST
79-01-6
Bromodichloromethane
ND
ug/l
0.5
1.00
12/08/99
KST
75-27-4
cis-1,3-Dichloropropene
ND
ug/1
0.5
1.00
12/08/99
KST
10061-01-5
trans-1,3-Dichloropropene
ND
ug/l
0.5
1.00
12/08/99
KST
10061-02-6
1,1,2 -Trichloroethane
ND
ug/1
0.5
1.00
12/08/99
KST
79-00-5
1,3-Dichloropropane
ND
ug/l
0.5
1.00
12/08/99
KST
142-28-9
Dibromochloromethane
ND
ug/t
0.5
1.00
12/08/99
KST
124-48-1
1,2-Dibromoethane
ND
ug/l
0.5
1.00
12/08/99
KST
106-93-4
Tetrachloroethene
ND
ug/1
0.5
1.00
12/08/99
KST
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/l
0.5
1.00
12/08/99
KST
630-20-6
Chlorobenzene
ND
ug/t
0.5
1.00
12/08/99
KST
108-90-7
Bromoform
ND
ug/t
0.5
1.00
12/08/99
KST
75-25-2
1,1,2,2 -Tetrachloroethane
ND
ug/l
0.5
1.00
12/08/99
KST
79-34-5
1,2,3-Trichloropropane
ND
ug/l
0.5
1.00
12/08/99
KST
96-18-4
Bromobenzene
ND
ug/l
0.5
1.00
12/08/99
KST
108-86-1
2-Chlorotoluene
ND
ug/L
0.5
1.00
12/08/99
KST
95-49-8
Laboratory Certification IDs Laboratory C erl fiCatlon IDs
NC Wastewater 12 REPORT OF LABORATORY ANALYSIS Drinking Water 90090
TN
NC Drinking Water 37706 TN UST List
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

Pace Analy,
9800 Kincey Avt,.
A n n l Vt 1[_ A l Huntersville
Tel: 704-875
Fax: [phone])
DATE: 12/09/99
PAGE: 4
Pace Project Number: 9210415
Client Project ID: James&James-939533
Pace Sample No: 93419463 Date Collected: 11/29/99 Matrix: Water
Client Sample ID: W5 Date Received: 11/30/99
Parameters
Results
Units
PRL
App. DF
Analyzed
Analyst
CAS# Footnotes
---------------------------------
4-Chlorotoluene
----------
ND
---------
ug/1
----------
0.5
1.00
12/08/99
KST
106-43-4
1,3 -Dichlorobenzene
ND
ug/1
1
1.00
12/08/99
KST
541-73-1
1,4 -Dichlorobenzene
ND
ug/l -
1
1.00
12/08/99
KST
106-46-7
1,2 -Dichlorobenzene
ND
ug/l
1
1.00
12/08/99
KST
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/l
2
1.00
12/08/99
KST
96-12-8
1,2,4-Trichloro,benzene
ND
ug/L
2
1.00
12/08/99
KST
120-82-1
Hexachlorobutadiene
ND
ug/l
2
1.00
12/08/99
KST
87-68-3
1,2,3-Trichlorobenzene
ND
ug/l
2
1.00
12/08/99
KST
87-61-6
Methyt-tert-butyl Ether
ND
ug/l
0.5
1.00
12/08/99
KST
1634-04-4
Isopropyl Ether,
ND
ug/l
0.5
1.00
12/08/99
KST
108-20-3
Benzene
ND
ug/l
0.5
1.00
12/08/99
KST
71-43-2
Toluene
ND
ug/L
0.5
1.00
12/08/99
KST
108-88-3
Ethylbenzene
ND
ug/1
0.5
1.00
12/08/99
KST
100-41-4
m&p-Xylene
ND
ug/l
0.5
1.00
12/08/99
KST
7816-60-0
Styrene
ND
ug/l
0.5
1.00
12/08/99
KST
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
ND
ug/1
0.5
1.00
12/08/99
KST
95-47-6
Isopropylbenzene (Cumene)
ND
ug/l,
0.5
1.00
12/08/99
KST
98-82-8
n-Propylbenzene
ND
ug/L
0.5
1.00
12/08/99
KST
103-65-1
1,3,5-Trimethylbenzene
ND
ug/1
0.5
1.00
12/08/99
KST
108-67-8
tert-Butylbenzene
ND
ug/1
0.5
1.00
12/08/99
KST
98-06-6
1,2,4-Trimethylbenzene
ND
ug/L
0.5
1.00
12/08/99
KST
95-63-6
sec-Butylbenzene
ND
ug/L
0.5
1.00
12/08/99
KST
135-98-8
p-isopropyltoluene
ND
ug/L
1
1.00
12/08/99
KST
99-87-6
n-Butylbenzene
ND
ug/L
1
1.00
12/08/99
KST
104-51-8
Naphthalene
ND
ug/1
2
1.00
12/08/99
KST
91-20-3
1-Chloro-3-fluorobenzene (S)
104
%
1.00
12/08/99
KST
625-98-9
Laboratory Certification ID
Laboratory Certification IDs N DUST List water 9009
NC Wastewater 12 REPORT OF LABORATORY ANALYSIS
NC Drinking Water 37706 VA Drinking Water 213
SC 99006 This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc.

r
-j bona'
7
k
%
k
m a
z
Nn
nnam
k
>
y
v.
eW
0
..
N
"P
z
z
G
2�
4
F
G
(n=
O
o2
Z
w=
;
m
N
0
H
Roo
n
n
n
n
0
0
�
O
^
'm
y
m
C
0
9
N
Vii
y
o
7
a
00
0
0
r
w
rn
rn
S
A
N
N
(n
N
V
N
G
Ol
o
V
A
m
w
o
c
0
N
o
0
0
0
N
y
W
w
w
O
3
3
9
9
9
3
3
3
9
3
r=
B
3
3
a-
rn
at
N
r
-j bona'
7
k
%
k
m a
z
Nn
nnam
>
y
v.
eW
0
..
N
"P
z
z
G
2�
4
F
G
(n=
O
o2
Z
w=
Op
0
v
0
a
�
O
^
'm
y
m
C
0
N
Vii
y
o
7
a
00
O
r
a
00 7. O
� o �
o
G.
v
5
b
0
7
7
k
%
k
Nn
nnam
>
o�
d>
eW
as
N
"P
z
z
G
2�
4
F
G
(n=
O
o2
Z
w=
Op
0
o
0
�
O
^
'm
y
m
C
0
N
Vii
y
o
7
N
r
w
rn
rn
S
A
N
N
(n
N
V
N
G
Ol
o
V
A
m
w
o
c
0
N
o
0
0
0
W
D
A
O
3
3
9
9
9
3
3
3
9
3
r=
B
3
3
N
a
00 7. O
� o �
o
G.
v
5
b
0
7
7
�zz�xx�
Nn
nnam
>
o�
d>
eW
as
N
o
0
�
O
^
'm
y
m
C
0
N
Vii
Vii
7
N
r
N
(n
N
V
N
G
Ol
o
V
A
a
00 7. O
� o �
o
G.
v
5
b
0
7
Nn
a�n
>
o�
zoo
eW
o
0
�
O
'm
y
�
❑
0
N
A
a
00 7. O
� o �
o
G.
v
5
b
0
7
Nn
o�
eW

0
3
0
c
r -n > -'--73-r
C-)
Cl)
..o
CO n(a=m
m
o
O m a
p o
o.
0
0
0
0
0
W
C7
D
D-
N o
-
-4
�
zz..
o
y
O
� CO
�
c
N
oov
_nDO
U�
Lri
' 1
O
o
0
Q
O
o
a
o
Q
c
Q
w
su
=
�'
O
o
p
a
c
C)
o
0
n
a
cr
o
�=
o
O
a
mCL
O
a
a
En
oC
C/)
o
Q.
o
C
co
O
��
(D
.c
o
3
E
O
(p
W
p
CD
p
X
(D
CD
O
O
O
O
rn
T
w>
O
C
d
a.
=
2
C
O
o
K
N
Can
--4
-n
CJ
a
0
W
A
ccoOr0
IDOcn
O
O
n
m
r
Ln
U7
G
L
y��oEI
m
N
,
a
A
CL
O
a
W
W
�y
c
mc�l
20
3
n
W
a
3
m
1,73
O
11
7 U)
,�
cn
(D (D
K
?cm0
0
'Q
=
Z
00
r
0
3
3
3
$
1�
—=,=
�n
1,n
:
(c
C
=
3
cn
,,
co
\
�
�►
RA
�
z
O
c
c
Q
OZ
a
°—'m
°
n
°
N
o
N
O
z
(n
o:
D7
Q
W
o
O
v
N
U3
o
ai
coa
al
cm
m
co
0
W
�a
O
(p
0
N
0
3
3
3
3
c
3
cn_
3
3
3
N(n-u-
zKK7SM000OMDDD
N
m
o
M
(n
o
C
=
G
m
0
0
cD
�
O
•4
c
0
d
y
ca
=
c
c.
cD
3
3
c
3
c
is
aai
cn
(D
i
su
c
c=D
y
a
c=
3
3
3
-4
A
rn
(fan
=
W
co
W
o
N
a
a
rn
cn
cn
cn
0
a
O
CD(D
CD
CD
W
(nN(n
cnn
O
0
N
cocn
0
.rcn
cn
o
v
rn
CA
a
c
c
c
3
c
3
3
c
c
c
c
c
3
c
c
c
c
mho
?OO
22�
23
CCD
n�
mc.o
w
m
wsiQ
vo
ca
0
X
p
tC
(p
n.
o
y
o
N�
H
m
m
N
CL
p
—_
r+
7
m
j
o=
N
(A
N
y
Q
n
N
CSD
A
co
D
(n
a
ai
O
O
N
3
cc
^_
�
a
y
0
r -n > -'--73-r
C-)
Cl)
..o
CO n(a=m
m
o
O m a
p o
o.
O
N o
-
zz..
y
O
� CO
�
c
N
oov
_nDO
U�
Lri
' 1
�cp
D
z
a
C 2c
�'
O
o
p
n
�=
O
C/).
m
O
a
a
En
9
z
C/)
QOCO
.
o
C
co
O
��
Z
-
C
=
m
W}
O
O
rl)
Ul
CJ
�
CD
ccoOr0
IDOcn
3 3 y A*
m
r
�
yU)
0 °
L
y��oEI
m
,
CL
❑03
�y
c
mc�l
20
3
n
fD. o
3
m
1,73
O
11
7 U)
,�
cn
(D (D
K
?cm0
'Q
$
1�
4
o
CI
- <
rn y 65 w
Q
OZ co
c�
�m �-+ D 0 O c 0 r g ...
al o? o a0 > m
A Q .i 3
r ��am� m�z
m
o c o 3 D3 0
M o I CD o' C 3
CD CD r- z
CL `` a
Q.
L ��0
-n 0rn m
Q _
aLA ` O o
m—_
z c.CD 3
O y m m
Dc
03 A O0 cc .4 ---m°.
Pr 3
Nm
_1
0 o m (n
00
(� z fA

rn
DR) In
mm
3 c
m
v
w - m
_b
r- -m >
m n
a
z
Dm- mA
taco
mo
?cn�
IOD
c
-0o
0>
r -m
bo
CL
co
o
D<o
D
y
o
w
..
Qy
DZ
�
C)
C)
C1
0
n
C)
D
D-0
0
w
-�
c
n
C1
n
c7
w
0
0
Ik
Z
m
W
o,
o
3F
x•
=
O ^^
m
c
Q
o
0
0
0
0
1
7
C'
C7
`
c
O
m
c�
a
Q
(A0,6
CL
m
CD
p„
ci
O
w-
O
0
2.
5D
0
3
-
W
N
N
a°
D^
y
m
ID
p
co
O
w
O
2
o
x
p
A
o
yN
W
A
o
(D
K
A
2=
O
-°
-1
7
-44
A
o
n
co?
(D
,
O
w
(D
w.
p co
cD
x 5 �.
M (aO
�
a
N
A
A
(D
CL
W
Cd
n
.�
o
3
W
a
�o
W
a
0
D
rn
L=
3
C)
c
3
3
3
3
3
3
c
3
z
3
0
0
3
3
3
h
vz
z
O
cntncn
v22�0
o
O
=
m
c
C
w
��
?
w
o.
w°
o.
c
v;
y
w+
w
a
a
C
_
o
c
w
w
a
cn
oz
N
y
w
co
(Dp
rn
w
Ca71
In
O
0
O
N)
W
O
O
�
y
�4
M
PL
a
CA
Z
�`°"
m
m
c
w
a'
o
o
co
N
3
B
3
3
3
3
y
c
3
3
3
Nfn'v
z
z
T.2-nC)nnC)w>>>
o
(D
Cr
-`
w
O
to
(D
c
o
w
w
y
N
to
o
?
C)
a
_
a
(D
(D
n—
o
�
0
o
O
w
d
v
�'
c
3
=
vwyi
o
O
C
f°
Obi
U1
7
y.
`�
0
w
a
c
3
c•
3
3
I
acn
v
4m
pAj
y
(D
c
3
a
M
(n
cf
v'
A
A
A
o IM
oai
Q1i,
�
rn
rn
cn
W
W
N c
m
N
M
CD
N
CD
CWJ1
cm
C71
C
V
M
cn
A
c
c
c
3
c
3
3
c
c
c
c
c'3
c
c
c
c
0
Z
O
O
M
2=
M
0
m
=
(D
A
a
o
3
w
G)
(D
0o
y
m
o
0
-►
as
O
XOAw
n
w
y°
—
m
O
o.
a
D)L�
W
CD
O
to
y
n0
(D
<
w
O
y
(D
i0
o
yn'
w
m
D
y
n:
Oi
0
�j
y
(D
(p
CL
(D
w
DR) In
mm
3 c
m
v
w - m
w
r- -m >
m n
a
z
Dm- mA
taco
mo
?cn�
IOD
c
-0o
0>
r -m
bo
CL
co
o
D<o
D
�
o
w
..
Qy
DZ
�
o
� CO
Ig
0
c
n
�
�
D
cn
cn
Ik
Z
=
-n
o
D^^°
`D
O ^^
`D
C1
li
1.
�w
1
7
C'
C7
`
c
O
m
c�
a
Q
(A0,6
A
m
m
O
O
0
-
O
m
ID
p
p
5.3
o
p
-°
-44
n
�
3
3 p 0
p co
cD
x 5 �.
M (aO
n
CL 3
n
.�
3
a
�o
0
D
L=
DR) In
mm
3 c
m
v
w - m
w
m
m n
a
z
mrc
IOD
c
o
co
CD3
C
�
y
�
O
CD
c
1
7
C'
CL
c�
vv -v
<m
z3
fD
0a
Dm
MS z
woo
JO
y
D (D -%
<� Q
�? o
Zo.o
0 Z 0
Dc
-4
mm
N
M 0
o
m
Zy

-I CD C/) -0 qv o —ro 0-2 0 0 0
�o� c ��, =02�; 0 0 0 0
Z� 0 v CD 2) C7^ cn m =•: p
3 0 o CD CD CD 3
Z�� CL
So -n -n
.Q 0 —m
"yCA N0CD CLm
n CL � �
CD ? to
— � r
cr
CL
3
A
m
A
C
33�33�333�3 003 �.
co co o co ca ca co co cc ,_. ca 3 3 ca a
c
3
���2-nc�c�c�c�o»O'aZZ
r(aCDC�QSVSv`,CL
��......:�p
W ca C CD o 0 �• iv A� C C? 9^
CaQ c." �'0 Q�•a �•� I Z0
0)CDa� o..3c3��a0" -<
�
c3`c �0�3 3-��M
cD�— N
�ZZ
CAo
.D
Z
O
00
G.
m
T �D
rn C.
m
33 33333333a
ca to ca co ca ca to n•
a
<MN O ODN o•?
O CD 3
O A+n CD 3N r- ? -C
am .� o —• 0 • m
cn n
x.
n CD sun0CD
n Z
C. Q• si o C I
�
43 0 CD
nCD 0
3 3 Ca CL CL
CO 7 O
y
7• �. 5
2 7
aC.n. `D� a
v� n 86
n n u Q
o 0 1:
Who
1 3 O 3 3 r
I C
oa �
c3333
`� v

Pace Analytical'.,
54 Ravensct,
Asheville, NC 26.
Tel: [phone]
Fax: [phone]
DATE: 11/17/98
PAGE: 3
Pace Project Number: 931990
Client Project ID: Kenmure Monitoring Wells
Pace Sample No: 9392267 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE W5 Date Received: 11/03/98
Parameters
---------------------------------
Results Units
-------------------
PRL
----------
Analyzed
--------
Analyst CAS#
----- ----------
Footnotes
----------
Field Services
Monitoring Well Data
Method:
Prep
Method:
Field pH
5.1
Std. Units
11/03/98
MPS
Field Temperature
17
deg C
11/03/98
MPS
Depth of Water
8.16
feet
0
11/03/98
MPS
Well Volume Purged
1.50
No units
0
11/03/98
MPS
Wet Chemistry
Total Dissolved Solids
Method: EPA 160.1
Prep
Method:
EPA
160.1
Total Dissolved Solids
53
mg/L
1
11/06/98
MAA
Chloride(Mercuric Nitrate)
Method: EPA 325.3
Prep
Method:
EPA
325.3
Chloride
5.4
mg/L
1
11/12/98
JGJ
Ammonia
Method: EPA 350.3
Prep
Method:
EPA
350.3
Nitrogen, Ammonia
ND
mg/L
0.1
11/06/98
KMH
7727-37-9
Nitrogen, Nitrate
Method: EPA 352.1
Prep
Method:
EPA
352.1
Nitrogen, Nitrate
0.62
mg/L
0.1
11/05/98
TRW
Total Organic Carbon
Method: EPA 9060
Prep
Method:
EPA
9060
Total Organic Carbon
3.4
mg/L
0.5
11/12/98
KEK
7440-44-0
Fecal Coliform MPN Water
Method: SM 9223
Prep
Method:
Standard Methods
Fecal Coliform
<1.1
1
11/03/98
MLP
Total Coliform MPN Water
Method: SM 9223
Prep
Method:
Standard Methods
Total Coliform
<1.1
1
11/03/98
MLP
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drinking Water 02980
NC Drinking Water 37712 FL Environmental 96317
SC Environmental 99030 This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc.

Pace Analytical
9800 Kincey Avenue,
Analytical Huntersville, NC k'
Tel: [phone]
Fax: [phone]
DATE: 11/16/98
PAGE: 3
Pace Project Number: 922633
Client Project ID: J&J - 931990
Pace Sample No: 92186642 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE - W5 Date Received: 11/04/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
--------------------------------- ----------------------------- -------- --------------- ----------
GC -- Volatiles
Halogen. & Aromatic Vol. Orgs.
Method: SM 6230D
Prep
Method: EPA 8021
Dichlorodifluoromethane
ND
ug/L
0.5
11/13/98
CLL
75-71-8
Chloromethane
ND
ug/L
0.5
11/13/98
CLL
74-87-3
Vinyl Chloride
ND
ug/L
0.5
11/13/98
CLL
75-01-4
Bromomethane
ND
ug/L
0.5
11/13/98
CLL
74-83-9
Chloroethane
ND
ug/L
0.5
11/13/98
CLL
75-00-3
Trichlorofluoromethane
ND
ug/L
0.5
11/13/98
CLL
75-69-4
1,1-Dichloroethene
ND
ug/L
0.5
11/13/98
CLL
75-35-4
Methylene Chloride
ND
ug/L
0.5
11/13/98
CLL
75-09-2
trans-1,2-Dichloroethene
ND
ug/L
0.5
11/13/98
CLL
156-60-5
1,1-Dichloroethane
ND
ug/L
0.5
11/13/98
CLL
75-34-3
Bromochloromethane
ND
ug/L
0.5
11/13/98
CLL
74-97-5
Chloroform
ND
ug/L
0.5
11/13/98
CLL
67-66-3
2,2-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
594-20-7
1,2-Dichloroethane
ND
ug/L
0.5
11/13/98
CLL
107-06-2
1,1,1 -Trichloroethane
ND
ug/L
0.5
11/13/98
CLL
71-55-6
1,1-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
563-58-6
Carbon Tetrachloride
ND
ug/L
0.5
11/13/98
CLL
56-23-5
Dibromomethane
ND
ug/L
0.5
11/13/98
CLL
74-95-3
1,2-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
78-87-5
Trichloroethene
ND
ug/L
0.5
11/13/98
CLL
79-01-6
Bromodichloromethane
ND
ug/L
0.5
11/13/98
CLL
75-27-4
cis-1,3-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
10061-01-5
trans-1,3-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
10061-02-6
1,1,2 -Trichloroethane
ND
ug/L
0.5
11/13/98
CLL
79-00-5
1,3-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
142-28-9
Dibromochloromethane
ND
ug/L
0.5
11/13/98
CLL
124-48-1
1,2-Dibromoethane
ND
ug/L
0.5
11/13/98
CLL
106-93-4
Tetrachloroethene
ND
ug/L
0.5
11/13/98
CLL
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/L
0.5
11/13/98
CLL
630-20-6
Chlorobenzene
ND
ug/L
0.5
11/13/98
CLL
108-90-7
Bromoform
ND
ug/L
0.5
11/13/98
CLL
75-25-2
1,1,2,2 -Tetrachloroethane
ND
ug/L
0.5
11/13/98
CLL
79-34-5
1,2,3-Trichloropropane
ND
ug/L
0.5
11/13/98
CLL
96-18-4
Bromobenzene
ND
ug/L
0.5
11/13/98
CLL
108-86-1
2-Chlorotoluene
ND
ug/L
0.5
11/13/98
CLL
95-49-8
4-Chlorotoluene
ND
ug/L
0.5
11/13/98
CLL
106-43-4
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater 12 REPORT OF LABORATORY ANALYSIS KY N t DUST List 90090
NC Drinking Water 37706
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

i ! PaceAnalyticai=
9800 Kincey Avenue,
ical Huntersville, NCL--
Tel: [phone]-,,
Fax: [phone]
DATE: 11/16/98
PAGE: 4
Pace Project Number: 922633
Client Project ID: J&J - 931990
Pace Sample No: 92186642 Date Collected: 11/03/98 Matrix: Water
Client SampLe ID: KENMURE - W5 Date Received: 11/04/98
Parameters
Results
Units
---------
PRL
----------
Analyzed
Analyst CAS# Footnotes
--------------- ----------
---------------------------------
1,3-Dichlorobenzene
----------
ND
ug/L
0.5
--------
11/13/98
CLL
541-73-1
1,4 -Dichlorobenzene
NO
ug/L
0.5
11/13/98
CLL
106-46-7
1,2 -Dichlorobenzene
NO
ug/L
0.5
11/13/98
CLL
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/L
0.5
11/13/98
CLL
96-12-8
1,2,4-Trichtorobenzene
NO
ug/L
0.5
11/13/98
CLL
120-82-1
Hexachlorobutadiene
ND
ug/L
0.5
11/13/98
CLL
87-68-3
1,2,3-TrichLorobenzene
NO
ug/L
0.5
11/13/98
CLL
87-61-6
Methyl-tert-butyl Ether
ND
ug/L
0.5
11/13/98
CLL
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
11/13/98
CLL
108-20-3
Benzene
ND
ug/L
0.5
11/13/98
CLL
71-43-2
Toluene
ND
ug/L
0.5
11/13/98
CLL
108-88-3
Ethylbenzene
ND
ug/L
0.5
11/13/98
CLL
100-41-4
m&p-Xylene
NO
ug/L
0.5
11/13/98
CLL
7816-60-0
Styrene
NO
ug/L
0.5
11/13/98
CLL
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
NO
ug/L
0.5
11/13/98
CLL
95-47-6
Isopropylbenzene (Cumene)
ND
ug/L
0.5
11/13/98
CLL
98-82-8
n-Propylbenzene
NO
ug/L
0.5
11/13/98
CLL
103-65-1
1,3,5-Trimethylbenzene
NO
ug/L
0.5
11/13/98
CLL
108-67-8
tert-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
98-06-6
1,2,4-Trimethylbenzene
ND
ug/L
0.5
11/13/98
CLL
95-63-6
sec-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
135-98-8
p-Isopropyltoluene
ND
ug/L
0.5
11/13/98
CLL
99-87-6
n-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
104-51-8
Naphthalene
ND
ug/L
0.5
11/13/98
CLL
91-20-3
1-Chloro-3-fluorobenzene (S)
91
%
11/13/98
CLL
625-98-9
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater NC Drinking Water 37706 REPORT OF LABORATORY ANALYSIS TN2 KY Drinking Water 90090
TN UST List
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

0 n � =rw w
�c o �
3 o 0 o Q
N
C,CD = a
x CDA
o cn
11
■ ®m
D <Tu -o m s o�� m
\ Cl) o 3 r co -° m o
33 > _ --q -it,0n0m O� wo 0o a mac.
Q w w A T. c Op o 0 0 0 o D•c'c0i D N ��° �
° m 0 3 3 o w (n D OD o \
torn w =ro �7CO -<two
�t O V1
p A O p y -n -n A -� (� T
w cAi, a w w Z a (A ul - -,,CD u�
A A a � z D n n zx� a r (n
rn 17 o m
cn o o A rn p �t_N C t0 Qi
s ^' m a 'Z CI w M Z
e Cl) OA _o o n
:r) °
a w m m _
1 o m Vc \
Lo ? co z1 3 o L Co 3 O
�c�3 3 �S- O 70
n W
CD 0
s � �
ou, N p0
m ° Q o c p cn
m CLvwi CL V tO 0 CA . m O 0
N CA r' _. CA
Z
-
n C) n 00
D (n
1
A
N
A
U1
O
0
W
N
(n
co
a'.
co
�,
=
❑❑BI Ch
D
P
CDO-.
— cc
E'
c
m
�.
c
rn
`m 3
3
c 3
°. =
r-
O
CO
o �
3
rn A
O
3
co
z
3
a rn
m 3
ani
a U
m 3
(D
cn
m
n
w
CD
cn cn
O
"1 (D w A
3 col)
\
O c:
M
O
g~
Ul
m
A .A
cJi
Ln
O
0
m
N C,
Cn
Ln
U1 C0Ln
ro
C1t.
�3
►1F���
m
m
CL
Ln cn
e
1� T :3 — :3
n -<
m
o
l<
m
LD.
3
o
C)
c3
Ln
cn
m
p7
m
3
��
O?
c
a
Rl
Ul tD O y.=r
„CD
7
Z3
°Q
w
Z
m
G��a33
co0
0❑ n
3
t'�
Ow
Za°
0
m
i
3
o n
C
N m
3
c
c c c
c
3 c c
c c
3
3 c
3
3
c
3
3
3
=
my
o
W
cn
r
-Di
-4
-0
o
-0m n>
"
a
z00
o
SS
3
cn
0 CD
S 3
m
00
In
m
O
�_
O O
O
-c_+ 0
m
CD CD
Asa
m
m w O
N
o
CD
y w
Fr
n
0 o
O
m
ce, 3
X C
c
-
m. mN
O
Cal
m
CL
m
CD
e
w
ru
d M 0..
d fn
N
N CA r' _. CA
o
-
n C) n 00
D (n
1
o
m a 'c a
°'
cwn
<I
° o
a
�,
m 3
P
A
— cc
E'
c
m
�.
c
rn
`m 3
3
c 3
°. =
r-
CO
o �
3
rn A
w
m c'
3
o,
w
�_
3
a rn
m 3
ani
a U
m 3
rn
m
M
cn cn
O
r
O
g~
Ul
m
A .A
cJi
Ln
O
0
m
N C,
Cn
Ln
U1 C0Ln
ro
C1t.
�3
►1F���
m
m
CL
Ln cn
e
7m:;
CO
m
o
l<
m
LD.
3
o
C)
c3
Ln
cn
m
p7
m
3
��
''11
l
c
a
2
„CD
Z3
°Q
w
Z
m
m
w
t'�
Ow
Za°
i
C
c
c c c
c
3 c c
c c
c
3 c
c c c
m„ni°rY`rm.xs.
=
W
cn
r
-Di
-4
-0
o
-0m n>
"
a
z00
o
SS
3
2 S m
S 3
m
00
In
m
O
�_
O O
O
-c_+ 0
m
O O O
Asa
m
m w O
N
o
CD
y w
Fr
n
0 o
O
m
ce, 3
X C
c
-
m. mN
O
Cal
m
CL
m
CD
e
w
ru
d M 0..
d fn
N
a p m
l, OlE&&
Q
m N
�.
'
S m D
a
m p
CD vm,
aEn
f
<I
y
w
m
r% ra
CO
o �
Zm
V1'nrO
6c:
O
'n
`-+
b
O
r
O
g~
5 m
cD o
w
w
Q
D m
-4°
r
m
m
CL
m
e
7m:;
CD
m
o
l<
m
LD.
3
o
C)
c3
cn
m
p7
m
h
rD-
''11
l
c
a
2
„CD
w
Z
m
m
w
t'�
Ow
Za°
i
C
`
3
aC
Zw
w
=
W
-Di
o
"
3
SS
m
m
In
O
�_
O
-c_+ 0
m
o
CD
O
z (A
Cal
m

< m
1 O
CD
v, CD
3
CD
(D
o
ico
co
i cc
w�
m
c m
Cr (D
3�
cX
CD O
a�
C
CD A
O
O m
T.
0
O
0
O
CL
a
N
w
Q
(D
V-n
rm
Z
0
CD
O 0
O �
N
O
C) =
O O
O =
0 O'
7
0 "*
O Q
V)
N O
cD m
** a
CJ
0 O
aCL
os
7:
-I -i Cl) Cn -D 2,. 9 C) �-o z 0 () C)
X0-0 C: M =),O
=gin ° 000
2) :5 (/) Z) M. h o c 00
Z 3 C7 (n 0_
0 0-i Q- w (nz0 CD
a 0
CD n aoo ��
CD
Q
a
N
33 =r3333333:33 003
(Q (Q O CQ (Q (Q (Q (Q (Q (Q CQ 3 3 (Q
ZKKT"=M0000w>mZZ
0 W w E CCD O O 3 -www C� N (D
O (0 O Q n �- O� z Z
W CD c CCD -- C -o 3O 3 c cn ,o
CD--3`� 033 30
CD3 —�'Z
-Z
w
c
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
co (Q (Q (Q (Q c0 c0 c0 co c0 (Q cQ cO cQ (0
m
C)
0
CD
CDCD
0' m
3
O
c
CL
cn
w
a
-ON -UZ
CD's 0-
�.
m
ct � 0' O Z
o (D n Q. CCD
-0 2
O
c
CD
cr
CLcn
CDC7
Q.
c c c 3
(Q (Q (Q CQ (Q (Q
�0(DnoCl)
°___
D= c� O a r-
:3 r w 0 • o w o 0
m° 3 0 0= o w o o
mzm�-' '0wCD o
3 a m= ro m o
CD _0 CD
m
3 m Zc
3
� a
C
CT
cn ,�(n N
G y 41� ~�3
m cum
7o a (D
m cn C:7 -
C) -»
en r
Q F� o O cr 0 n
r CD O O N
r 0 w 0 ot
m n w CD
0 0 3 CD a
I Q�.aw
m c cn 0 .�
C wM,�
z ¢; w (O w
rCD _� O p-'
-I wD
07 a .. A
m
mCD m
v _ o
D CD c m
v COD
7
'1I w C -0 O
v Q CD 7 t11
r �
n
v -
o00
n
�n O
mm a
o
w
C)
73z
O
Z _0
Q CD
w I
w
O 0 Ari -p N
CD o
w a o
ICL v o
0-a �!
N CD
CL
6
O :
0
c
CL
n
NO
O
CD
m
w
0
D�
c- z
m 3 C'm
w
M m
c0
mmz
o -v
aFn0
-Vm
O�
(n
D
r
O
M
0
z
CA
m
z
O
z
a c oCD h M
�� ov
CD
�0
r-
0
� w
T
N CD
N a
CD
0
m
-o
m
z
C:
K
ou
m
�o
m
O
c
m
m
v

Mr. Harry James
Page 3
Client Reference: J&J Kenmore
PACE Sample Number:
Date Collected:
Date Received:
Client Sample ID:
Parameter Units PRL
ORGANIC ANALYSIS
Pace
9800 Kincey
Hun
Tel: 704
Fax: 704-871
December 02, 1997
PACE Project Number: A711,,
93 0487718
11/17/97
11/19/97
Kenmore
MW
W5 METHOD
DATE ANALYZED
VOLATILE ORGANICS
Dichlorodifluoromethane
ug/L
0.5
NO
6230D
11/25/97
Chloromethane
Chloroethene (Vinyl chloride)
ug/L
ug/L
0.5
0.5
ND
NO
11/25/_97
11/25/97
Bromomethane
ug/L
ug/L
0.5
0.5
NO
NO
11/25/97
11/25/97
Chloroethane
Trichlorofluoromethane
ug/L
0.5
NO
11/25/97
1,1-Dichloroethene
ug/L
ug/L
0.5
0.5
NO
NO
11/25/97
11/25/97
Dichloromethane
trans-1,2-Dichloroethene
ug/L
0.5
NO
11/25/97
1,1-Dichloroethane
ug/L
ug/L
0.5
0.5
NO
NO
11/25/97
11/25/97
cis-1,2-Dichloroethene
ug/L
0.5
NO
11/25/97
2,2-Dichloropropane
Chloroform
ug/L
ug/L
0.5
0.5
NO
NO
11/25/97
11/25/97
Bromochloromethane
1,1,1 -Trichloroethane
ug/L
0.5
NO
11/25/97
1,1-Dichloro-l-propene
ug/L
ug/L
0.5
0.5
NO
NO
11/25/97
11/25/97
Carbon tetrachloride
1,2-Dichloroethane
ug/L
0.5
NO
11/25/97
t,A, O richloroethene
ug/L
0.5
0.5
NO
NO
11/25/97
11/25/97
4,j2 -Da hloropropane
Bromo` chloromethane
ug/L
ug/L
0.5
NO
11/25/97
,Dibrok&ethane
ug/L
ug/L
0.5
0.5
NO
NO
11/25/97
11/25/97
cis;-1,� Dichloro-l-propene
'trans-1,3-Dichloro-l-propene
ug/L
0.5
NO
11/25/97
11,2 Tt4ichloroethane
ug/L
0.5
NO
NO
11/25/97
11/25/97
1,3--Di4) oropropane
ug/L
0.5
NO
11/25/97
Tetrachloroethene
ug/L
ug/L
0.5
0.5
NO
11/25/97
Dibromochloromethane
ug/L
0.5
NO
11/25/97
1,2-Dibromoethane
1,1,1,2 -Tetrachloroethane
ug/L
0.5
NO
11/25/97
Bromoform
�%
ug/L
0.5
NO
11/25/97
,SAN -
I
81998
IDs
Laboratory Certification IDs
NC Wastewater 12
G
e �t �� L
ORATORY
ANALYSIS
I aborato[y c Prtification
KY Drinking Water 90090
TN UST List
NC Drinking Water 37706 AS e
Sc 99006
o _I T �i e
This report sha not be reproduced,
except in full,
VA Drinking Water 213
g
without the written consent of Pace Analytical Services,
Inc

Mr. Harry James
Page 4
Pace i1,
9800 Kincey,
Huntersu,
J
Client Reference: J U Kenmore
Tel: 704-b
Fax: 704-875
December 02, 1997
PACE Project Number: A711,
PACE Sample Number:
93 0487718
Date Collected:
11/17/97
Date Received:
11/19/97
Client Sample ID:
Kenmore
MW
Parameter
Units
PRL
W5
METHOD DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANICS
6230D
1,1,2,2 -Tetrachloroethane
ug/L
0.5
NO
11/25/97
1,2,3-Trichloropropane
ug/L
0.5
ND
11/25/97
Bromobenzene
ug/L
0.5
ND
11/25/97
2-Chlorotoluene
ug/L
0.5
NO
11/25/97
4-Chlorotoluene
ug/L
0.5
NO
11/25/97
1,3 -Dichlorobenzene
ug/L
0.5
ND
11/25/97
1,4 -Dichlorobenzene
ug/L
0.5
NO
11/25/97
1,2 -Dichlorobenzene
ug/L
0.5
NO
11/25/97
1,2-Dibromo-3-chloropropane
ug/L
0.5
NO
11/25/97
1,2,4-Trichlorobenzene
ug/L
0.5
NO
11/25/97
Hexachlorobutadiene
ug/L
0.5
NO
11/25/97
1,2,3-Trichlorobenzene
ug/L
0.5
NO
11/25/97
Benzen
ug/L
0.5
NO
11/25/97
Toluet�t
ug/L
0.5
NO
11/25/97
Ch1'oro#enzene
ug/L
0.5
ND
11/25/97
Et:hylbiflizene
ug/L
0.5
NO
11/25/97
Xy�enes�(total)
ug/L
0.5
NO
11/25/97
Styrenec:F
Y
ug/L
0.5
NO
11/25/97
IsdpropyDenzene
ug/L
0.5
NO
11/25/97
n-R.r6pyl benzene
ug/L
0.5
NO
11/25/97
1,3,5=Tri4khylbenzene
ug/L
0.5
NO
11/25/97
t -Butyl -benzene
ug/L
0.5
NO
11/25/97
1,2,4-Trimethylbenzene
ug/L
0.5
NO
11/25/97
s-Butylbenzene
ug/L
0.5
NO
11/25/97
4-Isopropyltoluene
ug/L
0.5
NO
11/25/97
n-Butylbenzene
ug/L
0.5
NO
11/25/97
Naphthalene O
ug/L
0.5
NO
11/25/97
JAN - 81998
Groundwater Section
Asheville Regional Once
Laboratory Certification IDs
NC Wastewater 12 REPORT OF
LABORATORY ANALYSIS
Laboratory certification IDs
Drinking Water 90090
NC Drinking Water 37706
Sc 99006 This report shall not be reproduced, except in full,
TN
TN UST List
VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc

y
'ea�m
f�
iC
i!
X
V^
N y
y b
J
J V
w
y
Y. w
'Q
;v
z
—1 z M
w
y
O
S
VI
y
y
oov
S
x
m
O
z
rA
�
e
Li
b4_
+
6
0
�p
In
N
l.n
b
�
•-
U
to
J
Oe
A
re.
G
W OCG OCO VCO
rrrrrrr�rrrrrrrrrr
W
3
W
Q
a
OCG
W
W
W
OCG
a
O
n
A
�
O
{A
A
C
R
N
O
^
r
r
r
r
r==
oG�
0a
a0
r
r
vG
0G
r
r
r
0o
Ga
w
rrrrrr
r
w
y
'ea�m
o8
iC
i!
X
V^
N y
y b
J
J V
w
y
Y. w
'Q
;v
z
—1 z M
w
y
O
S
VI
y
y
S
S
x
m
O
z
rA
�
e
Li
b4_
+
6
0
�p
In
N
l.n
b
�
•-
U
to
J
G
W OCG OCO VCO
rrrrrrr�rrrrrrrrrr
W
3
W
Q
a
OCG
W
W
W
OCG
a
n
A
�
O
W
A
C
R
^
oG�
0a
a0
GG a0
vG
0G
oG
w
OG
0o
Ga
w
rrrrrr
w
rl't"t'"ro
rr�-r`r
�
oG
y
'ea�m
o8
ti -70i
m
z
V^
N y
y b
J
J V
w
y
Y. w
x
S
w
x
z
rA
�
e
Li
6
0
�p
In
N
l.n
b
�
•-
U
to
J
W OCG OCO VCO
rrrrrrr�rrrrrrrrrr
W
3
W
OCG
W
OCG
W
W
W
OCG
y
'ea�m
o8
ti -70i
m
z
V^
N y
y b
J
J V
w
x
S
w
x
z
rA
�
e
Li
6
0
A
a
as
^
a
n
A
�
C
R
^
y
'ea�m
o8
ti -70i
m
z
V^
N y
y b
J
J V
w
z
rA
�
e
Li
6
0
^
Ell. ^
3
oCJ M y
8
5'
5'
V^
N y
y b
J
J V
w

0
3
3
m
I -i
1_777-1'�"T_
v
m�
cn
o
m
L.
I
I
m a:
i
o
I
O> m�
po a
I
Wz� .
,�
,r
=
m
c
O
o
o
O
O
O
w
p
p
p
w
go.
Al
w
A
N
d
Q
C)
—
o
0 '
0
0
C7
Cl)
-0
Cl)
CD
0
D
CD
n o
��
m
-40
c
m
a,
N
��
O
rCl
=.
VI
0
3
0
cp
w
v
2
CD
3
m
0c
w
m
o
o
Zo
cn
rn
a�
w
w
o
pp
=
x
O
A
O
O
c
T
T
w
oA
CD
O
A
in
t
OD
fW
.A
Cn
mCD
p,
A�
n
w
O
N
.
A
O
C .
w
a
o
j
El lie
r_r
m w
0
O
�
A
O
vl
3 3=
w
CD
CD
CD
C =(D
m
r 7 a
_R c
O
0
O
°
c
3
3
3
3
3
3
c
3
z
3
0
0
3
3
3
coC)
C
cn
n
DE
<o
(M
co
=
72
co
C
_
3
3
ca
\
�n
�i
CD '0
a
A
m l
o
to co
0
LA
rj�
tt
�z
z
it 0
O
cncncnv==
nq
00.&
(A 3 (1
a
O
��
=
�� 'cD
w
c
1,
S
�
w
a
w
a
o
�
m
�n
+y
FC
O
o r'
o.
a�
m
m
•
o
m
m
d
cn
O
Z
�11
m
4
n
n
y
N
W
uq
CD
a
!t}I
-cn
mZ
a
twn 11
CD
a
CL
O
U)
O
T
w
3
" Ali
w
p_
w
0
0
�
V
O
y
O
c
=
N..
m
o
3
co
O=
w
W
at
Z
y
O
(,O\ m
Ul
w
cn
o
r
o
w
0
0
0
N
c
0
3
3
3
3
3
3
w
c
3
3
3
_
Q
=
=
z
_
3
=
N
cn
'D
z
z
Kg:
7_-
c
0
w
m>
D
D
a
=
z
o
o
w
Dm0
c
amw
a
wmmo
oa"
w
m3
•
E
3c
3
n
'
c
A
3
3
D
c
rn
3
3
A
m
3
a
a)
m
`�'
rn
A
M
rn
cn
C°'71
ai
�
U
A
rn
m
0)O
m
0
Ln
a1
0
O
N
C)
al
N
00
CYI
a1
cn
Ul m
a,
o
rn
a1
A
c
c
c
3
c
3
3
c
c
c
c
c
3
c
c
c
c
0
z
0
0
M
2
2
'om
w
=
3
n�
CA
Q-
o
c°
m
o
0
d
CD
o
m
==r0-
O
O
w
it
m
X
c
m
F
CD
N
o
o'
7D
O
m
a
m
0)
(D
p
m
�O
m
W
(D
Q.
CD
D
v)
a
d
c
n'
m
.-
CD
a
CD
ai
m
a
g
< m
N d
0—
z a
Om
T O
am
m<z
moo
p3�
Dm �
r�
< 0
CD
d y
O? O
w—
Z CL
3
a=
Z
.4 c
m
z
M o
CDn
zN
v
m�
cn
o
m
L.
W a(
3o
m a:
o
a
O> m�
po a
O
Wz� .
i
z v -`•
Z
w
co
D
W
0 6T
Cl)m
3Z
o
o
0
Cl)
-0
Cl)
0
0
D
n o
��
CD
ao
��
O
rCl
=.
VI
�
0
w
x
c
�
(a
o
U)
�_
Zo
?
a�
p p CD
m
0
O
O
o
O
o
m
El lie
r_r
m w
0
O
O
vl
3 3=
w
CD
CD
CD
C =(D
m
r 7 a
_R c
0
°
v
m
3mm3
n
DE
n
72
20
�n
�i
CD '0
a
A
m l
o
to co
LA
rj�
tt
it 0
00.&
(A 3 (1
zip
°
��
�� 'cD
1,
�iJLA
Fr_
FC
O
o r'
CD
co
w m
- m
z
�11
m
m
o
3
m
!t}I
-cn
mZ
a
W
`�
CD
a
CL
U)
Co
3
" Ali
-a
m
�
w
�
5
c
=
o
3
y
O
(,O\ m
a
g
< m
N d
0—
z a
Om
T O
am
m<z
moo
p3�
Dm �
r�
< 0
CD
d y
O? O
w—
Z CL
3
a=
Z
.4 c
m
z
M o
CDn
zN

N
�it D M " n 00 (n * r.
(D� �A.:�mo S (nCMD �...,
Q (D U O M (D x Q Q
ODw� p m 0 z.�
O6.Wm ry
-< (n ' op O -n70 �` C
m 3Zp D
z -v W Z m {p
o m
cn 0 N C (Q N G i�
m a y l z Zffin
(n op, oo�o �o
0 m
o0o Cl\ D
la n
=' 7 i
w
-14 CD O ) O
N
o
❑❑ Cl)
M.Cf) pr0m OoLv
V I 0 '" 2. C1 r
w -0 °' CD Rr ❑ m m
Cl)� 7n v
0 0 9" m
y a w m �, Zi 0 ❑ cn
3 3 n [gD
oo v ai m o
3
3 v
3' w c r
Qcfl r� CD a CL ,. m
T 0 (� S (D M
CD CD
Y Q 1�
am �'il3
r 0 0
\ - °
3 _v v
lagym.N d
c�m Q J-01
On0Z ID
jr-e
noc Om
m��C �^-u v o O m o w nm
0 v -�
CD cn m m
°' c� a z m S. z
r n CDcl -a d C C 70 0
C 0
.. 3 D�
ID 0 l<
CDW <m�
LA
r -n 61
U) (D S ,
3 C Mo ? o
w v .n O d —
m Z -� Z a o
C .l) Q -J OZd
CD
w n O r and
N sn mm
0 pCD c
C
i cD 0
o
Z N
7
(D
If
lll�\l
I
I
��l
0
0
0
0
0
w
0
D
D-070
�
o
o
n
n
co
'<
o
=w
s
�'w
�
3F
S
CD
c
�
:03o
o
O
Q
w
Q
w
w
4
N
Q
n
_000
CL
m
�.
c
a
m
0
a'
o
�'
w
c
V
C
N
3
w
n
°
o
O
O
V
O
yp��
p®�
=rN
O
O
0=
OO
Q.
A
A
U
C
y
TI
`PI
W
N
A
%
CD
?O
N=
2
A
n
CD
—I
O
T
(D
Q
w�
A
co
w
in
o.
.F
w
wCD_
N
j
j
CL
cn
o
w
o
n
A
C
c
3
o
'o
co
co
co
3
co
co
co
2.
co
C
to
cfl
co
vz
z
O
cnwwmmmmo
a
a
�n
CL
CD-
m
m
�:
o
m
Mn
w
Z
Cl)
A
A
C7
w
vi
vi
m
0
wm
a
w
o
o
V
o
cD
co
o
6
°�
Wo
voi
Z
cn
w
o
O
�
r
o
0
m
N
C
0
3
3
3
3
3
3
�
c
3
3
3
3
N
CO
-
Z
Z
K
T.
2
-n
o
o
o
o
w
D
D
D
N
m
o
n
S
n
n
to
D
CA
CD
CD
I
°
w
w
0
m
o
w
O.
w_
w
3•
A�'
ID
C
>
>
C*
0
p
o.
c'
n..
C
3
7
N
ccn
c'
3a
rn
3
W
COD
w
3
3
3
cD
rn
a
cn
m
3
rn
m
rn
M
M
rn
cn
w
w
°A'
j
A
M
rn
rn
O
N
O)�
N
cnn
MOO
O
C)
m
v
Mv,
CC
\
1
c
\
c
3
\
O
\
3
\
3
c
c
c
\
c
\
c
\
o
\
c
\
c
\
c
\
c
\
=Sw
=3
�Qo�co
�'
m
w
m
W
C)(D
O
o
m
o
o
M
m
H
O
cu
N
w
Q
�
O
�
X
c
w
m
CD
a
n
o
co
M
y
m
<
O
co
M.
�°
n
t�
<D
D
a
d
o
CD
cc
O.
CD
N
�it D M " n 00 (n * r.
(D� �A.:�mo S (nCMD �...,
Q (D U O M (D x Q Q
ODw� p m 0 z.�
O6.Wm ry
-< (n ' op O -n70 �` C
m 3Zp D
z -v W Z m {p
o m
cn 0 N C (Q N G i�
m a y l z Zffin
(n op, oo�o �o
0 m
o0o Cl\ D
la n
=' 7 i
w
-14 CD O ) O
N
o
❑❑ Cl)
M.Cf) pr0m OoLv
V I 0 '" 2. C1 r
w -0 °' CD Rr ❑ m m
Cl)� 7n v
0 0 9" m
y a w m �, Zi 0 ❑ cn
3 3 n [gD
oo v ai m o
3
3 v
3' w c r
Qcfl r� CD a CL ,. m
T 0 (� S (D M
CD CD
Y Q 1�
am �'il3
r 0 0
\ - °
3 _v v
lagym.N d
c�m Q J-01
On0Z ID
jr-e
noc Om
m��C �^-u v o O m o w nm
0 v -�
CD cn m m
°' c� a z m S. z
r n CDcl -a d C C 70 0
C 0
.. 3 D�
ID 0 l<
CDW <m�
LA
r -n 61
U) (D S ,
3 C Mo ? o
w v .n O d —
m Z -� Z a o
C .l) Q -J OZd
CD
w n O r and
N sn mm
0 pCD c
C
i cD 0
o
Z N
7
(D

zKK;r,=moo2oF>TZZ
ca CD c: =r SD
— = Ev;:,:
0
_0
3
K K
(n a(
L>-Px I —
C O—Z
=$
w R -03wq--owp-32ZO
'Can 9
ON)
3 -- 2
9
3 E'3
:3 cn
� 2.5
m
—
w
CD
23
Dm
P
cn
m
0 -00 O=
mcn
z
co
0 M
0
m
w
a
0
0
Oz
m
0
:3
m
0
c
O
to. (Ci)
a'm
0
333333333333333;
ca ca ca cn ca ca ca ca ca cc
(a (0 (a (a cc
0
Z3 -ON -0 Z
CD :3 Cr
(n
CD
Z 9.N rZ
CL 5CD o
0 CD 0
0 (n am
c
3
za
C)
0
0 CD
C -%
=3 cr
OL
3
CD 0
(D
cn
Imilwo
ca c
-0
m
Dm
ZZ Z
m
0 -00 O=
mcn
co
0 M
0
m
w
a
0
0
Oz
m
0
:3
m
0
c
O
to. (Ci)
a'm
0
, c
0
c
za

Fax NO.:
704 252
4618
12p31-9
Pace Aran b
AN
5A Ravel,_
rw
Asheville Nk,
Tel [phone]
Fax; 71514-252-461b
Mr. Harry vanes
December
04, 1996
Page 9
PACE
Project Number: A61120b\
Client Reference° J and J Kenmore
PACE Sample Number:
93 0305946
Date Collected:
11/20/96
Date Received:
11/21/96
Client Sample 10:
Kenmore
Parameter
Units
PRL
ids
METHOD DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANICS
502.2
Dichlorodifluoromethane
ug/L
1.0
ND
12/01/96
Chloromethane
ug/L
1.0
ND
12/01/96
Chloroethene (Vinyl chloride)
ug!L
1.0
ND
12/01',196
Bromomethane
ug/L
1.0
NO
12!01/96
Chloroethane
ug"'L
1.0
NO
12/011196
Trichlorofluoromethane
ug/L
1.0
NO,
12/01;96
1,1-Dichloroethene
ug/L
1.0
NO
12/01//96
Dichloromethane
ug/L
1.0
NO
12 O1 96
/
trans-1,2-Oichloroethene
ug/L
1.0
NO
12/01/96
1,1-Dichloroethane
ug/L
11.0
NO
12/01/96
cis-1,2-Dichloroethene,
ug/L
1.0
NO,
120196
2,2-Dichloropropane
ugjL
1.0
NO
12/01/96
Chloroform
NO 12/01/96
Bromochlgromethane
uq J
1.0
12/0!/96
1,1,1 -Trichloroethane
ugJ
1.0
NO
12,01/96
1,1-Dichloro-1-propene
ug/L
1.0
NO
12/01/96
Carbon tetrachloride
tag/L
1.0
ND
12/01/96
1,2-0ichloroethane
ag/L
1.0
NO
12,P01/96
1,1,2 -Trichloroethene
ug/L
1.0
NO
12/01/96
1,2-Dichloropropane
ug,/L
1.0
NO
12/01/96
Bromodichloromethane
ug/L
1.0
ND
12/01/96
Dibromomethane
ug/L
1.0
NO
12/01/96
cis-1,3-Dichloro-l-propene
ug/L
1.0
NO
121101/96
trans-1,3-Dichloro-l-propene
ug/L
1.0
ND
12/01/96
1,1,2 -Trichloroethane
ug/L
1.0
ND
12/01/96
1,3-Dichloropropane
ug/L
1.0
NO
12/01/96
Tetrachloroethene
ug/L
1.0
NO
12/01/96
Dibromoch?oromethane
ug/L
1.0
NO
121'01/96
1,1,1,2 -Tetrachloroethane
ug/L
1,0
NO
1241/96
Bromoform
ug/L
1.0
ND
12/Oi/96
1,1,2,2 -Tetrachloroethane
ug/L
1.0
NO
12/01/96
REPORT OF LABORATORY ANALYSIS
This repot! shall not be reproduced exmpl ir, full
wrnout the wrten-nnsent of Pare Anayl!cal Serviceg� inc

FAX NO.; 704 252 4618
0
Mr, Harry James
Page 10
Client Reference- J and J Kenmore
12-31-96,
Ox* Anal,,tt—,
SA pjve�--,
A&PiOf,% N(,,
aax f04-2524618
December 04, 1996
PACE Project Number: A611206L
PACE Sample Number-
93 0305946
Date Collected:
11/20/96
Date Received:
11/21/96
Client Sample ID:
Kenmore
Parameter
Units
-PRL
WS METHOD
DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANICS
502.2
1,2,3-Trichloropropane
uq/L
1.0
NU
12/01,96
Bromobenzene
2-Chlorotoluene
ug
ug/�L L
1.0
1.0
ND
NO
12/01'/96
4-Chlorotoluene
u 9'! L
1.0
IND
12/01/96
12/01/96
1,3 -Dichlorobenzene
uq,/L
1.0
ND
12/01/196
1,4 -Dichlorobenzene
ug"'L
1.0
ND
12/101/96
1,2 -Dichlorobenzene
Ug,/L
1.0
ND
12/01/96
112-Dibromo-3-chloroproparie
ug/L
1.0
ND
12/01/96
102,4-Trichlarobenzene
ug,(L
1.0
ND
12/01/96
Hexachlorobutadiene
Ug/L
1.0
NO
12101196
1,2,3-TrichlorobenZGnO
Benzene
uq'iL
ugJ
1.0
1.0
ND
12/01/96
NO
12/01/96
196
Toluene
Chlorobenzene
ug/L
uq/L
1.0
1.0
ND
ND
.12/01/96
Ethylbenzeneug/'L
1.0
ND
12/01/96
12/01!96
Xylenes, (total)
Styrene
ug/L
1.0
ND
12/01/96
Isopropylbenzene
ug/L
ug)L
1.0
1'0
ND
ND
12/01/96
12/01/96
n-Propylbenzene
1,3,5-Trimethylbenzene
uqiL
ug/L
1.0
110
ND
NO
12/01/96
t-Butylbenzene
u
10
NO
12/01/96
12/01/95
1.2,4-Trimethylbeozene
ug/Lg/L
1.0
ND
12J0I/96
s-Butylbenzene
4-1sopropyltoluene
Ug/L
uq/L
1.0
1.0
NO
ND
12/01/96
12/01/96
n-Butylbenzene
Naphthalene
uq1L
1,0
ND
12/01196
ug/L
110
ND
12/01"/96
REPORT OF LABORATORY ANALYSIS
This repon shelf not be -'ar-odt;ced excephr, fLM
,wilhcQt ipie *titte!(, consent cl Pace AnWylical Servicp_s Inc

'O
'9
z
^7
Z
a°Doi co
m
_v{
0
3
D
n
a
w
a»
$
e o s
T
v,
M
�N
o
n c O
e'i
V
-1
C
^n
n
Z
o 0
0
o R g w
x
S
o a A
o 0 0
a
0
0
v
z
F O O
m
�
C
❑m
z
1
�
O
O
^
b
N
6
o
�
o
V
O
J
z
c
b
�
ti e
w
e
3
3
e
c
c
c
p ec
3
c
c
c
e
�
3
3
3
3
3
w
3
3
3
3
3
c
c
3
3
3
3
►rC z
n
3
fr
3
[W"
3 3 3 3
c' t' cam`-'
3
9 z 3
o e 3
3 3
3
3
A
°' .
�'
O
L
^
'O
'9
z
^7
Z
3
m
_v{
0
3
D
n
a
w
a»
'z
D
w
v,
M
�N
m
Z
e'i
V
-1
C
^n
n
r
3
Z
z
m
�
C
❑m
z
1
�
O
O
^
b
N
6
o
�
o
V
O
J
z
c
b
�
ti e
w
e
3
3
e
c
c
c
p ec
3
c
c
c
e
�
3
3
3
3
3
w
3
3
3
3
3
c
c
3
3
3
3
3
N
A
c
z
d
3
a
m
D
n
a
w
a»
'z
D
w
v,
M
�N
m
m
0
-1
C
^n
n
r
3
Z
z
m
�
C
❑m
z
1
�
O
^
6
V
O
J
z
c
c
e
ti e
3
e
3
3
e
c
c
c
p ec
3
c
c
c
e
a
s
o a
D
D
e Ol
C
zn
'z
a
v,
M
a
'o
m
0
-1
C
^n
n
r
3
Z
z
m
�
C
❑m
z
1
�
O
^
6
z
=
n
D
�
o
r�
w
o
m
z
a
s
o a
D
D
e Ol
C
zn
'z
a
v,
M
O
m
m
0
-1
C
^n
n
r
3
Z
z
m
�
C
❑m
z
1
�
z
=
n
r�
z
^a cp
o a
D
e Ol

c�nnnn
o o o Fr
CD 2
N --I C' C
N
CD 00
0
0 CO CLx CD
A
Ul
N C
�
i
cp :9c 3 3 3 3 3 3 0 113 Z;0 0 0 3 3
1 cn cC co co m cn cp cfl co
0 cD A'
CL m CD 0
3 O
p 9.�
O o
a� m _O
cN)
0
C7 �
mcn0rp cD N
�3A)CDCO,
= O D
In
b w a �. �'. CD 'C
N0F m
N :3o O D m %
o
I a 3 R1 O m m
3
a; -a m
t� cc Co
` o m S. � p
�o ST 00 Z
r R, o ,...
n
0
p y � r Z Q
3
n 1 y
R13 , me
0 0 r
N tA-u s �' Q
13 �•it (D. tD Al fD <D �m
M m Z a
n 0 a -CD
0 .a
d O o 4 CD 0-
T m <- CCD
c �
Z
Ku3
a
coDC-0
mm
m
�
2) a �
5
a0
O°
o"o'0O0
�
co
O �
O
D^ a o 0
�n CAD Zv `� N Vi
�
i
cp :9c 3 3 3 3 3 3 0 113 Z;0 0 0 3 3
1 cn cC co co m cn cp cfl co
0 cD A'
CL m CD 0
3 O
p 9.�
O o
a� m _O
cN)
0
C7 �
mcn0rp cD N
�3A)CDCO,
= O D
In
b w a �. �'. CD 'C
N0F m
N :3o O D m %
o
I a 3 R1 O m m
3
a; -a m
t� cc Co
` o m S. � p
�o ST 00 Z
r R, o ,...
n
0
p y � r Z Q
3
n 1 y
R13 , me
0 0 r
N tA-u s �' Q
13 �•it (D. tD Al fD <D �m
M m Z a
n 0 a -CD
0 .a
d O o 4 CD 0-
T m <- CCD
c �
Z
Ku3
a
a
m
C
N
CL
5
a0
O°
o"o'0O0
N D
00
O
D^ a o 0
�n CAD Zv `� N Vi
cn
CD
q
0
3
3
0 cfl
*
1
y D co
r
�1
r
z
eff
F
s o
�\ y$
m�
_
n
c�
(�
C7
D D
SD
m
m
3
w
y
5
0
0
3
D Cl)m 32= „O
c�
CL
m 3
�
d
w
m
Z o -a la_ �' CD U
c
���
a
CD
3-
"�
0
3
�' c
D n n a� r Ct)
(n
CLCD
�'
A
51r
w
A
_ oCD
O
0
o
T
A 3
'
°'
CD
m
A
o �� A) c co
rn
�
i
cp :9c 3 3 3 3 3 3 0 113 Z;0 0 0 3 3
1 cn cC co co m cn cp cfl co
0 cD A'
CL m CD 0
3 O
p 9.�
O o
a� m _O
cN)
0
C7 �
mcn0rp cD N
�3A)CDCO,
= O D
In
b w a �. �'. CD 'C
N0F m
N :3o O D m %
o
I a 3 R1 O m m
3
a; -a m
t� cc Co
` o m S. � p
�o ST 00 Z
r R, o ,...
n
0
p y � r Z Q
3
n 1 y
R13 , me
0 0 r
N tA-u s �' Q
13 �•it (D. tD Al fD <D �m
M m Z a
n 0 a -CD
0 .a
d O o 4 CD 0-
T m <- CCD
c �
0
m
!�1
v_
O
Z
0
nm
m�
<3
z a
m 7
z<_z
a0 O
D�
zr-
x
m E
m?o
Z, Z
;{ate
C)ZG1
O�
C
c m_
vm
n0
m�
m
0
1
O
z
Z
Ku3
A =
a
m
C
C
Ia
0
w
N D
OZi
cn
4
fp
3
r
z
eff
F
o
0
_
n
c�
(�
C7
D D
SD
m
m
0
m
!�1
v_
O
Z
0
nm
m�
<3
z a
m 7
z<_z
a0 O
D�
zr-
x
m E
m?o
Z, Z
;{ate
C)ZG1
O�
C
c m_
vm
n0
m�
m
0
1
O
z
Z
Ku3
CL
a
m
C
n
Ia
0
w
N D
OZi
cn
-
fp
3
r
z
o
0
_
n
0I
(�
C7
D D
SD
m
m
a-
2S
w
y
m
o
0
3
iQ
0
0
�•
m 3
�
w
m
c
c
cn
CD
3-
�3•
C
0
3
�' c
p�rnj
m
CLCD
�'
A
w
A
d
T
A 3
A
CD
m
A
3
A�
rn
Q
Q
N
AIC,
(("
L�
Ln
N
W
m
C.
t
C
-
Im
I
n
V
0
m
!�1
v_
O
Z
0
nm
m�
<3
z a
m 7
z<_z
a0 O
D�
zr-
x
m E
m?o
Z, Z
;{ate
C)ZG1
O�
C
c m_
vm
n0
m�
m
0
1
O
z
CL
a
J
cn
i I
m
3
m
0
0
0
0
a
m
a-
2S
m
w
CD
z
3
a
-n
atom
�
�
y
o
C3
G
..
C
o_
m
w
m o
v
o
my
x
O
Q
D SS
0�
x
C
r
fp
I
n
_
N N
O
0
m
0
O
y
S
C.
N
N
y
n. °
•V
co N
N
fD
CDD
O
N
n'
D
N
o.
CD
co
a
CD
(D
0
N
0
m
!�1
v_
O
Z
0
nm
m�
<3
z a
m 7
z<_z
a0 O
D�
zr-
x
m E
m?o
Z, Z
;{ate
C)ZG1
O�
C
c m_
vm
n0
m�
m
0
1
O
z
CL
a
J
cn
i I
m
3
m
a
m
CD
-n
�
�
y
o
x
0�
r
I
I
I"\o
_
0
m
!�1
v_
O
Z
0
nm
m�
<3
z a
m 7
z<_z
a0 O
D�
zr-
x
m E
m?o
Z, Z
;{ate
C)ZG1
O�
C
c m_
vm
n0
m�
m
0
1
O
z

CCD
OOOOO
v O
m
0
Dr cTo
Q7 Q m 3>
WOaa-O
77
0
c
p c.
OD�'-�$
�a CD
M-i-�O000m
14.
z
Wz,�
�c
0
0
?
c
O
Vl0
w
CD
Q
CD
5F
5F_
N
z
M
c
O
o
L
00
6'
O
0_0
3.a0'w
n
gm
2'
�,w
o
m3ZO
cam
om
CD
a
00�
G
0
CD
:;ic
0
CD
fD
=
a
y
.0
6NL�
D00OmNCE
�0
-CM
l
O
CD
W
N
O
m
O
A
O?
O
N
a
O
O
O
CL
Q.
06
Cl)
QVi
�
0
z
W
w
0
O
CD
O
O
_•
cn
IOOO
O
X
.
co
�
O
m
CD
O
mcyl
n
O
s
W
C1�
=3
CD
O
ID
�:
N
ell
a
N
o.
F
0
fD
0
>
CA
CD
n
Icn
W
R
O
c
3
�� o.�
❑Z
O
N o a
cfl
�
m
r
M
=
CD
y��OT
G
Q'
a
N
t�
§
(D
CD
m
m
W e
CD
N
Cm
-�
a3N,
m
�
r
-�
r
s
i
cIZE
3
3
m
Lnr
3
c
Z
3
0
oi3
3
06
o m= 'o cn�
v O
m
0
Dr cTo
Q7 Q m 3>
m O °
77
0
c
p c.
OD�'-�$
�a CD
CO
14.
z
Wz,�
�c
0
0
?
6
o
CD
Vl0
N.
CD
Q
CD
cl
c
N
z
a
a
6'
0
n
D..
o
m3ZO
om
CD
w
o
m
0
G
z
0
CD
cnM
o
O
6NL�
D00OmNCE
�0
-CM
l
1i1
O
o
�
N
a
O
fQ
CL
Q.
06
(DX
�
0
z
e
CD
�V
O
_•
=
IOOO
.
N.. .
O
CD
�:
ell
F
0
fD
0
>
CA
CD
n
Icn
t,
R
O
c
3
�� o.�
❑Z
N o a
cfl
�
m
r
M
=
CD
y��OT
G
Q'
a
N
t�
§
(D
CD
m
m
W e
CD
N
Cm
-�
a3N,
m
cn
-�
r
rnAC)
Pz
O
°
m
o m= 'o cn�
v O
m
0
Dr cTo
Q7 Q m 3>
m O °
77
0
c
p c.
OD�'-�$
�a CD
O
14.
z
Wz,�
�c
D
?
6
o
CD
Vl0
N.
CD
Q
CD
cl
Z-11
N
a
6'
0
n
D..
m3ZO
om
G
z
0
CD
cnM
o
O
6NL�
O
-CM
l
1i1
O
�
N
a
O
fQ
_
Q.
06
o
�
0
z
e
CD
�V
CD
ell
0
Icn
j,
R
�cnor0
� CD
00 2
CD
c
3
�� o.�
❑Z
N o a
A,
=
m
r
M
=
CD
y��OT
G
D
Q
m
m
W e
Cm
-�
a3N,
m
cn
-�
r
rnAC)
Pz
O
°
m
Lnr
cn
0
3
CD
m
(1
vi
CD
CD
CD
c
Q
T
CD
CL
W
m
c
Q
CD
0
v
v O
v
r
=
m
C3.
z
CD
=
c
o
CD
CD
Q
CD
cl
`c
a
6'
0
n
l
CD
O
_
G
Q
DD
CID
v
se0
zv
O'
"
�m
m�
z3
<m
z-
C
7
z<_z
a o 0
r=
Z -^
0m n
mdd
C-
M. O
C) d 6t
O�
c
a -
z —:
«,
M
m
N N
m
n
O
z

t
1
m
g
D o
�o
0
•c
0
G
61
A
w
-I�u)Cn-01 Df0-��2�0
TZ �m�;CDC) '�O „ O
aw(D0 -0 ooh
-. CDD 0 (CD �, Q_
cin D� CDQ
�
Z
oo �a
�• Q 0 �
s
3
33533333333 00
c=
cQ ca o ca co ca cQ cQ ;:
c.Qmcc�09)
Q Q� � =
o 1 1 1
CD
mmO Ko cc'0n i c _ Z
�� mQ-03cl—o -- 0
3�'CDCD c333—IW
X33 3 5.`��
Z Z
FED IUD)
333333333.333333
cQ cQ ca ca cc ca ca cQ cQ ca cQ ca ca ca ca
o (� Cr
m
mm '11 1
rZ
O
CD n �a;
m
c oC
c
�o Q�
c CD
$ m �
Q.
U
SLa
A
,.
f C c C 3 3 3
rp_r,
m
cn>
o
ro
cQ
� N
3
$_m
ro
oma'
mm
CD
— _
CD
<
m�Zo
C
ro
ogo=
C
cnmo�
��y.
I-
m
cn
o
m
c
0 v,
m
_Q
o.CD
m
5.
z
cns
a)
z
G)
I,
I
z
p
cn
O
co
108
INV,
CD OL
a o
0
0
Z'
01) D
CD
CDD
m
m
mm
m�Zo
ogo=
C
cnmo�
��y.
I-
m
m
c
'
m
z
a)
z
G)
I,
I
z
p
cn
O
108
yy
�rr
U7
C
LL

,10 10:20 ID:PACE INC.
ace A►l!lYticel
Mr, Harry James
Page 12
Client Reference: James & James
PACE Sample Number:
Date Collected:
Date Received:
Client Sample ID:
Parameter
ORGANIC ANALY5I5
�4if�+I�tL
TEL N0:252 4618 #t5_
Pus AnaO &W NMwa. Ike.
Tal: 704-194.1170
Fow 704-151-4016
February 07, 1996
PACE Protect Number: A6012260C
93 0171969
01/22/96
01/23/96
Q85 W5
Units MDL #Wa DATE ANALYZED
1.2,3-Trichloropropane
ug/L
1.0
NO
01/24/96
Bromobenzene
ug/L
1.0
NO
01/24/96
2-Chlorotoluene
ug/L
1.0
NO
01/24/96
4-Chlorotoluene
ug/L
1.0
NO
01/24/96
1,3-Olchlorobenzene
ug/L
1.0
NO
01/24/96
1,4 -Dichlorobenzene
ug/L
1.0
NO
01/24/96
1,2-01chlorobenzene
ug/L
1.0
ND
01/24/96
1,2-Dibromo-3-chloropropane
ug/L
1.0
NO
01/24/96
1,2,4-Trichlorobenzene
ug/L
1.0
NO
01/24/96
Hexachlorobutadiene
ug/L
1.0
ND
01/24/96
1,2,3-Trichlorobenzene
ug/L
1.0
ND
01/24/96
Benzene
ug/L
1.0
NO
01/24/95
Toluene
ug/L
1.0
NO
01/24/96
Chlorebenzene
ug/L
1.0
NO
01/24/96
Ethylbenzene
u9/L
1.0
ND
01/24/95
Xylenes
ug/L
1.0
NO
01/24/96
Styrene
ug/L
1.0
NO
01/24/96
Isoprepylbenzene
ug/L
1.0
NO
01/24/96
n-Propylbenzene
ug/L
1.0
NO
01/24/96
1,3,5-Trimethylbenzere
ug/L
1.0
NO
01/24/96
t•Butylbenzene
ug/L
110
NO
01/24/96
1,2,4-Trimethylbenzene
ug/L
1.0
NO
01/24/96
s-Butylbenzene
ug/L
1.0
NO
01/24/96
4-Isapropyltoiuene
ug/L
1.0
NO
01/24/95
n-Butylbenzene
ug/L
1.0
NO
01/24/96
Naphthalene
ug/L
1.0
NO
01/24/96

ea
<o 000woD?>= 70-1-1ooC)l�
W c
7 0 S L A C C) O O 0 0
m-i�•asa$ '••3� f'"' 3 3 o o
�-
o m= x m p° v c '9rt
o x a S co �T o-
W cn
1 J
UI O G
131111110111M�In- R -M IN
V (n DZ Z $ 7C 2" 0 0 0 0 w D D D
w o w w e c. w w CO
y r Z to O
oCD a ?.a o 0 o o 0u D C (n
w w ° o n. w �. CD 3
Y 3' c w gi' g A w 3. c' 3 3. `°
J A a 3 W A 3 3 p A A 3
46 i o
U
icn
fi n• BA
r—
ch
mo
w
c
<
Q
4
O
0
D
m
Z
(3Ln
co) CD
Q
w
�0
�=
O
w
`2
0
(
m
W
CA
0
7D
CL
i2.
C
(D
°
O
9_)
N
1
O
{G)
D
D
'
c 0-0
6,ZO0
���
-I
2
"
Q
:3
.Q
0
IZA
o CDm
7D
ao
O
o
N
=
c
ml
N
a
n
CMD
0
m
UN
Z
_
0
O
��oo
`D
a
LU
in
1
a
w
p
a
y
w
a
m
O
L)
(D
NSO
co
,�
a
0
(,. m Qr
O
D
R
0
El
0
M
_�
b
m
�
0 �''
�03m
m
Z
oz
El
m
O
�•
n3
W�
c
m
rn�X0'��m�
SZ
CA
�
-4
i
XanPs
ra
a
Rio
U
icn
CD
t�3
w
c
<
Q
4
CD
o'
wu
cu
�
D
m
m
Z
CD
CD
Q
w
�0
�=
O
w
`2
LD.
(
m
W
co
�q
CL
i2.
C
(D
°
O
9_)
N
1
O
{G)
G-
'
Dell
-I
2
"
Q
:3
.Q
li
�•
7D
w
�.
c
ml
N
2
-u
n
m
D
0
O
`D
a
in
1
a
w
p
a
y
a
W
(D
co
U
icn
CD
t�3
c
4
cu
�
Q
m
c
CL
CCD
o
`2
LD.
(
m
W
�q
CL
O.
9_)
N
1
O
G-
Dell
-I
2
"
-n
0
.Q
G
c
n
n
m
0
O
c
CD
a
w
p
a
a
O
O
Z
0 CD
n •g
m�
z�
o�
z °.
C
3
z5.z
A o 0
ate?
�o
MM w
M. O
e CL
OZw,
Oc
C
vm
-1 c
m
�a
m
9
O
z

`n
z
1>11>11
x
x
<
-]
rn
x
D
z O
O
O 0
C"
z o
z
N
lax
n
a
E4
o
s
s
n..
°z
�cD—• �D—c
x
c0
n
o?
w
O
°
0
0
0
to
Q
s
$'
M
M
O
d
d
O
ri
d
R
'O
.
U
%
� �+
:
c0 A
A
d
c
p
3
c g 3
c
D\
O
c
c
c
O
c
c
c
c
O Nd
e4
b
N
=
y
O
O
O
O
o
a
*rC
3
N
WE
1>11>11
x
x
<
-]
rn
D
z O
O
O 0
z o
z
N
lax
n
Crl
E4
°z
z
w
w
O
°
s
9
'O
U
A
c
c
p
3
c g 3
c
D\
O
c
c
c
B
c
c
c
c
e4
b
N
00
w
O
O
O
O
o
3
N
-i •3
<
-]
rn
D
z O
O
O 0
z o
z
N
lax
n
Crl
°z
z
w
w
O
°
s
9
'O
y, J
c
c
c
c
3
c g 3
c
e
c
c
c
B
c
c
c
c
-i •3
<
-]
rn
D
z O
O
O 0
z o
z
N
lax
n
Crl
°z
z
w
w
O
°
s
9
'O
w
o
O
O 0
z o
z
N
lax
n
Crl
°z
z
w
w
O
°
s
9
'O

p O g-- g N a� .p N p n = o O o D I C7 D v Cr
r- CD o CL 0 0 CD
CL -Z-
CD o w_ y D 0 7.1
W ?
fD o m a �' __ y rn T N c o -< � n � U1
x o ° a m ZZ o M
A 03 ;A CD O D Cn -
� is w a e+_ Z o v �Z Q 1J1 4 -1
D n2 D FD r � 0 Ill
o rn O y � ca pi �l -n
{?
a o M � Z nl
1! �A o0(0� r
o
2.
Ln 33
O S C C 0 (=D N 0 0 O N W -O �: T
o n m 00 = o- CL �. Ul
+ O > > o
W N CO m A N CD CD 0 Ch m O
El
nm 7 V 1 w3 +�+T CA
y. O �- O j p 0 r O Q \.
Ln Z
CD A) CD
3 3 �'. m
ow o C7 C) © Z r
o y :3 M m
00 �\
CD y Z ❑r Cn
33
3 �, 3 M
70
3 3 3 3 �' c 3 3 3_ s) a) -u C m
c��
D m p Z
a 0
-D , I I I t J Rj o
N Cn r Z Cn o ' n n 0 n� D D Cn �
W 70c• O N ly. A/ m 0 O 7 a1 N y n
n 2 w O; 7 to n A O 0. n C <D fp C. O •L*tip
gA c— 3 su N c' c °i Co 3 3 c i� y a (� 3
4 3 � A m c 3 -4 E +' 3 3 A oAi � 3 �'+ t � � � � � ,
3 rnj (A(�� A w �+ 8 h� \ �J O
Cn N fpjj N O + fT.
Gf A y of O � � '•i ^� \ n ... �i�W'
0L z
m
c c c c 3 c 3 3 c c c c c 3 c c c c Zm
CD kn to La ko
o m. Cr
- - - - - y CD m '<
c Q
r,
Cn 2
-moo w o0.
z o o CD
_ > 0 m -i 'ten
W m O CD C -0 c0) �': 2 O
co a a m o w J
IMI I� lal�='-IIDSII I III I I-
-u0
N Q
CD
N 4
0
CD
O
N
O
zv
n
m�
z3
C
00
z —
z<Z
noo
a�
Z.:,
mmd
1
;yam
Oz�
O�
c
Cm
oM
rn
CD
Cn A
M
O
z
70
CDrFn-
;
CD' "-C3
O
cDD
, ,
_
a
�] o
t
Tse
o
N
5F�z
(
po
o
OOO
�w =3
0
-XIO
UN
p O g-- g N a� .p N p n = o O o D I C7 D v Cr
r- CD o CL 0 0 CD
CL -Z-
CD o w_ y D 0 7.1
W ?
fD o m a �' __ y rn T N c o -< � n � U1
x o ° a m ZZ o M
A 03 ;A CD O D Cn -
� is w a e+_ Z o v �Z Q 1J1 4 -1
D n2 D FD r � 0 Ill
o rn O y � ca pi �l -n
{?
a o M � Z nl
1! �A o0(0� r
o
2.
Ln 33
O S C C 0 (=D N 0 0 O N W -O �: T
o n m 00 = o- CL �. Ul
+ O > > o
W N CO m A N CD CD 0 Ch m O
El
nm 7 V 1 w3 +�+T CA
y. O �- O j p 0 r O Q \.
Ln Z
CD A) CD
3 3 �'. m
ow o C7 C) © Z r
o y :3 M m
00 �\
CD y Z ❑r Cn
33
3 �, 3 M
70
3 3 3 3 �' c 3 3 3_ s) a) -u C m
c��
D m p Z
a 0
-D , I I I t J Rj o
N Cn r Z Cn o ' n n 0 n� D D Cn �
W 70c• O N ly. A/ m 0 O 7 a1 N y n
n 2 w O; 7 to n A O 0. n C <D fp C. O •L*tip
gA c— 3 su N c' c °i Co 3 3 c i� y a (� 3
4 3 � A m c 3 -4 E +' 3 3 A oAi � 3 �'+ t � � � � � ,
3 rnj (A(�� A w �+ 8 h� \ �J O
Cn N fpjj N O + fT.
Gf A y of O � � '•i ^� \ n ... �i�W'
0L z
m
c c c c 3 c 3 3 c c c c c 3 c c c c Zm
CD kn to La ko
o m. Cr
- - - - - y CD m '<
c Q
r,
Cn 2
-moo w o0.
z o o CD
_ > 0 m -i 'ten
W m O CD C -0 c0) �': 2 O
co a a m o w J
IMI I� lal�='-IIDSII I III I I-
-u0
N Q
CD
N 4
0
CD
O
N
O
zv
n
m�
z3
C
00
z —
z<Z
noo
a�
Z.:,
mmd
1
;yam
Oz�
O�
c
Cm
oM
rn
CD
Cn A
M
O
z

r_(D
v
rrw
c—
p 0
C(D to
(D c
n, c:
a0
� y
O
0
M
N
O
0
a
a
(D
N
N
D)
C7
0
G
fD
Z
0
m
O c
CDN
_ N
n �
0 0
c
C0D C.
=CD
o
...
C,
N
(A 0
CD
4t Q.
W
0 C
=a
S
A)
A
X—
'K 0
CD CCD CD CCD
m
vz 000ul
r
X0-0 c =r
(D _.. CD
ZA1� C.
�.
O O
n . N
OO
�N
CD
O c do
m
0 3 3
(O
z30
cD
w
O
Cn z
r.r
N
C7 U)o
O CD
N
m
3
CD ��or
co -p
n
C oo
CD
CD
jK
cc
N fl2
C
U)
"S
o
D
3
c
�
C)
v
o
r_(D
v
rrw
c—
p 0
C(D to
(D c
n, c:
a0
� y
O
0
M
N
O
0
a
a
(D
N
N
D)
C7
0
G
fD
Z
0
m
O c
CDN
_ N
n �
0 0
c
C0D C.
=CD
o
...
C,
N
(A 0
CD
4t Q.
W
0 C
=a
S
A)
A
X—
-•i
0
ZKKT=-nc)c)C)(-)OoDmZz'
sv cO (o CD c Q W sv =7 ;q:
J D cn Yom✓ CD c,
CDKKO K=703 -0 CD
Q' � CQ cn a C 0- 3. O Z N
3 W CD c CD 3•c 3 c u) ��0-
DC: h33 3 w
m 3
z
Q
-s
cn o.
0
,r.
n
m
-S
0
C+
0
CL
333333333333333
0O
COD
0 cn
CD
o �
C `<
7 �
3
0
c
0-
(n
w
0
CL
C/5 -U !V -U L
0 CD =3 0- —.
cn
0' � ( D (DZ
o CD n C2 CD
vCD
=
CO CD
-i
v'
con. n
CL
CD
cn
to y
'K 0
CD CCD CD CCD
i—vCnCn-Z D0
vz 000ul
r
X0-0 c =r
(D _.. CD
ZA1� C.
�.
O O
n . N
OO
�N
O N
3 n• CD _� CD n CDD
O c do
m
0 3 3
(O
z30
cD
w
00 CL
Cn z
r.r
N
C7 U)o
O CD
N
m
3
CD ��or
NZ
_c
n
C oo
CD
CD
jK
cc
N fl2
C
U)
"S
o
n
c
�
C)
v
o
P,
m
tC>
M
c:)
Q
0
rn
0
(D
O
r
n o
CD
cr CD
O CD
r
�
3 3 Er3 3 3 3 3 3
c o0
3 3 0 03
0
Coco O cn cQ cQ cQ cc cc cc
� — 3 3 cc
c)
a
-i
m
-•i
0
ZKKT=-nc)c)C)(-)OoDmZz'
sv cO (o CD c Q W sv =7 ;q:
J D cn Yom✓ CD c,
CDKKO K=703 -0 CD
Q' � CQ cn a C 0- 3. O Z N
3 W CD c CD 3•c 3 c u) ��0-
DC: h33 3 w
m 3
z
Q
-s
cn o.
0
,r.
n
m
-S
0
C+
0
CL
333333333333333
0O
COD
0 cn
CD
o �
C `<
7 �
3
0
c
0-
(n
w
0
CL
C/5 -U !V -U L
0 CD =3 0- —.
cn
0' � ( D (DZ
o CD n C2 CD
vCD
=
CO CD
-i
v'
con. n
CL
CD
cn
to y
'K 0
CD CCD CD CCD
CD 0
r
D w
p Q r
0
�
�' o co o 3 :
SCD'
933
(O
C.0 co
CQ CQ to
,.
m 3
fD
C
0
=-c
ca r- p'n
cr W cD -'CD
'K 0
CD CCD CD CCD
CD 0
r
D w
p Q r
0
�
�' o co o 3 :
SCD'
-n Z
i N` * O w .-. A O
CD cD
0
d
,.
m 3
fD
C
0
=-c
r.r
N
0
m
n
=m
3
<
m
NZ
_c
Q
CD
_TI
N fl2
C
U)
"S
o
Q
o
N
CO @
*
P,
3
M
c:)
Q
N
rn
0
(D
O
r
n o
CD
cr CD
O CD
r
�
�:
o cn
0 w
< 0 �
(D CD
Cmc
o 70
a
-i
m
z3
n
= (D
sa N 3
v
Cc
=
cQ
c CD
Z
��
z
w(0
CD
w
r
CD
o
m
cr
m
m
w CD
cr
`°
v
3
o
o
z
CD c
CD (D
0 m�
v
>
�' �
f7ffin
N 0_0
-i
v
CD
QCD
n
v
Fn
v
0
i n
m
rl a
M
N
0
A.
ci
w
0
z
0
z
D
O
V
(D
0
:01:1O
cD
a
CcO
0. °0
0 :3
0. a
o
:3
m
D�
Q- z
CD E3
CD
C:)
C+
c+ O
O X
0 U7
7C w
V
Wo
0
0
c
M
2
m
CD
5
V
0
b
TI DO
fJ �
c �
T71zzz
Ti o�K
� 0M0W
C/)v,'m
n M
Z 0, —
000� 0
m cn c
N M
OO v
z
c
m
Z
O
Z
O
m
0
0
C,) r
C N
d
M. i
�0
2t
v p �
f m
u �.
_TI
N fl2
C
cD
m
D�
Q- z
CD E3
CD
C:)
C+
c+ O
O X
0 U7
7C w
V
Wo
0
0
c
M
2
m
CD
5
V
0
b
TI DO
fJ �
c �
T71zzz
Ti o�K
� 0M0W
C/)v,'m
n M
Z 0, —
000� 0
m cn c
N M
OO v
z
c
m
Z
O
Z
O
m
0

D R 0f L 0 G I C 1 N
COMPANY NAME:
COMPANY PROJECT NUMBER:
HYDROLOGIC PROJECT NUN3ER:
HYDROLOGIC SAMPLE NUMBER:
HYDROLOGIC LAB I.D.#:
SAMPLE IDENTIFICATION:
DATE SAMPLED:
DATE EXTRACTED:
DATE/TIME ANALYZED:
Hydrologic -Asheville, Inc
IMMURE MWS
EL9433991
33993
399
Q85W5
11/15/94
N/A
11/18/94
METHOD EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( ug/1)
Benzene
71-43-2
1.0
BDL
Bromobenzene
108-86-1
1.0
BDL
Bramochloranethane
74-97-5
1.0
BDL
Bromodichloranethane
75-27-4
1.0
BDL
Bronoform
75-25-2
1.0
BDL
Brcmamethane
74-83-9
1.0
BDL
n-Butylbenzene
104-51-8
1.0
BDL
sec-Butylbenzene
135-98-8
1.0
BDL
tert-Butylbenzene
98-06-6
1.0
BDL
Carbon tetrachloride
56-23-5
1.0
BDL
Chlorobenzene
108-90-7
1.0
BDL
Chloroethane
75-00-3
1.0
BDL
Chloroform
67-66-3
1.0
BDL
Chloromethane
74-87-3
1.0
BDL
2-Chlorotoluene
95-45-8
1.0
BDL
4-Chlorotoluene
106-43-4
1.0
BDL
Dibrariochloramethane
124-48-1
1.0
BDL
1,2-Dibrano-3-chloropropane
96-12-8
1.0
BDL
1,2-Dibramanethane (EDB)
106-93-4
1.0
BDL
Dibramamethane
74-95-3
1.0
BDL
1,2 -Dichlorobenzene
95-50-1
1.0
BDL
1,3 -Dichlorobenzene
541-73-1
1.0
BDL
1,4 -Dichlorobenzene
106-46-7
1.0
BDL
Dichlorodifluoromethane
75-71-8
1.0
BDL
1,1-Dichloroethane
75-34-3
1.0
BDL
1491 Twilight Traif 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

L 0 G I C I N
Page 2 continued
COMPANY NAME:
Hydrologic -Asheville, Inc
COMPANY PROJECT NUMBER:
KENMURE NWS
HYDROLOGIC PROJECT NUMBER:
EL9433991
HYDROLOGIC SAMPLE NUMBER:
33993
SAMPLE IDENTIFICATION:
Q85W5
DATE SAMPLED:
11/15/94
METHOD EPA
502.2
ANALYSIS
CAS NO.
SDL
RESULT
ug/1)
ug/1)
1,2-Dichloroethane
107-06-2
1.0
BDL
1,1-Dichl-oroethene
75-35-4
1.0
BDL
cis-1,2-Dichloroethene
156-59-4
1.0
BDL
trans-1,2-Dichl-oroethene
156-60-5
1.0
BDL
1,2-Dichloropropane
78-87-5
1.0
BDL
1,3-Dichlorapropane
142-28-9
1.0
BDL
2,2-Dichloropropane
590-20-7
1.0
BDL
1,1-Dichloropropene
563-58-6
1.0
BDL
cis-1,3-Dichloropropene
10061-01-5
1.0
BDL
trans-1,3-Dichl-oropropene
10061-02-6
1.0
BDL
Ethylbenzene
100-41-4
1.0
BDL
Hexachlorobutadiene
87-68-3
1.0
BDL
Isopropylbenzene
98-82-8
1.0
BDL
p-Isopropyltoluene
99-87-6
1.0
BDL
Methylene Chloride
75-09-2
1.0
BDL
Naphthalene
91-20-3
1.0
BDL
ri�-Propylbenzene
103-65-1
1.0
BDL
Styrene
100-42-5
1.0
BDL
1,1,1,2 -Tetrachloroethane
630-20-6
1.0
BDL
1,1,2,2 -Tetrachloroethane
79-34-5
1.0
BDL
Tetrachloroethene
127-18-4
1.0
BDL
Toluene
108-88-3
1.0
BDL
1,2,3-Trichlorobenzene
87-61-6
1.0
BDL
1,2,4-Trichlorobenzene
120-82-1
1.0
BDL
1491 Twilight TrailU Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

U M
Page 3 continued
l J 01 I �1� W �x" k.La1�.IC alp
0 L 0 G I C,
HYDROLOGIC PROJECT NUMBER:
HYDROLOGIC SAMPLE NUMBER:
SAMPLE IDENTIFICATION:
DATE SAMPLED:
ANALYSIS
1,1,1 -Trichloroethane
1, 1, 2 -Trichloroethane
Trichloroethene
Trichlorof luoranethane
1,2,3-Trichloropropane
1,2,4-Trimethylbenzene
1,3,5-Trimethylbenzene
Vinyl Chloride
Xylenes (total)
Dichloranethane
Hydrologic -Asheville, Inc
KENMURE MWS
EL9433991
33993
Q85W5
11/15/94
N=OD EPA
502.2
CAS NO.
SDL
( ug/1)
71-55-6
1.0
79-00-5
1.0
79-01-6
1.0
75-69-4
1.0
96-18-4
1.0
95-63-6
1.0
108-67-8
1.0
75-01-4
1.0
1330-20-7
1.0
75-09-2
1.0
BDL = Below Sample Detection Limit
SDL = Sample Detection Limit
COMMENTS:
( ug/1)
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
1491 Twilight Trail Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

o_ =' � 0 W n D D=
o 0
c m
CL
N
O = p X O A-0 "O
p CD O A 0"__
X
0 p W '(moi,
N
000m
0 o 0 00 0
Cl.rn =
(D 0 3 3 0 i
( 0)W S p
A
O o (D p
O 0
C w w
CL
a 1
Ln
w rn
o
.ar
"m C
e;CA
LMA CD
a
m
c
a
-n
CD
a
m
v
m
o
>' Co
0
m
�
A2
�a
M
z
c
-o
o
CDcD
0 wo Q
-a
o Q
O
W
Z
�
`<
w
_=
T
o
m
0
3
a
D v
oc0cfl
Z
s
o
o
co
C`
O
i
w
v
mO
O
3
S
W
m
G)
SU
(D
O
t :W
n
-n
N
CD
O
o
cnat86
m
320
_
-
m
m
O
X
U
p
>
n m
.moi.
o 86-
C
a
K
(D
S
S
o
R
r cf)i
G
(fl
Owl
N
A�
N
f1a
y
a
y..
70
Z
D
QAD
�
O
a
0
C
�]
A)
(D
n
O
*
0
\
n
p
Oo
w
OCD
=
N
N
�.
77
D
o
w
a
�
g
�
O
�
n
d
CD
m
D
y
.ar
"m C
e;CA
LMA CD
a
m
c
a
-n
CD
a
m
v
m
o
>' Co
0
m
�
A2
�a
M
z
c
-o
o
CDcD
0 wo Q
-a
o Q
O
W
Z
�
`<
w
D^
T
o
0
D v
Z
s
o
co
C`
O
i
r-
C
?p N
mO
O
3
S
Cf)
t :W
n
-n
0
>
cnat86
m
320
_
-
m
m
O
U
p
>
n m
0
o 86-
C
a
K
E
m
_
R
r cf)i
G
Owl
N
A�
f1a
y
a
y..
70
Z
D
QAD
�
O
a
0
C
�]
O
*
\
Oo
w
o
O
n
mcn0r-O
D
CD W CD 0
N "a
(D
F]�
Z
r
No-
0
m
u) CD 0 -
C
D
Z
m
El
n
?`Q�
�
3
�'
w° c
C
m
--I
p
ro
o•
R?
m m0
z
.ar
"m C
e;CA
LMA CD
a
m
c
a
-n
CD
a
m
v
m
In
Fn
r
v
O
v
ZEN
O
Z
v
0
m�
m�
z3
<0
Fa=
O
Z-
9m
m 7
z<_.z
no 0
r0
n 7 S
Z="
2
n
m d
m_ o
? 0
1a3
O Z m
O�
c
C m
vM
a o
1a
M -
>, 0
(n H
m
0
O
z
m
w
m
m
�
ci
Q
z
c
-o
o
(mD
0
(o
3
Cr
m
W
s
�cl
O
i
T1
O
3
S
0
c
X
0
(u
0
E
m
_
w
D
a
G
m
In
Fn
r
v
O
v
ZEN
O
Z
v
0
m�
m�
z3
<0
Fa=
O
Z-
9m
m 7
z<_.z
no 0
r0
n 7 S
Z="
2
n
m d
m_ o
? 0
1a3
O Z m
O�
c
C m
vM
a o
1a
M -
>, 0
(n H
m
0
O
z

- T1 D -1 �l o CA
D m cD = o =r
3 T1 0
j
ari �.
O
CD
3
3
m
CD
w
O
w
Cn
- T1 D -1 �l o CA
D m cD = o =r
3 T1 0
:E m
CD
ari �.
CL CD o
a
CD
.,
cr
m
o
po a
z
CD
p 2
z`
¢'
D WCD
a
H.
777...
O
_{w m
-.
Z..
(nto
o o
o
o
o
T
o
D
D
-o
{
M
-�
o
-71
CDD
3
l< o
s
w
cL
mw
5<F
5F_
DO
Mcm
c
O
0
o
Or
O2O
O
o
0
0
w
o
i>.
D
n n
an
y
COZci
oo
'
o
L�
5
0o0
cQ pj
S-
5
w
Z3
`L. CZ.
CL
y
%)
O6
E
ID
Z�
O
OLA
o
3
o
c
N (D
AQc
O
n
Oa
O
Cl)
-a*,)
O
wO
O
=
O:
A
C
��
o
u�
(
wp
C77x
AO
O
O
U
O
M
w
--Q
O
IDN
.
o
-n
O
M
it
Al
w
N
C
N
m
CD
i
0
-
Ca
O
W
N
O
�w
N
n�
2)�
N
CD
i
Z
CD
O_
CD
(�
Q
j
ca
cn
0 r
0 m
w
O
A'S
m Cl
*C
F5•
0
A
W -0�. =
CD
9�
F—I
0
�N �._.�
m
O
O
D
3
cn C�
c
-
3
cQ
3
cn
3
3
co
3
co
3
m
c
-
Y'l
3
cO
z
---
3
0
3
0
3
3
c
3
c
3
o
�a�
-
�
N
�'
C
w c
Cn
- T1 D -1 �l o CA
D m cD = o =r
3 T1 0
:E m
CD
ari �.
CL CD o
a
CD
.,
cr
m
o
po a
z
CD
p 2
z`
¢'
D WCD
a
H.
-I
O
_{w m
Z..
(nto
D
c0
��N
0
Q
\
{
�-o
2
2
o
-71
CDD
3
` }
o
co
cL
O
DO
U
ocoo
;CD
Q
o
o
i>.
D
n n
y
COZci
m
r- Cf)_
O CD
L�
`1
0
cQ pj
L
Z3
`L. CZ.
r
M
y
%)
O6
ons
O
Z�
O
OLA
o
sli m
m
X
o
`°
n
Oa
O
O
G)O
?O
O
C
��
o
u�
m
O
O
U
O
y
--Q
O
IDN
.
O
M
it
Al
w
N
C
N
m
CD
i
0
-
J
-11
O
N
O
N
n�
..a#>
CD
CD
(�
Q
cn
0 r
0 m
w
O
A'S
m Cl
*C
F5•
u�i
W -0�. =
CD
9�
F—I
0
�N �._.�
m
D
W
Y'l
o
r
CDN
O
T
m
0
�a�
N
�'
w c
Cn
O
m
v m
z
1
1 oo
�ti 3
C
C
CD
a
a
CD
w
c
Q
CD
U
o
Om
o
r-
w
.,
cr
m
o-
z
CD
p 2
CD
CD
3
iS
D WCD
a
H.
1-P
z00
T
n
Q
�
�-o
2
2
o
CDD
3
a
o
co
cL
o
o
o
COZci
G
CD
m
M
y
O
a'
v
��s
O
X
o
`°
n
Oa
O
G)O
?O
O
C
��
u�
m
O
O
cS
y
A
O_
O
IDN
.
O
M
N
<
Al
N
C
N
m
O
N
n�
..a#>
CD
CD
(�
Q
w
o
F5•
u�i
W
CDN
C
C
CD
a
a
CD
w
c
Q
CD
U
o
Om
o
r-
w
.,
cr
m
o-
z
CD
p 2
CD
CD
3
iS
D WCD
a
H.
1-P
T
n
Q
�
CD
zo
00
-nw
m�
z�
<O
0
0—
z °.
9m
m:3
z<_.z
D0 O
r�
nCD=
z,r-
0�
m
�
m ,.S O
CL
L�z�'
Oh
c
c m
a
n0
m�
�(D
N N
m
O
z

o z c m- r-
0
C) � M N (%� N 3' N
7 N
vCD
D a rn 0cCL
p
m CD < (D v
O D) D1 N Q ,C..
,nin-O) N C M O• N
CD
'0 C N O_ fD '"` rn O
m m ID
o a o Q 3 r
m o o m a
CDI
Er
Q =3
N np O O C
o 3 v, a
3 o 3
-O C CD
O O it D
C O-
C a
o- c
0
a
CD
(D
O
CD
CL
m O
rn <
n o
m
rn �
v
W r
� m
V
n
n
O
0
C
z
21 o
-0 3
D
O C
CD
CDS (O
S N
a
w
CD a
CD m
v
x CD
v O
D
a
O
C: m
co D
J J W O O N A N J O T J J J V O Cn W J J M Cn ((D J (n J J
T O
CO W m A N V Co (A O J m Cn Ln
W N N CO (D A N 0 0 0 (O N W O O N Cn (i7 (D W Ln N W m O W
A (n O O W W M OD O N Cn J �I -� (� W W Cn �l O O O •A O (D Cn
(n N J A (D A 6 m Cn W A Cn m N (n W W Cn W A V W M N •P
r Ol � S jV O' W�� 7 y a O N (7 N v�� � S NN �' 7 .O•.• _"°
IV -moo po Ov NN -'o 3 vivo v-'3
NO Naso �a� W moo. 2: =r �ro
� 3 0 O�3iv�.
N �_ o o M.
p 0 3 o m o o =. o 3 0 o o (:D' 0
N D) (D 0O (D O n o =r 0 O 'O CD CD W -O O O p "O (D n ir CD
S S CD S O O (D. CD 0 0 0 0 0 (D S S O N CD O O S o O S
O O v 3 -o 7 V N 3 '6 N 'O CD -O a) CD
C CD M (D. S p CD Dl 7 CD S �' N 7 O Q 7
0 o m a v a o s CDm (D m (D m
m m (D :3o (D o(D M (D m
3- m CD a CD CD (D CD :3 m
cu w CD (D CD CD m
CD (D (D
0 pp O O o 0 0 0 0 0 0 0 0 0 0 0 O o 0 0 0 O
J p N N -I N N N N N N N N N V N N V N N N N -1I-� J
Cn (n Cn Cn Cn Cn (n Cn (n (n Cn Cn Cn Cn m Cn m (n Cn Cn Cn Cn (n O (n
ccccccccccccccceccccccccccc
rn
O O O W co CO O O O O co O O O j W N 00 N Co CD O A O Co- O Co
A 0 Cn Cn W m W W O Cn W O W A J J O CT Cn O -• W (n -m m
N Ut co CD m O W W OD A A W A Cb A O W W W� Cn A •J A A W --�
O -� J w W O J Cn N N J CJD -� W W A -+ m N N O O W W Co W W
W W O M M O W— W 0 W W A W N A O W — W— J— -Cl- M — A
z- a N-' D-' 7 N 0 O 3 m -i CA
07 N C7 N a W -0 ,c) .0 X� �' �(D, (D N X
.5. C oW A W Cn O O (p `< < `� O N 3 W w
A v v v v S S W
N a 0 o
OZ M._ .� N C CD (D (D C -moi S a 3 S 3 p p a
O O `G a N CD (D N N N (D N N ��- 3 p �' 3 0 0 0 D p N
(D CD O > N 7 W j 6 0 a 0 0 0 O O C C. O p
C C N .G_ N �G N N (D C O C O W Cr Cr CD 7 C O
O O C a 7 a (D 3 N Q N n N N N 0 0 'O
�. (D 7 CD � CD CD 7 (D 7 S CD (D CD O
N N
(D CD (D D CD 3 p N O CD O
N CD CD (D "O CD
O
N
7
C6
0 0 0 0 0 0 0 0 0
J N N N N N N N) N
N — — — (n (r, cn Cn (n (n- (n (n Cn vi
ccccccccccc ccccccccccccccc
<
O
r-
> m
--I z
zm
D
( a
-�
U) co
a �
c r
r- m ='
O
0
,X
N
7 ;o D
m m G
v v D F) W
w ar 1 0 z
< <m P
A
J
rp
\t j rn

Well Location:
Owner:
Address:
Drilling Contractor
North Carolina
Dep = y of Environment, Health, and Natu€ ,� ources
)Ivislon of Environmental Managenne��-,,
Groundwater Section
REPORTWELL AND PUMP INSPECTION
-irk-7- ear Date
(Town, Community, Subdivision and Lot No.) WELL TYPE iL'to '.
County
eut"i /�' Road/Street
Quad No. V
Serial No. IS -37S41
Lat. 1-6-: I 17 Long. 15a R6
12- Well Construction
Name Address Reg. #
Check Items Meets Min. Standards Remarks
Measured Yes No
Permit Required ? (Y/N) I .................. - (Permit No.
Location . Distance From: ...................
Water Tight Sewagetwaste collection...
,
Waste disposal (septic tank drain field)
e
Other r Po II. Source
Other Poll. Source
in
Cas(
Type......................................................
Depth....................................................
Weight/thickness ....................
Height (A.L.S.) ... ......... ........ .......
SSR 2'l.
Other ( ) ..
4
Drilling Fluids/Additives
Type................... .................. ...............
Grout
Type....................................................
Thickness .............................................
rf
Depth....................................................
r
.J/
Other ( ) ••
Screens
Screened interval ....................."
r
t
Other ( 1 ..
Development .........................................
Total Suspended solids ....................
Turbidity ...........................................
Settleable Solids ................................ .
I.D. Plate
Well Contractor .....................................
Abandonment
Temporary ............................................
(Circle one)
i Galy. Stain. St. Other_
aajov/ "
Permanent ............................................
Applies to wells constructed after December 1, 1992
GW -36 Rev. 10/92 (Cont. on Reverse)

~­-ARTMENrorNATURAL AND COMMUNITY DEVELOPMENT
~.^orENVIRONMENTAL MANAGEMENT GROUNDWATER SECTION
po.BOX vrvo,-n^Lcmuw.o.xrm,.PHONE m`mron-oo1
�
WELL CONSTRUCTION RECORD
DR|LLI08CONTRACTORov-4
`
FOR OFFICE USE 01,,
Quad. No.
V 9 Serial No.
STATE YVl=LLCONSTRUCTION '
DRILLER REGISTRATION NUMBER 1045
Minor Basin
`
ouom oouo
`
Header Ent.
GW—1 Ent.—
DR|LLI08CONTRACTORov-4
`
`
STATE YVl=LLCONSTRUCTION '
DRILLER REGISTRATION NUMBER 1045
PERMIT NUMBER: 44-0210-WM-0112
1. WELL LOCATION:
(Show sketch orthe location below)
'
Nearest Town:
Flat Rock, 0C
County: Henderson
(South of Hendersonville, NC)
oonm DRILLING LOG
(nvuu.Community, n,Subdivision and Lot mvl
From To Tn pomnunnn 000vrinnon
e. ovvmsn
Kerimute Properties, LID
xoonson
DS Highway 25
0 91 Alluvium - Tan Sand)r Silt
(Street or Route No.)
Flat Rock, NC 28731
Containing subrounded Gravel.
City n,Town State Zip Code
n.DATE DRILLED
5/25/93 USE OpWsLL9'
- 15' Brown Micaceous Sandy Silt
*. TOTAL DEPTH
15' CUTTINGS COLLECTED C0Yom El No
s oosa WELL REPLACE
EXISTING WELL? 91 Yes Fl No
51
G. STATIC WATER LEVEL:
Fr. 0 above TOP OpCAGwG.
Om�uw
�p
TOP OFCASING
|G_____ ---'FT. ABOVE LAND SURFACE.
7.YIELD (opm):
METHOD OFTEST
o.WATER ZONES 0unnthl: 51
9. CHLORINATION:
Type _���-_--__ Amnunt ---
1o.CASING:
space is needed use bat4 of
If
Wall Thickness
additional
ownm Diameter mWokghuFt. Mamno|
LOCATION SKETCH
From 0
To 5 Ft. 2" SCB 40 PVC
(Show oir0000" and distance from utleast two Gtum n««u«.
From -To
-____-Ft.______ __-_-_.
o, other mop ,n,e,onoe points)
From -To
_------F\.--_____
11GROUT:
Donm Material Method
From --_10___
rn2-__-Ft. SACKCRETE HAND
From 2ToFt.
BENTONITE HAND
12. SCREEN:
oonm Diameter Slot Size wutenu|
From 5
Tv_-lSFt. _2m`O.<}1--in. PlCL_-_
F,om
ro-_____Ft. in. in.
From __-To-
Ft. in. in.
'
13.GRAVEL PACK:
.'
Depth
From --37o_15Ft.
rrom________rn_____
p�� 2 2
qTAN ARDS, AND THAT A CO Y OF T1,4 'CORD R 0 E WELL OWNER.
4 1994
SIGNATURE OF CONTRACT61`1 OR AGENT �ATE
011 R Submit oriqinal to Division of Environmental Management and copy to well ownpi

i �'� - � �..' ;. .' � `t ate- - \ •.� •v �.� �� r� ,i �• /. ..
aI
dli
V.
(// Trin, e ,net• fI J ,�, •� .�,.� ��� t
.1Aj.
�'// •��,'` / � • \w'; iii: ' \ � �1 � ���OL" � ;%".
unt.lt�r � ako •,'f' � � \\\,�- - /' / � � • � 1'�' % '.' o � 1 � r;�._ �
r1P
e
_1 •\ 111 /�� \ \ `_ ' \�/�� M
j
-�1qud Geek i K ✓✓ Tel
'M' ;; ,• _� ='� 214,0
kk !l(/ 'Iu � -,; i i � • �� I r�Igr perk -- � — •( ''� . J _ � 1 ( • 1 `''
f;A`\'. /;; � o � `�•�• ^` `Y� ter '1 • - u o•
® as / a Ch n . ♦ ak le ;
-601(
-
•'syr � .;'jf I1I1dS •Z20� .1 % -_J :_
�.. :I " // 1 •/"�M RICK vg
217). e
///��i:� �w �•r. \ \ , i� r ' vi. ale q
/ \-, `1✓ - ����-� i 0 wP 001 it •� '�.,�
a
77-
`��� le r� � I � , t � LLL � � ) i �- �' i •,1._ � iir -i- T I i � .
n}, i P
A ► 1�� f`%:. IOW , _ - ( - .�
a ��/ / K>ng
R4`_
1 C
J t r I � .%.<• �r r� �_� , frU ' . , e Ott oo /�Hk,\ - . /i< �
I!
367 ^27'30' X68 (ZIRCOrvr,a 203 -NW, fi��p� 1 17'
4.55+ /it NW r .. f+
F -i..

KENMURE PROPERTIES, INC.
COUNTY: HENDERSON'
DATE SAMPLED
ALKALINITY,TO pH 4.5
ALKALINITY,TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
tid
CHROMIUM,TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
G A
COPPER
CYANIDE
DISSOLVED SOLIDS
FLUORIDE
HARDNESS CaCo3
HARDNESS, NON CARB
IRON
LEAD
LITHIUM
M BAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
o p i ,s v, f
NITROGEN, KJELDAHL
NITRATE & NITRITE
p. b/ (.[ '~O` 0. I
ORGANIC SCAN
ORTHOPHOSPHATE
pH
�• G�
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIF. CONDUCTANCE
SULFATE
TOC (UNFILTERED)
j
TOX
TSS
VOC
ZINC
STATIC WATER LEVEL
Red Ink=Sample taken by facility

DATE SAMPLED
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
.CHLORIDE
CHROMIUM, TOTAL
COBALT
COD
COLIFORM, FECAL
,
COLIFORM, TOTAL
COPPER
CYANIDE
DISSOLVED SOLIDS
36
76
FLUORIDE
HARDNESS CaCo3
HARDNESS, NON CARB
IRON
LEAD
LITHIUM
Ked ink = sample taken by facility

i
WELL NO. C, J! V COUNTY:
DATE SAMPLED
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
0,0/
b, /o
NITROGEN, KJELDAHL
NITRATE & NITRITE
o 3 7�O
ORGANIC SCAN
pH
S•
x,16
PHENOLS
PHOSPHORUS, TOTAL
0.
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIF. CONDUCTANCE
ol3 3
SULFATE
TOC (UNFILTERED)
-30
TOX
TSS
voc
ZINC
STATIC WATER LEVEL
nea inx = ;niamp►e taken Dy mcnity

DATE SAMPLED
jj�/ %- 77
1/ • 17- -77
11-3-7 $
//.5
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE,
A
J j
CHROMIUM, TOTAL
COBALT
COD
COLIFORM, FECAL
j , f
I
1A
f, %
COLIFORM, TOTAL
COPPER
CYANIDE
DISSOLVED SOLIDS
/00
60
FLUORIDE
HARDNESS CaCo3
HARDNESS, NON CARB
IRON
LEAD
LITHIUM
Red Ink = Sample taken by facility

WELL NO. Q 8-S v 9
COUNTY: /-/& /V'o & 2 S c?r/
DATE SAMPLED
//-3-y5'
//-,1-
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
0.0S
®. J
o . ®(,
U !
L ®, 01
40,1
NITROGEN, KJELDAHL
& NITRITE
© - 0 3
�0 3 , i
0,07
� O • 1 f
�. © It
ivoNITRATE
b. Q
ORGANIC SCAN
PH
.5 . 5
' •
J
��. �o
��o
PHENOLS
PHOSPHORUS, TOTAL
0. OA
o• /if
D • /f
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIF. CONDUCTANCE
SULFATE
TOC (UNFILTERED)
TOX
TSS
yL
ZINC
STATIC WATER LEVEL
5� �/ D
5 . �J
. %-5
C3
,4 0
Red Ink = Sample taken by facility

COUNTY
1-� ov D 6R -To
DATE SAMPLED
//LL �S' %`�
/"I - / �'q�
.� o�.`� 914
IW,��' `//O
fl-a�� `j
/l -.,2A- J("'
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
T
-3 ,2 76 ig
J,K
`tea
S
CHROMIUM, TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
4
COPPER
CYANIDE
DISSOLVED SOLIDS
%
pp//
1�
—�-
FLUORIDE
HARDNESS CaCol
HARDNESS, NON -CARBONATE
IRON
LEAD
LITHIUM
Red Ink = Sample taken by facility

DATE SAMPLED
MBAS
1
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN,AMMONIA
®, /®
Z 0. 1
0.03
L 0. i
NITROGEN, KJELDAHL
k _3 a
NITRATE & NITRITE
0. 0 1
N e- U° /0
� �
Nt�3�, r�
� Q �
ORGANIC SCAN
PH
PHENOLS
O,
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIFIC CONDUCTANCE
SULFATE
TOC (UNFILTERED)
TOX
TSS
VOC
A/o
%° 0a
C lU G{ L
r !y v/1-
ZINC
STATIC WATER LEVEL

-i-�U)cn-0G)> connOv
Te�0
� = =(n'� D
o v c
Z 5; CD iv (D w m O C7 ^ to R Ei: 0 D
y�;m ° m F)'n- n < A 3 m.
CD CD CD
Z3 0 D w �z KK m
Q 0 � O A it -n (n
n Cl) N Q o O CD d
A� 0- I o Sv v
0
o
^�CD
a M
c N _
0
3 33 3 3 3 3 3 3 003
Cn co O Cn cQ cQ cm cn CO -•c03 co cD
cn =
C
cn O C DI O 3(n a
0 CD
OQ 3 C W W C � 0 CCD
O
W CDC -•
W c',Z �c'3 3 �O m
0 3 0�wCn
sv mE
�3
— _ Z cn z
sv I
z
A O
i`.
CL
3333333333333332•
co cn cn Cn cn (a cn co n n cfl cn cn cQ ce a•
CL
OCD a
60 I'D G)
D..
0.y+
n
CD a "
0.3 n
m
CD o
3 3 3 w a.
cp c� u Cn
0 0 o I�D =
CL CL CL
:m- =4: n n
II II II S
+ (9
t 13
C)
QDN-0Z Ir
m 0 Nr— m
0 W X
0
1 zj; Z
o O
3m
o z
CL
Q
-noK
(D N N'00 (OQD (D CD
Q O N CD _
03 Cn v 0 CDm m
co wo. cD m w
w o.
_rw 7
CD 3: C:
_Sa0.y
o
cr
C7 Cn CD
Oao CD o
w CD- v m
m
m3
M. a
0 (n
"',v ..
G9 a w3 3
Q � a CAm
CD m o <
D
v v�
.O
CD LSU
CD < T
7 Cn CD O
w
CD 3 o
-a
CD m - a
O w ❑ CCD
0 m -�
c CD CD
,+ cn
C: (0 m
`i 0 w
C) r O
CD Ww
o
W O 3
b':2 -a
F
o w w
� w
0
0�14
o ai
o a
CL N
Gf N
A::ro 0
0 rL
3 '9
m
rt 0
3 a.
N (n
N
0
m
CL
,v
M
IQ
m
0
:3
or n -`
w m
o
ID
Z'
� A
_ N
0 O
C
0 �G
O
m �
_ m:
o
cn
CD QQ
3`
CD
ski
n
ID 0
n
-n
\/ Li
r: Z
n
,=
O �7
V
w
3
'0
C
CD
Z
h Z
-u
v m
D
n
m
mm
m
z
m
O CA
0O
0Er 5-900-0
D
..j
:-
r
°
7
m
7J
-n -G
o F
Q
Q
m
Z_
�C,
o
--I
v
0
O�
Cp
z^
Cq
L J
O
m
v
M
rc�
M
M��
O
2Cm
Z
m N <
,z,-�'ZO
z
�
-4
Z P.
vZ
-+ c
mm
mD
cn r
m�
0m
N
Z C
M
n
m
N
-4z
zm
'0
-u
v m
mm
0K
O CA
(n --j
0Er 5-900-0
:-
CD z
-n
°
7
m
7J
(a c3
m
a
o F
Q
m
�C,
o
v
O�
D
v CD
m O
m
a ?
m Z
X
U
� w
v
o W
M_
w
0 Z
n >
0
o
= 0
Z
z
Cn'
a
o -I
O
D
m
CD
wCD m
=
CD v
C
O
m
v
M
rc�
M
M��
O
2Cm
Z
m N <
,z,-�'ZO
z
�
-4
Z P.
vZ
-+ c
mm
mD
cn r
m�
0m
N
Z C
M
n
m
N

Date: 11/28/01
borato Certification IDs _ REPORT OF LABORATORY ANALYSIS
NC Wastewater 12
NC Drinking Water 37706 This report shall not be reproduced, except in full,
Sc 99006 without the written consent of Pace Analytical Services, Inc.
Page: 9
Laboratory Certification IDs
KY Drinking Water 90090
VA Drinking Water 213
FL NELAP E87627
Pace Analytft.,
9800KinceyAvb. .
�1������ j�
A J
Huntersville..
Phone. 704.87,)..,
vrvnv. pasetabs.com
Fax: [phone]b,
Lab Project
Number: 9227835
Client
Project ID:
James&James 9324890
--------------------------------------------------------------------------------------------------------------------
Lab Sample No: 931042980
Project Sample
Number: 9227835-005
Date Collected: 11/13/01 12:05
Client Sample ID: V8
Matrix: Water
Date Received: 11/13/01 14:03
Parameters
Results
Units
Report Limit
Dilution
Analyzed
CAS No. Ftnote Rea Lim
,GC Volatiles
GC VOCs in Water
Prep/Method: SM 6230D /
SM 6230D
Benzene
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
71-43-2
Bromobenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
108-86-1
Bromochloromethane
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
74-97-5
Bromodichloromethane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
75-27-4
Bromoform
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
75-25-2
Bromomethane
ND
ug/1
0.50
1.0
11/27/01
22:06
KST
74-83-9
n-Butylbenzene
ND
ug/l
1.0
1.0
11/27/01
22:06
RST
104-51-8
sec-Butylbenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
135-98-8
tert-Butylbenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
98-06-6
Carbon tetrachloride
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
56-23-5
Chlorobenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
108-90-7
Chloroethane
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
75-00-3
Chloroform
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
67-66-3
Chloromethane
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
74-87-3
2-Chlorotoluene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
95-49-8
4-Chlorotoluene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
106-43-4
1,2-Dibromo-3-chloropropane
ND
ug/l
2.0
1.0
11/27/01
22:06
KST
96-12-8
Dibromochloromethane
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
124-48-1
1,2-Dibromoethane (EDB)
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
106-93-4
Dibromomethane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
74-95-3
1,2 -Dichlorobenzene
ND
ug/l
1.0
1.0
11/27/01
22:06
RST
95-50-1
1,3 -Dichlorobenzene
ND
ug/l
1.0
1.0
11/27/01
22:06
KST
541-73-1
1,4 -Dichlorobenzene
ND
ug/l
1.0
1.0
11/27/01
22:06
RST
106-46-7
Dichlorodifluoromethane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
75-71-8
1,1-Dichloroethane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
75-34-3
1,2-Dichloroethane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
107-06-2
1,1-Dichloroethene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
75-35-4
cis-1,2-Dichloroethene
ND
ug/l
0.50
- 1.0
11/27/01
22:06
KST
156-59-2
trans-1,2-Dichloroethene
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
156-60-5
1,2-Dichloropropane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
78-87-5
1,3-Dichloropropane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
142-28-9
2,2-Dichloropropane
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
594-20-7
1,1-Dichloropropene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
563-58-6
cis-1,3-Dichloropropene
ND
ug/1
0.50
1.0
11/27/01
22:06
KST
10061-01-5
trans-1,3-Dichloropropene
ND
ug/l
0.50
1.0
11/27/91
22:06
KST
10061-02-6
Diisopropyl ether
ND
ug/l
0.50
1.0
11/27/01
22:06
KST
108-20-3
Date: 11/28/01
borato Certification IDs _ REPORT OF LABORATORY ANALYSIS
NC Wastewater 12
NC Drinking Water 37706 This report shall not be reproduced, except in full,
Sc 99006 without the written consent of Pace Analytical Services, Inc.
Page: 9
Laboratory Certification IDs
KY Drinking Water 90090
VA Drinking Water 213
FL NELAP E87627

14dAnaliftal'
mvm. pacelabs.com
Lab Sample No: 931042980
Client Sample ID: V8
Pace Analytit.,
9800 Kincey A�,
Huntersvillb,.
Phone: 704.8i�,.
FaX 704.875.,4.
Lab Project Number: 9227835
Client Project ID: James&Jamas 9324890
Project Sample Number: 9227835-005 Date Collected: 11/13/01 12:05
Matrix: Water Date Received: 11/13/01 14:03
Parameters
Results
Units
Report Limit
Dilution Analyzed
CAS No. Ftnote Rea Lim
Ethylbenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
100-41-4
Bexachloro-1,3-butadiene
ND
ug/l
2.0
1.0
11/27/01
22:06
AST
87-68-3
Isopropylbenzene (Cumene)
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
98-82-8
p-Isopropyltoluene
ND
ug/l
1.0
1.0
11/27/01
22:06
RST
99-87-6
Methylene chloride
ND
ug/l
2.0
1.0
11/27/01
22:06
RST
75-09-2
Methyl-tert-butyl ether
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
1634-04-4
Naphthalene
ND
ug/l
2.0
1.0
11/27/01
22:06
AST
91-20-3
n-Propylbenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
103-65-1
Styrene
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
100-42-5
1,1,1,2 -Tetrachloroethane
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
630-20-6
1,1,2,2 -Tetrachloroethane
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
79-34-5
Tetrachloroethene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
127-18-4
Toluene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
108-88-3
1,2,3-Trichlorobenzene
ND
ug/l
2.0
1.0
11/27/01
22:06
AST
87-61-6
1,2,4-Trichlorobenzene
ND
ug/l
2.0
1.0
11/27/01
22:06
RST
120-82-1
1,1,1 -Trichloroethane
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
71-55-6
1,1,2 -Trichloroethane
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
79-00-5
Trichloroethene
ND
ug/l
0.50
1.0
11/27/01
22:06
SST
79-01-6
Trichlorofluoromethane
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
75-69-4
1,2,3-Trichloropropane
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
96-18-4
1,2,4-Trimethyibenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
95-63-6
1,3,5-Trimethylbenzene
ND
ug/l
0.50
1.0
11/27/01
22:06
RST
108-67-8
Vinyl chloride
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
75-01-4
m&p-Xylene
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
o -Xylene
ND
ug/l
0.50
1.0
11/27/01
22:06
AST
95-47-6
1-Chloro-3-fluorobenzens (S)
115
%
1.0
11/27/01
22:06
RST
625-98-9
Date: 11/28/01
Page: 10
Laboratory Certification IDSREPORT OF LABORATORY ANALYSIS L aboratory Certification IDs
NO Wastewater 12 KY Drinking Water 90090
NO Drinking Water 37706 This report shall not be reproduced, except in full, VA Drinking Water 213
SC 99006 without the written consent of Pace Analytical Services, Inc. FL NELAP E87627

a
a.
0
r
m w a o O
_
Ei
A
0-
o
�:!
pO
a 3
4
w
9
7
y
p?
z H
Zo'
e
k
0
n n
n
n n c�
n
a
a
.P
H
a
H
H
O
y
d
D
C �
Xd0
a
o
x
�^
v
n
O o
n
o
n
n
Q
CC �Hr
O O C7
Z
R
0
0 0 4
o=
o
o>>
m
m
E
n
ce
eg
o
Ji
O
O
O
n m H
-1 O C
H
N
9
0
q
z
A
y
3
3
s
y
c
a z 0
o
x
O
O
p
C
..
i
<
r_
t..z
r r r=
r-
U
p,
o
Q
—
a
h
m
O
N
10
oo
c
C
0
O
O
�_
o:
A
> > x
�
N
6
U
^
w
3
C O Z
3 3
9
9
9
3
w
3
w�
3
ao
3
as
3
3
3
3
�a
a o �
a
a.
0
r
m w a o O
_
Ei
A
0-
o
O t1
a 3
4
w
9
7
y
p?
z H
Zo'
e
N
0
.P
C
x
z
W
O
y
d
D
}
X1"1
y
O
� w
rt
R
O
n
Ji
A N U
U
O
N lUi,
0
00
<
r_
t..z
r r r=
r-
U
p,
o
—
a
h
m
O
N
10
oo
c
r
N
0
O
O
�_
o:
A
C
�
3
3
3 3
9
9
9
3
w
3
w�
3
ao
3
as
3
3
3
3
a
a.
0
r
m w a o O
_
Ei
A
0-
o
O t1
a 3
4
w
9
7
y
X1"1
y
O
� w
rt
R
O
n
Ji
A N U
U
O
N lUi,
0
00
<
r_
t..z
r r r=
r-
r
r r r r-
a
a.
0
r
m w a o O
_
Ei
O p
.7
0-
o
O t1
a 3
4
w
9
7
X1"1
y
O
� w
rt
R
O
n
—
0
00
<
O
—
d
a�a
a
p
�_
o:
a
a.
0
r
m w a o O
3 n m
Ei
O p
.7
0-
o
O t1
a 3
4
w
9
7
r
Ei
O t1
r� O

CS
0
O
3
X
X
m O 0
r n Q'
X
0
m a m Z
0
i
m
O
C
CL
O
3
Z
a
X
00
X
c
o=
Z
cn
D
X.
v
m
2 +'
o s m
o A 0,
(-n
0
e
c
c
tp
m
m
a
�
x
m
0
�'
3
c
tc
Oa
o
v
8
r
"-0 2
Ia. 3,
OD
a
°
s
a
s
S
C,
+
0
p
'
O
o
0
0
a
-N
S
D
o
3
O
N
�
D
° a te
Ul a�
7.
rn
V
�c
O
o
�•
o`
vmi
c
cr
rn:
y
Co
0
a
='ol
`�
O
y_
S
0.
rn
._.
c
W
3
O�
W
U
m
a
a`
o
0
3
r
2
j
-j
(31
—
v
0'
N
m
UI
c
D
cin
(0
m
-N0
p
o
w
3
-0'
c
V
O
3
3�W,w
u
Z
p
D
Z
`�
cn
m°
m
to
�'
�p
p0
v
La
n.
w
a
cr'
C
tO
c
to
w
w
c
to
a
c
to
3
t,
m
-i
T
-n
c
to
�
cc
to
r
g
°
Q
°0
c
0
O
<
00
�+
S
2
m
o
CL
u
toQ
�'
�
w
O
N
m
sm
0
O
p.l
N
�
�
H
m
3
LO
3
to
3
to
3
to
3
to
3
to
3
to
c
c
3
US
3
to
3
US
0
O
3
X
X
m O 0
r n Q'
X
0
m a m Z
0
i
m
O
C
CL
O
3
Z
a
X
00
c
o=
Z
cn
d
P
to
c
O
~i
c
c
(-n
0
e
c
c
tp
m
m
a
�
x
m
0
�'
3
c
tc
m
3
v
°
3.
3
3
c
m
3.
rn
C,
+
0
+
Z
o
N
o
lA
ti
c
3
a
-N
S
a0
3
c
3
N
N
U
m
LA
O
rn
V
A
o
�•
o`
m
3
rn:
y
Co
w0%
a
='ol
A
t'L�
S
0.
rn
-0
W
O�
a
U
m
m
LM
I
O
V
�
-j
(31
—
N
0'
N
m
UI
O
rn
cin
(0
0
p
3
w
3
-0'
V
O
u
Z
p
H
to
cn
m°
�p
n
o
O
C
w
C
tO
c
to
w
w
c
to
g
to
c
to
3
t,
g
toto
c
c
to
c
tO
cc
to
v'
g
°
Q
°0
c
0
O
O
CL
toQ
O
N
m
O
0
O
p.l
N
�
�
H
m
3
LO
3
to
3
to
3
to
3
to
3
to
3
to
c
c
3
US
3
to
3
US
3
to
0
3
0
O
3
m O 0
r n Q'
G=
0
m a m Z
0
i
m
O
C
CL
O
3
Z
a
O
00
mZ
c
Z
cn
d
P
to
c
3
~i
o
s
c
0
o
IA
c
tp
m
m
a
�
x
m
0
�'
3
c
tc
m
3
v
°
3.
3
3
c
m
3.
rn
C,
3
rn
m
ti
c
3
c
-N
S
i
3
c
3
a
3
rn
rn
V
A
o
�•
o`
m
3
rn:
y
Co
w0%
a
='ol
0,((A
t'L�
S
0.
rn
Ca71
a
U
,D
O
m
N�
Lp
N
�
(77
-
Vt
cT
P
rn
rn
cin
O
0
p
p
m
V
N
p
H
to
cn
m°
y
ff
a
O
C
m
m
C
tO
c
to
c
to
c
to
g
to
c
to
3
t,
g
toto
c
c
to
c
tO
cc
to
to
g
c
to
c
c
c
to
0
O
0
m O 0
r n Q'
o
0
m a m Z
0
i
N C
S
'
>
Z
O
O
00
S
v
S
N
d
P
S
m
3
n
O7
a�
W
C11
S
O
N
St0
O
O
T
m
O
O
X
o
�•
O
y
Co
D
c
S
0.
S
O
m
3
O
0
m
N
p
H
m°
y
ff
a
O
C
m
m
m
to
m
G
O
N
y
H
m
to
A
0p
3D
CL
toQ
O
N
m
O
�
H
0
O
0
m O 0
r n Q'
m
0
m a m Z
0
3
N C
S
'
mcr
o_
00
N
d
P
0
O
m O 0
r n Q'
m
0
m a m Z
3
N C
0
Ir
mcr
o_
c.
F
3

December 11,2001
MEMORANDUM
TO: Data Users
From: Cindy Green, DWQ Che istry Labe
Through: Lang Ausley
Subject: TOC Samples with data qualifier code
The TOC analysis requested on this sample set was not performed due to an administrative decision to
discard a set of TOC samples received during this period due to an unforeseen problem with the analytical
instrument. Samples appropriately preserved with sulfuric acid have been causing cumulative degradation
of the analyzer. This effect was previously unknown. The Laboratory Section has issued guidance to
preserve subsequent TOC samples with concentrated phosphoric acid in an attempt to resolve this issue.
We apologize for any inconvenience caused by this necessary action. If you have any questions please
contact Cindy Green or Larry Ausley at 733-3908.

-1-1CACA'UnDn-/-iv pi 000
To-vc=r-.@�'O=viO oop
Zc�o(D��oC):E000p
Z.0 -0C°-0 m CDa�33 I.M
3 O Q sv �z
Cl = 0 3 -n -n
W C .0 Ll z `� CD
o !� N U)oa
— o m
Q�o M
C
CD
— � r
O
3
Q CD
d a /� m
J
to
m
m
33K333333 3 003 w
a:) cm ocncccmcaCam =Ca 3 3ca (D
_ c
w
KMT:c-noOC')Ow>O-OZZ 0
to to (D C ?a.M 0 � a =;
%d.
c ' o ' ' ' 0 (n w -�
KKO 9:::703 00M CD CD
�cQ cin �-0 a a -n ='3 0 o ZZ
ca a �.a �,c � N c 00
0 CO W
CD r � 0� 3 3 -i`� CO N
a�
CD sv cD N Z
— SD Z
CD
C I
z
O
m
CL
2.
Cn
333333333333333c)
ca ca ca ca ca CQ ca Ca ca ca ca ca ca Ca a
CD
CL
OCD -
no a
a. D
z
��cn
�a
a3
�o
.. -< 5
3 CD a
ol�ni
Z Q
'� Q 1
VCD
aI
0
v
O3 N -OZ I
r= a a' _.
cD 3 1 1 '
oNr—Z
0 c o
zl ri

Pace Analytical...
� yt
www.pacelabs.com
Pace Analyi,,
9800 Kincey'h.
Huntersm,.,
Phone. 704.
Fax. 704.&"
DATE: 11/30/00
PAGE: 9
Pace Project Number: 9218626
Client Project ID: James&James-9316553
Pace Sample No: 93718849 Date Collected: 11/15/00 Matrix: Water
Client sample 1D: V8 Date Received: 11/15/00
Parameters
---------------------------------
Results
----------
Units
---------
PRL
----------
App. Df
--------
Analyzed
--------
Analyst CAS# Footnotes
----- -
GC Volatiles
GC VOCs in Water
Method:
SM 6230D
Prep Method: SM
6230D
Dichlorodifluoromethane
ND
ug/t
0.5
1.00
11/29/00
MAG
75-71-8
Chloromethane
ND
ug/L
0.5
1.00
11/29/00
MAG
74-87-3
Vinyl Chloride
ND
ug/l
0.5
1.00
11/29/00
MAG
75-01-4
Bromomethane
ND
ug/L
0.5
1.00
11/29/00
MAG
74-83-9
Chloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
75-00-3
Trichlorofluoromethane
ND
ug/t
0.5
1.00
11/29/00
MAG
75-69-4
1,1-Dichloroethene
ND
ug/l
0.5
1.00
11/29/00
MAG
75-35-4
Methylene Chloride
ND
ug/1
0.5
1.00
11/29/00
MAG
75-09-2
trans-1,2-Dichloroethene
ND
ug/t
0.5
1.00
11/29/00
MAG
156-60-5
1,1-Dichloroethane
ND
ug/t
0.5
1.00
11/29/00
MAG
75-34-3
cis-1,2-Dichloroethene
ND
ug/l
0.5
1.00
11/29/00
MAG
156-59-2
Bromochloromethane
ND
ug/l
0.5
1.00
11/29/00
MAG
74-97-5
Chloroform
ND
ug/L
0.5
1.00
11/29/00
MAG
67-66-3
2,2-Dichloropropane
ND
ug/t
0.5
1.00
11/29/00
MAG
594-20-7
1,2-Dichloroethane
ND
ug/1
0.5
1.00
11/29/00
MAG
107-06-2
1,1,1 -Trichloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
71-55-6
1,1-Dichloropropene
ND
ug/l
0.5
1.00
11/29/00
MAG
563-58-6
Carbon Tetrachloride
ND
ug/l
0.5
1.00
11/29/00
MAG
56-23-5
Dibromomethane
ND
ug/l
0.5
1.00
11/29/00
MAG
74-95-3
1,2-Dichloropropane
ND
ug/l
0.5
1.00
11/29/00
MAG
78-87-5
Trichloroethene
ND
ug/l
0.5
1.00
11/29/00
MAG
79-01-6
Bromodichloromethane
ND
ug/l
0.5
1.00
11/29/00
MAG
75-27-4
cis-1,3-Dichloropropene
ND
ug/1
0.5
1.00
11/29/00
MAG
10061-01-5
trans-1,3-Dichloropropene
ND
ug/L
0.5
1.00
11/29/00
MAG
10061-02-6
1,1,2 -Trichloroethane
ND
ug/t
0.5
1.00
11/29/00
MAG
79-00-5
1,3-Dichloropropane
ND
ug/l
0.5
1.00
11/29/00
MAG
142-28-9
Dibromochloromethane
ND
ug/1
0.5
1.00
11/29/00
MAG
124-48-1
1,2-Dibromoethane
ND
ug/l
0.5
1.00
11/29/00
MAG
106-93-4
Tetrachloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/t
0.5
1.00
11/29/00
MAG
630-20-6
Chlorobenzene
ND
ug/1
0.5
1.00
11/29/00
MAG
108-90-7
Bromoform
ND
ug/l
0.5
1.00
11/29/00
MAG
75-25-2
1,1,2,2 -Tetrachloroethane
ND
ug/1
0.5
1.00
11/29/00
MAG
79-34-5
1,2,3-Trichloropropane
ND
ug/t
0.5
1.00
11/29/00
MAG
96-18-4
Bromobenzene
ND
ug/1
0.5
1.00
11/29/00
MAG
108-86-1
2-Chlorotoluene
ND
ug/l
0.5
1.00
11/29/00
MAG
95-49-8
Laboratory Certification IDs KY
REPORT OF LABORATORY ANALYSIS I ihnrafy (ertificatio IG
NC Wastewater 12 Drinking Water 90,09
NC Drinking Water 37706 This report shall not be reproduced, except in full, TN UST List
Sc 99006 without the written consent of Pace Analytical Services, Inc. VA Drinking Water 21

Laborator ertification los REPORT OF LABORATORY ANALYSIS Lab rafr ertificati ►o
NC Wastewater 12 KY DrinkirYg Water X009!
NC Drinking Water 37706 This report shall not be reproduced, except in full, TN UST List
Sc 99006 without the written consent of Pace Analytical Services, Inc. VA Drinking Water 21
Pace Anafy,,,
Analytical r
9,100 Kincey ,
Hu ,
-,,,,�Ace
Phhoneone.+ 704.E
www.pacelabs.coni
Fax 704.61.,
DATE: 11/30/00
PAGE: 10
Pace
Project Number:
9218626
Client Project
ID:
James&James-9316553
Pace Sample No: 93718849
Date
Collected:
11/15/00
Matrix: Water
Client Sample ID: V8
Date
Received:
11/15/00
Parameters
Results
Units
PRL
--------.
App.
DF Analyzed
Analyst CAS# Footnotes
---------------------------------
4-Chlorotoluene
----------
ND
---------
ug/l
0.5
1.00
11/29/00
MAG
106-43-4
1,3 -Dichlorobenzene
ND
ug/1
1
1.00
11/29/00
MAG
541-73-1
1,4 -Dichlorobenzene
ND
ug/L
1
1.00
11/29/00
MAG
106-46-7
1,2 -Dichlorobenzene
ND
ug/t
1
1.00
11/29/00
MAG
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/L
2
1.00
11/29/00
MAG
96-12-8
1,2,4-Trichlorobenzene
ND
ug/t
2
1.00
11/29/00
MAG
120-82-1
Hexachloro-1,3-butadiene
ND
ug/L
2
1.00
11/29/00
MAG
87-68-3
1,2,3-Trichlorobenzene
ND
ug/l
2
1.00
11/29/00
MAG
87-61-6
Methyl-tert-butyl Ether
ND
ug/L
0.5
1.00
11/29/00
MAG
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
1.00
11/29/00
MAG
108-20-3
Benzene
No
ug/l
0.5
1.00
11/29/00
MAG
71-43-2
Toluene
ND
ug/l
0.5
1.00
11/29/00
MAG
108-88-3
Ethylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
100-41-4
m&p-Xylene
ND
ug/l
0.5
1.00
11/29/00
MAG
7816-60-0
Styrene
ND
ug/l
0.5
1.00
11/29/00
MAG
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
ND
ug/l
0.5
1.00
11/29/00
MAG
95-47-6
Isopropylbenzene (Cumene)
ND
ug/l
0.5
1.00
11/29/90
MAG
98-82-8
n-Propylbenzene
ND
ug/t
0.5
1.00
11/29/00
MAG
103-65-1
1,3,5-Trimethylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
108-67-8
tert-Butylbenzene
ND
ug/t
0.5
1.00
11/29/00
MAG
98-06-6
1,2,4-Trimethylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
95-63-6
sec-Butylbenzene
ND
ug/1
0.5
1.00
11/29/00
MAG
135-98-8
p-Isopropyltoluene
ND
ug/L
1
1.00
11/29/00
MAG
99-87-6
n-Butylbenzene
ND
ug/t
1
1.00
11/29/00
MAG
104-51-8
Naphthalene
ND
ug/1
2
1.00
11/29/00
MAG
91-20-3
1-Chloro-2-fluorobenzene (S)
71
%
1.00
11/29/00
MAG
348-51-6
Laborator ertification los REPORT OF LABORATORY ANALYSIS Lab rafr ertificati ►o
NC Wastewater 12 KY DrinkirYg Water X009!
NC Drinking Water 37706 This report shall not be reproduced, except in full, TN UST List
Sc 99006 without the written consent of Pace Analytical Services, Inc. VA Drinking Water 21

t.3
3
r
7
�7
�
\
\
\
{
\
�
&
�

F
x
C',n h n W c a
D O S S O
D
-!
" �
� z �• � d 3 0 �y
v
m
N N O
`•C
o
-.
N ? p
Q p X Q
-.
O
3
$ t4 S
S
o c
c~Qu
-P
1a
c nn
Linto
o
a
c U3 m
x
y
-!
v
m
o
3
o
c nn
iv
a
0 8
v
M
y o
-t
a=
y
p
j
0
C
a
(A o
3
c Z
3 g �o
A
,�
a
to
r
v
••
.� c
LM
-n��
° a
A2
-n
-
Z
v Ol
m
°
-i
o
Dca
35-10-
C d
o
n
r
\
m
w
w
3
LM
°
n
°•
�+
o
c
s
c �
0
a m
o0
N
v
a
to
3
-
3
-
a
o
ti A
W
14CO
A
In
N
c Q
I
�
r
C O
7
W
W
N
7 O
U
2 f0
N
3
OQ
a v
o aIn
c
p
O
N
V
N b
-I Cn a
O
C%
i
ov
3
C%
v
s°
c
x
p
r
En
-1
¢
�o
i-3 �o �n
m
(n
O
v r O
l0 O
3
z
. m
yi
n
3 = L
h
N
3
N
3
,�roa :rte
Smu �w
3
7
V
•LnF
OS
O
N
N
N
3
°
A
°
°
10
m
Jr
W
1
H D D
o
O
Z
p. M
n
r
T
o
a C (_n
7
w
- 3:
3 N
S
O
.p
n
i
(°71
C', Lr
N
p
g.
`G O
N
W
Lm (ill 0
3
o
N A
�!
M
V
I
p
v tail
U1 rt
o
a
O m
x
v
m
o
3
x

A
3
0
N
0
tJl
i
1111-
N
(n
o
Z
m
v
IM
m
III
m
k
y
a
v
N
v
O�_
Z
{
3
to
c
tc
m
e
c
v
s
p
p
C
too
p
N
Z
w
o
�
ti+
-h
n
3:18
0
y
f)
0
4
N
N
tp
X
X
p
d
3
N
>
�!
v
m
ISS'
a
o
(n
7v
r
n
o
Z
Z
y
3
c'
C
3
C
-
V
DA
C'
3
W
y
N
N
%0
O
v
ON
C,
M
3
rmI
14
L"
�
n
©
A
o
rn
y
n
O`
y=
OO
CSl
O
�Ln
N.
o
N
(iii
c
p
co�
0s
3
A
0Z
w
a
tr
n
O
o
to
o
n
o
77
fl
x
n
n
V
o
v
q
i
UI
U7
.P
3
oy
c
o
to
o
fo
A
ti
-i
c
Lo
c
to
3
c
m
3
to
c
to
La
3-3
to
to
c
m
c
I
c
OIT
c
to
o
3
c
to
A
'c
m
c
to
O
cn
v
c
3
`vo
fl
n+
m
O
y
co
W
O
3
3
f
N
0'rnLn
r
_
A
O
_
l0
X
N
.p
o
o
c�
s
tw„
w
y
D
v
3
m
3
3
3
A
V
W
ol
3
3
c
c
3
3
3
3
S
S
—
N
—
—
-I
T
O
D
to
t\
t\
t\
to
to
v
W
w
p
O
co
A
O
y
a
—
—
o
a
q
A
3
tow
(.Ti—
CL
—
❑
<
p
O
f.
3
O
N
A
3
0
N
0
tJl
fl
1111-
N
(n
o
Z
m
v
IM
m
III
m
y
a
v
N
v
O�_
Z
n
3
to
c
tc
m
e
c
v
s
p
p
C
too
p
N
Z
w
o
�
ti+
-h
n
3:18
OCL
y
f)
0
4
N
N
tp
l0
N
p
d
3
N
O
3,
CL
3
O
a
a
(31C'
n
o
Z
Z
y
3
c'
C
3
C
-
V
DA
C'
3
W
y
N
N
%0
O
v
ON
C,
M
3
�
14
L"
�
rn
A
�
rn
y
O`
y=
OO
CSl
O
�Ln
N.
o
N
(iii
c
p
co�
i
N
3
A
rn
Z
a
tr
Ul
O
to
n
V
=
UI
U7
.P
3
fo
A
ti
w
c
Lo
c
to
c
to
c
m
3
to
c
to
La
3-3
to
to
c
m
c
I
c
OIT
c
to
c
to
3
c
to
c
to
'c
m
c
to
O
O
y
t0
O
A
l0
p.
N
y
3
3
3
3
3
3
3
c
c
3
3
3
3
—
—
—
—
—
t\
to
t\
t\
t\
to
to
—
O
y
—
—
—
—
3
A
3
0
N
0
tJl
fl
1111-
N
(n
o
Z
m
v
IM
m
III
m
y
a
D
rn
=
Z
n
3
to
c
tc
m
e
s
a
o
c
o
a
n
too
o
o
O.
o
�
o
n
3:18
n
N
f)
3
d
N
tp
l0
N
7
3
V
O
3,
CL
3
^
a
a
(31C'
3
rn
a
y
3
c'
C
3
C
-
t0
3
C'
3
-3
1�
('
3
v
3
rn
v
a,
M
3
�
14
L"
�
rn
A
�
rn
�
y=
OO
y
�Ln
ZS
o
N
(iii
c
N
co�
t?
E
3
A
a
tr
Ul
O
to
V
=
UI
U7
.P
3
fo
A
ti
N
c
Lo
c
to
c
to
c
m
3
to
c
to
La
3-3
to
to
c
m
c
I
c
OIT
c
to
c
to
3
c
to
c
to
'c
m
c
to
A
3
0
N
0
tJl
fl
o
nv
N
o
cpo fl n
S n N S
Q c
m
v
p
t m 3
m
U,
m
Z
=
2
fl
too
�
n
3:18
n
n
r
y
�
a
a
x
m
-
7
3
v
a
oa
n
to
N
A
m
N02
y=
OO
y
n
tD
o
-
Q{
N
t?
S
0
3
A
to
=
3
fo
A
ti
N
D
O
N
n
y
A
l0
p.
y
l0
�+
A
3
0
N
0
tJl
fl
o
nv
N
o
cpo fl n
S n N S
Q c
m
v
p
t m 3
m
U,
m

Pace Analytica,.,
9800 Kincey Avenlir,
;
"Ce Afla�j(t�Cal Huntersville, NC
Tel: [phone];
Fax: [phone]'1.
DATE: 12/09/99
PAGE: 9
Pace Project Number: 9210415
Client Project ID: James&James-939533
Pace Sample No: 93419497 Date Collected: 11/29/99 Matrix: Water
Client Sample ID: V8 Date Received: 11/30/99
Parameters Results Units PRL App. OF Analyzed Analyst CAS# Footnotes
--------------------------------- ------------------- ---------- ------- -------- ---------- ----------
GC Volatiles
GC VOCs in Water
Method: SM 6230D
Prep Method: SM
6230D
Dichlorodifluoromethane
NO
ug/l,
0.5
1.00
12/08/99
KST
75-71-8
Chloromethane
NO
ug/t
0.5
1.00
12/08/99
KST
74-87-3
Vinyl Chloride
NO
ug/1
0.5
1.00
12/08/99
KST
75-01-4
Bromomethane
NO
ug/1
0.5
1.00
12/08/99
KST
74-83-9
Chloroethane
NO
ug/l
0.5
1.00
12/08/99
KST
75-00-3
Trichlorofluoromethane
ND
ug/l
0.5
1.00
12/08/99
KST
75-69-4
1,1-Dichloroethene
NO
ug/l
0.5
1.00
12/08/99
KST
75-35-4
Methylene Chloride
NO
ug/l.
0.5
1.00
12/08/99
KST
75-09-2
trans-1,2-Dichloroethene
ND
ug/l
0.5
1.00
12/08/99
KST
156-60-5
1,1-Dichloroethane
NO
ug/l
0.5
1.00
12/08/99
KST
75-34-3
cis-1,2-Dichloroethene
NO
ug/l
0.5
1.00
12/08/99
KST
156-59-2
Bromochloromethane
NO
ug/l
0.5
1.00
12/08/99
KST
74-97-5
Chloroform
NO
ug/1
0.5
1.00
12/08/99
KST
67-66-3
2,2-Dichloropropane
NO
ug/l.
0.5
1.00
12/08/99
KST
594-20-7
1,2-Dichloroethane
NO
ug/1
0.5
1.00
12/08/99
KST
107-06-2
1,1,1 -Trichloroethane
NO
ug/l
0.5
1.00
12/08/99
KST
71-55-6
1,1-Dichloropropene
NO
ug/l.
0.5
1.00
12/08/99
KST
563-58-6
Carbon Tetrachloride
NO
ug/t
0.5
1.00
12/08/99
KST
56-23-5
Dibromomethane
ND
ug/1
0.5
1.00
12/08/99
KST
74-95-3
1,2-Dichloropropane
ND
ug/l
0.5
1.00
12/08/99
KST
78-87-5
Trichloroethene
ND
ug/l
0.5
1.00
12/08/99
KST
79-01-6
Bromodichloromethane
ND
ug/l
0.5
1.00
12/08/99
KST
75-27-4
cis-1,3-Dichloropropene
ND
ug/l
0.5
1.00
12/08/99
KST
10061-01-5
trans-1,3-Dichloropropene
ND
ug/l
0.5
1.00
12/08/99
KST
10061-02-6
1,1,2 -Trichloroethane
NO
ug/l.
0.5
1.00
12/08/99
KST
79-00-5
1,3-Dichloropropane
NO
ug/l.
0.5
1.00
12/08/99
KST
142-28-9
Dibromochloromethane
NO
ug/1
0.5
1.00
12/08/99
KST
124-48-1
1,2-Dibromoethane
NO
ug/t
0.5
1.00
12/08/99
KST
106-93-4
Tetrachloroethene
NO
ug/l.
0.5
1.00
12/08/99
KST
127-18-4
1,1,1,2 -Tetrachloroethane
NO
ug/1
0.5
1.00
12/08/99
KST
630-20-6
Chlorobenzene
ND
ug/1
0.5
1.00
12/08/99
KST
108-90-7
Bromoform
NO
ug/l.
0.5
1.00
12/08/99
KST
75-25-2
1,1,2,2 -Tetrachloroethane
NO
ug/l
0.5
1.00
12/08/99
KST
79-34-5
1,2,3-Trichloropropane
ND
ug/1
0.5
1.00
12/08/99
KST
96-18-4
Bromobenzene
NO
ug/1
0.5
1.00
12/08/99
KST
108-86-1
2-Chlorotoluene
NO
ug/1
0.5
1.00
12/08/99
KST
95-49-8
Laboratory Certification IDs Laboratory Certifica 1 0D
NC DrNC inking Water stewater 37706 REPORT OF LABORATORY ANALYSIS TN Drinking 9009C
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

Pace Analytica ..
9800 Kincey Avenue,
,"ce AnalyfiCal Huntersville, NGS
Tel: [phone]a
Fax: [phone]
DATE: 12/09/99
PAGE: 10
Pace Project Number: 9210415
Client Project ID: James&James-939533
Pace Sample No: 93419497 Date Collected: 11/29/99 Matrix: Water
Client Sample ID: V8 Date Received: 11/30/99
Parameters
Results
Units
PRL
App. DF
Analyzed
Analyst CAS# Footnotes
---------------------------------
4-Chlorotoluene
----------
ND
---------
ug/1
----------
0.5
--------
1.00
--------
12/08/99
-----
KST
--------------------
106-43-4
1,3 -Dichlorobenzene
ND
ug/l
1
1.00
12/08/99
KST
541-73-1
1,4 -Dichlorobenzene
ND
ug/L
1
1.00
12/08/99
KST
106-46-7
1,2 -Dichlorobenzene
ND
ug/L
1
1.00
12/08/99
KST
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/L
2
1.00
12/08/99
KST
96-12-8
1,2,4-Trichlorobenzene
ND
ug/L
2
1.00
12/08/99
KST
120-82-1
Hexachlorobutadiene
ND
ug/L
2
1.00
12/08/99
KST
87-68-3
1,2,3-Trichlorobenzene
ND
ug/L
2
1.00
12/08/99
KST
87-61-6
Methyl-tert-butyl Ether
ND
ug/L
0.5
1.00
12/08/99
KST
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
1.00
12/08/99
KST
108-20-3
Benzene
ND
ug/L
0.5
1.00
12/08/99
KST
71-43-2
Toluene
ND
ug/L
0.5
1.00
12/08/99
KST
108-88-3
Ethylbenzene
ND
ug/l
0.5
1.00
12/08/99
KST
100-41-4
m&p-Xylene
ND
ug/l
0.5
1.00
12/08/99
KST
7816-60-0
Styrene
ND
ug/l
0.5
1.00
12/08/99
KST
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
ND
ug/t
0.5
1.00
12/08/99
KST
95-47-6
Isopropylbenzene (Cumene)
ND
ug/1
0.5
1.00
12/08/99
KST
98-82-8
n-Propylbenzene .
ND
ug/L
0.5
1.00
12/08/99
KST
103-65-1
1,3,5-Trimethylbenzene
ND
ug/L
0.5
1.00
12/08/99
KST
108-67-8
tert-Butylbenzene
ND
ug/l
0.5
1.00
12/08/99
KST
98-06-6
1,2,4-Trimethylbenzene
ND
ug/L
0.5
1.00
12/08/99
KST
95-63-6
sec-Butylbenzene
ND
ug/t
0.5
1.00
12/08/99
KST
135-98-8
p-Isopropyltoluene
ND
ug/L
1
1.00
12/08/99
KST
99-87-6
n-Butylbenzene
ND
ug/L
1
1.00
12/08/99
KST
104-51-8
Naphthalene
ND
ug/L
2
1.00
12/08/99
KST
91-20-3
1-Chloro-3-fluorobenzene (S)
102
%
1.00
12/08/99
KST
625-98-9
Laboratory Certification IDs Laboratory Certification IDs
NC NC Drinking Water tewater '37706 REPORT OF LABORATORY ANALYSIS TN DrinkingSLis water 9°09C
TN UST List
SC 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

C
�"
N
Cc,
az
x
x
d
x
..
x
x
a
a
x
a
W
y
a
s
n
IN
ro
Q
y
O
7a
on
�
n
T
C
c
�
z
5
m`
9
n
O
N
z
W
l
O
d
m
a
b
m
R
7
dd
O0
rn
K
to
0
0
N
z
o
z
R°_
w
.^+
O
O
O
=
°
n
W
O
m
x
C)
N
cn
c
H
o
o
A•
.o
T
m
�
m
°
9
1
W
`�
�
m
'..'
6.
G
O
t+
�
cn
w
o
r
N
w
N
A
7
b
O
%
5
N
Z!
..
�
�
0
N
.0
o0
F
(Ofl
N
N
e
w
o
O
T
b
V
O
O
F.
u
�
s1
h7
W
u'
P
2 A
0
0
C
F
C
C
3
C
o
r
r
r
r
r
r.
r
r
r
r
r
r
r
r
r
r
r
r
y
r
r
r
r
r
�
rn
n
N
N
5
F
7
5
5
5
3
5
7
5
5 z
5\
5
5
9
r
\
\
\
\
\
\
\ C
\
g
o
\
\
\
�"
N
Cc,
az
x
x
d
x
..
x
x
a
a
n
a
W
y
a
s
n
IN
ro
Q
y
O
7a
on
�
n
T
C
c
�
z
5
m`
9
n
O
N
z
W
l
O
d
m
a
b
m
R
7
dd
O0
rn
K
to
0
0
N
z
o
z
z
w
.^+
7�
N
=
°
n
W
O
m
x
C)
N
lD
H
uNi
o
A•
.o
T
m
�
m
°
9
1
W
`�
�
m
'..'
6.
G
O
t+
�
cn
w
o
N
P
fJt
Ul
10
m
CO00
b
N
..
�
�
0
N
.0
o0
W
0
0
(Ofl
N
N
�
w
o
V
S•
�
W
V
�
2 A
0
0
C
F
C
C
3
C
r
r
r
r
r
r.
r
r
r
r
r
r
r
r
r
r
r
r
y
r
r
r
r
r
n
N
�"
N
Cc,
az
Y
z
d
o `0.
..
x
x
a
a
n
a
W
y
a
s
n
IN
ro
a
z
z
7a
on
�
n
T
C
c
�
z
5
m`
9
n
OW
i
y
l
0
o
y
b
ti
C
K
to
0
0
O
N
w
Q
n
O
x
C)
N
lD
�
N
�
C
.o
T
m
m
°
9
0
rn
�
a
O
t+
N
d
N
P
fJt
Ul
10
m
CO00
b
�
r
(Ofl
N
N
O
O
V
S•
�
W
V
�
2 A
C
F
C
C
3
C
r
r
r
r
r
r.
r
A
�"
a y_YOr
ten`"
Cc,
az
tz
>o
o `0.
a
a
N
W
�
� N
b
b
V r
K
y
n
zo
a
z
m
z
a
on
�
�
m
C
c
�
a
z
v,
00
0
o
K
to
0
0
O
N
w
Q
n
O
x
C)
.,
�
F•
N
�
.o
T
� r
y s
�
�
a
b
�
r
g
N
Y
S•
�
�
2 A
o
n A
A
a
�"
a y_YOr
ten`"
Cc,
az
tz
>o
o `0.
a
a
N
W
�
� N
b
b
V r
K
y
n
zo
a
z
m
z
a
on
�
�
m
C
c
�
a
z
v,
00
0
O
M - p r O
X 5• T O ..
y i ,
7
T�
O y
a 9
.Q
0
5'
aoo
y
>o
o `0.
a
a
N
W
�
� N
b
b
V r
n
Crrl
z
z
m
>
�
�
_
C
c
�
a
K
Q
O
n
�
�
a
b
r
g
Y
y
o `0.
N
W
�
� N
b
b
V r

cDoQ,m 3o -gym° Cn�
D c ? o
—{(�A (D Z v
0 Dp o >
�� r- 3�0
D mac, � 32°c �, 0
Dn CCD CL
r �A=
CD ° W
C I a r
Cn 0,6
o
d
m m ? O
0 - C
O � m
CD °0
m m 0
z -4 7
0
(7
�Cnpr0 m
3 3 y °o
c
W '0 -. m
yy�00 4
(n m o 0).
In 0�m
3 c3
cn a
(7 cn 0 C.
o
A�
Ii O
C 3 �m 3
y
)3Go
►3 r � mgr
mC
0 p r
CD
CD N
0
CD (D
o
��
Z
CT C
m
_O
�m
xx=
a.
CD
o l<
3
m m
c
m
''ww
Ln
�•}�
(fl W
m
C 1
w
a
4 �`
(�
I
((D
00
0
000
c
m
_
CL
''
:3
d
CD
O
tT
O
=.
W
C
Q
(n
O
O
r
CD
c
a
y
w
�c
0
3
Cp
j
N
CD
••
a
O
S
o
o
o
20
aA
--n
-n�
CD
x
o
Ln__
a
co
A
O
a
w
CD
w
�
(D
cn
a
w
N
CL
C'
Cl)
0
o
w
o
C7
A
(n
(n
C
c
`a
(o
cn
co
a
rfl
(o
c
=
3
o
0
(
(o
C
3
3
(o
O
Z
Z
O
(n
Cn
fA
-0
2
S
T
0
O
2
—
C
a
m
m
w
w
o
vi
w+
w
fl.
C
C
==
O
N
CCD
COD
a
CD
C/)y
(wA
_0
O
Z
(D
mCAIt
(7
N
U)
y
N
a
rn
rn
c
w
c
-I
10
Cn
m
CD
Ul
Z
o
�
o
00
0
CD
N
S
3
3
3
3
3
3
3
c
3
3
3
=
3
N
=
Z=
—
Z
K
2
T
n
n
n
C-)
co
D
D
D
T-
w
O In
CC
CD
c
a
w
w
V)
CD
c
n
O
O
O
w
D
D
cn
0
CD
CD
a
0
0
C:
w
vw,
C
O
O Rr
Q
n
w•
(D
c3
w
(cD
c
c�
L',
c"
CD
0)
V
3
T.
A
W,
c'
3
c
3
3
A
CA
y
m
C
3
rn
j
o
A�
0
�.
M
0
cn
O.
N Cn
N
N
to
CO
�'
CD
c
I
(A
mrn
c
to
v
Cin
tn
a
c
c
c
3
c
3
3
c
c
c
c
c
3
c
c
c
c
in
In
in
Mono
M
h o
'D
Cl)
? 0
0
_=m
=�
0
W
0
0.
=
C
v
R,
O
m
CD
w
CD
w
n
M
d
m 0
w
o�
S
S
x
C w
CD
n CD
y
O
Q
W
CD
A
t0
(?
CL a
CD
O
w
CD
C
y fA
CD
0
O
CD
n
y
v
(A
w >
ch
a
O
n.
CCA
CD
C
CD
cDoQ,m 3o -gym° Cn�
D c ? o
—{(�A (D Z v
0 Dp o >
�� r- 3�0
D mac, � 32°c �, 0
Dn CCD CL
r �A=
CD ° W
C I a r
Cn 0,6
o
d
m m ? O
0 - C
O � m
CD °0
m m 0
z -4 7
0
(7
�Cnpr0 m
3 3 y °o
c
W '0 -. m
yy�00 4
(n m o 0).
In 0�m
3 c3
cn a
(7 cn 0 C.
o
A�
Ii O
C 3 �m 3
y
)3Go
►3 r � mgr
mC
-n
0
0
c �
C 1
(D
1
p
(D
d
rr,
M
v_v
C lD
(n Oi
z3
m
O�
mo
D3
m<_z
M p O
D�
D
r�
n
d o�
0? o
C CL
vZm
n�
mm
M y
O
� C
OA
z CA
0 p r
CD
CD N
0
CD (D
Q.
C
CD 7
Z
CT C
m
_O
a.
CD
o l<
3
m m
3
m
''ww
Ln
�•}�
(fl W
C 1
w
a
4 �`
(�
I
-n
0
0
c �
C 1
(D
1
p
(D
d
rr,
M
v_v
C lD
(n Oi
z3
m
O�
mo
D3
m<_z
M p O
D�
D
r�
n
d o�
0? o
C CL
vZm
n�
mm
M y
O
� C
OA
z CA
a.
3
m
w
m
�
�
c
m
_
0
C7
-n
0
0
c �
C 1
(D
1
p
(D
d
rr,
M
v_v
C lD
(n Oi
z3
m
O�
mo
D3
m<_z
M p O
D�
D
r�
n
d o�
0? o
C CL
vZm
n�
mm
M y
O
� C
OA
z CA

---
i
"1
❑❑
n
m
oo��
a'
�
m �
CD"
m
m
O S
m_
'O
(D
)DCD m�a
Qn CD
Q
o
(D c
Dv
cn m
m
CL
z
a
i
D m
°
-<
o
m3Z000�
-
1
-o
w2 -.
o
cn
(D
CD
c7
O
O-R.
aEm
I
o0
0o
CCD
� Fr
CD
-
o
o
o
CM0
B
MCnpr-0 m
m m m 0
3 30 CD
cum � m
9
❑
N CcO 1
0
0 O
�o�CD
CL
(h
o
c
—
CO n
m
cc
4
� o
0
Q
n ` 0
y
(D
`C
C
---
i
"1
❑❑
n
m
oo��
a'
�
m �
CD"
m
m
=
'O
m
m
lCT <
❑ >
a
mm M
° r
c•; m
�G 05
U
D)
D) oFr
m
01 O
�
m �
a
tD z
c
m
=
m
o
lCT <
(D c
CD
m
CL
�
1
�
c
I
n
CCD
�I
vv
1
Z�
O Q
Dm
�o
m�z
o C
D�3
�� A
�mm
O? o
C
CL
vZo,
4
M_
my
0
Z CA

CACl) -0C)—j-D 02 C7 C7 C-)
= CD ?�_� g 0 0
Zfy CD CD
n Al 1 CA ..
O n -.: 6 �
�Oa OO
C�A1''����'0.
CD
Z3o
��o
00=
a
w cl)
CL
0
to
N !QA o O CD
N
CDdo
3
'a
0
p .1
CD
2) m
m
c
-C,
3
s
Aa
+
n�
H
3
33s333333�3
0 C
cQ cQ o ca cc cQ co cn ca N «� 3 Co
c.
C
3
���='T1C�CiC�CiQJDO"�ZZ
m
23
�K5 Fo n� nC��Da� CD
tvsysvCCD O osv0)o=::r •-.
ca �. r Cl) 3 �• y c 0 0
CAC.0ro
<
33a
3
cD0NCA
RFaa—'
ZZ
O
�
m
cu
ss
c�
a
33333333333333�C)
� ct� ca � ca cQ cQ ccs ca cQ ca cc ca cs� cQ
fl.
CL
m
ODS
O CD a
n
.." 3 crI
1
� n
-1oN�Zm
>CD Z
.a �• 0 sv
x -
s1: n
CD
Z
Cl)
m c
CL a.
0
00,
..4 3 n
3 CD
I
..
..
.. -<� n
c o
.
Z
3 � 3 0
a
0
CD 1CCIIa
000
=
Q Q Q
rt
Q.
J
c3333
Co CQ CC Cov

Pace Analytical Ser,,
naly ocal 54 Ravenscrotr,,
Asheville NC 28&
Tel: [phone]
Fax: [phone]
DATE: 11/17/98
PAGE: 6
Pace Project Number: 931990
Client Project ID: Kenmure Monitoring Wells
Pace Sample No: 9392317 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE V8 Date Received: 11/03/98
Parameters
---------------------------------
Results Units
---------- ---------
PRL
----------
Analyzed
--------
Analyst CAS#
----- ----------
Footnotes
---------
Field Services
Monitoring Well Data
Method:
Prep
Method:
Field pH
5.2
Std. Units
11/03/98
MPS
Field Temperature
17
deg C
11/03/98
MPS
Depth of Water
5.95
feet
0
11/03/98
MPS
Well Volume Purged
2.00
No units
0
11/03/98
MPS
Wet Chemistry
Total Dissolved Solids
Method: EPA 160.1
Prep
Method: EPA
160.1
Total Dissolved Solids
47
mg/L
1
11/06/98
MAA
Chloride(Mercuric Nitrate)
Method: EPA 325.3
Prep
Method: EPA
325.3
Chloride
2.4
mg/L
1
11/12/98
JGJ
Ammonia
Method: EPA 350.3
Prep
Method: EPA
350.3
Nitrogen, Ammonia
ND
mg/L
0.1
11/09/98
JGJ
7727-37-9
Nitrogen, Nitrate
Method: EPA 352.1
Prep
Method: EPA
352.1
Nitrogen, Nitrate
0.11
mg/L
0.1
11/05/98
TRW
Total Organic Carbon
Method: EPA 9060
Prep
Method: EPA
9060
Total Organic Carbon
6.5
mg/L
0.5
11/12/98
KEK
7440-44-0
Fecal Coliform MPN Water
Method: SM 9223
Prep
Method: Standard Methods
Fecal Coliform
<1.1
1
11/03/98
MLP
Total Coliform MPN Water
Method: SM 9223
Prep
Method: Standard Methods
Total Coliform
1.1
1
11/03/98
MLP
Laboratory Certification IDs
NC Wastewater 40
NC Drinking Water 37712
SC Environmental 99030
IDs
REPORT OF LABORATORY ANALYSIS TN Drinking g WaterCertiat'on 02980
This report shall not be reproduced, except in full, FL Environmental 96317
without the written consent of Pace Analytical Services, Inc.

Pace Analytical Se,,
9800 Kincey Avenue, Su
Huntersville, NC 28a,
Tel: [phone]
Fax: [phone]
DATE: 11/16/98
PAGE: 9
Pace Project Number: 922633
Ctient Project ID: J&J - 931990
Pace Sample No: 92186691 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE - V8 Date Received: 11/04/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
--------------------------------- ---------- --------------------------- ----- ---------- ----------
GC -- Volatiles
Halogen. & Aromatic Vol. Orgs.
Method: SM 6230D
Prep
Method: EPA 8021
Dichlorodifluoromethane
ND
ug/L
0.5
11/13/98
CLL
75-71-8
Chloromethane
ND
ug/L
0.5
11/13/98
CLL
74-87-3
Vinyl Chloride
ND
ug/L
0.5
11/13/98
CLL
75-01-4
Bromomethane
ND
ug/L
0.5
11/13/98
CLL
74-83-9
Chloroethane
ND
ug/L
0.5
11/13/98
CLL
75-00-3
Trichlorofluoromethane
ND
ug/L
0.5
11/13/98
CLL
75-69-4
1,1-Dichloroethene
ND
ug/L
0.5
11/13/98
CLL
75-35-4
Methylene Chloride
ND
ug/L
0.5
11/13/98
CLL
75-09-2
trans-1,2-Dichloroethene
ND
ug/L
0.5
11/13/98
CLL
156-60-5
1,1-Dichloroethane
ND
ug/L
0.5
11/13/98
CLL
75-34-3
Bromochloromethane
ND
ug/L
0.5
11/13/98
CLL
74-97-5
Chloroform
ND
ug/L
0.5
11/13/98
CLL
67-66-3
2,2-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
594-20-7
1,2-Dichloroethane
ND
ug/L
0.5
11/13/98
CLL
107-06-2
1,1,1 -Trichloroethane
ND
ug/L
0.5
11/13/98
CLL
71-55-6
1,1-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
563-58-6
Carbon Tetrachloride
ND
ug/L
0.5
11/13/98
CLL
56-23-5
Dibromomethane
ND
ug/L
0.5
11/13/98
CLL
74-95-3
1,2-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
78-87-5
Trichloroethene
ND
ug/L
0.5
11/13/98
CLL
79-01-6
Bromodichloromethane
ND
ug/L
0.5
11/13/98
CLL
75-27-4
cis-1,3-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
10061-01-5
trans-1,3-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
10061-02-6
1,1,2 -Trichloroethane
ND
ug/L
0.5
11/13/98
CLL
79-00-5
1,3-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
142-28-9
Dibromochloromethane
ND
ug/L
0.5
11/13/98
CLL
124-48-1
1,2-Dibromoethane
ND
ug/L
0.5
11/13/98
CLL
106-93-4
Tetrachloroethene
ND
ug/L
0.5
11/13/98
CLL
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/L
0.5
11/13/98
CLL
630-20-6
Chlorobenzene
ND
ug/L
0.5
11/13/98
CLL
108-90-7
Bromoform
ND
ug/L
0.5
11/13/98
CLL
75-25-2
1,1,2,2 -Tetrachloroethane
ND
ug/L
0.5
11/13/98
CLL
79-34-5
1,2,3-Trichloropropane
ND
ug/L
0.5
11/13/98
CLL
96-18-4
Bromobenzene
ND
ug/L
0.5
11/13/98
CLL
108-86-1
2-Chlorotoluene
ND
ug/L
0.5
11/13/98
CLL
95-49-8
4-Chlorotoluene
ND
ug/L
0.5
11/13/98
CLL
106-43-4
Laboratory Certification IDs
NC Wastewater 12
NC Drinking Water 37706
SC 99006
Laboratory Certification IDs
REPORT OF LABORATORY ANALYSIS TN Drinking Water 90090
TN UST List
This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services. Inc.

v Pace Analytical Seg
9800 Kincey Avenue, Sur,,
�,� Ar1a�Vt�Ca� Huntersville NC 2M
Tel: [phone]
Fax: [phone]
DATE: 11/16/98
PAGE: 10
Pace Project Number: 922633
Client Project ID: J&J - 931990
Pace Sample No: 92186691 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE - V8 Date Received: 11/04/98
Parameters
---------------------------------
Results
----------
Units
---------
PRL
Analyzed
Analyst CAS#
1,3-Dichlorobenzene
ND
ug/L
----------
0.5
--------
11/13/98
-----
CLL
----------
541-73-1
1,4 -Dichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
106-46-7
1,2 -Dichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/L
0.5
11/13/98
CLL
96-12-8
1,2,4-Trichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
120-82-1
Nexachlorobutadiene
ND
ug/L
0.5
11/13/98
CLL
87-68-3
1,2,3-Trichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
87-61-6
Methyl-tert-butyl Ether
ND
ug/L
0.5
11/13/98
CLL
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
11/13/98
CLL
108-20-3
Benzene
ND
ug/L
0.5
11/13/98
CLL
71-43-2
Toluene
ND
ug/L
0.5
11/13/98
CLL
108-88-3
Ethylbenzene
ND
ug/L
0.5
11/13/98
CLL
100-41-4
m&p-Xylene
ND
ug/L
0.5
11/13/98
CLL
7816-60-0
Styrene
ND
ug/L
0.5
11/13/98
CLL
100-42-5
o -Xylene (1,2-Dimethy(benzene)
ND
ug/L
0.5
11/13/98
CLL
95-47-6
Isopropylbenzene (Cunene)
ND
ug/L
0.5
11/13/98
CLL
98-82-8
n-Propylbenzene
ND
ug/L
0.5
11/13/98
CLL
103-65-1
1,3,5-Trimethylbenzene
ND
ug/L
0.5
11/13/98
CLL
108-67-8
tert-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
98-06-6
1,2,4-Trimethylbenzene
ND
ug/L
0.5
11/13/98
CLL
95-63-6
sec-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
135-98-8
p-Isopropyltoluene
ND
ug/L
0.5
11/13/98
CLL
99-87-6
n-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
104-51-8
Naphthalene
ND
ug/L
0.5
11/13/98
CLL
91-20-3
1-Chloro-3-fluorobenzene (S)
90
%
11/13/98
CLL
625-98-9
Footnotes
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater NC Drinking Water 3TN706 REPORT OF LABORATORY ANALYSIS Drinking Water 90090
TN UST List
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

Pace Analytical Se,.
9800 Kincey Avenue, Su
Huntersville, NC
Tel: [phone]
Fax: [phone]
DATE: 11/16/98
PAGE: 11
Pace Project Number: 922633
Client Project ID: J&J - 931990
Pace Sample No: 92186709 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: TRAVEL BLANK Date Received: 11/04/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
--------------------------------- ---------- --------------------------- ----- ---------- ----------
GC -- Volatiles
Halogen. & Aromatic Vol. Orgs.
Method: SM 6230D
Prep
Method: EPA 8021
Dichlorodifluoromethane
ND
ug/L
0.5
11/13/98
CLL
75-71-8
Chloromethane
ND
ug/L
0.5
11/13/98
CLL
74-87-3
Vinyl Chloride
ND
ug/L
0.5
11/13/98
CLL
75-01-4
Bromomethane
ND
ug/L
0.5
11/13/98
CLL
74-83-9
Chloroethane
ND
ug/L
0.5
11/13/98
CLL
75-00-3
Trichlorofluoromethane
ND
ug/L
0.5
11/13/98
CLL
75-69-4
1,1-Dichloroethene
ND
ug/L
0.5
11/13/98
CLL
75-35-4
Methylene Chloride
ND
ug/L
0.5
11/13/98
CLL
75-09-2
trans-1,2-Dichloroethene
ND
ug/L
0.5
11/13/98
CLL
156-60-5
1,1-Dichloroethane
ND
ug/L
0.5
11/13/98
CLL
75-34-3
Bromochloromethane
ND
ug/L
0.5
11/13/98
CLL
74-97-5
Chloroform
ND
ug/L
0.5
11/13/98
CLL
67-66-3
2,2-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
594-20-7
1,2-Dichloroethane
ND
ug/L
0.5
11/13/98
CLL
107-06-2
1,1,1 -Trichloroethane
ND
ug/L
0.5
11/13/98
CLL
71-55-6
1,1-Dichtoropropene
ND
ug/L
0.5
11/13/98
CLL
563-58-6
Carbon Tetrachloride
ND
ug/L
0.5
11/13/98
CLL
56-23-5
Dibromomethane
ND
ug/L
0.5
11/13/98
CLL
74-95-3
1,2-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
78-87-5
Trichloroethene
ND
ug/L
0.5
11/13/98
CLL
79-01-6
Bromodichloromethane
ND
ug/L
0.5
11/13/98
CLL
75-27-4
cis-1,3-Dichtoropropene
ND
ug/L
0.5
11/13/98
CLL
10061-01-5
trans-1,3-Dichtoropropene
ND
ug/L
0.5
11/13/98
CLL
10061-02-6
1,1,2 -Trichloroethane
ND
ug/L
0.5
11/13/98
CLL
79-00-5
1,3-Dichloropropane
ND
ug/L
0.5
11/13/98
CLL
142-28-9
Dibromochloromethane
ND
ug/L
0.5
11/13/98
CLL
124-48-1
1,2-Dibromoethane
ND
ug/L
0.5
11/13/98
CLL
106-93-4
Tetrachloroethene
ND
ug/L
0.5
11/13/98
CLL
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/L
0.5
11/13/98
CLL
630-20-6
Chlorobenzene
ND
ug/L
0.5
11/13/98
CLL
108-90-7
Bromoform
ND
ug/L
0.5
11/13/98
CLL
75-25-2
1,1,2,2 -Tetrachloroethane
ND
ug/L
0.5
11/13/98
CLL
79-34-5
1,2,3-Trichloropropane
ND
ug/L
0.5
11/13/98
CLL
96-18-4
Bromobenzene
ND
ug/L
0.5
11/13/98
CLL
108-86-1
2-Chtorotoluene
ND
ug/L
0.5
11/13/98
CLL
95-49-8
4-Chlorotoluene
ND
ug/L
0.5
11/13/98
CLL
106-43-4
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater 12 REPORT OF LABORATORY ANALYSIS Drinking Water 90090
TN
NC Drinking Water 37706 TN UST List
SC 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

;u Pace Analytical Ser,
9800 Kincey Avenue, Sut,.
Analytical Huntersville, NC 28U,
Tel: [phone]
Fax: [phone]
DATE: 11/16/98
PAGE: 12
Pace Project Number: 922633
Client Project ID: J&J - 931990
Pace Sample No: 92186709 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: TRAVEL BLANK Date Received: 11/04/98
Parameters
---------------------------------
Results
----------
Units
---------
PRL
Analyzed
Analyst CAS# Footnotes
1,3-Dichlorobenzene
ND
ug/L
----------
0.5
--------
11/13/98
-----
CLL
---------- ----------
541-73-1
1,4 -Dichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
106-46-7
1,2 -Dichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/L
0.5
11/13/98
CLL
96-12-8
1,2,4-Trichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
120-82-1
Hexachlorobutadiene
ND
ug/L
0.5
11/13/98
CLL
87-68-3
1,2,3-Trichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
87-61-6
Methyl-tert-butyl Ether
ND
ug/L
0.5
11/13/98
CLL
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
11/13/98
CLL
108-20-3
Benzene
ND
ug/L
0.5
11/13/98
CLL
71-43-2
Toluene
ND
ug/L
0.5
11/13/98
CLL
108-88-3
Ethylbenzene
ND
ug/L
0.5
11/13/98
CLL
100-41-4
m&p-XyLene
ND
ug/L
0.5
11/13/98
CLL
7816-60-0
Styrene
ND
ug/L
0.5
11/13/98
CLL
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
ND
ug/L
0.5
11/13/98
CLL
95-47-6
Isopropylbenzene (Cunene)
ND
ug/L
0.5
11/13/98
CLL
98-82-8
n-Propylbenzene
ND
ug/L
0.5
11/13/98
CLL
103-65-1
1,3,5-Trimethylbenzene
ND
ug/L
0.5
11/13/98
CLL
108-67-8
tert-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
98-06-6
1,2,4-Trimethylbenzene
ND
ug/L
0.5
11/13/98
CLL
95-63-6
sec-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
135-98-8
p-Isopropyltoluene
ND
ug/L
0.5
11/13/98
CLL
99-87-6
n-Butylbenzene
ND
ug/L
0.5
11/13/98
CLL
104-51-8
Naphthalene
ND
ug/L
0.5
11/13/98
CLL
91-20-3
1-Chloro-3-fluorobenzene (S)
89
%
11/13/98
CIL
625-98-9
Laboratory Certification IDs Laboratory Certification IDs
NC DrinkingTN
g Water 37706 REPORT OF LABORATORY ANALYSIS Drinking Water 90090
TN UST List
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

Pace Analytical Sere.
54 Ravenscroh .
AnalVtiCa� Asheville NC 288x.
Tel: [phone]
Fax: [phone]
DATE: 11/17/98
PAGE: 7
Pace Project Number: 931990
Client Project ID: Kenmure Monitoring WeLls
PARAMETER FOOTNOTES
ND Not Detected
NC Not Calculable
PRL Pace Reporting Limit
LaboratoryCertification IDs Laboratory Certification IDs
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drinking water 02980
NC Drinking Water 37712 FL Environmental 96317
SC Environmental 99030 This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services.. Inc.

Pace Analytical Sego,.
/�
9800 Kincey Avenue, Suiit,
G Analytocal Huntersville, NC 2801,
Tel: [phone]
Fax: [phone]
DATE: 11/16/98
PAGE: 13
Pace Project Number: 922633
Client Project ID: J&J - 931990
PARAMETER FOOTNOTES
ND Not Detected
NC Not Calculable
PRL Pace Reporting Limit
(S) Surrogate
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater 12 REPORT OF LABORATORY ANALYSIS Drinking Water 90090
TN
NC Drinking Water 37706 TN UST List
SC 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

r
y
x
x
x
-4
-a r
+
a
---IZ
00
z
o
x
•o rO
ZO
-i
W
o
o
N
X
F9
z o x
m
z
m
n �
3
Q
>
a
o
C
g
g
rn
3
N—�
S
=
�
�
c
pp�
,••�
b
O
N 2
3
m
a
c
�
g•.
z
b
U
y
rt
00
E
x
A
U
T
U
�
A
U
p
a
H
p
10 1S g
S
�
0
o
2
A
x
N
H
o
o
O
O
N
w
A
4
OOi
^
n
3 3
3
e
e
3
f
c
,
3
,--
3
c
e
e
e
c
3
e
e
c
c
N
6
w
W
W
N
O
U
�
3
3
3
3
c
3
3
7a.
3=
�
3
g
3
3
t''
t�
t''
e'
e'
e�
t�
c�
N
['
[''
C
3
e�•
t�-
C'
r
y
x
x
x
-4
-a r
+
a
---IZ
00
z
o
o
•o rO
ZO
-i
W
o
o
N
X
F9
z o x
$
z
�
n �
3
Q
>
o
C
G
b
rn
3
N—�
S
�
�
c
pp�
,••�
b
�•
3
3
3
0.
�•
A
z
b
U
O
rt
00
3•
v
A
U
T
U
�
A
U
p
a
H
p
10 1S g
S
�
U
A
N
H
VPUi
O
O
O
A
4
OOi
^
n
3 3
3
e
e
3
f
c
,
3
,--
3
c
e
e
e
c
3
e
e
c
c
n
N
r
y
ado
c.
n7 �
-4
-a r
+
a
---IZ
00
z
o
o
O �
d 9
w>
n m
9
w
a
x x
F9
z o x
$
z
�
n �
3
Q
>
o
C
G
b
rn
3
N—�
S
�
�
c
pp�
,••�
b
�•
3
3
3
0.
�•
A
z
b
QQ�
00
3•
v
A
U
T
p
A
A
U
p
a
H
�
U
A
V�Ui
H
VPUi
T
^
n
c
c
e
e
3
f
c
,
3
,--
3
c
e
e
e
c
3
e
e
c
c
r
y
ado
c.
n7 �
-4
-a r
+
a
---IZ
00
z
o
o
O �
d 9
n m
a
x x
F9
z o x
$
z
�
n �
3
Q
>
o
C
G
b
S
z
,••�
b
�
�'
o
�• C
z
b
C
0
00
On
� to
rt
�
� C
^
n
R
r
y
ado
c.
n7 �
n
0
+
vOi
---IZ
00
O
O �
d 9
n m
O
3
Pifl
F9
z o x
z
�
n �
3
Q
>
o
C
G
b
S
z
,••�
b
�
�'
o
�• C
z
b
C
0
00
a o s o
3 0
y
S
n7 �
m o rn
N
m z
O �
d 9
n m
O
3
Pifl
F9
z o x
n �
3
z
>
o
C
G
b
S
tf
,••�
b
�
�'
3
�• C
z
b
C
0
�
� C
77 1-1
y
n7 �
cn
w
m z
n m
z o x
n �
3
C
G
b
K
y
cn
w
U C

CD
r- -n --i -a
dam
�0 3
mm �
CD
ODS=
O°
0
CD
O
o
o
"Z
v 0
Q
D� Q
o
�o
—moi N C
Z's�c
O
r
ca
a
O
\
OQ
O
O
n
n
O
m
n
D
D
'o
-1
--10
0
0
„
O
�'
S
w
n
w
�-
_
o
���
m
a
CD
C
R
Cn
O
O
O
O
p
0
p
w
Q
ID
N
a
='
�0
w
r
nc
-
Q A
M CD o o
m
o
CD
w
.�
.�
K
o
3*
O
N
m
3
a
oa
cn
0
_W
O
O
m
O
=
o
x
a
CD
A
.O
.0
N
eC
c
y
TI
Ti
w
-
A
0
x
m
O
0
=
=
3
'D
n
O
0 O
cn n
O CD
w
a
M W
3
o� r
-13 3
w o
co
A
0
N
G
S
1
m
O_
CD
y
(7
Na
= o
A_
CD
a
C13
w
O
=r
CL
to
:a
U
O
O
W
O
i.
O
rn
y
O
c
CD
G
o
r
m
rn
C-)
C
cc
co
co
C
?
co
C
3
O
-
O
9
cc
(°
3
IL
--
0
r�Q0
�3
00
0
IL
(A
N
m w w
C`
CD
y
CD
�.cu
am �
° cn z
Q
Z`
O
2
CD
CD
o l<
cr CD
3
CD
c
c
cp
CD
CDa
<
v
O.
CL
41
a
y
CD
y
m
°
m
O.
w
C.
o
ayi
TI
C1
m+
w
y
a
m
CD
C7
°
U)4
m
in
m
wCD
C-
cn
w
C
7
1
y CL
cnc
O
CD
d
r
v
W
s
�.
IO
�
Z
CD
co
0
W
Ln
i'0
ZO
W W
o
co
•
N
c
3
3
3
3
3
3
3
c
3
3
3
m
z
c
n
n
m
D
cT
•
a)
m�
cn
CD
D
a
ai
ai
W
CDop
C7
s
n
n
07
D
f0
o
CD
w
Qw
w
w
CD.
O
o
w
w
A
3•
a
c
°
yco
o
c
m
v
i
a
m
c
m
o�
cn
CD
3
rn
m
(n
ccn
m
m
O
U,
00
N
�
N
O
...
cn
cn
U7
p
to
V
U7
A
c
c
c
3
c
3
3
a
c
c
c
c
3
ccn
c
c
J
c
n
Z
'0
2Vw
O
Z3
CD
n
waof°�
O
O
=
y
ao
w
w
M
G)
fD
C°
m
0
M
y
O
°
X
°
7
Cyp
n
Q
CD
N
O
O
o CD
ami
77
y
w
Chn
v
O
t�
7
G
COD
n.
y -0
N
y
C
=
y
mm
DO
52
a
°i
°
o
n v0,
N
m
a
CD
y
r- -n --i -a
dam
�0 3
mm �
CD
ODS=
O°
0
CD
O
o
o
"Z
v 0
Q
D� Q
o
�o
—moi N C
Z's�c
O
r
ca
a
O
\
OQ
Cl)3Z
oT
D
Cl)
m
l? _
„
v
0
r
n
o
���
m
a
_o
o cn
R
Cn
O
CD
m
a
='
�0
Z
�O
Z
Cl)
Q A
M CD o o
m
o
O
N
0�1
tcj
N
eC
0
3
n
0 O
cn n
O CD
���
3
o� r
-13 3
w o
°'.
c-
S
1
m
y Cc
1`
�, O
(7
= o
�.".
,y
O
=r
CL
to
O
ica
y
O
c
CD
G
m°
r
m
CDCD
'L3
IL
--
0
r�Q0
�3
IL
m w w
C`
CD
y
CD
�.cu
am �
° cn z
Q
Z`
CD
CD
o l<
cr CD
3
CD
CD
CDa
<
CL
K
C1
TI
C1
1
CJ
'O
w
C
1
cnc
CD
r
..
co
I
IO
O
OO
�d
Z3
CD
00
am
MS
moo
DCD
r:
k� o
ID
O? O
Z CL
vZCD
nc
1
m
M
C N
M
°
Zy

0
0
En
Co
0
CD
OL
D
w
y
N
N
C
v
3
CD
CD
CL
cn
w
CD
w
Q
i
m•
0
g
0
0
r -n D -•i -o
D cD 0 _ M o
�Cn CD
ciCDP rm -0 M o
3 no 0 0 �w n�=row--�nc�c�nw O_ �'o�x po a 0 �1
m o: mo w o w x- = m c O o o 0 0 0 w o
t7 D .c 0 cn
N m c CD Q o w m o� 3 0 f3 w O cn D a) 0 17
O CD= O: X CD A O O cn m K K. W Ga
j: O �: 1 �� VCi
O X.
1i a 'O '0 c -n '71 w ACf)
- 1
X o`"__ `"� m32o O� �Z D
W w cn a w z '0 cn w- = o
0 O� 0
N AO a �? Q O � m m
�.Ul 'n
Q m o O ,°0` ``Q m
= 0 O
W 0 "n
oz z O Cl) (i) cco-oj:m-n m 0 00�� O
.� O m m w w 0 v, N oq O
o w o w 3 a o'er cn
w+ �, m m _: o c c d cn 0
Z to O y cn 0 to v0i w N 0 n
cwn O Z Q " A n w 0 n -I
o Z O CA o ma' cn p 0 O c
w �i m Q1 CD 0
r
w -. — 0 0 "
cp 77-. 0 -�
� ` o (u 03 m
G t/t U% a a "• O 3
o a mS' R1 0 ❑4` Cl)
3 3. 3 3 3 3 � c 3 3 0 �j �' `� m e w 3 0 -0_ -zz- 0 3-cn 0 CD c m
0 CL
o
co
CD m
Ul Am ,rA0n
CD Q z w T n n n w D D D a o
a w w cn 0R�
cn m z o o o n n w D D v_> %� r.
C, w w w c 0
E
w a CD
m c c °� 3 3 E. 3 c 0 3 3
cn °' c c'. 3 n c a Rb 3 p
4 3 0 rn N c 1 w 3 3 a� 3 c°'n Q C 0
cn m 3 0P C m Cn �' cm rn rn /n�� M
0) m 0
rn N O N (n (n m cnN CD fLnC1t : rm a Z (7 0 3
CF)
cn o CO " lc- O M
°G� �� �o
v� ���� �� >
-(D am
03 CD � m m m m a mo 0
CD � c 70
c c c 3 c 3 3 co co c c c 3 c c c c 0 (D `� n 3 C 3
o � m cs
- - m r0
C
�'wo
CL
Q
••
Q
'Um
�
n
ZOO
t
_
2
w
2
3
w
00
Q
o
w
w
W
O
ID
a
p
o
�'
m
m
0
o
0
-i
w:
p
-MJ
Z CL 3
w
-
a
X
>Q
Q
D
s
zr
4Zw
w
CD
I
r
Dc
an d
(n
o
n
77
cc
0)
CD
0a
0
-
O
0
3
CD
M O
Cl)
n.
p
CD
a
m
!•
C
00 0
Ca
(D
W:
(D
0
,
c
y
0
Z N
cn
v'
N
D.
70
CD
D
Q
ci
a
3
o
�
CD
1
S2,
c0„
(D
m
CD
SI
co
Yd
CL
Q
••
Q
�=n
w
w
3
C1
CD
O w
a
_-
(D
"T7
-MJ
Z CL 3
-
a
X
>Q
p
3
4Zw
w
CD
I
r
Dc
an d
D
n
77
cc
C
MSn
O
0
3
CD
M O
00 0
(D
Om
Z N
Q
�
CD
1

cn
a
c7
m
M
m
2
2
Cn
m
m
a
C
m
D
Z
0
D
C)
C
D
m
:*I Im
cm
C7 cD
0 to
30
Q
O0
T0-0 C: w ; ap2�,
ZE O a. cD o
O•c=D
�X
aw
CDo
m
7
OO
7
acn
O =
C
°�
C�
N—(D
G m
—cn
O y
cO
0
Q
AJ
Q
U
O -0
N
7 CL
O
N
m
r-
0
,z
m O
o
m
U
CL
®
W
0 C1
N
0.
N
c
O_�
0
Q
c
O
�^
3
5DD
cn
ZKKAMMOC' OOWDmZZ"
0c0 (Q(Dc=rQQQ =;:;:;=;:
U) OK=:Z*n3QC) mCD
CL (a =� Q Q� --3 O�Z
cWmc'o CD"— :3c0O
�3mcn•3� X03 3 w
CCDO3 0mz
— Z
w
c
n
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
c0 cQ cQ c0 c0 � c0 cQ c0 c0 cQ c0 cQ cQ �
min
00
o
CO CDC
D
CD
wCD
� L7
c �
�• n
O
3
O
C
Q
w
CL
�n -0N-UZ
0 CD D CT'
CD =
- CDD 0
CL
C) CD o n. m
3 \_
0
m
CO -t
0-
a n.
CL
CDc
(Q (Q (Q
—I—ICnCA�_�)DC)�70
Cz C)C-)C)
Q
O0
T0-0 C: w ; ap2�,
ZE O a. cD o
o 00
n^� " k g0
D�
ai ZD3
wD 0� cn :2.
cn — m m n' Q-
o c do
�" <
m
n
Z m
Z3 0-
-•o W(D 0
O -P cn
cn
°�
CL oO
c,�
N—(D
conn,<-a�
—cn
p:�
O n
N oCD
cO
0
Q
AJ
Q
CD3
w o
m w
-Do
0'
O
o
CD
w
—
m
r-
0
S
CD =a
c m
K
C
6
®
W
CL
N,
=c
CD
N
D
r
O_�
CD
>
�^
3
3 3 3 3 3 3 3 3 '3
cn
J
C 3 O �
3
cc c0 o c0 c0 c0 c0 c0 c0 (a
;-.:(a 33cQ
A
ZKKAMMOC' OOWDmZZ"
0c0 (Q(Dc=rQQQ =;:;:;=;:
U) OK=:Z*n3QC) mCD
CL (a =� Q Q� --3 O�Z
cWmc'o CD"— :3c0O
�3mcn•3� X03 3 w
CCDO3 0mz
— Z
w
c
n
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
c0 cQ cQ c0 c0 � c0 cQ c0 c0 cQ c0 cQ cQ �
min
00
o
CO CDC
D
CD
wCD
� L7
c �
�• n
O
3
O
C
Q
w
CL
�n -0N-UZ
0 CD D CT'
CD =
- CDD 0
CL
C) CD o n. m
3 \_
0
m
CO -t
0-
a n.
CL
CDc
CL z
cD 3'
co m
c
0
9
0)
J1 m
1� 1
(Q (Q (Q
CQ (Q (Q
corpT`�„,;zo
Q
O0
CL z
cD 3'
co m
c
0
9
0)
J1 m
1� 1
O
corpT`�„,;zo
Q
O0
o
D�
w m w
m m m m m
m
Mo
w
-•o W(D 0
O -P cn
cn
°�
0
(D
conn,<-a�
w
cO
m z-0
O�
�; wo
CD3
w o
m w
-Do
w
O
o
w. r
o
m
r-
0
CD =a
c m
O
mim
3
m
=c
CD
I I
D
r
O_�
%Q
>
�^
3
cn
U)m
A
c
m
w
m
a
m
c
0
,
0
Oyn.
CD
W Cr
cr m
/9
T�
r
COAD
�0
O
n
o 3
3 a
-q
= -0
m
m
c C)cn
Cc
j�
W:3
5- :2
>
W
Z
CD
p>
w
_
r m
o_
-rl
m
070
m
cn
w
m
c
v
3
o
p
CD
,<
Z
m c
m -n-0
v
D
•�"
mCl)°
oma
Z
r
p
rev -I
a mall
-a
-=
a
n
mm
CL z
cD 3'
co m
c
0
9
0)
J1 m
1� 1
O
M N
CA
Q
O0
o
0
v
C
m
-0:
w
D
-�
O -P cn
cn
Dm
0
(D
O
c
v
cO
n
a
z
W
-Do
w
mp-Uo'C
m
z
o
m
r-
0
�omoM
O
m
21
CD
I I
N
a
>
�^
O
�CD m
o
o
�
mm
v
C
w
0-
O
D
-�
O -P cn
cn
N
0
(D
O
c
v
O'..
n
a
z
W
-Do
w
o
o
m
r-
0
z
O -P cn
cn
O
-a c
CD
:0��
°
m
-Do
w
v
r-
0
m
21
N
m
N
a
CD

Mr. Harry James
Page 9
Client Reference: J&J Kenmore
PACE Sample Number:
Date Collected:
Date Received:
Client Sample ID:
Parameter
ORGANIC ANALYSIS
Pace An,,,
9800 Kinsey A,
Hunter:
TO 704-8,,
Fax: [phone]),
December 02, 1997
PACE Project Number: A7111,
93 0487742
11/17/97
11/19/97
Kenmore
MW
Units PRL V8
METHOD DATE ANALYZED
VOLATILE ORGANICS
6230D
Dichlorodifluoromethane
ug/L
0.5
NO
11/26/97
Chloromethane
ug/L
0.5
NO
11/26/97
Chloroethene (Vinyl chloride)
ug/L
0.5
NO
11/26/97
Bromomethane
ug/L
0.5
NO
11/26/97
Chloroethane
ug/L
0.5
ND
11/26/97
Trichlorofluoromethane
ug/L
0.5
NO
11/26/97
1,1-Dichloroethene
ug/L
0.5
NO
11/26/97
Dichloromethane
ug/L
0.5
NO
11/26/97
trans-1,2-Dichloroethene
ug/L
0.5
NO
11/26/97
1,1-Dichloroethane
ug/L
0.5
ND
11/26/97
cis-1,2-Dichloroethene
ug/L
0.5
ND
11/26/97
2,2-Dichloropropane
ug/L
0.5
NO
11/26/97
Chloroform
ug/L
0.5
NO
11/26/97
Bromochloromethane
ug/L
0.5
NO
11/26/97
1,1,1 -Trichloroethane
ug/L
0.5
NO
11/26/97
1,1-Dichloro-l-propene
ug/L
0.5
NO
11/26/97
Carbon tetrachloride
ug/L
0.5
NO
11/26/97
1,2-Dichloroethane
ug/L
0.5
NO
11/26/97
1,1,2 -Trichloroethene
ug/L
0.5
NO
11/26/97
1,2-Dichloropropane
ug/L
0.5
NO
11/26/97
Bromodichloromethane
ug/L
0.5
NO
11/26/97
Di omomethane
ug/L
0.5
NO
11/26/97
,cis:1,3-Dichloro-l-propene
ug/L
0.5
NO
11/26/97
:trate-1,3-Dichloro-l-propene
_.
ug/L
0.5
NO
11/26/97
1�1,A- Trichloroethane
ug/L
0.5
NO
11/26/97
_1,3-[fthloropropane
ug/L
0.5
NO
11/26/97
Jetrae.hloroethene
ug/L
0.5
NO
11/26/97
IDI-b�rorffik, h1oromethane
ug/L
0.5
NO
11/26/97
Dib-ro%moethane
ug/L
0.5
NO
11/26/97
1,1;'J' 'Tetrachl
nM N g T
-11
ug/L
0.5
NO -
11/26/97
Brornoform
ug/L
0.5
NO
11/26/97
.. �a�,14� � 8 1998
t aboratocy Certfication IDs uruur,73' , t7n
Laboratory Certification IDs
NC Wastewater 12 ¢fir'° "s
'
� F LABORATORY
7
ANALYSIS
KY Drinking Water 90090
NC Drinking Water 3706
TN LIST List
Sc 99006 This report shall not be reproduced, except in full,
VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc

Mr. Harry James
Page 10
Client Reference: J&J Kenmore
Pace Aria,
9800 Kincey A,.
Huntersvih .
Tel: 704-8t,
Fax: [phone]L
December 02, 1997
PACE Project Number: A7111,
PACE Sample Number: 93 0487742
Date Collected: 11/17/97
Date Received: 11/19/97
Client Sample ID: Kenmore
MW
Parameter Units PRL V8 METHOD DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANICS
0.5
ND
ug/L
6230D
1,1,2,2 -Tetrachloroethane
ug/L
0.5
NO
11/26/97
1,2,3-Trichloropropane
ug/L
0.5
ND
11/26/97
Bromobenzene
ug/L
0.5
NO
11/26/97
2-Chlorotoluene
ug/L
0.5
NO
11/26/97
4-Chlorotoluene
ug/L
0.5
NO
11/26/97
1,3 -Dichlorobenzene
ug/L
0.5
NO
11/26/97
1,4 -Dichlorobenzene
ug/L
0.5
NO
11/26/97
1,2 -Dichlorobenzene
ug/L
0.5
NO
11/26/97
1,2-Dibromo-3-chloropropane
ug/L
0.5
ND
11/26/97
1,2,4-Trichlorobenzene
ug/L
0.5
NO
11/26/97
Hexachlorobutadiene
ug/L
0.5
ND
11/26/97
1,2,3-Trichlorobenzene
ug/L
0.5
NO
11/26/97
Benzene
ug/L
0.5
ND
11/26/97
Toluene
ug/L
0.5
ND
11/26/97
Chlorobenzene
ug/L
0.5
ND
11/26/97
Ethylbenzene
ug/L
0.5
NO
11/26/97
Xylenes, (total)
ug/L
0.5
NO
11/26/97
Styrene
ug/L
0.5
NO
11/26/97
Isopropylbenzene
ug/L
0.5
NO
11/26/97
n-Propylbenzene
ug/L
0.5
ND
11/26/97
1,3,5-Trimethylbenzene
ug/L
0.5
NO
11/26/97
t-Butylbenzene
ug/L
0.5
ND
11/26/97
1,2,4-Trimethylbenzene
ug/L
0.5
NO
11/26/97
s-Butylbenzene
ug/L
0.5
ND
11/26/97
4.-I sxTropyltoIuene
4 :�
n- B 1 benzene
=`AY�nhi�'�l rnc
Laboratofy Certification IDs
NC Wastewater 12
NC Drinking Water 37706
Sc 99006
D
JAN- 8 1998
Groundwater Section
Asheville Re Tonal Office
ug/L
0.5
ND
ug/L
0.5
NO
ug/L
0.5
NO
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc.
11/26/97
11/26/97
11/26/97
Laboratory Certification IDs
KY Drinking Water 90090
TN UST List
VA Drinking Water 213

111 IIII!II(
I I l
I
�I I
1 I i 13 i
_
Y
z
z-
G
_
n
z
n
L
I I
z
p�
J
_
I
I �
I
J
N
111 IIII!II(
I I l
I
�I I
1 I i 13 i
_
Y
z
z-
G
_
n
z
n
-
z
p�
J
_
J
N
—
tn
P_
Cn
=
J
A?
-
A
W
O
Z?,
7
_—
-
-
-
-
k
r�
O
O
j
O
O
O
;
O
N
w
U
7
i
=
111 IIII!II(
I I l
I
�I I
1 I i 13 i
_
J
N
Cn
=
J
A?
-
A
Z?,
7
-
-
-
-
111 IIII!II(
I I l
I
�I I
1 I i 13 i
_

D D --i a I� n cn
a m O= C,m
! 07 a = 75 7 o
O v «� ID O — LQ -
-i
C7
h
'7
0
CO
C7
D
I D
�
' '17 ;
—I 0
0
C7
� 0 17
7 i 1 O Q CD
z
Q
wly
=
o
olc
D
o
j
njc
c
Iz
-
w
w
IJ
O n D cU-3
77 I ✓ �I `� I`
,i'7
-r
Ix
o
o
—,Y)
V1
rol
I'D
✓y I Iii � ', j i I I i � � I I� i �� � I
On ISI
w to v j
= h 'Ic
rD
h. h iU h jM
11
n ��� � � io r- � ��
z Imo. I^ s - 1:1 El n
It�Jn ^io o o j �J Cn r O _Q (n
CD ( o O
CO
h: _ C-) m m
h
I ClVj.
I
I
I
N
— r QL
cD Ir
M
I � I
zl�I��12 C7 SIC 'Cui
DIDF>11�
On I� io �� �� in IO, I�� Im i� cn + �• �tj
lz
C;lIco
m
ID � rn
' c
i
I
' I
i
I
m
Ti
m
r
r
co

3
3
CD
�I
D
n
C
C
c
0
3 o
M
o.
n
CD
r
r
t
n30'0�
o
A m -a
�2y
0
a.
3
�i
3 3 n wo
3
- �
r
wZ
:3O
w
w ?o
O CL
::
cn
0
C)0
o
C
0
0 w m
��
0,
3
y 3
Z
0
ro
3
o
U� -Q
00000
D. o
D
C 0
co
n
D
D
•0
U)U)
���
m
-4
-i
o
o
0
a
l< o
s
2•
w
c,
w
x
T
=
7m0 �• c
CL
m
m
C
O
o
0
O
O
O
o
0
o
I0
w
o
w
w
w
a
Q
Q
n
o
o
C7
C7
D
n
3.
a°
_
Q
o
>>
N
W
m
p
C
a
rn
CJ7
r
m
m
c
-+
'
w
O
Z a
m
'
3
o
3
3
o
o
w
v C
3
oa
m
w
m
2 M
-4
n
m
my
o
O Co
O
=
O
X
m
A .�
w
CD
N
0
Z 41
x
m
A
,p
O
�
OD
A
m
Q
Z
O
m
(D'
G)
N
is
in
a
w
w
N
j
1
m
a
o�
0
Ut
3 n
c
C
I
3
cQ
3
�
3
3
co
3
3
co
C
=
-c
1.3
2
-I
3
j1
0
3
0
3
3
co=
3
3
O
Ul
T
Z
Z
Q
(n
Cn
(n
=
2
n
C7
0
O
=
G
0�
c
c
N
w
a
w
Q
o
to
w+w
a
a
m
CD
o�
oa
cn
w
Z
O
o
Z
A
A
u,
y
m
0
C
m
aa'°
v
a)
'
°
m
a
Cl)
o=
0-1
-4
mw
y
Ch Ch
co
O?WW
v'
Z
o
0
o
0
CA)
CD
co
o
N
�
R
c
G
0
3
3
3
3
3
3
3
3
Z
c
3
3
3
3
N
fA
'v
Z
Z
T.
2
m
0
n
n
n
W
D
D
D
=
m
Q
w=
co
m
e
a
w
w
y
Z
o
-
n
n
Oo
D
C
fn
o
N
CD
CD
0
N
w_°
0
=r
0
0
0
w•
m
3.
m
c'
c�
3
c
Cl)
i�
rn
3
rn
A
w
m
c'
3
w
a
3
3
0
V
-
m
3
rn
m
cn
P,4
a..
cOn
vii
m
rn
N
Ln cn
0
N
N
W
Oi
V1
v
Ln
c
c
c
3
c
3
3
c
c
c
c
c
3
c
c
c
C
22w
23
Waococo
po
0
=m
w
0
w
0
ooG�`D
CD
-�y
O
co
'
Q.��
X
o
-w
-2.
cu
.
m
c
o
O
(D
N
5-
n
m
w
N
m
0
u)
N
=
f0
w
N
o
C
"CI
O'
C
O
N
n.
w
W
�°
R
2
CD
D
cn
a
a
Ol
0
C1
CD
to
m
n
m
u1
3 o
M
o.
n
CD
r
r
t
n30'0�
o
A m -a
�2y
0
a.
3
�i
3 3 n wo
3
- �
r
wZ
:3O
w
w ?o
O CL
::
cn
0
C)0
o
C
0
0 w m
��
0,
3
y 3
Z
0
ro
3
o
U� -Q
cc
D. o
D
C 0
O0
-n
0
D
U)U)
���
-nCD
0
vC�
�
D
0
a
�
r- (n
1.
m
m
a
�]
c
7m0 �• c
CL
m
v
0
o
�
l<
m
3
Cl)CL
0,6
o o
o
O
��
m
�'
D
E:
o
(D
O
w
w
a
0
n W
�2o
n
m
(n
d
N
m
p
^�1
�j20
o
CJ7
3 o
M
o.
n
-i
r
r
t
3
�2y
�l
N Co m 0 O
3
�i
3 3 n wo
3
- �
o v
:3O
S
�
1
p
C
0
0 w m
��
0,
3
y 3
Z
n
ro
.3
w=
c
cc
D. o
D
O
u)
0
Cl)
o O
C7
m
a
�+
�+ E;n
m
w
CT
D > 7
3 o
M
r� U
r
r
t
�2y
�ei"�
N3
3
yrs
3
- �
o v
m
�
1
C
0
0
3 o
M
C)
3
o v
C
0
p3
Z
C
0
Cl)
o O
C7
m
a
�+
�+ E;n
m
w
CT
D > 7
m
m
a
�]
c
7m0 �• c
CL
m
v
0
o
�
l<
m
3
A =
m
c
m
W
m
m
�'
D
E:
a
+c
a
a
�2o
n
m
(n
d
CL
�j20
o
C�-
-+
'
�"
O
Z a
3
J
� 0)
�°
O
W
m
CD
2 M
n
m
my
C
n C
CD
Z 41
w
�
=
Q
(D'

CD
Cn
� --I V) Cl) -U y --l7) D C) �70 2
t) t / \ J
_0
%070 C � W - =0=�'o
000
D~:C o CD CD �.Q
zro y
do
z30
n
CD E
c CD
CD CD
33
<
o
3 w
-nzm �.��
w CD o
7o
CD3
Q-
P. r - o
00—�
mm
=
C:<
3
�z
D
a
-0
CD
c
3
ra
cnIn
1-
Cf CD
N �? 0
O n
3
m
CD
a
7o
0
a
CD
m
0 -
n
O
CD
W o- 0
Cr CD @
�_
O
O O CD
r
m
n'
n w
CD
0
o 3
U 3
m
CD
a W
l
0
Z
^'
0
0 CO
CD
CD
CD o
r
cr
mm
m
�,
m
m
v3
w
CL
D
D
z
CD O
CD T a
,
D 9:cn
TI
3
C
ca
m
O
v
QCD
`Q
3
0
®
"n T
ro
3 3 3 3 3 3 3 3 3
.1 .L
53
C)03
CQ CO O CS] (Q CQ (Q CQ CQ (Q r r CCZ
3 3 cc
ZKKT2-nC�000WD-Uzz
W �(Q (Q CD o —bra
KK� K� O w C: 0CCD
Q w (Q w n O-oc-o 3 a O , _3 O z Z
WCD= co ��c 3C: (n
3 O3
m33�
acl'zZ
—
w
cnP
N'o
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3�
co cQ cQ co � cQ co co co co cQ cQ cQ cv cQ �
00
O
O CD
D
cn
O CD
� n
z
M. o
o
3
O
C:
a
co
Q
-UN-0Z
CD =3 CT —.
CD = ,
o NrZ
CD 0
O (D C7 Q CSD
"O
CO CD
=3 CY-
uCi O
3 3 3
CQ (Q (Q (Q (Q (Q
/O 0
DW CD W
07 -O
CD CD CD
CD E
m
�
o O
<
o
3 w
-nzm �.��
w CD o
7o
CD3
o a
P. r - o
mm
=
C:<
3
�z
D
a
-0
CD
c
3
ra
cnIn
1-
Cf CD
3
m
CD
a
7o
a
CD
m
n
O
CD `°
!R
W o- 0
Cr CD @
�_
O
O O CD
r
m
n'
n w
CD
0
o 3
U 3
m
CD
a W
l
0
Z
^'
0
0 CO
CD
CD
CD o
r
cr
mm
m
�,
m
m
v3
w
m
V, 0
D
D
z
CD O
CD T a
,
D 9:cn
TI
3
C
m
O
v
QCD
`Q
3
0
®
"n T
ro
m
v
n
m
a
M
N
o
w
O
z
O
Z
D
O
CD
CD
w
O
0
w o nri
CD
w
a w 0
O
D
Q
m
0
0
0
CL
Co0
O
-u U) co
CD ° C CD
c'
N 7
lC] C n
p °i w
-00 0
"r
t
0
� w
71
N m
0 a
CD
0- Z
m 3
N CD
N
7D < m
m
c0
mo-uoc
v 0 M a)
0Cf)
n M
D y�
r
Om m
m c
M�
._� o
0
z
m
z
0 CA
K
0
z
O
x
m
0

Mr. Harry James
Page 11
FPX NO.i 704 252 4618 12-31--96
Park kQtfv-ai
Aslwoilke, NC
Client Refclrence, J and J Kenmore
Tei -CA-254-7176'
Fax 7D4-2524618
December 04. 1996
PACE Project Number: A61120600
PACE Sample Nimber:
93 0305954
Date Collected:
I
M
Mr. Harry James
Page 11
FPX NO.i 704 252 4618 12-31--96
Park kQtfv-ai
Aslwoilke, NC
Client Refclrence, J and J Kenmore
Tei -CA-254-7176'
Fax 7D4-2524618
December 04. 1996
PACE Project Number: A61120600
PACE Sample Nimber:
93 0305954
Date Collected:
11/20/96
Date Received:
11/21/96
Client Sample 10:
Kerifficre
Parameter
Units
PRL
V8 METHOD
DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANICS
502.2
Dichlorodifluoromethane
ug/L
1.0
ND
12/01/96
Chloromethane
uq/L
1.0
N1
12/01/96
Chloroathene (Vinyl chloride)
ug/L
1.0
NO
12/01/96
Bromomethane
uq/L
1.0
NO
12/01/96
Chlaroetharle
uq/L
1'0
NO
12/01/96
Trichlorofluoromethane
ug/L
1.0
NO
12/01196
1,1-Dichloroethene
ug/L
1.0
NO
12/01/96
Dichloromethane
Ug/L
1.0
NO
12/01/96
trans-1,2-Dichloroethene
uq1L
1.0
NO
12/01/196
1,1-Dichloroethane
uq/L
1.0
NO
12/01/96
cis-1,2-Dichloroethene,
ug /L
1.0
NO
12/01/96
2,2-Dichloropropane
U9,21
1.0
NO
12/01/96
Chloroform
ug/L
1.0
NO
12/01/96
Bromochloromethane
ug/L
1,0
NO
12/01/96
1,1,1 -Trichloroethane
ug/L
1.0
NO
12/01/96
1,1-Dichloro-l-propene
uq/L
1,10
No
12/01/96
Carbon tetrachloride
ug/L
1.0
NO
12/01/96
1,2-Dichloreethane
ug/L
1,10
NO
12/01/96
1,1,2 -Trichloroethene
ug/L
1.0
NO
12/01/96
1,2-Dichlorapropane
uq/L
1.0
NO
12/01/96
Bromodichloromethane,
ug/L
1'0
NO
12JOI/96
Dibromomethane
ug/L
1.0
NO
1.2/01/96
cis-1,3-Dichloro-l-propene
ug/,L
1.0
NO
12/01/96
trans-1,3-Dichloro-1-propene
ug / IL
1.0
No
12/01/96
1,1,2 -Trichloroethane
ug/L
1.0
NO
12/01/96
1,3--Dichloropropane
ug/L
1.0
ND
12/01/96
Tetrachloroethene
Ug/ L
1.0
NO
12/01/96
Dibromochloromethane
ug/L
1.0
NO
12/01/96
1,1,1,2 -Tetrachloroethane
ug/L
1.0
NO
12/01/96
Bromoform
uq/ L
1.0
NO
12/01/96
1,1,2,2 -Tetrachloroethane
ug/L
1.0
NO
12/01/96
REPORT OF LABORATORY ANALYSIS
This rerory shat not be reproduced except in full
without Viewrilien consent of Face Analytcai Se!Ces Inc

mL FPX NO. 704 252 4618 12-31-96
Pace Analytical Sc.
-2
A54 Ravens,.
A=x wtical Asheville, NC 28o,
Mr. Harry Jamez
Page 12
Client Reference: J and J Kenmore
Tel: [phone]
Fax. [phone]
December 04, 1996
PACE Project Number: A61120600
PACE Sample Number;
93 0305964
Date Collected:
11/20/96
Date Received;
11/21196
Client Sample ID:
Kenmore
Parameter
Units
PRL
V8 METHOD
DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANICS
502.2
1,23-Trichloropropane
ug/L
1.0
No
12/01/96
Bromoberzene
uq/L
1.0
NO
12/01/96
2-Chlorotoluene
uqlL
1.0
NO
12/01/96
4-Chlorotoluene
ug/L
1,0
NO
12/01/96
1,3-Dichlorobenzere
ug/L
1.0
NO
12/01/96
1,4 -Dichlorobenzene
ug/L
1.0
NO
12/01/96
1,2 -Dichlorobenzene
Ug/L.
1.0
NO
12/01/96
1,2-Dibromo-3-chloropropane
Uq/L
1.0
ND
12/01/96
1,2,4-Trichlcrobenzene
ug/L
1.0
NO
12/01/96
Hexachlcrobutadiene
uq/L
1.0
NO
12/01/96
1,2,3-Trichlorobenzene
ug/L
1.0
NO
12/01'/96
Benzene
uq1L
1.0
NO
12/01/96
Toluene
ug/L
1.0
NO
12/01/96
Chlorobenzene
ug/L
1.0
ND
12/01/96
Ethylbenzene
ug/L
1.0
NO
12/01/96
Xylenes, (total)
ug/L
1.0
NO
12/01/96
Styrene
ug/t.
1.0
NO
12101/96
Isopropylbenzene
ug/L
1.0
NO
12/01/96
n-Propylbenzene
ug/L
1.0
NO
12/01/96
1,3,5-Trimethylbenzene
uq/L
1.0
NO
12/01/96
t-Butylbenzene
uq/L
1.0
NO
12/01/96
1,2,4-Trimethylbenzene
ug/L
1.0
NO
12/01/96
s-Butylbenzene
uq1'L
1.0
ND
12/01/96
4-Isopropy'ltoluene
uq/L
1.0
NO
12/01/96
n-Butylbenzene
ug/L
1.0
ND
12/01/96
Naphthalene
U911-
1.0
NO
12/011/96
REPORT OF LABORATORY ANALYSIS
Tris rsapnrl st-11 not oe e&prcdoced ma ept n full
w0o,.,t the wro!!er, 'onsenl of Pace Analv!icai Semces Inc

0
m
2
O
7
r
c
lona
ton
i
y
-
�-4 Or;
C O
C
a
9
a
0
D�
D O
O
�
IN
A
C
w
IF
G
'
tan
O
N
A
wD
H
�-
? c'
ry
9
m
N
�
v
�'
-•
c
�
3
C7
m
F
O
a�
n
c
a. v
o
r
QBEG
'n"
Z
O
7
z
..I
z
z
',A
O
y
-
O
—
�
C
C
9
S
S
6
S
6
�
IN
A
C
w
IF
G
'
tan
S
N
A
wD
H
�-
? c'
ry
9
m
N
�
v
�'
-•
c
�
3
C7
m
F
O
a
c
a. v
QBEG
'n"
U
W
5'
w
b
to
n
Ol
O
N
O
`b'
O
O
A
0
O
O
p
U
A
o
ry
a
H
r
m
r
rp
r
(e-
Is-
�
Q* -3
r"
Q.-
3
3
r
r
r
r
r
r
r
N
3
N
c
m o-
Z
z=
n
',A
S
A
f7
n
a
m
©
1p
a
Y
IN
2
IF
wD
�-
? c'
ry
9
m
N
�
v
�'
-•
c
�
3
C7
m
F
a
c
a. v
'n"
5'
w
O
p
U
A
o
ry
a
H
� rt rt c
n
',A
a
?oo
C7
m
F
a
c
a. v
'n"
5'
w
A
o
ry
a
H
� rt rt c
n
d rt, n

_0
3
m
0
0
0
o
Ci
0
c�
w
0
0
a0
)
D7
�_
m
0°
0
0o0'
°
o
0
0
d-
w
g?
w
v
?.�
A
T.
c
cr
a�
0=
°
°
o
(D
�3.a=
a
0
a
�'
`c
m
o..
3
r=
ca
C
C
X
w
W
14
OI
�=
O
c
T.
W
A
X
A
O
CO
.ja
CD
O
CD
o
t1l
is
in
a
w
ni
N
A
A
a
w
cn
O
Ln
O
A
0
�e
0
a
3(3(
_
CQ
-=
3
(:,
B
=
m
0
0
o
=
_
m
Ig•
a-
o-
o
y,
+
N
a
m
m
O
°
m
M
a
cn
W
Z
O
Z
A
p
n
o
N
w
N
rn
m
o
a
cn
cn
O
v
vcoi
N
a)N
O
O
Al
°
W
(.nZ
�
o
0
W
6
0
m
0
N
C
0
3
3B
3
3
3
o
nc
3
k
3
—
M
Z
y
K
x
=
a
m
c
0
ai
D
D
(D
K
a)
m
Nr
(n
m
Z
o°
o
n?
m
w
D
(n
3
A7
m
°-
=
A7
0
o
0
o
a
o
ww
m
3
<
m
E-
CCD
C
m
c'
c
3
o
c
a
CD
3
G
N
C
A
�!
14
A
cn
A
ccn
CD
3
.
O
((n
m
d.
a)
�+
C"
c71
M
°f
0.
CA.
0
cn
0
0
N
(071
0
N
CO
0
V
co
A
c
c
c
c
3
c
3
3c
c
c
c
c
3
c
c
c
c
0
v
o m
Z
o
O
O
2
2
m
3
°-o
o
m
CD
CDD
CDD
O
O
M
m
0
m
&
-0
=
�
°
(DN�
w
m
w
a
CD
C
D
?-
CDCD
0
0-
V1
N
y
D
m
CO0
n
a
CD
m
cD
r T D--0
CCCD M j�CA� cA �Dmmoa.00 rU
.i wCL
03 o=D v Q oDcc
O ro Do.
W ro
�c r- (c
D (nm32� �p
z -0 t�, ro �O.R
O CD ro a M
0 ��� c QLA
m a n Q
z
QA 0 mm0 °eo c
o
0
U
0 7.7 1
=r
U °Q C
0
0
=7(n0r0 CD R D
a33�W CD A
0 Z r
S� _
m
O3 rl -nm m
w� C m -�
m�
3 � ri IN 4
SCD O
0 Z
n
v
.) t 3 r 3
m0."vc
Z. -A �' m m cr c
Zv C m o LD Q
1 ' T -t CCD
c CD a lc
(n m
3
v
c o �J
3 n.
G
Q 0
i
U
C
0
ro
!t
0
C=
CIO4
v_
N
O
z
v
0
m�
z3
C
0 w
0
z0.
mm
m=
z<_z
noo
r�
Z X-
�(D
md�
Mss
M- o
CL
�zm
o�
C
v(
A
aW
m�
mA
c�
m
0
1
O
z

CD
cn
Al A
oho
cD o co Q 3 co co �• co I C I IcQ c�
r- TI D --i -a C/) f
D -0 m
Sdo� c
C ' c o
D moQ
p o a O �o
> � Z � o a,
in >S o S y
SZo
m - :0 �Z
D cn 32 ; m O
D cin t�- " P, r- R,
-CD
r� i < n p 7 -
Cn
Oo
to�W
CL :]maA v o O
0 a 0 4
� 2
O -g :
o :o ka V'
SD CD o ��
Ln ell �c
0
cnor0 m CA
U)c
CD
p o \ �Z r
Q o o = m m
KN D
m SL z w �
o m �� O❑ Q
a 3 (1\ Tt m
�• �Z w-0 C m
cc O 3 - o 'a
Udo m m C) z
r � �
�I
It
o
Ni I
c,
I Z
„<
CD
OD
Q
�mc
2
c�
plo
0
0
0
0
Ao
.511 I
CD
o
0'000
CD
a
y
a
a
�
o'
o
(D
2
�, C v
0
3
0
1
V
CA
rn
3
?
c
N
w
A
C
�
O_CD
-A
s
Ln
O
CD
0
i
t
r i
:3
CD
c
Al A
oho
cD o co Q 3 co co �• co I C I IcQ c�
r- TI D --i -a C/) f
D -0 m
Sdo� c
C ' c o
D moQ
p o a O �o
> � Z � o a,
in >S o S y
SZo
m - :0 �Z
D cn 32 ; m O
D cin t�- " P, r- R,
-CD
r� i < n p 7 -
Cn
Oo
to�W
CL :]maA v o O
0 a 0 4
� 2
O -g :
o :o ka V'
SD CD o ��
Ln ell �c
0
cnor0 m CA
U)c
CD
p o \ �Z r
Q o o = m m
KN D
m SL z w �
o m �� O❑ Q
a 3 (1\ Tt m
�• �Z w-0 C m
cc O 3 - o 'a
Udo m m C) z
r � �
�I
It
o
Ni I
c,
I Z
-1112
„<
CD
OD
Q
�mc
.511 I
o
si m m
CD
a
y
L
O
m o
(�
(D
2
�, C v
a Q •c
0.
1
V
CA
T
CD
3
CD
m l
N
-1112
„<
n3
Q
�mc
.511 I
si m m
n. (D ::3
2,-
O
m o
(�
2
�, C v
a Q •c
1
V
CA
T
CD
3
CD
m l
C
-A
s
i
t
r i
'D71 a W
ED m
1 ` 1
0
0 G\
VLZ
= C
°1 CCIL
v
m
v_
0
z
O�
„m
m�
z�
5
CD
S 7
0
Z -.
C
m
zsz
Doo
r� w
D = S
D~
S n
and m
M7
m_ o
aM
d 0
O�
C
cm
z—
v M,
. m
--i C
M -�
m�
(�
m
0
O
z

a \
CD
z
0
4-
(A N
� C
Q
2 O
7
�N
r B'
O
� Q
0
.5
m
m
m
O
m
z
v
n
C
■
�*
oCf) c -0 7 D��2Pc S O
3•mmo��o� o6
W. 0 RD 8 2-Q.
O o -�CL Cl)z TT
335333333353 003
co Co ocQcococccccccc ;: cc 3 aCC
zKK;=TOOROF>Tzz
w0cs? 0= o
o cn m
007� o Z
Wmc�C:
`.
X333 om`
w z z
EnD
T
333333333333333
co co co CC co co cc cQ cQ co cn co cQ co to
-0N-0Z
CD O Cy
(n
�.NrCD Z
O CD 0 CW)_ (D
3 --
0 C=D
C -c
uCL, 0
C
CD
rA
C C C
CQ CC.0
3 3 3
CQ CQ C�
Om
c
70;Z2
m -D o
p 0 0 SO
wm_�
0
0
S
CD
m
o
i
0
c
m
o` z
Ln
p ocn 9)s s. 'R- F m
� ac g. mo
o v
� m
c a
m
m
DO
z
c
K
co
m
�o
70
m
fJ
C
M
m
O
v
Om
c
70;Z2
m -D o
p 0 0 SO
wm_�
0
0
S
CD
m
o
i
0
c
m
o` z
Ln
p ocn 9)s s. 'R- F m
� ac g. mo
o v
� m
c a
m
m
DO
z
c
K
co
m
�o
70
m
fJ
C
M
m
O

-10.21 ID:PACE INC. TEL NO:252 4618
®
e� Ra+wna
s� t+�or AnMpliOol 9elrvtaa, ►s
4� I ca l nlR0M
ha SNC !9101
Tel. 704-l94-7170
i®t: 104.2$1-+919
Mr. Harry James
Page 14
Client Reference: James 6 James
February 07, 1996
PACE Project Number:'A6012260
FACE Sample Numbers 93 0173677
Date Collected: 01/22/96
Date Received: 01/23/96
C1 iant Sample I6: Qgg V$
Parameter Units MDL #V6_ DATE ANALYZED
1,2,3-Trichloropropane
ug/L
1.0
NO
01/24/96
6romobenzene
ug/L
1.0
ND
01/24/96
2-Chlorotoiuene
ug/L
1.0
NO
01/24/96
4-Chlorotoluene
ug/L
1.0
NO
01/24/96
1,3 -Dichlorobenzene
ug/L
1.0
ND
01/24/96
1,4 -Dichlorobenzene
ug/L
1.0
ND
01/24/96
1,2 -Dichlorobenzene
ug/L
1.0
ND
01/24/96
1,2-Dibromo-3-chloropropane
ug/L
1.0
ND
01/24/96
1,2,4-Trichlorobenzene
ug/L
1.0
NO
01/24/96
Hexachlorobutadiene
ug/L
1.0
NO
01/24/96
1,2,3-Trichlorobenzene*
ug/L
1.0
ND
01/24/96
Benzene
ug/L
100
NO
01/24/96
Toluene
ug/L
1.0
NO
01/24/96
Chlorobenzene
ug/L
1.0
NO
01/24/96
Ethylbenzene
wg/L
1.0
ND
01/24/96
Xylenes
ug/L
1.0
NO
01/24/96
Styrene
ug/L
1.0
NO
01/24/96
Isopropylbentene
u9/L
1.0
ND
01/24/96
n-Prcpylbenzene
ug/L
1.0
NO
01/24196
1,3,5-Trimethylbenzene
ug/L
1.0
ND
01/24/96
t-Butylbenzene
ug/L
1.0
NO
01/24/95
1,2,4-Trimethylbenzene
ug/L
1.0
NO
01/24/96
s-Butylbenzene
ug/L
1.0
NO
01/24/96
4-Isopropyltoluene
ug/L
110
ND
01/24/95
n-Butylbenzene
ug/L
1.0
NO
01/24/96
Naphthalene
ug/L
1.0
NO
01/24/96
MAR 1 31996

�]nwp biz -.
vvDN0
x
133 1
s o � W D Z�cn
W :3
-C 3 2 0 -n `
D �P U
� � b CD
n Z w c � � =• �
0
n a 7t7 Z O
A w 0 33 O o40 Z
1 m_ ➢a
� g IS,
U
CD
p33
�W
CD
0 0 N O
�. N o
o
N ra 0
o �mor` ro O A
ro n 3
h
0) =03.
o (DS.�z
a: =3t . 0 m m
"l D
nwro m b 31
Om� O
I3 3 Z3c
a c3� H pm
�0
!Fi
0
00
O
m
m
2
�
r
m
mm
a
Q
m
(oz
z
o
N
Rj
b
roCL
zoo
tA
t
s
G)
-tt
o
m
m
W
n
c
(D
Q
m
0
o
G)
ww
>
>
O
'a
m
0
a
=
o
m
o.
ro
G
O
D
C
N
N
y
mCD
4a
c:
`�
tD
m
y
!Fi
0
00
O
m
m
2
�
r
m
mm
a
Q
m
(oz
z
o
Rj
roCL
W
tA
t
s
-tt
o
G
W
n
c
(D
�
O
c
R
o.
ro
G
L
m
m
r -
v
a
a)
O
m
0
N_
O
zv
�v
m
z3
O�
z -%
m 7
z5.z
y0 0
r=
a(�
aA
xO
M
w
?o
CL
�zd
Oc
cm
vm
DC
m
Cl)
m
9
z

° b r O 9
O
O Vl
G. E ..
V
O
z
k
z ^�Hrb
ac,
k
O O
O
c
a
m
vyy
O
O
O
�
o
s
s, ,,
5
n
Y
D
z
W
y
aA
c
`1
n
f]
n
n
W
>
>
O
y
►rC
6
z
O
Q
y.
w
z
as
O
o �]
vUi
J
O
z
O
�
N
fC
�
J
�
O
'k
r
�
r
b
N
w
w
0
0
A
S
3°
3 3
�F 3
3
3
3
D
3
3
rn
3
3-
330
3
�'
o•
o
n'
m
° b r O 9
O
O Vl
G. E ..
V
O
z
k
z ^�Hrb
ac,
k
O O
O
c
a
m
vyy
O
O
O
O
z
p
H
z
W
y
tv
�n
W
O
N
z
O
b
tv
>
>
O
y
►rC
6
z
O
Q
y.
w
z
as
O
° b r O 9
O
O Vl
G. E ..
V
O
z
k
x
�
k
ro
c
a
m
D
z
O
O
O
z
p
H
z
W
y
tv
�n
W
O
a
D
C
C
b
S
>
>
O
y
6
N
O
Q
y.
w
z
o �]
vUi
J
O
z
O
�
N
fC
�
J
�
O
'k
r
�
r
b
N
w
w
D
c:
�'
o•
o
n'
m
m
y
3
N
° b r O 9
O
O Vl
G. E ..
V
O
z
�
y.
ro
c
a
m
D
z
O
O
N
y
Ctl
m
a
`� C)
oil
Q
o �]
vUi
J
O
z
O
�
N
fC
�
J
�
'k
r
�
r
° b r O 9
O
O Vl
G. E ..
V
O
z
�
y.
ro
c
a
m
D
z
O
O
y
Ctl
m
a
`� C)
oil
Q
o �]
z
a r
fC
�
D
c:
�'
o•
n'
m
m
y
° b r O 9
O
O Vl
G. E ..
V
O
1
z
�
o
d
W m
�
b
�r-uzl ii
s �
y
Ctl
m
b
`� C)
oil
Q
o �]
z
a r
fC
�
1
z
<a
.G t
W m
r
�r-uzl ii
1
:1 p tz a n.
a ot
J
1

O
O
CD
O
=N
O
W
W
X=
N
mo
m
0
c
p
O
O
O
s
O
=N
O
W
m>z=M
X=
mo
m
nommD
c
p
ooo
T
Dv c
o
w0
Flo
0 00 7o
p
_
an
m
_
yt
w
m
A
Na-
0
-
000O
.�
(D
- I
2
c'
CL
a
s
n
m
n
w
D
a U
0o
!D
-z
o
Q
c
pl
7
0
<p
w
-4
O
m_
3
<n
p
K
m
A
'moo
Oo
'a
OD
rm
O
��ii
`
W?
(�
O
V/
O
X
D �
(D
om�aa,,
A
cn
es_
ggA��C-
3
W
...i
TI
N
O
`�+
Q
o
;,�=0
p.
$
O
'C
co
is
.A
cn
S
(D
a
p"�
O
(D
r
Q
N
A
MLn
N
V
lJl
O
O
O
2!
n
mcoor-
y o
O o
O
D
3 3 o
Awa �-o
=
�
'O
CDCO�=
(e
o
33
ce
m
3
ce
(
(e
`e
zc
r
3
1
m
=1
_
(o
w_
C::
yv
C
j.
m m
z
�-V
43
Z
vK
D m -a ( 2
a
K
X=
mo
m
o
nommD
W z
Dw
T
Dv c
o
Flo
0 00 7o
-1y.m
an
ZD.. W
a3
_
yt
A m
M M a
G1
a
O 42
C m
32
-n
0
'^
.�
�
�
D
TL
cn
7t3
n
n
n
w
D
a U
0o
CD
SD
D.
w
(D
Q
c
pl
7
D,
_
01
m
3
A
O
•�
O
3
CL
9-
N
�.
Q�
C'
'
m
3.
c
3 m
5*
OD
rm
w
c•
`
(�
L
V/
c
3
D �
.0
Q
3
((Q��a7j���
A
ggA��C-
3
3
A
A
`�+
Q
;,�=0
'C
m
S
2fi
N
p"�
r
Q
O
MLn
N
V
O
1 �A
v_
N
O
z
00
G
mw
z3
�0
O
z0.
m�
Z<z
> 0 0
r0Z.�
..
D=
n
Mm m
m?o
zm
7f= ;
Om m
0
cm
0 0D
a
Do
-i c
m�
N a
m
O
z
43
D m -a ( 2
a
-- o_ �
mCD
'(^
m
O Q
Q
W z
Dw
Dv c
o
Flo
0 00 7o
-1y.m
an
ZD.. W
a3
_
yt
A m
M M a
G1
"
R
�
(D
U)
O 42
C m
32
-n
0
-.n
a
1
<
�
D
TL
cn
7t3
�_
0
�00 _
-n
�
Oz
�1
0o
i7
0
OD
rm
O
cl
o-=
`
(�
L
V/
n
4A
D �
j
Q
"V0
;,�=0
'C
o�
MLn
U,
O
n
mcoor-
y o
O o
O
D
3 3 o
Awa �-o
=
�
'O
CDCO�=
m
m
� o
�E'�EP
D
z
�o
m
=1
(o
w_
C::
yv
j.
m m
z
m0
Uy
O
1 �A
v_
N
O
z
00
G
mw
z3
�0
O
z0.
m�
Z<z
> 0 0
r0Z.�
..
D=
n
Mm m
m?o
zm
7f= ;
Om m
0
cm
0 0D
a
Do
-i c
m�
N a
m
O
z
43
I_
m
��r
yac
0 00 7o
p r
an
Q
CD
A m
M M a
m
� zz
A
CD
(D
U)
O 42
C m
(D•(D
<
c 0.
a
TL
1 �A
v_
N
O
z
00
G
mw
z3
�0
O
z0.
m�
Z<z
> 0 0
r0Z.�
..
D=
n
Mm m
m?o
zm
7f= ;
Om m
0
cm
0 0D
a
Do
-i c
m�
N a
m
O
z

CD �(
C o
_ 0
CD
w �
<D
0
D
C:
O
N
CD
Q.
D
CD
0
C CD
(TCD
3 d
a 0
o
to
0
a�
CL =
`G M
(D
O
0
O
v
N
O
O
0)
CL
a
W
N
N
cr
01
O
C
VO
(D
O 0)
O =
O N
t7 �
O O
C
C) Q
111
53
rt �
<D
. o
rt
NO'
cn
CO) O
C
Q.
O
�
Q.
S
2)
0
X
x-
x-
-—icocn-0:L j D0 pz 00C)o
;r,,o 0c =;w - — =T ?,•a o 0 0i)
Z6Am0 to _.;pN
¢� E; o cn Q =. o C do
D0m—cmncDC�CCD mmE 33 �
Zen �w 0Q•v cv
0 z
o -� CL w cn
��- �O �,o�
Q o 0 CCD Q-
0 N a n
CDcr
Q-10
0 Oh =
(D a =
W c O o
N Ulm _a c -
O V 01 Ola
O t n OD Uzi
0
v
C: o
33.333333353 003-.
cQ cQ 0 cQ (Q a:) a:) c.Q cQ cQ r:(O 3 3 cQ
Ti, ywo'® M ro ro
2)�
Ao mQo
M g 3 o o w Q Z
(nom Z cin o N 3
0wmcnwoC �,o (ro
70
0
B 00
� o
0
0 C]-�n-
n
ZKK;r\mM0000M>-0ZZw
-0 N -0 Z
cc m c =y- Q- W W
_ ,_: ;=;:=s
a a a s a a 0 a a a
c �_�O �O O �C
a CO M .-+�
^N
:z ) � ccD Q -a 3— Q•3
�m
0^ZcD
mcg
�33
���p0-
or
E '3�`
w`to
33
0OD
o
C3-
v
A
cm
CD
� 0
�
c
o
f% O
r-'• Q OD
0
m 7C
0�c�=
3
;.�
m
uQi c�
0
O
CD o 0� 0 Co
:= z
Q ..
Q=
r
=• (D o N CD
� t
m
co
Z
4
} "
� c m
O N v
P�
n3 av
a
Q
z
cc)
! �
�-a
0
•te
a
0_
Z
'I
3 3 3
�Q
�Q
�Q
LQ cQ CQ
v
•pro ®,
0
m
c cn — g
n
mphi
N CD
0
3 0 0
CLc
_0_ CD CD
z
z
CD c y
I
z
0
� K w •
_
-n
N O -i
�
Fn
0
-
y
--j v,
Q3
c�D
•o Cl)
D
M
o
�_
�
v
fD
N
aQ C
n
m
N
vLn
c
0
� n
f
mm
JI Q
0
m
T!
N
CD
cx
333333333333333
E
cQ cQ cQ cQ co cc cQ cQ cQ cQ cQ cQ ca cQ cQ
Ti, ywo'® M ro ro
2)�
Ao mQo
M g 3 o o w Q Z
(nom Z cin o N 3
0wmcnwoC �,o (ro
70
0
B 00
� o
0 C]-�n-
_
ro N O ro N�
-0 N -0 Z
M
=0 m =z
c
-n
-
p (D M 0CO
CD
-,
!. Q N 3
�,O
Qs
(D
�
'.CD
o 1 Q cncr
w`to
Q Z
oNnQm
o
-n crN
• w,
v
A
cm
CD
� 0
�
c
o
f% O
r-'• Q OD
0
m 7C
O O
3
C/) 07 ,.
m
uQi c�
0
O
CD o 0� 0 Co
:= z
Q ..
Q=
r
=• (D o N CD
� t
m
co
Q
n < o ro
(D
-
� c m
O N v
P�
n3 av
a
Q
z
cc)
! �
° Q �
y a_
l
o
�'
0 cQ CD
0_
Z
'I
3 3 3
�Q
�Q
�Q
LQ cQ CQ
•pro ®,
Ti, ywo'® M ro ro
2)�
Ao mQo
M g 3 o o w Q Z
(nom Z cin o N 3
0wmcnwoC �,o (ro
70
0
B 00
� o
_
ro N O ro N�
M
=0 m =z
c
-n
-a
nro
!. Q N 3
�,O
Qs
o
=
mcn
o 1 Q cncr
w`to
z z z
o
-n crN
• w,
v
M
CD
� 0
cn
m
r-'• Q OD
0
m 7C
w
m
C/) 07 ,.
m
m o c
n
CD o 0� 0 Co
:= z
w
Q=
r
=• (D o N CD
� t
m
n < o ro
(D
-
� c m
O N v
n3 av
a
z
cc)
?5'
m
° Q �
OD
o
�'
0 cQ CD
0_
Z
A
O
:3
O
ro ro
z
•pro ®,
m
c cn — g
n
mphi
N CD
0
3 0 0
CLc
_0_ CD CD
z
z
CD c y
I
z
0
� K w •
_
-n
N O -i
�
Fn
z w — O
CL
0
--j v,
Q3
c�D
•o Cl)
D
M
o
�_
�
v
�
N
aQ C
n
m
N
vLn
0
� n
f
mm
JI Q
(D
O
9
0)
m
m
CL
V
N
cn
cn --4.o
m
0
m
v
0
CD
ID
M
o
=
c-�
03m
z z z
o
v
-o :?�
0 � D
z
O
�
M 0 c
cn6,m
CD
0 � D
w
A
o
m
m o c
ro
w
a
w
o
y UT M
D
�
-n
� c m
O N v
�.
a
z
?5'
m
OD
o
W
m
O
:3
O
z
CLc
CD
I
z
p
•o Cl)
M
�_
�
�
N
aQ C
n
m
N
f
w
m
T!
N
CD
C
E
W

D R 0
L O G
COMPANY NAME:
COMPANY PROJECT NUMBER:
HYDROLOGIC PROJECT NUMBER:
HYDROLOGIC SAMPLE NUNBER:
HYDROLOGIC LAB I.D.#:
SAMPLE IDENTIFICATION:
DATE SAMPLED:
DATE EXTRACTED:
DATE/TIME ANALYZED:
Hydrologic -Asheville, Inc
KE''NLU URE MWS
FL9433991
33992
399
Q85V8
11/15/94
N/A
11/18/94
NETHOD EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( u9/1)
( u9/1)
Benzene
71-43-2
1.0
BDL
Branobenzene
108-86-1
1.0
BDL
Bromochloranethane
74-97-5
1.0
BDL
Bromodichloramethane
75-27-4
1.0
BDL
Bramoform
75-25-2
1.0
BDL
Bramanethane
74-83-9
1.0
BDL
n-Butylbenzene
104-51-8
1.0
BDL
sec-Butylbenzene
135-98-8
1.0
BDL
tert-Butylbenzene
98-06-6
1.0
BDL
Carbon tetrachloride
56-23-5
1.0
BDL
Chlorobenzene
108-90-7
1.0
BDL
Chloroethane
75-00-3
1.0
BDL
Chloroform
67-66-3
1.0
BDL
Chloromethane
74-87-3
1.0
BDL
2-Chlorotoluene
95-45-8
1.0
BDL
4-Chlorotoluene
106-43-4
1.0
BDL
Dibromochloranethane
124-48-1
1.0
BDL
1,2-Dibrano-3-chloropropane
96-12-8
1.0
BDL
1,2-Dibrothane (EDB)
106-93-4
1.0
BDL
Dibrancmethane
74-95-3
1.0
BDL
1,2 -Dichlorobenzene
95-50-1
1.0
BDL
1,3 -Dichlorobenzene
541-73-1
1.0
BDL
1,4 -Dichlorobenzene
106-46-7
1.0
BDL
Dichlorodifluoromthane
75-71-8
1.0
BDL
1,1-Dichloroethane
75-34-3
1.0
BDL
1491 Twilight Tra '❑ Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251
5
1491 Twilight Tra '❑ Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

D R 0`y L 0 G I C I N
Page 2 continued
COMPANY NAME: Hydrologic -Asheville, Inc
COMPANY PROJECT NUMBER: KENMURE MWS
HYDROLOGIC PROJECT NUMBER: EL9433991
HYDROLOGIC SAMPLE NUMBER: 33992
SAMPLE IDENTIFICATION: Q85V8
DATE SAMPLED: 11/15/94
METHOD EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( u9/1)
1,2-Dichloroethane
107-06-2
1.0
BDL
1,1-Dichloroethene
75-35-4
1.0
BDL
cis-1,2-Dichloroethene
156-59-4
1.0
BDL
trans-1,2-Dichloroethene
156-60-5
1.0
BDL
1,2-Dichloropropane
78-87-5
1.0
BDL
1,3-Dichloropropane
142-28-9
1.0
BDL
2,2-Dichloropropane
590-20-7
1.0
BDL
1,1-Dichloropropene
563-58-6
1.0
BDL
cis-1,3-Dichloropropene
10061-01-5
1.0
BDL
trans-1,3-Dichloropropene
10061-02-6
1.0
BDL
Ethylbenzene
100-41-4
1.0
BDL
Hexachlorobutadiene
87-68-3
1.0
BDL
Isopropylbenzene
98-82-8
1.0
BDL
p-Isopropyltoluene
99-87-6
1.0
BDL
Methylene Chloride
75-09-2
1.0
BDL
Naphthalene
91-20-3
1.0
BDL
n-Propylbenzene
103-65-1
1.0
BDL
Styrene
100-42-5
1.0
BDL
1,1,1,2 -Tetrachloroethane
630-20-6
1.0
BDL
1,1,2,2 -Tetrachloroethane
79-34-5
1.0
BDL
Tetrachloroethene
127-18-4
1.0
BDL
Toluene
108-88-3
1.0
BDL
1,2,3-Trichlorobenzene
87-61-6
1.0
BDL
1,2,4-Trichlorobenzene
120-82-1
1.0
BDL
1491 Twilight Trail 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

R 0 L 0 G
Page 3 continued
COMPANY NAME:
Hydrologic -Asheville, Inc
COMPANY PROJECT NUMBER:
KENM1W MWS
HYDROLOGIC PROJECT NUMBER:
FL9433991
HYDROLOGIC SAMPLE NUMBER:
33992
SAMPLE IDENTIFICATION:
Q85V8
DATE SAMPLED:
11/15/94
F=0D EPA
502.2
ANALYSIS
CAS NO.
SDL
RESULT
ug/1)
ug/1)
1,1,1 -Trichloroethane
71-55-6
1.0
BDL
1,1,2 -Trichloroethane
79-00-5
1.0
BDL
Trichloroethene
79-01-6
1.0
BDL
Trichlorofluoromethane
75-69-4
1.0
BDL
1,2,3-Trichloropropane
96-18-4
1.0
BDL
1,2,4-1Trimethylbenzene
95-63-6
1.0
BDL
1,3,5-Trimethylbenzene
108-67-8
1.0
BDL
Vinyl Chloride
75-01-4
1.0
BDL
Xylenes (total)
1330-20-7
1.0
BDL
Dichloromethane
75-09-2
1.0
BDL
Ell 9 W, R
Ar
BDL = Below Sample Detection Limit
SDL = Sample Detection Limit
COMMENTS:
1491 Twilight Traill,0 Frankfort, KY 40601 ❑ 502/223-0251 ❑ FAX [phone] ❑ Toll Free 1-800/728-2251

3
0
11
r-nD-��
vv
o
O
cn
m o
m -
CD
ch
0
CD g
Oa
r
p Q
O
o
z
-c
S
S
m
a
10
ZOO
3
0
a
0
o.
co
LIN
t
<
-O
Z
z
�
z o
•
70
Cl)
Cn
Cl)
-0
S=
CD
T
g
o
r-
3
o
s
s
'
co
C)
D
D-0
�
rn
W
--1-i
w+
n
n
C)
n W
�'
o
m
:3
CD
m
o.
m
m
w_
m
A
a
w
w
Z
O
Ono
v,
Z
0
00
O
cfl
3
w
o
0
0
6
(D
(O
o
T
G)
>
O
o
?
cn
cn
0
7
CL
_
3
a
0
o
U)
°'
O
a
s
o
2)
(cDi
W
O
O
O
(D
O
C
O
7
N
.0
.�
O
m
7
`G
O
3
O
O
(p
w
o
V7
V
N
C
(D
N cQ a o
c0
A
d
O
a
CD
O
O
CD
O
-
(n
v
CF)
U)
a
S O
m
o`
a
O
W
o
S
o
X
O
A-0-0
3 3
g
�m
C
T
T
W
v'
p
R,
�z�N
`°
X
0m
m
a
S
S
�
0
N
T
o
CD
A
O
OD
(D
U
v
O
(D
o
co„
is
cn
a
m
T
N
(D
`
1
CJ
cn
o
w
A
N
0
3
3
3
O
3
W
o
3
3
3
-r
CD
fi
N
Cn
Z
z
T.
S
T
C)
n
0
n
W
D
D
D
7
(D
w
7
(O.
fD
C
d
w
w
Vl
Z)
N
W
r-
Z
O
K
K
o
o
n
s
n
31
W
D
�
3�
n
cfl
o
m_
flnmofl,
0
w
w
c
c
o
o
0-
co
C
N
fl
m
CD
c
3
C
CD
(n
C
3
3
0
�Q
G- o
' 3 r)y
m14 oC
3 CD CD
CL
�mz
m : CD c
3
!�v W o `� N 0-
(n
Cn W < CD
C a� Q
a
n
3 S 1
m � _ T ,I C
c r o
1
n
0 CD
�J
� C
CL C
CD
v_
N
z
OD
ma
Z3
Mm
Z o
mm
m=
Z<_.z
> 0 0
..
>3(D
D=
m R
c = o
0
M-
CL
Z w
O~
c
cd
v m
C
G N
N
m"
m(D
Lo) y
m
O
z
11
r-nD-��
vv
o
O
cn
m o
m -
CD
ch
0
CD g
Oa
r
p Q
O
o
z
-c
S
S
m
a
10
ZOO
3
0
a
0
o.
co
LIN
<
-O
Z
z
�
z o
•
70
Cl)
Cn
Cl)
-0
S=
CD
T
g
o
r-
G)
(D
O
C
'
�
a
a
�
rn
�l
w+
c
C
wm
M
�'
o
m
:3
CD
m
o.
CD� a
-0:r
0
(n
a
w
w
Z
O
O
v,
Z
x
o_
i
cfl
-j
A
o
A
n
v,
W
v,
0(!f
(n
(D
(O
o
T
G)
>
O
?
cn
cn
0
7
ID
_
-i
N
U)
°'
O
w
N
O
N
2)
W
O
O
O
)
Al
O
V
W
cn
Z
O
m
7
C
o`
c
D
O
coil
w
o
0
N cQ a o
lr
w
m
m
�0
CD
O
U)
a
o
m
o`
a
U1 a
0
w
3 3
g
�m
0
=
o_
N
R,
�z�N
`°
0m
�
In ^
R 3
0
N
CD
(D
U
v
0
3
3
3
3
3
3
3
3
3
3_
3
N
N
Cn
Z
z
T.
S
T
C)
n
0
n
W
D
D
D
7
(D
w
7
(O.
fD
C
d
w
w
Vl
N
W
r-
Z
O
K
K
o
o
n
s
n
n
W
D
�
Cn
n
Q
m_
o'
0
w
w
O
O
o
o
0-
o
•
N
CD
c
3
C
CD
(n
C
3
O
�.
A
7
cD
N
C
3
�
w,
Ca)
3
C
3
3
rn
O
3
A
cn
i
c•
i
A
O
0
N
0)
cn
cn
Ln
N
00
j
'
m
O
(�J1
O
o
N
co
v
r=
�i
Ut
vii
A
L
3
�y
C
�Q
G- o
' 3 r)y
m14 oC
3 CD CD
CL
�mz
m : CD c
3
!�v W o `� N 0-
(n
Cn W < CD
C a� Q
a
n
3 S 1
m � _ T ,I C
c r o
1
n
0 CD
�J
� C
CL C
CD
v_
N
z
OD
ma
Z3
Mm
Z o
mm
m=
Z<_.z
> 0 0
..
>3(D
D=
m R
c = o
0
M-
CL
Z w
O~
c
cd
v m
C
G N
N
m"
m(D
Lo) y
m
O
z
r-nD-��
vv
o
O
cn
m o
m -
CD
ch
o,
CD g
Oa
r
p Q
O
o
z
-c
S
S
m
a
10
ZOO
3
0
a
0
o.
co
co
<
-
70
O
�
z o
•
70
O
Z _0
m 2
CD
r-
G)
(D
O
C
'
(SD
(C=D
O
O
�l
m a
0,6 A
c
C
0
M
�'
o
m
:3
m
o.
>h
-0:r
0
a
O
su
x
o_
i
cfl
(�'
C
(D
o
G)
>
O
?
O
ID
A
(D.
0
w
N
O
N
2)
N
CD
O
T
O
m
7
C
o`
c
D
O
N
N
N cQ a o
lr
=
m
m
�0
CD
O
U)
M
m
o`
a
U1 a
w
3 3
g
�m
02
=
o_
N
R,
�z�N
`°
0m
�
In ^
R 3
CD
(D
U
�Q
G- o
' 3 r)y
m14 oC
3 CD CD
CL
�mz
m : CD c
3
!�v W o `� N 0-
(n
Cn W < CD
C a� Q
a
n
3 S 1
m � _ T ,I C
c r o
1
n
0 CD
�J
� C
CL C
CD
v_
N
z
OD
ma
Z3
Mm
Z o
mm
m=
Z<_.z
> 0 0
..
>3(D
D=
m R
c = o
0
M-
CL
Z w
O~
c
cd
v m
C
G N
N
m"
m(D
Lo) y
m
O
z
r-nD-��
y
�
O
D m� m=
DO Q- -0
m o
m -
CD
ch
o,
CD g
Oa
r
p Q
O
o
z
-c
D� o
o
D �, c
o
10
0
<
-
70
O
�
z o
O
70
Z _0
m 2
CD
r-
n
C
i
�l
m a
0,6 A
c
C
0
z
0
o
m
:3
m
>h
a
O
su
PL)
i
0
`;,
o
o
0
mcoo -O
0
m
o`
c
D
N cQ a o
lr
=
m
m
M
zm
U1 a
O
3 3
�
�m
02
R,
�z�N
`°
0m
�
In ^
R 3
�Q
G- o
' 3 r)y
m14 oC
3 CD CD
CL
�mz
m : CD c
3
!�v W o `� N 0-
(n
Cn W < CD
C a� Q
a
n
3 S 1
m � _ T ,I C
c r o
1
n
0 CD
�J
� C
CL C
CD
v_
N
z
OD
ma
Z3
Mm
Z o
mm
m=
Z<_.z
> 0 0
..
>3(D
D=
m R
c = o
0
M-
CL
Z w
O~
c
cd
v m
C
G N
N
m"
m(D
Lo) y
m
O
z

A
- -n A ---I -P1 o Cn
:�E
m
r .
'-
mC
D O O CD
CL CD 0o
— O
mN �
Co
77
CD
o
a'..
D>F)
A� W�
10M
O
o
41z
lr,o
CD w (D CD
0
n
n
0
0
w
0>
D
_0
m
�
(n CD
0
o
\
U1
Q Q
K
O
S
S
R7
-<
C/)
O
a
\
U
C
0
U)
p
p
p
O
v
{
G
D
°
C7 n
x,a
°
CD
U
n
0
:�T
n cc
m
Q
m
1
3
a
m
0
j
5
7
W
z
zn
C
n•
3
0 0
r=
cn
CD
--aO0
O
CD
0
0N
W
O
O
=Ox
O
-n
T
ciW
x
A
o
o
C
�°O
O
CD
.
CD
ul
CL
3
N
N
o
ya
A
O
O
Q
w o.
N
co
Z
CD °
L.
Ul
O
,m
m
Ln
°
A
a
o
S � cD
Z❑
m
O
n3
W
O -nm
M
C3
3
3
3
3
3C3
Z
3
O
O
m
CD
z
0
o
�
_0z
z
Cl)
cn
Cl)
-a=:=To
O
=
c
c
m
CLCD
m
d
o
n
O
O.
Di
cD
CD
z
cn
V
o
V/
V/
CD
o
P]
v
z
a
L',
'?
U7
O
N
N
c0
�
�.
N
rQ
a
CNV•]
_
O
--i
O
V
rn
N
o
O
�
n
N
o
z
0
a°i
o
o
0
rn
w
r
o
0
p
0
o
r
O
.p
3
33
3
�n
3
6
,
,3
N
CO
-0
Z
Z
T.
_-c
n
a
o
N
D
D
:3
CD
CT
-
m
>
cfl
,
r
Z
O
o
o
D
C
Cn
j
O
cDD_
CD
CD
a
n
m
O
S
o
Ami
n
D�j
n
m
3.
C
a
C'
C'
C
E
3
N
C
0,(D
7
N
C•
G
3
3
n•
C
A
(A
cnrn
O
Ln
y
fD
C
3
?
O
w
0
ch
A
A
p�j
S,
(�It
Cn
Cn
,,
Cn
O
O
N
0)
Zn
cnN
Cb
_+
Ln
(n
N
U7
O
O
V
L'i
4
c
cc
Q.
c
c
3
D
c
C
c
c
nm
c
o
CD
?
O
O
-u
_.
o..
a
cn
ca
C
CO
L)
?:
CD
o
CD
CD
w
0
c
0
my
O'
a
�o
�
X
o
3
m
a
(D
N°
-
=)O
m
n
s
CD
O
.".�..
(nCD
CD
=
N
SU
N
C
�,.
_
D1
7
CCL
DD
N
y
cm
CD
`D
O
D
(n
N
�_
G
O
O
cr
On.
CD
N
(D
�
(D
Q
O
Ya
OIF
- -n A ---I -P1 o Cn
:�E
m
r .
'-
mC
D O O CD
CL CD 0o
— O
mN �
Co
77
CD
o
a'..
D>F)
A� W�
per, o
�0 6
O
o
41z
lr,o
CD w (D CD
ri
V"
CL Z
n C=D :. �.
D :
(n CD
0
7J
O
\
U1
Q Q
\
.
;Q O
CL
-<
C/)
O
a
\
U
D
U)
m
�` °r-
IZ,=
-n
O
v
{
G
D
°
C7 n
c 0
°
CD
CA
0
:�T
n cc
m
7J
O CD
s
'n
Q
Q
-
r-
z
zn
J,
0,6
QA
0 0
o
O
y\J
O
CD
O
w
v
o
C
CD
cNn
3
N
o
O CD
O
D
w o.
N
Z
CD °
L.
_
,m
m
°
a
o
S � cD
Z❑
m
\',9Q�
n3
O -nm
M
M Q
C W c
(/�
m °
O
m
CD
z
0
U1
mC
CD w (D CD
ri
V"
CL Z
n C=D :. �.
C 3
0
(n CD
\
Q Q
.
;Q O
U1
mC
CD w (D CD
ri
V"
CL Z
n C=D :. �.
(n CD
\
Q Q
`
CL
C/)
a
c 0
CD
CA
n cc
m
U1

o -a a. cn
v .v+ O .m.
Dam (n m m afJ
7 6 O. N °- .Z N N
K N N a) d
o
tn, r2 N N (D = O-.
a Q N O_ m -n T O
m N (D 7
o W. Qm o C- 3CD cn
r
O O O C
3 0 � Ln. CD
CD
C CD G n+
O O CL t O
C°'
:3 O-
O. O
O
Q
CD
(D
n
(D
CL
m z0 O
m < o
n O �a
� O C
m 3 (D
ID
r Er N
0 CD
O fl_
D 77 m
0 Q
"O n
0 0
'0
0
C
z
O
N
\Y
as CD
D
t,
mn.
-
_ _ _ o _ _ _
J J W O O N A N V QO7 W V J V V O C', � J J O (n C(O -,j Cn V V
('
m
(O Cn O W 0 A N J CO � A Cn (p O V W W� A V m O T W Cn Cn
�
W N N O 6 A N 0 0 0 CO N m O Cb N 6 Cn 6 m (n N W O) O W
A O O W Lb CA W O N Cn V J s W W O Cn. V CO O A O (O (n
co co CO
Z
Ill --� p
CTI N m -I A -� CO A Cn O Cn W A (n m N Cn m m CT W A -1 W Cn N A
31::
I7:'I
k k -�
G)0cn(n
m -r0 -1
N
-'conN_' ��
�_ N W( cn 6 p N IJ N �_ to (V j O+
<
D
ci (D W N
a CD N
o -a
n
(D 3 3-
3 (D
N 3 --' ° O w N m O 3
o -a a. cn
v .v+ O .m.
Dam (n m m afJ
7 6 O. N °- .Z N N
K N N a) d
o
tn, r2 N N (D = O-.
a Q N O_ m -n T O
m N (D 7
o W. Qm o C- 3CD cn
r
O O O C
3 0 � Ln. CD
CD
C CD G n+
O O CL t O
C°'
:3 O-
O. O
O
Q
CD
(D
n
(D
CL
m z0 O
m < o
n O �a
� O C
m 3 (D
ID
r Er N
0 CD
O fl_
D 77 m
0 Q
"O n
0 0
'0
0
C
z
O
N
CD
CD
CL
N N O S 30 S S M. -W W 0 O- 3 0 =r 05� M. � p Q S S N 3
CD CD m 3? o o M.
° 3 _0 0 CD o CD X 0 3 0°° p°°
w w(D 0 o a CD O s° v CD (D w o 3 °z 0 23 a m 0 3 m
S S m S° o N N O 0O 7 3 a m N T 'a .m-. (D. "Oa N C CD
O O 7 ((D N 7� O a m ID N 7 m 3 S N 7 3 O. O
O O (D O. 7 CD Df -0 O �. 3 (D 8- M a) = m m m m (D
m m m ° a m m CD m 3 5
=- � m y m m mCD
m m m m m m
> > >
CD m m
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O O
U Cn (Nn (Nn CCn of Cn (Nn (Nn CNn r C." CNn (Nn. (Nn CJn Ln Ln 0 (Nn m (NJi C" CVn O U
cccccccccccCccccccccccccccc
CO O CO W O (O O O to 00 0 O O J W O O N m (O O A O CO 00
A (O Cn (n07 W W W9 TO O W— A J J O W Ln W— W (n W W
N j m O m m m A A W A m A O 66 & L Cn A V A A m L
O V W W W J Ut N N V Oo W W A T OD N N O 07 W W (O W O
z 7 a (n — m— 7 N w 3 m --I 07 =
O W Vi C1 N W '� C .m-.. N k N N N A W Ci Ci O N
'00 W A W Cn O (D `C X ry N ,L co v A o o o 3 W
N O" 4 `a0 (D m 0 CD m CD(D m m O O S S S O O IOD'
n
CD CD 'v O m 0 0 0 0 0= 3
Ort 7 S C 7' N= N 7 iT 0 6' 0 0 5- (T O' m m (D O
7 N K N `G m N CD C O C O W m. m m 7 3= 0
CD CD m (D 7 (D `G 6 N ZT 7 0 7 m m (D -O
O m m m m m m m 7 CD �' 7 CD 3 CD m m. O
mN Er N N N O m m m
CD CD (D m -O m
0
a
m
CD
0 0 0 0 0 0 0 0 0
cn
N N N N N N N
_. -� s � � � � � — — N— -•— Cn Cn Cn C -+ m n .07 Cn Cn MCn " Cn
C C C C C C C C C C C C C C C C C C C C C C C C C C C
<
0
r-
> m
-r m
D F z
zD m
r D C7
< r
r
D
O
c r D
N
O
X
0 m cn
=z c
D
m m 0
0 D Fn
o� m —1 0
<-<mx
\Y
as CD
CD
CD
CL
N N O S 30 S S M. -W W 0 O- 3 0 =r 05� M. � p Q S S N 3
CD CD m 3? o o M.
° 3 _0 0 CD o CD X 0 3 0°° p°°
w w(D 0 o a CD O s° v CD (D w o 3 °z 0 23 a m 0 3 m
S S m S° o N N O 0O 7 3 a m N T 'a .m-. (D. "Oa N C CD
O O 7 ((D N 7� O a m ID N 7 m 3 S N 7 3 O. O
O O (D O. 7 CD Df -0 O �. 3 (D 8- M a) = m m m m (D
m m m ° a m m CD m 3 5
=- � m y m m mCD
m m m m m m
> > >
CD m m
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 O O
U Cn (Nn (Nn CCn of Cn (Nn (Nn CNn r C." CNn (Nn. (Nn CJn Ln Ln 0 (Nn m (NJi C" CVn O U
cccccccccccCccccccccccccccc
CO O CO W O (O O O to 00 0 O O J W O O N m (O O A O CO 00
A (O Cn (n07 W W W9 TO O W— A J J O W Ln W— W (n W W
N j m O m m m A A W A m A O 66 & L Cn A V A A m L
O V W W W J Ut N N V Oo W W A T OD N N O 07 W W (O W O
z 7 a (n — m— 7 N w 3 m --I 07 =
O W Vi C1 N W '� C .m-.. N k N N N A W Ci Ci O N
'00 W A W Cn O (D `C X ry N ,L co v A o o o 3 W
N O" 4 `a0 (D m 0 CD m CD(D m m O O S S S O O IOD'
n
CD CD 'v O m 0 0 0 0 0= 3
Ort 7 S C 7' N= N 7 iT 0 6' 0 0 5- (T O' m m (D O
7 N K N `G m N CD C O C O W m. m m 7 3= 0
CD CD m (D 7 (D `G 6 N ZT 7 0 7 m m (D -O
O m m m m m m m 7 CD �' 7 CD 3 CD m m. O
mN Er N N N O m m m
CD CD (D m -O m
0
a
m
CD
0 0 0 0 0 0 0 0 0
cn
N N N N N N N
_. -� s � � � � � — — N— -•— Cn Cn Cn C -+ m n .07 Cn Cn MCn " Cn
C C C C C C C C C C C C C C C C C C C C C C C C C C C
<
0
r-
> m
-r m
D F z
zD m
r D C7
< r
r
D
O
c r D
N
O
X
0 m cn
=z c
D
m m 0
0 D Fn
o� m —1 0
<-<mx
A
to
z
0
a
O
V
ao
(n
\Y
A
to
z
0
a
O
V
ao
(n

OF NATtXiA i. ,'..*8 AND COMMUNITY DEVELOPMENT
.41RONMENTAL MANA(i GROUNDWATER SECTION
SOX 27687 - RALEIGKN.C. 27611, PHONE [phone]
WELL CONSTRUCTION RECORD
I
FOR OFFICL.
Quad. No. Se
Lat.Long. � .
Minor Basin
Basin Code
Header Ent. GW -1 Ent._
DRILLING CONTRACTOR: F r o e ii l i n s' and Roo e r t s on, I n c STATE WELL CONSTRUCTION
DRILLER REGISTRATION NUMBER 4 2 1 PERMIT NUMBER: 4 4- J 210 - .J ri- J J 3 2
1. WELL LOCATION: (Show sketch of the location below)
Nearest Town: Flat Rock County: ti e n d e r s o n
Depth DRILLING LOG
(Road, Community, or Subdivision and Lot No.)
2. OWNER Kenmure Properties, Inc.
ADDRESS Post Office Box 537
(Street or Route NoJ
Flat Rock 'QC 28731
City or Town State Zip Code
3. DATE DRILLED 3-23-87 USE OF WELL. 10n1 for
4. TOTAL DEPTH 55' CUTTINGS COLLECTED ❑ Yes Q No
5. DOES WELL REPLACE EXISTING WELL? Q Yes ❑ No
6. STATIC WATER LEVEL: 41 FT. 0 above TOP OF CASING,
abelow Ground Level
TOP OF CASING IS 2 FT. ABOVE LAND SURFACE.
7. YIELD (gpm): T A A METHOD OF TEST ii 1A
8. WATER ZONES (depth): 41 ' t o J51
9. CHLORINATION: Type .d A Amount i4 /A
1o. CASING:
Wall Thickness
Depth Diameter or Weight/Ft. Material
40 �
From +2 To �_' Ft. ' SCa ( ' VC
From To Ft.
From To Ft.
11. GROUT:
Depth Material Method
From J To -33' Ft. Cemeat
From To Ft.
12. SCREEN:
I DO HEREBY CERTIFY THAT THIS WELL
STANDARDS, AND THAT A COPY OF THIS
From To Formation Description
of fine mica
if 5' Cregisa tan SILT, some
fine mica, trace of fine
sand
5' S5' Greyish -brown SILT, a.
little fine sand, trace
of fine mica
If additional space is needed; use' -back of farm.
LOCATION SKETCH
(Show direction and distance from at least two State Roads,
or other map reference points)
TED IN-ACQOF)0A
NCAC 2C, WELL CONSTRUCTION
SIGNATURE OF CON FRACTOORA E , DATE
GW -1 Revised 11/84 Submit original to Division of n on ntal Management and copy to well owner.
Depth
Diameter
Slot Size Material
e
From - 3 5
To - � �
11
Ft. 2
in. . J 1 J in. ;' VC
From
To _
Ft.
in. in.
From
To
Ft.
in. in.
13. GRAVEL PACK:
Depth
Size
Material
From -34
To -5�'
Ft. 2S
Sand
From
To
Ft.,
bentonite
seal above
grav 0pa(
14. REMARKS:12"
I DO HEREBY CERTIFY THAT THIS WELL
STANDARDS, AND THAT A COPY OF THIS
From To Formation Description
of fine mica
if 5' Cregisa tan SILT, some
fine mica, trace of fine
sand
5' S5' Greyish -brown SILT, a.
little fine sand, trace
of fine mica
If additional space is needed; use' -back of farm.
LOCATION SKETCH
(Show direction and distance from at least two State Roads,
or other map reference points)
TED IN-ACQOF)0A
NCAC 2C, WELL CONSTRUCTION
SIGNATURE OF CON FRACTOORA E , DATE
GW -1 Revised 11/84 Submit original to Division of n on ntal Management and copy to well owner.

~' \
11(ENMURE1
nL��
'SEm^"=°^-
mmn*^�~-
'
August� 3, l?U��� \
[MD Groundwater Section
P.O. Box 27687
Raleigh, N.C. 27611
DEM ND Department of NR0D
P.O. Box 27687
Raleigh, N'C' 27611
Subjects Authorized Age|'t
Wastewater Disposal Monitoring
Kenmure
Henderson County, N.C.
Dear Si/s:
&�
This leiter is written to identify Jon H. Laughter as Autho-
rized Vent for the purpose of reviewing and signing the fol-,
lowing [ormsz
l' GW -59 Revised 7/85, entitled Compliance Monitoring
Report Form'
2' DEM Form MR -1 (11/84), entitled Effluent
If problems opour in the rePortinn procedures or the quality
of our ground and surface waters, Please contact Mr' Laughter
and myself'
Respectfully submitted,
Kenmure Properties Ltd'
KENxxooErmzpsazzEs crn *POST opRcEBOX 5a7°FLAT ROCK, mozracamzUoNAzo7a1 ° 704/6930481
This leiter is written to identify Jon H. Laughter as Autho-
rized Vent for the purpose of reviewing and signing the fol-,
lowing [ormsz
l' GW -59 Revised 7/85, entitled Compliance Monitoring
Report Form'
2' DEM Form MR -1 (11/84), entitled Effluent
If problems opour in the rePortinn procedures or the quality
of our ground and surface waters, Please contact Mr' Laughter
and myself'
Respectfully submitted,
Kenmure Properties Ltd'
KENxxooErmzpsazzEs crn *POST opRcEBOX 5a7°FLAT ROCK, mozracamzUoNAzo7a1 ° 704/6930481

x
-a "Carolina - Departrneat of Env(mnrnm wd Natural Resources - Division of Water Quality - Cmin iwater Section - 1636 Mail
-Sorvia Ccnta -lta *h.NC 27699.1639 - Phone No. [phone]
WELL ABANDONMENT RECORD WELL CONTRACTOR
WELL CONTRACTOR CRRTLPICATION err
1. WELL USE (Cluck Applicable $o#: Residential 13 Municipal ❑ Industrial Q Agricultural 0 Monitoring fi7'
Recovery 0 Heat Pump Water Injecdon.0 Other 0 20ther, List Use:
2. WELL LOCATION. ( o a inch of the location an back of form.) f
Nearest Town • t' CF, County ' Pt r &ywn
(Road Name and Number, == t6 Subdivision, -Lot No.) - Quadrangle No.
�(/�
t
3. OWNER. Ke-r)m(47— 1
4. ADDRESS:
S. TOPOGRAPHY: draw,o�;)hilltop, valley, flat
/ (circle one) J
6. TOTAL DEPTH: S -7 D*L MEEM a
7. CASING REMOVED:
71
S. DISINFECTION:
(Amount of 70% hypochlorite used.)
9. SEALING MATERIAL:
Neat CCment -Sand .etnent
bags of cement bags of cement_
gallons of water gallons of water--7—
Type
ater
Type material
Amount
r �. r 1 s r I 1' � M 1 a � �• .
WMtRINFAR
WELL DIAGRAM: Draw a detailed sketch of the
weu sheaving told depdh. dtrpth wad diameter of
screens musdomg.ia••thc well, gWMI ictetvai,
intervals of lasing pofoations, and depths and
types of frli uhatexianls used.
11. DATE WELL ABANDONED b 3
I do hereby certify that this well was abandoned in accordance with _ 15A NCAC 2C, well construction
standards, and that a copy of ft record has been,to the ll owner.
f
Signature of person abandoning the well ba,�
WELL LOCATION: Draw a location skmteh an the =iniac of this sheet, showing the direction and distance
of the well to at least two (2) nearby reference points such as roads, intcrsectians and
smims. Identify roads with State Highway road identification numbers.
Submit original to tate Division or Water Quality. Groundwater Section, one copy to the owner within 30 days
from completion of z6andonment.
GW -30 Revised 12/99
I

KENMURE PROPERTIES, INC.
COUNTY: HENDERSOI\
DATE SAMPLED
11-13-01 it -i3 "0d
ALKALINITY,TO pH 4.5
ALKALINITY,TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
1z�o S'
CHROMIUM,TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
j. I
COPPER
CYANIDE
DISSOLVED SOLIDS
�� 0
FLUORIDE
HARDNESS CaCo3
HARDNESS, NON CARB
IRON
LEAD
LITHIUM
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
p• 01 L•(
NITROGEN, KJELDAHL
NITRATE & NITRITE
ORGANIC SCAN
ORTHOPHOSPHATE
pH
(�. i .7 • !�
PHENOLS
PHOSPHORUS, TOTAL
o- 3,�
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIF. CONDUCTANCE
j
SULFATE
TOC (UNFILTERED)
'7—
TOX
TSS
VOC
�, 3
ZINC
y
STATIC WATER LEVEL
Red Ink=Sample taken by facility

WELL NO./
COUNTY: /V'o t = 12 S U r1
DATE SAMPLED
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
I a
CHROMIUM, TOTAL
COBALT
-CJD
COLIFORM, FECAL
COLIFORM, TOTAL
COPPER
CYANIDE
DISSOLVED SOLIDS
7
36
�tS�
33
6
FLUORIDE
HARDNESS CaCo3
HARDNESS, NON CARB
IRON
LEAD
LITHIUM
Red Ink = Sample taken by facility

COUNTY: / L /az)t--
DATE SAMPLED
/1-3--`I�
f�"�'`��
'999
f1 � l-�df
jj_,g;Nao
MBAS
MAGNESIUM
MANGANESE
MERCURY'
NICKEL
NITROGEN, AMMONIA
d o /
0, d
< p. o/
® 1
> O f
U, d
NITROGEN, KJELDAHL
NITRATE &' NITRITE
o-
ORGANIC SCAN
pH
Via.
.� 5
, ®
S�
S,7
7
PHENOLS
PHOSPHORUS, TOTAL
p . /5
O, /�
0.01
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIE CONDUCTANCE
(„
SULFATE
TOC (UNFILTERED)
,L
S
r 0
TOX
TSS
ZINC
STATIC WATER LEVEL 1
41
, j o,
Ked Ink = Sample taken by facility

DATE SAMPLED
/— 9G
%—s,22 9(1
%/-gyp
%%
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
• ,
°G 0,/
CHROMIUM, TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
J r/
COPPER
CYANIDE
DISSOLVED SOLIDS
/
76
/ .3 o
FLUORIDE
HARDNESS CaCo,,
HARDNESS, NON-CARBONATE
IRON
LEAD
LITHIUM
Red Ink = Sample taken by facility

f
COUNTY�lJL
DATE SAMPLED
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN. AMMONIA
010 3
1
0,03
NITROGEN, KJELDAHL
NITRATE & NITRITE
• /
0./(,
0 •
ORGANIC SCAN
pH_
�•�
�•
,.�
��.0
PHENOLS
PHOSPHORUS, TOTAL
0. 03
0, O �L
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIFIC CONDUCTANCE
SULFATE
TOC ( UNFILTERED)
4��
,� , a
S
_5
3.o
T'0
TSS
VOC
' �+ a 051L
%
4 / . 0 V jL
G lla J� UJA
ZINC
STATIC MATER LEVEL
, I
• �� `
7 '
i, 3g,
D
,
P'ER /q7)A,`,"r �vze�ll in/�li' i'� _Eta �iMPC

DATE SAMPLED
6 ' 1
i/-,? 7- 7,;-
,2ALKALINITY,
ALKALINITY,TO pH 4.5
ALKALINITY. TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
°
3, 30
CHROMIUM, TOTAL
COBALT
COD
COLIFORM, FECAL-'�
/ °
4 -
COLIFORM, TOTAL
COLIFORM,
'7 X31
3 y 6
/ • f-
�° j
COPPER
CYANIDE
DISSOLVED SOLIDS
FLUORIDE
HARDNESS CaCo.
HARDNESS, NON -CARBONATE
IRON
LEAD
LITHIUM

i
COUNTY JqEA1.06k 5 e) ..
DATE SA14PLED/—.2
i-
ri �...: .
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
d
� ,
�V.-, .4
0.03
0.1
NITROGEN, KJELDAHL
�, �
C).
NITRATE & NITRITE
01/0
0.0-6
C) • � `%
ORGANIC SCAN
pH
C, 39
s
3,5r
6.
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIFIC CONDUCTANCE
SULFATE
TOC ( UNFILTERED)
z
-3,2
ZINC
.vOae oC 74CC `rE
SeE ATTAc'+��
KE��eT
` /may
V V G
4pM,' O_ -Tee rE
c-EA?rgcHEd
.PFPae-r
/� tri p
iJ /.�' L.
t
ice-
A/0 v
STATIC WATER LEVEL
`�
Al
V -G . 7
+ 7

c:),j I r ss�J
DATE SAIPLEn
% -f
ALKALINITY TO PH 4.5
I
ALKALINITY, TO PH 8.3
r
ALUMINUM -
_
ARSENIC
BARIUM
I
BICARBONATE
CADMIUM
CALCIUM
MRBONATE
�HLORIDE
:HROMIUM, TOTAL
:OD
'OLIFORM, FECAL
i
a_
D
L �D
s��
To
� G l of
;OLIFORM, TOTAL
TOPPER
I
;YANIDE
lISSOLVED SOLIDS
iI. 6 �
2,0
95.G
�is ` '�7• G�
%r
� $.
LUORI DE
ARDNESS, CaCO
ARDNESS NON -CARBON A
RON
q
EAD
BAS
AGNESI M
.WGANESE
3RCURY
EGKLE

r (Continued)
'AfE SA"1PLEn
_
NITRO
X17. �
� �
G
�
.�- C3 . f
d ©•' > .
NITROGEN KJELDAH
NITRATE & NITRITE-
1,77-
r
r
ti
0 IIZ I
0.97
ORGANIC SCAN
H
G , o
.S /
��
6, D
S.
c� '
6,-0
S , -2-
.PHENOLS
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
-
SPECIFIC CONDUCTANCE
SULFATE
t
-
'TOC (UNFILTERED)
� O. SD
# �i• Z �
� •
//
�. �l 5
ZINC
.�
11
I,
I
I

e
ALKALINITY CaCO3)
To PH- 8.3
To PH 4.5
77—
51.7-91ff
64*6
7-11-ff
A
-
Al umi n um
Arsenic
Bicarbonate
Cadmium
Calcium
0.
Carbonate
4
TZ
Chl ori de
174.
Chlorinated Hydrocarbon
Chromium, Hexavalent
Chromium, Total
COD
Coliform, Fecal
Coliform, Total
Cyanide
Dissolved Solids
93
1�4zo
Vj-
36'
Fl uori de
}
�`
Hardness as CaCO 3
Hardness, Non -carbonate
<1
LJ
I ron
Lead
Lithium
WAS
Magnes i um
Manganese
Mercury
rkp I

R
-34'
�9z
e, 2_//�
//
7Ammnia
y.^
I Ni trogen, Kjeldahl'"`
65.0 Z,
Ni trate & Ni tri te_
Organic Scan
Phenols'�t
Phosphorus, Total
Potassi um
Selenium
Silicm
Siiver�
Sodium. `' •s.
Specifi c Conductance
SulfUte
Sulfite
Ii nc
j
Barium
j

I-
--j --- i Cf) (n -0 G) > 0 --1-0 0 -2 Q () Q -0
A 0 -0 a :T --% "I ::r 0 2� a 0 >
0
Z — CD CD ID CD0 In — =4 W
W
D— 0 CL zr Z
z30 CD CD m
3 m
0 w (nz
0 :3 CL m
:3 0 F1 C/)
CL 0
c 2L = a ---i -n
0 cn '< 0- = 0 CD ch
N U) 0 o w
0
Q.-10 " � E W 3
:3 13
0 0 -
CD 2:
0
CCD
CL
CD
O
C� 0 m
,35,33,33S:3 c) a 3
co (0 0 (a (c (a co co� (a = (!Z
W CL
r_
KK;r,,:z-nooOC)oj>o-uzz m
Co (o CD c: ZY 0- W CD
ZY 0
0 c(D
n
0
E:Ko-3Z:703 0003> =r —
SD CD -a =. 3. :37 0 Al C
0 z
(:n (0 (,ncc,)) 2: oz 0
W CD r-
:3 (n 3
cD E 0 cin
z(n
c(DD 3 0) 0 cn
z
0)
w
Ci)
(D
Z
0
w
CL
CL
3333333333333332•
co (o (o n (a (o (o (o to co n (o (a (o ca
CL
0'0 (D(D 3 EJ'—'
I
o o CD 3 z
:z 0 (D 5' M
> cf)
(D CD 0
U) Z (D
0CD . . U)
=r
:3
CLCD CLO 0
,33 C) 3 CD
O 0 z
=r 0 a 0
3 3 3 CL
CD CD CD I�D
:*L 2)0 0 0CL
CL 0- CL
z 6
0
CD
C)
90
cn
c
co
71
0
0
z
m
0
m
x
0
z

ww3epacelabs.Com
Pace Analytical Services, Inc.
54 Ravenscroft Drive
Asheville, NC 28801
Attn: Ms. Beverly Grinstead
Phone: [phone]
---------------------------
Lab Sample No: 931042949
Client Sample ID: W2
Pace Ana.,
J 9800 Kincr,,
Hunter..
Phone: Ia
Fax: 704.61.
Lab Project Number: 9227835
Client Project ID: James&James 9324890
Project Sample Number: 9227835-001 Date Collected: 11/13/01 10:40
Matrix: Water Date Received: 11/13/01 14:03
Parameters
Results
Units
Report Limit
Dilution
Analyzed
CAS No. Ftnote Reg Lim
GC Volatiles
GC VOCs in Water
Prep/Method:
SM 6230D /
SM 6230D
Benzene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
71-43-2
Bromobenzene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
108-86-1
Bromochloromethane
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
74-97-5
Bromodichloromethane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
75-27-4
Bromoform
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
75-25-2
Bromomethane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
74-83-9
n-Butylbenzene
ND
ug/l
1.0
1.0
11/27/01
19:02
RST
104-51-8
sac-Butylbenzene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
135-98-8
tert-Butylbenzene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
98-06-6
Carbon tetrachloride
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
56-23-5
Chlorobenzene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
108-90-7
Chloroethane
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
75-00-3
Chloroform
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
67-66-3
Chloromethane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
74-87-3
2-Chlorotoluene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
95-49-8
4-Chlorotoluene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
106-43-4
1,2-Dibromo-3-chloropropane
ND
ug/l
2.0
1.0
11/27/01
19:02
KST
96-12-8
Dibromochloromethane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
124-48-1
1,2-Dibromoethane (EDB)
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
106-93-4
Dibromomethane
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
74-95-3
1,2 -Dichlorobenzene
ND
ug/l
1.0
1.0
11/27/01
19:02
KST
95-50-1
1,3 -Dichlorobenzene
ND
ug/l
1.0
1.0
11/27/01
19:02
KST
541.73-1
1,4 -Dichlorobenzene
ND
ug/l
1.0
1.0
11/27/01
19:02
RST
106-46-7
Dichlorodifluoromethane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
75-71-8
1,1-Dichloroethane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
75-34-3
1,2-Dichloroethane
ND
ug/1
0.50
1.0
11/27/01
19:02
KST
107-06-2
1,1-Dichloroethene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
75-35-4
cis-1,2-Dichloroethene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
156-59-2
trans-1,2-Dichloroethene
ND
ug/l
0.50
1.0
11/27/01
19:02
KST
156-60-5
Date: 11/28/01
Page: 1
C Waste atCertification IDS REPORT OF LABORATORY ANALYSIS Laboratory Drinking
Certification IDs
NC Wastewater 12 KY Drinking Water 90090
NC Drinking Water 37706 This report shall not be reproduced, except in full, VA Drinking Water 213
Sc 99006 without the written consent of Pace Analytical Services, Inc. FL NELAP E87627

Pace Ana,,
,._ 9800 Kinn.;
V ea, CNNPhone: Itr.
wwpacefabCom Fax 704.b
w. s�,
Lab Project Number: 9227835
Client Project ID: James&James 9324890
---------------
---------------------
Lab Sample No: 931042949
Project Sample
Number: 9227835-001
Date Collected: 11/13/01 10:40
Client Sample ID: W2
Matrix: Water
Date Received: 11/13/01 14:03
Parameters
Results
Units
Report Limit
Dilution
Analyzed
CAS No. Ftnote Rea Lim
1,2-Dichloropropane
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
78-87-5
1,3-Dichloropropane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
142-28-9
2,2-Dichloropropane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
594-20-7
1,1-Dichloropropene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
563-58-6
cis-1,3-Dichloropropene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
10061-01-5
trans-1,3-Dichloropropene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
10061-02-6
Diisopropyl ether
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
108-20-3
Ethylbenzene
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
100-41-4
Rexachloro-1,3-butadiene
ND
ug/l
2.0
1.0
11/27/01
19:02
RST
87-68-3
Isopropylbenzene (Cumene)
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
98-82-8
p-Isopropyltoluene
ND
ug/l
1.0
1.0
11/27/01
19:02
SST
99-87-6
Methylene chloride
ND
ug/l
2.0
1.0
11/27/01
19:02
SST
75-09-2
Methyl-tert-butyl ether
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
1634-04-4
Naphthalene
ND
ug/l
2.0
1.0
11/27/01
19:02
SST
91-20-3
a-Propylbenzene
ND
ug/l
0.5D
1.0
11/27/01
19:02
SST
103-65-1
Styrene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
100-42-5
1,1,1,2 -Tetrachloroethane
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
630-20-6
1,1,2,2 -Tetrachloroethane
ND
ug/l
0.50
1.0
11/27/01
19:02
AST
79-34-5
Tetrachloroethene
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
127-18-4
Toluene
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
108-88-3
1,2,3-Trichlorobenzene
ND
ug/l
2.0
1.0
11/27/01
19:02
SST
87-61-6
1,2,4-Trichlorobenzene
ND
ug/l
2.0
1.0
11/27/01
19:02
RST
120-82-1
1,1,1 -Trichloroethane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
71-55-6
1,1,2 -Trichloroethane
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
79-00-5
Trichloroethene
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
79-01-6
Trichlorofluoromethane
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
75-69-4
1,2,3-Trichloropropane
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
96-18-4
1,2,4-Trimethylbenzene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
95-63-6
1,3,5-Trimethylbenzene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
108-67-8
Vinyl chloride
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
75-01-4
m&p-Xylene
ND
ug/l
0.50
1.0
11/27/01
19:02
SST
o -Xylene
ND
ug/l
0.50
1.0
11/27/01
19:02
RST
95-47-6
1-Chloro-3-fluorobenzene (S)
95
%
1.0
11/27/01
19:02
RST
625-98-9
Date: 11/28/01 Page: 2
NG Wast certification IN REPORT OF LABORATORY ANALYSIS Laboratory Drinking
ertification 90
NC Wastewater 12 KY Drinking Water 90090
NC Drinking Water 37706 This report shall not be reproduced, except in full, VA Drinking Water 213
Sc 99006 without the written consent of Pace Analytical Services, Inc. FL NELAP E87627

z d d o p A
m3 �
4 n :� ❑
� ° o
N
T -
o v ..
3 n
ac
v
El
b
77,
Xi,
x
1
z z
x
x
x-
o
n n n
eo
x
D a
D
z
x
o
d
ir-
b
w
z
o' oL/�
O
3
c
c
m
ux
C
m
i
>
a
co
z
z3
O
o
0
0
0 0
C
OQ
O
O
H
m
O
io
v
d
O
r'Te
0
c
o
N
p
z
z
n
cn
to
A D`
n
N
ti
U
On
to
N
V
^
O
O
N
a
O
a
�
�
y
r
5
r
r=
x
n
x
oa
x
A
na
o
o
u
o
w
<
N
w
N
co
6 w
O
N
W
N
�a
W
Q
N
O
N
8
3
3
6'
3 3
3
3
3
c
W
3
3
B
3
°
w
w
w
w
w
ow
\
w
w�
w
9
w
w
w
x
H
z d d o p A
m3 �
4 n :� ❑
� ° o
N
T -
o v ..
3 n
ac
v
El
b
y pn
x
x
z z
x
x
x-
o
n n n
eo
c
H cn
D a
D
z
x
p
d
p
b
0-
z
o' oL/�
O
3
c
c
m
ux
C
m
i
>
a
co
z
z3
O
tv
a
o
o
C
OQ
O
O
H
m
O
io
v
d
O
r'Te
�
c
o
N
p
z
z
n
cn
to
A D`
n
N
ti
U
On
to
N
V
^
O
O
N
a
O
a
�
�
y
r
5
r
r=
0
N
w
<
N
w
co
N
O
3
8
3
3
6'
3 3
3
3
3
c
W
3
3
B
3
°
w
w
w
w
w
ow
\
w
w�
w
9
w
w
w
x
H
III
z d d o p A
m3 �
4 n :� ❑
� ° o
N
T -
o v ..
3 n
ac
v
El
b
y pn
.on
?
z z
no
x
x
x-
o
n n n
eo
c
H cn
D a
D
z
p
p
d
O
y
n
e
m
i
>
a
co
z
z3
O
tv
a
o
o
C
OQ
O
O
H
m
O
io
v
d
O
r'Te
�
c
o
� n
3
H
A to to
cn
to
A D`
�
o
�
On
to
N
V
^
O
O
N
a
O
a
�
�
y
r
5
r
r=
z d d o p A
m3 �
4 n :� ❑
� ° o
N
T -
o v ..
3 n
ac
v
El
b
y pn
.on
� w��.
D
no
x
�. n c
H
o
b
c
H cn
D
z
p
p
O -C
O
n
e
m
i
>
a
co
z
z3
O
tv
a
o
o
C
OQ
O
O
H
m
O
io
v
d
O
r'Te
�
c
o
o
�
�
o
�
M
N
m
z
a
�
�
y
r
5
w
<
w
w
°
a
z d d o p A
m3 �
4 n :� ❑
� ° o
N
T -
o v ..
3 n
ac
v
El
b
y pn
.on
� w��.
D
no
x
�. n c
oz
c
H cn
z
to
HO
O -C
O
n
m
i
>
a
co
z
z3
O
tv
a
o
o
C
�
z
z
a
d
O
a
z d d o p A
m3 �
4 n :� ❑
� ° o
N
T -
o v ..
3 n
ac
v
El
r
� w��.
D
no
x
�. n c
D
c
H cn
z
z
D
n
m
i
O
O
o
D
b
z
a
a
�
�
�
o
�
M
N
m
z
a
�
�
y
r
5
r
� w��.
`A '•v z
C w
�. n c

f> c =j p ON o y V
o 3 c p w
a o to rn !" O w Oo
to o C% ao
m
A j-
w v N mi O O � ...
o_
o C7
m
o
o O
tNit � 3-
ri �
0 v s �c �p
m
N m
U1 O
N o m 0 O m A 0
3 3 °
� n �
3 3 i o'
cn s °, 0- X X
' o w
O- O T
v CL
f - m
m' I
m -
< A 3 m = H
3
t0 -
:+
= m
11 m
0 T Q 1
o M m W
A s � N
O S 0 a
a 0
S
Lo
m
m
3
O
C7
3(
X
X
Z
X
°
�
3
0
A
c
cii
n
c
c
w
O
X
N
CL
�
-
Z
-i
X
,
O
m
D
N
v
S
0
n
m
O
n
Z
t
M.
N
_
O
"h
o
3
3..
O
C
n
o
ul
8
m
C
N
n
ao
°
a
5F:
a
x
s
O
c
v
3
o
3m
c
w
4
Z
O
Z
D
o 0-
�n
OH
wc7
pZOaa
o
o
to
n
p
H
w
mtA
N
00
-
C,
rn
O.
<
p
wLyl
�cr
T`
Ln
=
V
0
-�
a
w
rn
N
cn
-s
-]
0
t71
L71
m
0
N
u
-
O
3
..
V
O
<
°
n
w
LM
LT,
A
p
to
w
cr
c
w
N
c
to
o
aO
wn`N
3
m
2
X
3
m-
A
o
o
c
tO
Cm
3
0
c
tc
04'
c
to
o
T
T
Lt'4
O
p-
--
,
,
w
°
00
'a
CL
p
O
41-0
n
O
a
LM
r
t0
w
O-
N
z
to
OD
A
fl.
n
O
n
I{
F
O
O
0
N
n
N
I
m
3
3
to
3
-33
3
c
c
3
3
3LM
3
to
f> c =j p ON o y V
o 3 c p w
a o to rn !" O w Oo
to o C% ao
m
A j-
w v N mi O O � ...
o_
o C7
m
o
o O
tNit � 3-
ri �
0 v s �c �p
m
N m
U1 O
N o m 0 O m A 0
3 3 °
� n �
3 3 i o'
cn s °, 0- X X
' o w
O- O T
v CL
f - m
m' I
m -
< A 3 m = H
3
t0 -
:+
= m
11 m
0 T Q 1
o M m W
A s � N
O S 0 a
a 0
S
Lo
m
m
3
O
C7
3(
X
X
Z
X
°
�
3
0
A
c
cii
n
c
c
w
O
X
N
CL
N
:?
Z
-i
Z
,
O
m
cn
C
ul
c
Cn
-a
S
0
to
n
m
O
n
Z
t
M.
N
_
O
"h
o
3
3..
O
C
n
C
O
ul
m
C
N
H
w
a
°
_
m
c
O
3
O
c
'�`
°
n
3
NLa
3m
c
w
4
Z
O
Z
Z
cwo
3
P
v
V
to
n
w
w
H
w
mtA
N
00
-
C,
rn
O.
p
wLyl
(0 71
Ln
=
V
=
-�
a
w
rn
N
cn
O
O`
LM
-Al
�
t71
L71
m
0
N
u
-
O
3
o
V
O
o
°
n
w
LM
LT,
A
to
m
to
w
c
w
c
to
c
to
w
to
3
m
c
to
3
3
c
W
c
to
c
tO
c
tO
Cm
3
0
c
tc
10
c
to
o
O
O
p-
--
,
,
w
p
O
n
O
a
t0
w
O-
to
cr
O
n
I{
m
O
N
n
m
3
3
3
3
-33
3
c
c
3
3
3
3
to
to
tO
to
to
w
to
Ic
f> c =j p ON o y V
o 3 c p w
a o to rn !" O w Oo
to o C% ao
m
A j-
w v N mi O O � ...
o_
o C7
m
o
o O
tNit � 3-
ri �
0 v s �c �p
m
N m
U1 O
N o m 0 O m A 0
3 3 °
� n �
3 3 i o'
cn s °, 0- X X
' o w
O- O T
v CL
f - m
m' I
m -
< A 3 m = H
3
t0 -
:+
= m
11 m
0 T Q 1
o M m W
A s � N
O S 0 a
a 0
S
Lo
m
m
3
O
C7
3(
p
v
Z
o
°
�
3
0
A
c
cii
n
c
c
w
O
la
N
CL
N
oma
m
Z
(n3
,
3i
m
o
so0
W
0
to
n
m
a�
O
o
M.
N
O
v
o
3
�'
c'
two
-3
m
m
e
3
o,
w
C
°
_
m
c
N
O
3
NLa
to
c
S
4
X
o
a
cwo
3
P
v
a
T
.
P
3
l0
wLyl
c°il
a'
ca
n
to
U1
t71
O`
y
p
tP
ol
O`
LM
-Al
�
t71
L71
c
0
N
u
u
to
N00
CL
m
w
�_
V
m
o
°
n
w
LM
LT,
A
to
m
to
w
c
c
to
c
to
cc
to
to
3
m
c
to
3
3
c
W
c
to
c
tO
c
tO
c
to
3
0
c
tc
c
tO
c
to
o
c
to
p-
--
,
,
w
o-
n
f> c =j p ON o y V
o 3 c p w
a o to rn !" O w Oo
to o C% ao
m
A j-
w v N mi O O � ...
o_
o C7
m
o
o O
tNit � 3-
ri �
0 v s �c �p
m
N m
U1 O
N o m 0 O m A 0
3 3 °
� n �
3 3 i o'
cn s °, 0- X X
' o w
O- O T
v CL
f - m
m' I
m -
< A 3 m = H
3
t0 -
:+
= m
11 m
0 T Q 1
o M m W
A s � N
O S 0 a
a 0
S
Lo
m
m
3
O
C7
0
p
v
v
o
°
�
0
N
c
U3
s
w
1p
n
Z
O
O
N
CL
oma
2
2
a
ty
SB
m
W
_'moo
o
W{
O
O
w
O
m
w
m
N
O
NLa
to
O
S
X
o
O
N
T
s
O
3
l0
l0
n
m
w
�
y
p
c
0
CL
m
w
�_
o
m
o
°
n
w
to
m
to
w
c
m
m
�
3
co
O
w
n
O
a
w
O-
to
cr
n
ti
m
O
m
w
f> c =j p ON o y V
o 3 c p w
a o to rn !" O w Oo
to o C% ao
m
A j-
w v N mi O O � ...
o_
o C7
m
o
o O
tNit � 3-
ri �
0 v s �c �p
m
N m
U1 O
N o m 0 O m A 0
3 3 °
� n �
3 3 i o'
cn s °, 0- X X
' o w
O- O T
v CL
f - m
m' I
m -
< A 3 m = H
3
t0 -
:+
= m
11 m
0 T Q 1
o M m W
A s � N
O S 0 a
a 0
S
Lo
m
m
3
O
C7
0
p
t0
°
�
0
N
c
U3
s
w
1p
A
n
<
N
CL
oma
f> c =j p ON o y V
o 3 c p w
a o to rn !" O w Oo
to o C% ao
m
A j-
w v N mi O O � ...
o_
o C7
m
o
o O
tNit � 3-
ri �
0 v s �c �p
m
N m
U1 O
N o m 0 O m A 0
3 3 °
� n �
3 3 i o'
cn s °, 0- X X
' o w
O- O T
v CL
f - m
m' I
m -
< A 3 m = H
3
t0 -
:+
= m
11 m
0 T Q 1
o M m W
A s � N
O S 0 a
a 0
S
Lo
m
m
3
O
C7
p
t0
°
�
m
N
c
A
w
A
n
<
oma
L
m
-n
H
m
r
v
r
a
W
-n
M
9-:
I M

J
December 11,2001
MEMORANDUM
TO: Data Users
From: Cindy Green, DWQ Che istry LabG�'
Through: Larry Ausley
Subject: TOC Samples with data qualifier code
The TOC analysis requested on this sample set was not performed due to an administrative decision to
discard a set of TOC samples received during this period due to an unforeseen problem with the analytical
instrument. Samples appropriately preserved with sulfuric acid have been causing cumulative degradation
of the analyzer. This effect was previously unknown. The Laboratory Section has issued guidance to
preserve subsequent TOC samples with concentrated phosphoric acid in an attempt to resolve this issue.
We apologize for any inconvenience caused by this necessary action. If you have any questions please
contact Cindy Green or Larry Ausley at 733-3908.

=-i -i fA vi '0 O D . 1 -Iv p �a C� n C�
Tov c �-+ @ 2-02F; x 0 00
E; Z co = CD CID m o (fir. cn ®=» =« p
w 0 0
Z300o0 0 CDam
30
.a O cu o M -4-
iv N Q a O Cl) 0
� CIDQ
22
c
3
a
A)
m
A
33�333333�3 003 .°•
con o cn to cfl tQ cn to =0 3 3 a3
c
r.
KKAMMOOC Ow>O-ZZ *
=30 to EDC ? t2 >y >v �. C' r: m
-p o ' ' ' D o N a.
wMW K0 0 3.w w w ca �gCD�
Mca�W„ �vCa=.3oozZ
(a =3 �33.�3cwa00-�
�v 3a X033 3�••w---N
�� Zz
C I
m
3n33 3333330
tQ n tC (a (a cC a
a
<M0 -Fn- O
ODN-OZ
-=T3 :3 cr
nD
m
Z30NrZ
.e
D =
ch 3. n
v
iDi 0
M CD
? -
Z
%<;=
0m N
�
0
c
a3 n
0.
3D
CD
a�
......-tc�-�
3 3 3 cn a
a
c� co m
0 0 0 `D =
n.
an.OL,
o
It n n ?
LA.
/2 Zm
0
`D
30
NI C
c3333
0
v
�--
a
0

ace Analytical "'
www. pacelabs. coni
i
James & James Environmental Mgmt.
814 B. Kanuga Street
Hendersonville, NC 28739
/ 1
� Pace Anar,,
9800 Kince).
Phone_ 7N,_
rax 704.x;.
DATE: 11/30/00
PAGE: 1
Pace Project Number: 9218626
Client Project ID: James&James-9316553
Attn: Mr. Harry James
Solid results are reported on a dry weight basis
Pace Sample No: 93718765 Date Collected: 11/15/00 Matrix: Water
Client Sample ID: W2 Date Received: 11/15/00
Parameters
---------------------------------
Results
----------
Units
---------
PRL
----------
App. OF
--------
Analyzed
--------
Analyst CAS# Footnotes
-----
GC Volatiles
GC VOCs in Water
Method:
SM 6230D
Prep Method: SM
6230D
Dichlorodifluoromethane
ND
ug/L
0.5
1.00
11/29/00
MAG
75-71-8
Chloromethane
NO
ug/l
0.5
1.00
11/29/00
MAG
74-87-3
Vinyl Chloride
NO
ug/L
0.5
1.00
11/29/00
MAG
75-01-4
Bromomethane
NO
ug/l
0.5
1.00
11/29/00
MAG
74-83-9
Chloroethane
NO
ug/L
0.5
1.00
11/29/00
MAG
75-00-3
Trichlorofluoromethane
NO
ug/1
0.5
1.00
11/29/00
MAG
75-69-4
1,1-Dichloroethene
ND
ug/L
0.5
1.00
11/29/00
MAG
75-35-4
Methylene Chloride
ND
ug/l
0.5
1.00
11/29/00
MAG
75-09-2
trans-1,2-Dichloroethene
ND
ug/L
0.5
1.00
11/29/00
MAG
156-60-5
1,1-Dichloroethane
NO
ug/l
0.5
1.00
11/29/00
MAG
75-34-3
cis-1,2-Dichloroethene
ND
ug/L
0.5
1.00
11/29/00
MAG
156-59-2
Bromochloromethane
ND
ug/1
0.5
1.00
11/29/00
MAG
74-97-5
Chloroform
NO
ug/L
0.5
1.00
11/29/00
MAG
67-66-3
2,2-Dichloropropane
ND
ug/L
0.5
1.00
11/29/00
MAG
594-20-7
1,2-Dichloroethane
ND
ug/1
0.5
1.00
11/29/00
MAG
107-06-2
1,1,1 -Trichloroethane
ND
ug/L
0.5
1.00
11/29/00
MAG
71-55-6
1,1-Dichloropropene
ND
ug/t
0.5
1.00
11/29/00
MAG
563-58-6
Carbon Tetrachloride
ND
ug/L
0.5
1.00
11/29/00
MAG
56-23-5
Dibromomethane
ND
ug/1
0.5
1.00
11/29/00
MAG
74-95-3
1,2-Dichloropropane
ND
ug/L
0.5
1.00
11/29/00
MAG
78-87-5
Trichloroethene
No
ug/l
0.5
1.00
11/29/00
MAG
79-01-6
BromodichLoromethane
ND
ug/L
0.5
1.00
11/29/00
MAG
75-27-4
cis-1,3-Dichloropropene
ND
ug/l
0.5
1.00
11/29/00
MAG
10061-01-5
trans-1,3-Dichloropropene
NO
ug/L
0.5
1.00
11/29/00
MAG
10061-02-6
1,1,2 -Trichloroethane
NO
ug/1
0.5
1.00
11/29/00
MAG
79-00-5
1,3-DichLoropropane
NO
ug/L
0.5
1.00
11/29/00
MAG
142-28-9
Laboratory Certification IDsREPORT OF LABORATORY ANALYSIS I aboratory Certification ID'
NC Wastewater 12 KY Drinking Water 9009'
NC Drinking Water 37706 This report shall not be reproduced, except in full, TN UST List
Sc 99006 without the written consent of Pace Analytical Services, Inc. VA Drinking Water 21

r-
--'-1--..)aceAnalyticaF'
www. pacelabs. coni
i
-' Pace Ana.,
.9800 Kincey.
H;nt&s,
Phone- 704
Fax. 704.8
DATE: 11/30/00
PAGE: 2
Pace Project Number: 9218626
Client Project ID: James&James-9316553
Pace Sample No: 93718765 Date Collected: 11/15/00 Matrix: Water
Client Sample ID: W2 Date Received: 11/15/00
Parameters
Results
Units
PRL
App. DF
--------
Analyzed
--------
Analyst
-----
CAS# Footnotes
---------- ----------
---------------------------------
Dibromochloromethane
----------
ND
---------
ug/l
----------
0.5
1.00
11/29/00
MAG
124-48-1
1,2-Dibromoethane
ND
ug/1
0.5
1.00
11/29/00
MAG
106-93-4
Tetrachloroethene
ND
ug/l
0.5
1.00
11/29/00
MAG
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
630-20-6
Chlor6benzene
ND
ug/l
0.5
1.00
11/29/00
MAG
108-90-7
Bromoform
ND
ug/l
0.5
1.00
11/29/00
MAG
75-25-2
1,1,2,2 -Tetrachloroethane
ND
ug/t
0.5
1.00
11/29/00
MAG
79-34-5
1,2,3-Trichloropropane
ND
ug/t
0.5
1.00
11/29/00
MAG
96-18-4
Bromobenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
108-86-1
2-Chlorotoluene
ND
ug/l
0.5
1.00
11/29/00
MAG
95-49-8
4-Chlorotoluene
ND
ug/t
0.5
1.00
11/29/00
MAG
106-43-4
1,3 -Dichlorobenzene
ND
ug/t
1
1.00
11/29/00
MAG
541-73-1
1,4 -Dichlorobenzene
ND
ug/l
1
1.00
11/29/00
MAG
106-46-7
1,2 -Dichlorobenzene
ND
ug/t
1
1.00
11/29/00
MAG
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/1
2
1.00
11/29/00
MAG
96-12-8
1,2,4-Trichlorobenzene
ND
ug/t
2
1.00
11/29/00
MAG
120-82-1
Hexachloro-1,3-butadiene
ND
ug/l
2
1.00
11/29/00
MAG
87-68-3
1,2,3-Trichlorobenzene
ND
ug/1
2
1.00
11/29/00
MAG
87-61-6
Methyl-tert-butyl Ether
ND
ug/l
0.5
1.00
11/29/00
MAG
1634-04-4
Isopropyl Ether
ND
ug/l
0.5
1.00
11/29/00
MAG
108-20-3
Benzene
ND
ug/l
0.5
1.00
11/29/00
MAG
71-43-2
Toluene
ND
ug/l
0.5
1.00
11/29/00
MAG
108-88-3
Ethylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
100-41-4
m&p-Xylene
ND
ug/1
0.5
1.00
11/29/00
MAG
7816-60-0
Styrene
ND
ug/l
0.5
1.00
11/29/00
MAG
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
ND
ug/t
0.5
1.00
11/29/00
MAG
95-47-6
Isopropytbenzene (Cumene)
ND
ug/l
0.5
1.00
11/29/00
MAG
98-82-8
n-Propylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
103-65-1
1,3,5-Trimethylbenzene
ND
ug/t
0.5
1.00
11/29/00
MAG
108-67-8
tert-Butylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
98-06-6
1,2,4-Trimethylbenzene
ND
ug/1
0.5
1.00
11/29/00
MAG
95-63-6
sec-Butylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
135-98-8
p-Isopropyltoluene
ND
ug/l
1
1.00
11/29/00
MAG
99-87-6
n-Butylbenzene
ND
ug/1
1
1.00
11/29/00
MAG
104-51-8
Naphthalene
ND
ug/l
2
1.00
11/29/00
MAG
91-20-3
1-Chloro-2-fluorobenzene (S)
93
%
1.00
11/29/00
MAG
348-51-6
NC Wastewater IDS REPORT OF LABORATORY ANALYSIS Laboratory v Ceratei cati��
NC Wastewater 12 KY Drinking Water 9009
NC Drinking Water 37706 This report shall not be reproduced, except in full, TN UST List
SC 99006 without the written consent of Pace Analytical Services, Inc. VA Drinking Water 21

e Analytical "
www. pacelabs. com
��✓ PaceAna..
9800 Kincc,,
Hunler�,
Phone: 70*
Fax. 704.1x,
DATE: 11/30/00
PAGE: 11
Pace Project Number: 9218626
Client Project ID: James&James-9316553
Pace Sample No: 93718856 Date Collected: 11/14/00 Matrix: Water
Client Sample ID: TRAVEL BLANK Date Received: 11/15/00
Parameters
---------------------------------
Results
----------
Units
---------
PRL
----------
App. DF
--------
Analyzed
--------
Analyst CAS# Footnotes
----
GC Volatiles
GC VOCs in Water
Method:
ND
SM 6230D
ug/l
0.5
1.00
Prep Method: SM
11/29/00 MAG
6230D
75-71-8
Dichlorodifluoromethane
Chloromethane
ND
ug/l
0.5
1.00
11/29/00
MAG
74-87-3
Vinyl Chloride
ND
ug/l
0.5
1.00
11/29/00
MAG
75-01-4
Bromomethane
ND
ug/l
0.5
1.00
11/29/00
MAG
74-83-9
Chloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
75-00-3
Trichlorofluoromethane
ND
ug/t
0.5
1.00
11/29/00
MAG
75-69-4
1,1-Dichloroethene
ND
ug/l
0.5
1.00
11/29/00
MAG
75-35-4
Methylene Chloride
ND
ug/l
0.5
1.00
11/29/00
MAG
75-09-2
156-60-5
trans-1,2-Dichloroethene
ND
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
75-34-3
1,1-Dichloroethane
cis-1,2-Dichloroethene
ND
ND
ug/l
ug/l
0.5
1.00
11/29/00
MAG
156-59-2
Bromochloromethane
ND
ug/l
0.5
1.00
11/29/00
MAG
74-97-5
Chloroform
ND
ug/l
0.5
1.00
11/29/00
MAG
67-66-3
2,2-Dichloropropane
ND
ug/l
0.5
1.00
11/29/00
MAG
594-20-7
1,2-Dichloroethane
ND
ug/t
0.5
1.00
11/29/00
MAG
107-06-2
1,1,1 -Trichloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
71-55-6
1,1-Dichloropropene
ND
ug/l
0.5
1.00
11/29/00
MAG
563-58-6
56-23-5
Carbon Tetrachloride
ND
ug/t
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
74-95-3
Dibromomethane
1,2-Dichloropropane
ND
ND
ug/l
0.5
1.00
11/29/00
MAG
78-87-5
Trichloroethene
ND
ug/t
0.5
1.00
11/29/00
MAG
79-01-6
Bromodichloromethane
ND
ug/t
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
75-27-4
10061-01-5
cis-1,3-Dichloropropene
ND
ND
ug/l
ug/l
0.5
1.00
11/29/00
MAG
10061-02-6
trans-1,3-Dichloropropene
1,1,2 -Trichloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
79-00-5
1,3-Dichloropropane
ND
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
142-28-9
124-48-1
Dibromochloromethane
ND
ND
ug/l
ug/t
0.5
1.00
11/29/00
MAG
106-93-4
1,2-Dibromoethane
Tetrachloroethene
ND
ug/l
0.5
1.00
11/29/00
MAG
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/l
0.5
1.00
11/29/00
MAG
630-20-6
108-90-7
Chlorobenzene
ND
ug/t
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
75-25-2
Bromoform
1,1,2,2 -Tetrachloroethane
ND
ND
ug/l
ug/l
0.5
1.00
11/29/00
MAG
79-34-5
1,2,3-Trichloropropane
ND
ug/l
0.5
0.5
1.00
1.00
11/29/00
11/29/00
MAG
MAG
96-18-4
108-86-1
Bromobenzene
2-Chlorotoluene
ND
ND
ug/l
ug/l
0.5
1.00
11/29/00
MAG
95-49-8
Laboratory iKY ertificaton IDs REPORT OF LABORATORY ANALYSIS Laboratory Drinking Water ertificati�_n l[?_
NC Wastewater X009
TN UST List
NC Drinking Water 37706 This report shall not be reproduced, except in full,
'Sc 99006 without the written consent of Pace Analytical Services, Inc. VA Drinking Water 21

Inalytical rM
www.pacelabs.com
Pace Aria..
9800 Kinct,
Hunter,..
Phone: 70ti.
Fax: 704.b,.
DATE: 11/30/00
PAGE: 12
Pace Project Number: 9218626
Client Project ID: James&James-9316553
Pace Sample No: 93718856 Date Collected: 11/14/00 Matrix: Water
Client Sample ID: TRAVEL BLANK Date Received: 11/15/00
Parameters
Results
Units
PRL
----------
App. DF
--------
Analyzed
--------
Analyst
-----
CAS# Footnotes
---------- ----------
---------------------------------
4-Chlorotoluene
----------
ND
---------
ug/l
0.5
1.00
11/29/00
MAG
106-43-4
1,3 -Dichlorobenzene
ND
ug/l
1
1.00
11/29/00
MAG
541-73-1
1,4 -Dichlorobenzene
ND
ug/l
1
1.00
11/29/00
MAG
106-46-7
1,2 -Dichlorobenzene
ND
ug/l
1
1.00
11/29/00
MAG
95-50-1
1,2-Dibromo-3-Chloropropane
ND
ug/L
2
1.00
11/29/00
MAG
96-12-8
1,2,4-Trichlorobenzene
ND
ug/l
2
1.00
11/29/00
MAG
120-82-1
Nexachloro-1,3-butadiene
ND
ug/L
2
1.00
11/29/00
MAG
87-68-3
1,2,3-Trichlorobenzene
ND
ug/L
2
1.00
11/29/00
MAG
87-61-6
Methyl-tert-butyl Ether
ND
ug/l
0.5
1.00
11/29/00
MAG
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
1.00
11/29/00
MAG
108-20-3
Benzene
ND
ug/L
0.5
1.00
11/29/00
MAG
71-43-2
Toluene
ND
ug/l
0.5
1.00
11/29/00
MAG
108-88-3
Ethylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
100-41-4
m&p-Xylene
ND
ug/l
0.5
1.00
11/29/00
MAG
7816-60-0
Styrene
ND
ug/t
0.5
1.00
11/29/00
MAG
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
ND
ug/l
0.5
1.00
11729/00
MAG
95-47-6
Isopropylbenzene (Cumene)
ND
ug/l
0.5
1.00
11/29/00
MAG
98-82-8
n-Propylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
103-65-1
1,3,5-Trimethylbenzene
ND
ug/t
0.5
1.00
11/29/00
MAG
108-67-8
tert-ButyLbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
98-06-6
1,2,4-Trimethylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
95-63-6
sec-Butylbenzene
ND
ug/l
0.5
1.00
11/29/00
MAG
135-98-8
p-Isopropyttoluene
ND
ug/L
1
1.00
11/29/00
MAG
99-87-6
n-Butylbenzene
ND
ug/l
1
1.00
11/29/00
MAG
104-51-8
Naphthalene
ND
ug/t
2
1.00
11/29/00
MAG
91-20-3
1-Chloro-2-fLuorobenzene (S)
71
%
1.00
11/29/00
MAG
348-51-6
Laboratory Certification IDsREPORT OF LABORATORY ANALYSIS L aboratory Certification IQ
NC Wastewater 12 KY Drinking Water X9090
NC Drinking Water 37706 This report shall not be reproduced, except in full, TN UST List
y Sc 99006 without the written consent of Pace Analytical Services, Inca VA Drinking Water 21

x
x
x
an.
2 Z3
� 2
�w N
a
n n
n
r
r•
t
n
Y
Y
"'�
m
H
C
''3
p
ccpp
°
s
y
.
=
o o
O
d
O
0
O
d
m H
�•
�
a�
y�
7
0
a"�
O
3
°r
x
o
X
�•
7 0
o
^yn-'
T;
N•
n
a
n
p
,��,
.,y
o
O
x
G.
°
Y
L.
c
"l1 Tl
N
iP
7
7
V1
O
0.
N
W
Y
!D y
N
G
W
7
a
H
o
w
o
a a,
o
p
n
N
�
o
3
3
3
3
3
3
9
3
9
9
V
3
9
9
9
x
x
x
an.
2 Z3
� 2
�w N
a
p O 0°
z o
o
Z
�
�
.
G'1
x
io
n
7 o
0
O
g, n W
9X
O K 0
N 0
X
�•
7 0
o
^yn-'
T;
N•
n
m O
n
p
.,y
o
5'
°
Y
c
7
7
V1
O
0.
N
W
Y
!D y
N
G
W
7
a
H
w
o
w
�
N
o
p
�
o
3
3
3
3
3
3
9
3
9
9
V
3
9
9
9
Z
a
o a
an.
2 Z3
� 2
�w N
a
p O 0°
z o
o
Z
�
�
.
G'1
x
io
n
7 o
0
O
g, n W
9X
O K 0
N 0
X
�•
7 0
o
^yn-'
T;
N•
n
m O
n
p
.,y
5'
°
Y
c
7
7
Cpfl
N
W
O
!D y
N
o
a
o a
an.
2 Z3
� 2
�w N
a
p O 0°
z o
o
Z
�
�
G'1
x
io
n
7 o
0
O
g, n W
9X
O K 0
N 0
X
�•
7 0
o
^yn-'
T;
N•
n
m O
n
p
.,y
5'
°
Y
c
7
7
A
!D y
N
o
a
o a
an.
2 Z3
� 2
�w N
p O 0°
Z
�
�
G'1
x
0
7
O
g, n W
9X
O K 0
N 0
..
M
7 0
O
a�
ao
.,y
5'
a
o a
an.
2 Z3
� 2
�w N
p O 0°

N
C
"S
N
7C7
T
a
0
H
H
CIS
a m
o �
A
O
4 O
A m
o
O
z
�.
'ca
o a
0
oEr
Ul
o
o,
c
o-
Ul
O
W
p
O
W
cn
N
=
f
o.
O
3
Q
O
n
r
Ln
S
0
N
o.
z
00
N
0
O O
N
O
4 O
A m
o
O
z
�.
U.
p
3
0
oEr
a '�
o-
s`3•.a •ern
iM
v' 3.
I
ixr.� y
b
Z y
O o
n -h
C 7
a <_
M '0 Z
7v 3 p
C -=•r S
= n
a a
Z O
� Oy
0 C Z
o D
C F
Z c
Q Oa
s R
m
A
m
m
2
0
Z

C:.
1 a. C.�
`c'a3i =
Z
Q00 N O
O
n N
o
Q $uoi p O
p m o n m
^ � O
W z O
O y N � -i•
O o
3 0
P -C
o O
(71 s
n
n 0 n Q (n �.(n
�' 3 s -r• o 0 o I
P 3 O � m
N C
C +
(n C
m G m r O y f17 O O
0
w f { c
o v °r N IZ 3
y �• 3 ' N No.
l0 { n V
371{� O
m
(A(cn S -11,O-+
O 0
{ + m
V { 1p p
m —
uf0i
F m y
�
11 N
to p
O o O {
n O 0 M
00
+0
Gtm
y
s
coco (7 v o A(7 r
3 Cul-
to- O S n. N
A m v A c
° '< m m
mm a '
w
(JI
CT
I �
3
W
H
r .1
3
N
D?
o
p
3:_'S
0
7C
S
N
c
°I
n
n
K'
O
D
N
X
,X
S
N
z
-+
z
i
S3
o
n
(n
(A
U)
O
S
S
T
v
O
N
m
c
0
0
np
n0
M
D
m
3
o
d
L
y
�
C
+
r (n
s
_'o
0 m
D
m
n
rno
O_
3
m
o
r
2
O
O
V
N
Q
Z
Z
M
f
C)
V
-..wcn
�.�
V
3�
n
W
N
N
d
z
to
N
V3`"'w
V
w
-n
P
ol
>
9
m
Ul
Q m
3
VO`
3
r
n
l7
Oz
O,
ufli
(N
CU
.(a
of
m
3o
O
O
N
0
�'
OOl
r
V
Q'l
Z
o
C
•P
n
4
I
�
m
ri
2.
w
c
to
C
ka
O
N
C.�
LO
yin
C
v
C
C
to
5
fl
�
%D
C
O
rn
n
Z
Q00 N O
O
n N
o
Q $uoi p O
p m o n m
^ � O
W z O
O y N � -i•
O o
3 0
P -C
o O
(71 s
n
n 0 n Q (n �.(n
�' 3 s -r• o 0 o I
P 3 O � m
N C
C +
(n C
m G m r O y f17 O O
0
w f { c
o v °r N IZ 3
y �• 3 ' N No.
l0 { n V
371{� O
m
(A(cn S -11,O-+
O 0
{ + m
V { 1p p
m —
uf0i
F m y
�
11 N
to p
O o O {
n O 0 M
00
+0
Gtm
y
s
coco (7 v o A(7 r
3 Cul-
to- O S n. N
A m v A c
° '< m m
mm a '
w
(JI
CT
I �
3
W
H
r .1
3
N
D?
o
p
3:_'S
0
7C
S
N
c
°I
n
n
0
O
D
N
S
S
N
z
-+
z
i
S3
o
n
(n
(A
U)
O
S
S
T
v
O
N
Z
w
o
N
D
3
M
p
m
3
C
3
d
C•
y
�
C
+
r (n
s
c
0 m
of
m
A
O
N
O_
3
m
3
m
•�
d
In
O
O
V
N
Q
Z
Z
M
c
3
rn
V
-..wcn
�.�
V
3�
n
W
N
N
d
z
to
V
w
co
P
ol
9
m
Ul
a
3
V
3
r
p
y
O,
ufli
(N
O
a
of
O
O
O
N
p01
�'
OOl
V
Of
Z
LM
•P
n
�
m
ri
2.
w
c
to
C
ka
O
C
to
C.�
LO
yin
C
c
C
C
C
-3
fl
�
%D
C
O
rn
O
o
3
D
O
rn
{
o
to
N
W
3
3
3
3
3
m
3
3
c
c
�o
3
3
9
to
to
co
m
�o
m
m
m
�o
m
to
y_
A
Z
Q00 N O
O
n N
o
Q $uoi p O
p m o n m
^ � O
W z O
O y N � -i•
O o
3 0
P -C
o O
(71 s
n
n 0 n Q (n �.(n
�' 3 s -r• o 0 o I
P 3 O � m
N C
C +
(n C
m G m r O y f17 O O
0
w f { c
o v °r N IZ 3
y �• 3 ' N No.
l0 { n V
371{� O
m
(A(cn S -11,O-+
O 0
{ + m
V { 1p p
m —
uf0i
F m y
�
11 N
to p
O o O {
n O 0 M
00
+0
Gtm
y
s
coco (7 v o A(7 r
3 Cul-
to- O S n. N
A m v A c
° '< m m
mm a '
w
(JI
CT
I �
3
W
H
r .1
3
N
D?
o
p
3:_'S
0
7C
S
N
c
°I
n
n
0
O
D
LM
S
S
N
A
Z
Z
i
S3
yT
n
o
?
O
O
Q
•7
C
lC
C
Q
L
0
C
o
N
C
3
-0
0�-
m
3
C
3
3
C•
�
3
r (n
s
c
0 m
of
c
�o
rn
O
O
V
A
n
m-
M
c
3
rn
V
-..wcn
�.�
3
v
3�
-p
rn(n
0,
a,
a
p
rn
z
to
co
ol
0O
m
N
a
cm
N
W
r
p
O`
O
O
U
a
of
O
O
O
N
p01
V
LM
•P
n
m
mm=
c
to
C
ka
C
LO
C
to
C.�
LO
yin
C
c
C
C
C
-3
c
C
C
c
rn
o
3
D
Z
Q00 N O
O
n N
o
Q $uoi p O
p m o n m
^ � O
W z O
O y N � -i•
O o
3 0
P -C
o O
(71 s
n
n 0 n Q (n �.(n
�' 3 s -r• o 0 o I
P 3 O � m
N C
C +
(n C
m G m r O y f17 O O
0
w f { c
o v °r N IZ 3
y �• 3 ' N No.
l0 { n V
371{� O
m
(A(cn S -11,O-+
O 0
{ + m
V { 1p p
m —
uf0i
F m y
�
11 N
to p
O o O {
n O 0 M
00
+0
Gtm
y
s
coco (7 v o A(7 r
3 Cul-
to- O S n. N
A m v A c
° '< m m
mm a '
w
(JI
CT
I �
3
W
H
r .1
v
o
o9
o,
CL
0
v
m
w Z
0
U1
v
°I
v
�
Z
O
O
LM
S
S
S
o
S
O
S3
W
n
n
00
c�oo
N
to
�
L
o
O
�
3
�
"
S
m
c
o
a.
L
r (n
s
0 m
�o
X=
x
O
O
n
m-
n
o:
3
v
S
o
S
z
to
co
m
fn
O
N
p
3
O
O
O
-f
O
N
m
n
m
mm=
yin
y
O
rn
o
3
D
rn
{
o
to
m
O
r.
rn
m
y_
Z
Q00 N O
O
n N
o
Q $uoi p O
p m o n m
^ � O
W z O
O y N � -i•
O o
3 0
P -C
o O
(71 s
n
n 0 n Q (n �.(n
�' 3 s -r• o 0 o I
P 3 O � m
N C
C +
(n C
m G m r O y f17 O O
0
w f { c
o v °r N IZ 3
y �• 3 ' N No.
l0 { n V
371{� O
m
(A(cn S -11,O-+
O 0
{ + m
V { 1p p
m —
uf0i
F m y
�
11 N
to p
O o O {
n O 0 M
00
+0
Gtm
y
s
coco (7 v o A(7 r
3 Cul-
to- O S n. N
A m v A c
° '< m m
mm a '
w
(JI
CT
I �
3
W
H
r .1
n
v
o9
o,
CL
0
0
"
w Z
0
U1
v
°I
r
LM
S
D
w
Q
S
O
A
W
n
D
N
m
�
L
O
�
3
�
4
a.
L
r (n
s
0 m
�o
Z
Q00 N O
O
n N
o
Q $uoi p O
p m o n m
^ � O
W z O
O y N � -i•
O o
3 0
P -C
o O
(71 s
n
n 0 n Q (n �.(n
�' 3 s -r• o 0 o I
P 3 O � m
N C
C +
(n C
m G m r O y f17 O O
0
w f { c
o v °r N IZ 3
y �• 3 ' N No.
l0 { n V
371{� O
m
(A(cn S -11,O-+
O 0
{ + m
V { 1p p
m —
uf0i
F m y
�
11 N
to p
O o O {
n O 0 M
00
+0
Gtm
y
s
coco (7 v o A(7 r
3 Cul-
to- O S n. N
A m v A c
° '< m m
mm a '
w
(JI
CT
I �
3
W
H
r .1

I—ICn(A�1 �''DC�—I� Oz ��C�
f7 ` 0c:w@(i; 02: 0
m =::9 C�-mo o 0 0 0
�_ ND�CD���Dc�-R ���j1
CD
c3� o
00 �0- cnZ -n -n
DSO 0-i -n
-� `�
CDC = s
cno
m
o
N
C
CD m 3353333'333S3 oo3
to (a o cc cc ca cc cc cc cc ,..F cc cc
_ _ �
z
n z'KK;r,m moo o -70zz
Ci o r� m
3 D CDS
o , �zz
u
`21 NG
Itlolld?��Z+
f ,
c c' To
cn c� cQ
Q
We CD .w ,-cT C N N
w
mao�r.—
C:Cn y cn M. Q r
ID
" o co A
z�6 w Y
0 n N
CD o -® r
I .w =Q �' m
Cf)g---V -V
"c
i
m
0 3
3 v
a CD_
m
a o;
C
a
c3 c3 c3 ca c3 cQ cQ c3 cQ cQ cQ
C)
-0 N T Z
o
'K'cD
cn
CD D C-
ch o
go3
� Mo co
D C
Z9.NrZ
o
��w
_
o�
om0Q0
3
E
3
r
_M
m
c
m m
2
O (D
w
m
C
f oO
c.
o
0..
M:
z
Q n
�
in
21
z
c
(D
Z
--I
CL
'O 0
m
`21 NG
Itlolld?��Z+
f ,
c c' To
cn c� cQ
Q
We CD .w ,-cT C N N
w
mao�r.—
C:Cn y cn M. Q r
ID
" o co A
z�6 w Y
0 n N
CD o -® r
I .w =Q �' m
0
u
0
0
z
0
D
CD
w
w
A
D
CL
CB
Cf)g---V -V
"c
i
m
0 3
3 v
a CD_
m
a o;
C
cn C
m
ooC
cn
v
go3
� Mo co
D C
o
��w
m'
3
E
r
_M
m
0
u
0
0
z
0
D
CD
w
w
A
D
CL
CB
m
i
m
m
m m'
m
ooC
v
go3
� Mo co
��w
m'
DAsi
r
_M
m
m m
cn
w
m
C
Imm
o
0..
M:
z
�
in
21
z
Z
--I
Q
'O 0
m
(A F
0
0
(�
c
a
m

j Pace Analy,,
9800 Kincey Ave,
,nalvti�a� Huntersville; ,
Tel: 704-875.
DATE: 12/q -9104-875-9ft
PAGE: 1
James & James Environmental Mgmt. Pace Project Number: 9210415
814 B. Kenuga Street Client Project ID: James&James-939533
Hendersonville, NC 28739
Attn: Mr. Harry James
Solid results are reported on a dry weight basis
Pace Sample No: 93419448 Date Collected: 11/29/99 Matrix: Water
Client Sample ID: w2 Date Received: 11/30/99
Parameters Results Units PRI, App. OF Analyzed Analyst CAS# Footnotes
GC Volatiles
GC VOCs in Nater
Method: SM 6230D
Prep Method: SM
6230D
Dichlorodifluoromethane
NO
ug/1
0.5
1.00
12/07/99
KST
75-71-8
Chloromethane
NO
ug/l
0.5
1.00
12/07/99
KST
74-87-3
Vinyl Chloride
ND
ug/l
0.5
1.00
12/07/99
F
KST
75-01-4
Bromomethane
ND
ug/l
0.5
1.00
12/07/99
KST
74-83-9
Chloroethane
NO
ug/l
0.5
1.00
12/07/99
KST
75-00-3
Trichlorofluoromethane
NO
ug/t
0.5
1.00
12/07/99
KST
75-69-4
1,1-Dichloroethene
NO
ug/l
0.5
1.00
12/07/99
KST
75-35-4
Methylene Chloride
ND
ug/l
0.5
1.00
12/07/99
KST
75-09-2
trans-1,2-Dichloroethene
NO
ug/1
0.5
1.00
12/07/99
KST
156-60-5
1,1-Dichloroethane
NO
ug/l
0.5
1.00
12/07/99
KST
75-34-3
cis-1,2-Dichloroethene
NO
ug/l
0.5
1.00
12/07/99
KST
156-59-2
Bromochloromethane
ND
ug/l
0.5
1.00
12/07/99
KST
74-97-5
Chloroform
NO
ug/L
0.5
1.00
12/07/99
KST
67-66-3
2,2-Dichloropropane
NO
ug/l
0.5
1.00
12/07/99
KST
594-20-7
1,2-Dichloroethane
NO
ug/l
0.5
1.00
12/07/99
KST
107-06-2
1,1,1 -Trichloroethane
ND
ug/1
0.5
1.00
12/07/99
KST
71-55-6
1,1-Dichloropropene
ND
ug/L
0.5
1.00
12/07/99
KST
563-58-6
Carbon Tetrachloride
NO
ug/t
0.5
1.00
12/07/99
KST
56-23-5
Dibromomethane
NO
ug/l
0.5
1.00
12/07/99
KST
74-95-3
1,2-Dichloropropane
ND
ug/l
0.5
1.00
12/07/99
KST
78-87-5
Trichloroethene
NO
ug/l
0.5
1.00
12/07/99
KST
79-01-6
Bromodichloromethane
NO
ug/l.
0.5
1.00
12/07/99
KST
75-27-4
cis-1,3-Dichloropropene
NO
ug/l
0.5
1.00
12/07/99
KST
10061-01-5
trans-1,3-Dichloropropene
NO
ug/l
0.5
1.00
12/07/99
KST
10061-02-6
1,1,2 -Trichloroethane
ND
ug/l
0.5
1.00
12/07/99
KST
79-00-5
1,3-Dichloropropane
ND
ug/t
0.5
1.00
12/07/99
KST
142-28-9
LaboratoryCertification 1Da
NC Wastewater 12
NC Drinking
REPORT OF
LABORATORY ANALYSIS
Laboratory Certification IDs
N Drinking Water 90090
Water 37706
T
TN UST List
Sc 99006
This report shall not be reproduced,
except in full,
VA Drinking Water 213
without the written consent of Pace
Analytical Services, Inc.

Pace Analy,,
9800 Kincey Ave,.,
e Analytocal Huntersville,,
Tel: 704-875=:.,
Fax: [phone]k,
DATE: 12/09/99
PAGE: 2
Pace Project Number: 9210415
Client Project ID: James&James-939533
Pace Sample No: 93419448 Date Collected: 11/29/99 Matrix: Water
Client Sample ID: W2 Date Received: 11/30/99
Parameters
Results Units
PRL
App. OF
Analyzed
Analyst
CAS#
Footnotes
Dibromochloromethane
NO
ug/l
0.5
1.00
12/07/99
KST
124-48-1
1,2-Dibromoethane
NO
ug/l
0.5
1.00
12/07/99
KST
106-93-4
Tetrachloroethene
NO
ug/t
0.5
1.00
12/07/99
KST
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/t
0.5
1.00
12/07/99
KST
630-20-6
Chlorobenzene
ND
ug/l
0.5
1.00
12/07/99
KST
108-90-7
Bromoform
ND
ug/l.
0.5
1.00
12/07/99
KST
75-25-2
1,1,2,2 -Tetrachloroethane
ND
ug/1
0.5
1.00
12/07/99
KST
79-34-5
1,2,3-Trichloropropane
NO
ug/L,
0.5
1.00
12/07/99
KST
96-18-4
Bromobenzene
ND
ug/1.
0.5
1.00
12/07/99
KST
108-86.1
2-Chlorotoluene
ND
ug/1
0.5
1.00
12/07/99
KST
95-49-8
4-Chlorotoluene
NO
ug/l
0.5
1.00
12/07/99
KST
106-43-4
1,3 -Dichlorobenzene
ND
ug/l
1
1.00
12/07/99
KST
541-73-1
1,4 -Dichlorobenzene
NO
ug/l
1
1.00
12/07/99
KST
106-46-7
1,2 -Dichlorobenzene
NO
ug/t
1
1.00
12/07/99
KST
95-50-1
1,2-Dibromo-3-Chloropropane
NO
ug/l
2
1.00
12/07/99
KST
96-12-8
1,2,4-Trichtorobenzene
NO
ug/l
2
1.00
12/07/99
KST
120-82-1
Hexachlorobutadiene
NO
ug/t
2
1.00
12/07/99
KST
87-68-3
1,2,3-Trichlorobenzene
ND
ug/l
2
1.00
12/07/99
KST
87-61-6
Methyl-tert-butyl Ether
NO
ug/l.
0.5
1.00
12/07/99
KST
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
1.00
12/07/99
KST
108-20-3
Benzene
ND
ug/l.
0.5
1.00
12/07/99
KST
71-43-2
Toluene
NO
ug/1
0.5
1.00
12/07/99
KST
108-88-3
Ethylbenzene
NO
ug/l
0.5
1.00
12/07/99
KST
100-41-4
m&p-Xytene
NO
ug/l
0.5
1.00
12/07/99
KST
7816-60-0
Styrene
NO
ug/t
0.5
1.00
12/07/99
KST
100-42-5
o -Xylene (1,2 -Dimethylbenzene)
NO
ug/l
0.5
1.00
12/07/99
KST
95-47-6
isopropylbenzene (Cunene)
NO
ug/l
0.5
1.00
12/07/99
KST
98-82-8
n-Propylbenzene
NO
ug/l
0.5
1.00
12/07/99
KST
103-65-1
1,3,5-Trimethylbenzene
ND
ug/l
0.5
1.00
12/07/99
KST
108-67-8
tert-Butylbenzene
NO
ug/l
0.5
1.00
12/07/99
KST
98-06-6
1,2,4-Trimethylbenzene
NO
ug/l
0.5
1.00
12/07/99
KST
95-63-6
sec-Butylbenzene
NO
ug/1
0.5
1.00
12/07/99
KST
135.98-8
p-Isopropyttoluene
NO
ug/l.
1
1.00
12/07/99
KST
99-87-6
n-Butylbenzene
ND
ug/1
1
1.00
12/07/99
KST
104-51-8
Naphthalene
ND
ug/t
2
1.00
12/07/99
KST
91-20-3
1-Chloro-3-fluorobenzene (S)
103
%
1.00
12/07/99
KST
625-98-9
Laboratory Certification IDs
NC Wastewater 12
REPORT OF LABORATORY
ANALYSIS
aboratory Qertification IDs
N Drinking 90090
NC Drinking Water 37706
Sc 99006
This report
shall not be reproduced, except in full,
VA Drinking Water 213
without the written consent of
Pace Analytical
Services, Inc.

6
acndr O
w i
NLn
y—
p
-�t
a
N
0
z
o
o
08
v
x
v
T
x
,
C
-
�
O
N
O o
�
M.0
x
o
m
7
O
O
,P
.w..
+
v C
Z
m
p
6•
or
G
ry
n
�
w
� m
^
�,
r
°
N
x
•°.
n
0
y
O
O
_
a
o
N
V
W
O
r
O
0
w
V
C
C
C
C
py
C-
3
C
C
C
G
C
C
C
o
H
W
w
O
w
O
ry
o
C.
O
N
n
A
Iq
0
0
0
m
00
o
3q
3Q
o
c
°
\
r
\
r
\OQ
r
r
\
r
\
r
\
r
\
r
\
r
\
r
\
Ln
\
\
\
\
\
N
C
\
o0
00
7q
\
3Q
\
5
\
6
acndr O
w i
NLn
y—
p
-�t
a
N
0
z
o
o
08
v
x
v
T
x
,
C
-
�
O
N
O o
�
M.0
x
o
m
7
m
,P
.w..
+
v C
Z
m
p
6•
or
G
ry
n
�
w
� m
^
�,
r
°
N
x
•°.
n
0
y
O
O
_
a
o
N
V
W
O
O
0
V
C
C
C
C
py
C-
3
C
C
C
G
C
C
C
o
H
W
w
O
w
O
ry
C.
O
N
n
A
Iq
0
0
0
m
00
o
3q
3Q
\
r
\
r
\OQ
r
r
\
r
\
r
\
r
\
r
\
r
\
r
\
x
\
\
\
\
\
\
N
6
acndr O
w i
NLn
y—
p
-�t
a
N
0
z
o
o
08
v
x
v
T
x
,
C
-
�
H
y
O o
�
M.0
x
m
7
m
,P
C
iA
ol
v C
Z
,fir
p
6•
n.
G
ry
n
�
w
� m
^
�,
r
°
N
x
•°.
n
0
y
O
_
a
o
N
V
W
O
O
0
V
C
C
C
C
py
C-
3
C
C
C
G
C
C
C
C
H
w
O
ry
n
A
Iq
6
acndr O
w i
y—
p
-�t
a
N
0
z
o
o
08
v
x
v
T
x
,
C
-
�
H
y
O o
�
M.0
x
m
7
m
v C
Z
,fir
O
w
�
w
� m
^
�,
r
°
N
x
•°.
n
0
y
O
_
a
o
y
0
'n.
7
H
w
O
ry
n
A
6
acndr O
w i
m
N
0
H �
�
o o
08
v
v
C
-
�
z
o
�
n
m
v C
Z
,fir
O
�
n
0
y
O
6
acndr O
w i
N
0
H �
�
o o
v
v

?t D -n o cn 37
(D 'D (D 0 T cD iU.
p 3 ., m(q
Deo po CL O Z�
0 D y Q ° �0
CA (D D
ca C13 I— 3WOO� U��n
cn 12°c m
m 3
°' =.
(D CD
°
° r a
c7 �R= M 0 m
a Z a 77
O j' aT. 7 Q O
1 CD Z aC
o m n�
Er
o �' n
o� vW
o Lm
0
wNCn Q Or ° fD 0 N
3 B L w= , n Sa.m r
CO cn
n
° d m
(n �, a 4
O y 0
S
CL ❑� A
S m c m
n cp w 0 m= r
i g a �n 3
' SD
o
m�' ZAP -
A r
3
W
41.
'1 y
W
0
cn
0 i 0 0 0:0
(D <D 0) cDC Z
ss M m :17] c
CD
J \ CL CD 0 m CA m
cn
m CD
CD 1
<D fh -{ -n
cD
Nn c
Ra
CD
1 I CD
L`
0
W
C,
CD
C�
v_v
cm
� c
03
z
03
n O
Dm
m4z
X00
D :r
-mac 0
CD
0�03
om—
a 0
C.=
OzCl)
Dc
1
m m
1)
n 0
i 1
50
Z W
m
Q
w
n
>>>
°
-•
w
o
cp
ccDD
c
a
0
m
co
D
=i
c
(D
a°i
a
°
a
w
w
w
y
w
o
°
0
V
°
w
a
0
w
N
(D
c
C.
C�
A
3
A.
C
C
m.
fD
C"C.
3
N
(D
C
ID
A
0
C
A
V
pW..
A
Im
cn
N
C
A
W
G7
N
3
A
3
A
A
W
01
N
A
CT
CDcn
os
m
U1
cn
W
G CO
cn
V
?t D -n o cn 37
(D 'D (D 0 T cD iU.
p 3 ., m(q
Deo po CL O Z�
0 D y Q ° �0
CA (D D
ca C13 I— 3WOO� U��n
cn 12°c m
m 3
°' =.
(D CD
°
° r a
c7 �R= M 0 m
a Z a 77
O j' aT. 7 Q O
1 CD Z aC
o m n�
Er
o �' n
o� vW
o Lm
0
wNCn Q Or ° fD 0 N
3 B L w= , n Sa.m r
CO cn
n
° d m
(n �, a 4
O y 0
S
CL ❑� A
S m c m
n cp w 0 m= r
i g a �n 3
' SD
o
m�' ZAP -
A r
3
W
41.
'1 y
W
0
cn
0 i 0 0 0:0
(D <D 0) cDC Z
ss M m :17] c
CD
J \ CL CD 0 m CA m
cn
m CD
CD 1
<D fh -{ -n
cD
Nn c
Ra
CD
1 I CD
L`
0
W
C,
CD
C�
v_v
cm
� c
03
z
03
n O
Dm
m4z
X00
D :r
-mac 0
CD
0�03
om—
a 0
C.=
OzCl)
Dc
1
m m
1)
n 0
i 1
50
Z W

CD
-n
O
0
N
CA
O
CD
CL
D
w
Cl)
y
G
Q
3
CD
CD
C1
w
3
a
(D
Al
�i
Q
i
cu
0
Cr
0
0
0
>
Dcni—
7o s
5
M
07 a i`
:;
FT1 = o
O m
�
r
w
Di nD
O
n cr
w
CD
o
C
b1°
IA
-.�w (D
v,
0
z..
°
-°•
D
.G
3
CD
o
l<
CD
o-
c�D
0C)
CD
a
0 0
0
CD
a
D D
o
CD
7]
-I
-i
n
n
n
C1
m
w
o==
0
m
0
w
O
2
m
D
0
00
CD
0
0
O!
O
CL
O
.
O O
3
p
O
N
Q
Q
0==
N N
A
0
W
y
a
Q
n
0
0
c
0
=.
O
0
v
v
2)
o
CD
O
CD
R!
R
O
5D
`c
o
3
(c
ro
OC
co
2 0
x
CD
o o
C
w
a
(n
G
14
w
W
w
J
o
c
X
CD
a
a
�+
t3 O
2 2
Cl)
--f
-n-
�'
A
o
a
O
�A
"o
CD
Cl)
0
CD
W
CA) cn
N
d
Q
W
w
or
/r�_
V' m w 0
°
O CD
CT O
cn
CA
�3 3 8
0) 72. -
2
.CD
O
A
13cD
coo
m
T .3 d
w Cc
O
=
c
0
O
°
CA
O
d
m
m o
N
1�
o
�
1
3
3
co
n�
c
3
3
3
3
3 3
G
3
z3
N
o
0
3
3
3
RI
co
-=
\
-
ca co
= cQ
^
cQ
=c
-1
3
CD
=
\
-
C7
�C0
yrnrh
r
A
z
Z
0
O
07
C
a
C
w
n
Q
C
N
+
Z
w
CA
d
CD
V
N
Cp
^'
A
O
N
N
Cn
C=D
m
=
CD
CD
O
N
O
z
L)
CD
0
wwp
m
O
In
a1
Of
CD
a
w
0
0
V
0)Z
Cil
O
co
C
W
o
w
o
0
CD
w
o
o
m
N
41,C
3
3
3
3
3
3
G
S
3
3
_
2S
m
y
T
ncwami
DD
-
cD
(a
CD
o
w
y
cn
ami
=
m
w
0
O
ami
w
C
C
_•
<
QAi
_
c
A
__
GCD
?
O
N
La.
c
C
",
0,
c
B
3
C.
3
3
R.
CD
3�
CD
y
C
d
w
am
3
3
a
rn
3
conn
m
3
rn
m
CD
c"
m
rn
CD
T�
CA
O
N (r
cn
N
cn
V
V7
O CO
L
a
C
C
Cc
3
G
33
C
C
C
G
C
3
C
G
C
C
—
_
a'
_ f9
a
-a
m
cn
C)
O
O
M
S
S
o
w
CD
2
Z
3
mn
a
o
a
m
v
CD
v
2 CO
CD CD
C
o
7
0
mN
0
Com
��_
k
L7
C
>
>
A
CD
O
C1
m
O
^ •0
.
O
c
O
0
Cn.
n
O
m
d
0
cD
c
w
<
O
an
Cn
CA
CD
-0
2
m
Q
Cj
w
a
o
y
ca
mCD
(D
co
>
Dcni—
7o s
5
M
07 a i`
:;
FT1 = o
O m
�
r
w
Di nD
O
n cr
w
CD
o
C
b1°
-.�w (D
v,
0
z..
°
-°•
D
.G
3
CD
o
l<
CD
o-
c�D
CD
a
CD
a
CL
CD
2n0
-n
z
9-�
0
Ix . �
-n
m
O
D
O
CD
onm
a
K1r
`
fA
\j
O
�
a
cn
CCD
7 _•
f° v
�
m
CI)
a
a A
2)
o
m
0M
CD
�Q O
O
dJ
m
O
C
w
a
O
°
�w
p�
+V
O
"o
Cl)
�O
W
or
/r�_
V' m w 0
°
O CD
cn
�3 3 8
0) 72. -
2
.CD
=
13cD
coo
m
T .3 d
w Cc
O
=
0
°
O
d
m
m o
N
1�
o
�
1
3
ci
®
n
3y
c)
m-0
w e
N
m�-0
o
r
a
(�
�o
RI
_• N
0
%<
ID
Ca
Lot
t+
m
CD
C7
�C0
yrnrh
r
A
r.
cn
w
3
(D
m
m
Q6 Ln 3
1
me
O m
0
r
w
CD
O
m
CD b
w
CD
z
C
CD
0
c
C
.G
3
CD
o
l<
CD
o-
c�D
CD
a
CD
a
CL
-n
CD
9-�
`
\j
O
CCD
�
y
C7
CD
O
G
m
a
0
4a

""i CA CI)Z7�
?\p"O' C S�
n
SQ2�j w 0 0 0
O
>0
w..p N a =.
(aa0cD `°�:0
C 00
mmm 33
0
CL
cn zO
u
��. CL.
0CD
Q
o m -n
w
N
No
CD CL
CD
CO)
m
aoo
C
'�
o
tN
_
-4
3
Q
n
o
w
I`
f
•
m
3
CL
SNii
m
O
1
sAr
�C
a!
3335,333333 9 009
A
i
n
cc 0 cc cc cc cc to cc N cc
.00
?.
c
c
3
y
��%=Tn�nnmDQ�ZZ
_r
+D
i7
t�D
an CD m
'
+ �+'+ + p + + SO��,a
m
2)CD2) c�=r
p
�
w
caSD �. �
0 3 3 Q �. CA -1 0
33:7..
mw3
—M
CO
cv
C Cj)CA
—Z
v
1
1 7
J,
`
m
F
1
o
a
0
m
a
w,
33:43`3333333338
a
0`
Ka ca to alca'co ca to co to ca ca co co ca
Z
a
I I
0DN-13
�3=��
CD a Nr-Zcn
-t
�
w�wm N
Z
O co
O I
c p Z
CL
.O
N
Q1
CL
l l� 0.110 8
n
CD
1S i Vi Oi� iO 01
c3333
w

j y Pace Ar
AL ■ .■ ■
November 17, 1998
Mr. Harry James
James&James Environmental Mgmt
814 B Kanuga St.
Hendersonville, NC 28739
RE: Pace Project Number: 931990
Client Project ID: Kenmure Monitoring Wells
Dear Mr. James:
54 Ravena,
Asheville. N
Tel: [phone] i,
Fax: [phone]
Enclosed are the results of analyses for samples) received by the laboratory on November 3, 1998. If you have any
questions concerning this report, please feel free to contact me.
Sincerely,
Jennifer Jones
Project Manager
Enclosures
Laboratory Certification IDs
NC Wastewater 40
NC Drinking Water 37712
SC Environmental 99030
REPORT OF LABORATORY ANALYSIS
This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Sertices, Inc.
Laboratory Certification IDs
TN Drinking Water 02980
FL Environmental 96317

Pace Analyticu,
54 Raven,,
knalvticat Asheville, NGS
James&James Environmental Mgmt
814 8 Kanuga St.
Hendersonville, NC 28739
IGI. / Ulf -";J4-1 I T
Fax: [phone]
DATE: 11/17/98
PAGE: 1
Pace Project Number: 931990
Client Project ID: Kenmure Monitoring Wells
Attn: Mr. Harry James
Phone: [phone]
Solid results are reported on a wet weight basis
Pace Sample No: 9392259 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE W2 Date Received: 11/03/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
--------------------------------- ------------------- ------------------ ----- ---------- ----------
Field Services
Monitoring Well Data
Method:
Prep
Method:
Field pH
5.5
Std. Units
11/03/98
MPS
Field Temperature
13
deg C
11/03/98
MPS
Depth of Water
49.20 feet
0
11/03/98
MPS
Well Volume Purged
1.00
No units
0
11/03/98
MPS
Wet Chemistry
Total Dissolved Solids
Method: EPA 160.1
Prep
Method:
EPA
160.1
Total Dissolved Solids
36
mg/L
1
11/06/98
MAA
Chloride(Mercuric Nitrate)
Method: EPA 325.3
Prep
Method:
EPA
325.3
Chloride
1.5
mg/L
1
11/12/98
JGJ
Ammonia
Method: EPA 350.3
Prep
Method:
EPA
350.3
Nitrogen, Ammonia
ND
mg/L
0.1
11/06/98
KMH
7727-37-9
Nitrogen, Nitrate
Method: EPA 352.1
Prep
Method:
EPA
352.1
Nitrogen, Nitrate
ND
mg/L
0.1
11/05/98
TRW
Total Organic Carbon
Method: EPA 9060
Prep
Method:
EPA
9060
Total Organic Carbon
2.2
mg/L
0.5
11/12/98
KEK
7440-44-0
Fecal Coliform MPN Water
Method: SM 9223
Prep
Method:
Standard Methods
Fecal Coliform
<1.1
1
11/03/98
MLP
Total Coliform MPN Water
Method: SM 9223
Prep
Method:
Standard Methods
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS TN Drinking Water 02980
NC Drinking Water 37712 FL Environmental 96317
SC Environmental 99030 This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services. Inc.

Pace Analytif
��e� Analytical A Raven,
Asheville Nu,
Tel: [phone]-,
Fax: [phone]
DATE: 11/17/98
PAGE: 2
Pace Project Number: 931990
Client Project ID: Kenmure Monitoring Wells
Pace Sample No: 9392259 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE W2 Date Received: 11/03/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
---------------------------------------------------------------------- ----- ---------- ----------
Total Coliform <1.1 1 11/03/98 MLP
Laboratory Certification IDs
NC Wastewater 40 REPORT OF LABORATORY ANALYSIS
NC Drinking Water 37712
SC Environmental 99030 This report shall not be reproduced, except in full,
without the written consent of Pace Analytical Services, Inc.
Laboratory Certification IDs
TN Drinking Water 02980
FL Environmental 96317

Pace Analytica,
9800 Kincey Avenue;.,
Analytical Huntersville, Nu,
James & James Environmental Mgmt.
814 B Kanuga St.
Hendersonville, NC 28739
Attn: Mr. Harry James
Tel: [phone].
Fax:[phone]
DATE: 11/16/98
PAGE: 1
Pace Project Number: 922633
Client Project ID: J&J - 931990
Solid results are reported on a dry weight basis
Pace Sample No: 92186618 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE - W2 Date Received: 11/04/98
Parameters Results Units PRL Analyzed Analyst CAS# Footnotes
--------------------------------- ---------- ------------------- -------- --------------- ----------
GC -- Volatiles
Halogen. & Aromatic Vol. Orgs.
Method: SM 6230D
Prep
Method: EPA 8021
Dichlorodifluoromethane
NO
ug/L
0.5
11/13/98
CLL
75-71-8
Chloromethane
ND
ug/L
0.5
11/13/98
CLL
74-87-3
Vinyl Chloride
ND
ug/L
0.5
11/13/98
CLL
75-01-4
Bromomethane
NO
ug/L
0.5
11/13/98
CLL
74-83-9
Chloroethane
NO
ug/L
0.5
11/13/98
CLL
75-00-3
Trichlorofluoromethane
NO
ug/L
0.5
11/13/98
CLL
75-69-4
1,1-Dichloroethene
NO
ug/L
0.5
11/13/98
CLL
75-35-4
Methylene Chloride
NO
ug/L
0.5
11/13/98
CLL
75-09-2
trans-1,2-Dichloroethene
NO
ug/L
0.5
11/13/98
CLL
156-60-5
1,1-Dichloroethane
NO
ug/L
0.5
11/13/98
CLL
75-34-3
Bromochloromethane
NO
ug/L
0.5
11/13/98
CLL
74-97-5
Chloroform
ND
ug/L
0.5
11/13/98
CLL
67-66-3
2,2-DichLoropropane
ND
ug/L
0.5
11/13/98
CLL
594-20-7
1,2-Dichloroethane
NO
ug/L
0.5
11/13/98
CLL
107-06-2
1,1,1 -Trichloroethane
NO
ug/L
0.5
11/13/98
CLL
71-55-6
1,1-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
563-58-6
Carbon Tetrachloride
ND
ug/L
0.5
11/13/98
CLL
56-23-5
Dibromomethane
NO
ug/L
0.5
11/13/98
CLL
74-95-3
1,2-Dichloropropane
NO
ug/L
0.5
11/13/98
CLL
78-87-5
Trichloroethene
NO
ug/L
0.5
11/13/98
CLL
79-01-6
Bromodichloromethane
ND
ug/L
0.5
11/13/98
CLL
75-27-4
cis-1,3-Dichloropropene
ND
ug/L
0.5
11/13/98
CLL
10061-01-5
trans-1,3-Dichloropropene
NO
ug/L
0.5
11/13/98
CLL
10061-02-6
1,1,2 -Trichloroethane
NO
ug/L
0.5
11/13/98
CLL
79-00-5
1,3-Dichloropropane
NO
ug/L
0.5
11/13/98
CLL
142-28-9
Dibromochloromethane
NO
ug/L
0.5
11/13/98
CLL
124-48-1
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater NC Drinking Water 37706 REPORT OF LABORATORY ANALYSIS TN2 KY Drinking Water 90090
TN UST List
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

Pace Analytica,
9800 Kincey Avenue,
tza Analytocal Huntersville, NC
Tel: [phone],
Fax: [phone]
DATE: 11/16/98
PAGE: 2
Pace Project Number: 922633
Client Project ID: J&J - 931990
Pace Sample No: 92186618 Date Collected: 11/03/98 Matrix: Water
Client Sample ID: KENMURE - W2 Date Received: 11/04/98
Parameters
---------------------------------
Results
----------
Units
---------
PRL
Analyzed
Analyst CAS# Footnotes
1,2-Dibromoethane
NO
ug/L
----------
0.5
--------
11/13/98
-----
CLL
--------------------
106-93-4
Tetrachloroethene
ND
ug/L
0.5
11/13/98
CLL
127-18-4
1,1,1,2 -Tetrachloroethane
ND
ug/L
0.5
11/13/98
CLL
630-20-6
Chlorobenzene
NO
ug/L
0.5
11/13/98
CLL
108-90-7
Bromoform
NO
ug/L
0.5
11/13/98
CLL
75-25-2
1,1,2,2 -Tetrachloroethane
NO
ug/L
0.5
11/13/98
CLL
79-34-5
1,2,3-Trichtoropropane
ND
ug/L
0.5
11/13/98
CLL
96-18-4
Bromobenzene
NO
ug/L
0.5
11/13/98
CLL
108-86-1
2-Chlorotoluene
NO
ug/L
0.5
11/13/98
CLL
95-49-8
4-Chlorotoluene
NO
ug/L
0.5
11/13/98
CLL
106-43-4
1,3 -Dichlorobenzene
ND
ug/L
0.5
11/13/98
CLL
541-73-1
1,4 -Dichlorobenzene
NO
ug/L
0.5
11/13/98
CLL
106-46-7
1,2 -Dichlorobenzene
NO
ug/L
0.5
11/13/98
CLL
95-50-1
1,2-Dibromo-3-Chtoropropane
NO
ug/L
0.5
11/13/98
CLL
96-12-8
1,2,4-Trichlorobenzene
NO
ug/L
0.5
11/13/98
CLL
120-82-1
Hexachlorobutadiene
NO
ug/L
0.5
11/13/98
CLL
87-68-3
1,2,3-Trichlorobenzene
NO
ug/L
0.5
11/13/98
CLL
87-61-6
Methyl-tert-butyl Ether
ND
ug/L
0.5
11/13/98
CLL
1634-04-4
Isopropyl Ether
ND
ug/L
0.5
11/13/98
CLL
108-20-3
Benzene
NO
ug/L
0.5
11/13/98
CLL
71-43-2
Toluene
NO
ug/L
0.5
11/13/98
CLL
108-88-3
Ethylbenzene
ND
ug/L
0.5
11/13/98
CLL
100-41-4
m&p-Xylene
NO
ug/L
0.5
11/13/98
CLL
7816-60-0
Styrene
NO
ug/L
0.5
11/13/98
CLL
100-42-5
o -Xylene (1,2-Dimethytbenzene)
ND
ug/L
0.5
11/13/98
CLL
95-47-6
Isopropylbenzene (Cumene)
NO
ug/L
0.5
11/13/98
CLL
98-82-8
n-Propylbenzene
NO
ug/L
0.5
11/13/98
CLL
103-65-1
1,3,5-Trimethylbenzene
NO
ug/L
0.5
11/13/98
CLL
108-67-8
tert-Butylbenzene
NO
ug/L
0.5
11/13/98
CLL
98-06-6
1,2,4-Trimethylbenzene
ND
ug/L
0.5
11/13/98
CLL
95-63-6
sec-Butylbenzene
NO
ug/L
0.5
11/13/98
CLL
135-98-8
p-Isopropyltoluene
NO
ug/L
0.5
11/13/98
CLL
99-87-6
n-Butylbenzene
NO
ug/L
0.5
11/13/98
CLL
104-51-8
Naphthalene
NO
ug/L
0.5
11/13/98
CLL
91-20-3
1-Chloro-3-fluorobenzene (S)
92
%
11/13/98
CLL
625-98-9
Laboratory Certification IDs Laboratory Certification IDs
NC Wastewater 12 KY Drinking Water 90090
NC Drinking Water 37706 REPORT OF LABORATORY ANALYSIS TN UST List
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

r
y
ro
ca
x
x
�J
x
r^m�0
rrj
HHH
yy
kk�
0
O
i
x
a
N OAf
�3
z
r
y
ro
ca
x
x
d
x
r^m�0
b
m
Q00
Im
3
0
O
i
x
a
F+
'O
O
;•J
z
Q
,•i
Z
z
W
on
07
y0
4
n
n
n
n
m
a
o
3
a
o c
g
vi
O
d
G>
D
A
c
n
o
o•
O
O
O
r
z
z-
7
o
Z
to
m
n
y
y
H
A
O
o_
c
o
x^
T
o
o
C
n
rt
c
OR
O
v
U
m
O%
ro
T
�i
°
O
S
S
R
8•
�
�•
..�
.O
U
O
O
g
N
O
Oe
A
�•
6
U
O
W
W
3
0
3
0
�3a
X30
c
X30
�3a
r�3
@3
3
W
O
3
°
o
L
T
p�
3
t�3
X30
N
N
n
�
m
�
r
y
ro
ca
x
x
d
x
r^m�0
b
m
Q00
Im
3
0
O
i
bi
N A N W
a
F+
'O
O
;•J
z
Q
,•i
Z
z
W
on
07
y0
4
Iz
O
O
g
vi
O
d
G>
D
A
C a
S
rt
r
z
z-
7
a
o�
Z
m
n
y
y
H
A
O
c
o
►tea
v�
T
•G
n
C
n
rt
U
OR
O
v
U
m
ro
T
�i
a\
N
O
A
R
r
�•
O
�
�
�
=
J
O
g
O
n
b
N
3
0
3
0
�3a
X30
c
X30
�3a
r�3
@3
3
3
3
°
°
t3�
3
t�3
X30
A
N
r
y
ro
ca
bona
3D0�
'0,
cL
d
ro
r^m�0
b
m
Q00
Im
3
0
O
i
bi
N A N W
a
F+
I_
N�
Iz
O
g
vi
y
n
m
C a
S
rt
r
°
7
a
o�
Z
m
C7
Elm
o
0
c
n
►tea
v�
n
C
n
�
OR
�
y
r
O
J
g
n
r
y
ro
ca
bona
3D0�
'0,
cL
d
ro
r^m�0
b
m
Q00
Im
3
0
O
i
bi
N A N W
a
F+
Iz
O
g
vi
y
n
m
C a
S
rt
r
°
7
a
o�
Z
m
C7
Elm
o
0
c
n
►tea
v�
n
C
n
�
OR
�
y
r
g
n
n
�
m
�
r
y
ro
ca
bona
3D0�
'0,
cL
d
ro
r^m�0
b
m
Q00
Im
3
0
O
i
bi
N A N W
a
F+
Iz
O
g
vi
r
°
7
a
o�
Z
m
C7
Elm
c
n
►tea
v�
n
C
n
�
o'
m
O
rn d o 0 n
a fA
S �
O.
O
w.
.i
d
n
D
n
O
m
Q00
c a A
3
0
O
i
bi
N A N W
F+
O
g
vi
F-1
°
a
o�
m
Elm
c
n
to
n
_
�
�
y
r
g
.i
d
�•aa z
m
Q00
c a A
0
N D
bi
N A N W
F+

yam, r -m o
x
0
3
•o
o
oao
C�
0
m(7DD
co
0
� o pyo � CL
w o
Dv tr ? o
a
f7
�'
3
a
o
0 o
Q
0 o
-- m
Q
w
d
OA
v _ 0 0
ga
a
:.
3 a
M
o>
(D
CD
Caj
a�
o U\m
y
w
a
c
CL
w
w
�
�
T1
(n
G
o
` T
m
i
o
O
O
o
0 CD
c'
VxxTv
D
O
co=
o
O
X
(D
a
.0
.o
o
N
o
IDm
cc 0
D 0 0 �n0 CD m a� r (A
.,
CD
x
Q
a
cn
x
=
w
3
o
C7
i
O
CD
o
a
0
a o�
w
A
n
�
w c cp
m
O
3
w
cn
c c
rn
cn
GJ
CT
m
0
c 3
3
n
c
c
a �{.
N
c
A
A
p
t0
a
0,
w
c
a 1
w
cn
o
y
N
a m
rn
a
cn
c0
N
�0
�d
0
N
N
C
,
n
cn
rn
a
°
a
cn o
3]
m
ro
"
cn
00
0)
cn cn
cn
w
N
0)
cn
Cn
y
O.
N d
0—
CD
cn
C.n
Q
~
�'
C
`m"
a
3cacocc
CD
w
p C�(co
MIS
1
.�
LAC C
0 3
yam, r -m o
x
0
CCD
c
1
p
o o
C�
0
C�
0
co
0
� o pyo � CL
w o
Dv tr ? o
a
f7
�'
Qnc:-
a
_
vov>
3 Ni
w co
0 o
-- m
n
U)
OA
v _ 0 0
ga
B°g=_wON
w
O
CD
m CD
(D
CD
Caj
K =
o U\m
--n -n
w
a
c
N T - �►
-� ICT�
w
CD o
O
O
T1
(n
G
o
` T
m
i
o
CD
M
n
0
0 CD
c'
VxxTv
D
y
Z -a 42� m )'
m z��
CD
s� wo
0 0
D w
= w
o
N
o
IDm
cc 0
D 0 0 �n0 CD m a� r (A
.,
w
Q
a
a
N
o
3
w
3
o
C7
i
O
CD
o
o
a o�
°
n
�
w c cp
a
CA
N
O
0
T
3
Lfj
❑❑ n
m
. c Nv
70
�3
n(ni
0 0 m
f7
m
D
a
a - z
do
�
3 Ni
w co
0 o
-- m
_
U)
OA
v _ 0 0
rm�'°,0
w
O
CD
(°
(D
CD
j0
K =
o U\m
N
'
m
CD
oo �m
w
w
CD o
N
O
m
m
-'
o
a
i
o
o
n
0
w o o
VxxTv
D
y
cn
m z��
s� wo
0 0
D w
w
o
N
o
IDm
cc 0
m
.,
w
Q
a
a
N
o
3
w
3
o
m�-
i
O
CD
CL
o
<
w
°
n
�
c
3
m
O
3
w
c
C7
c c
N
O
0
T
3
Z
❑❑ n
w
�3
n(ni
0 0 m
f7
O CO
.. O
D
r •fl
o
�
3 Ni
w co
0 o
-- m
_
?_°:
CDMCD
N
w
'
rm�'°,0
w
O
CD
(°
(D
c
K =
o U\m
N
'
m
C)
w
CD o
N
O
m
m
-'
o
a
i
o
o
n
0
S
n oo
D
y
cn
m z��
m
c
cn
!z —. o
o
o
IDm
cc 0
m
.,
w
w
w m
a
o
'(OD
o
3
w
3
o
m�-
O
CD
--
N
<
w
°
N
O
0
T
Z
Z
K
x
'm
C7
C7
f7
C7 07
D
D
D
S p �
m w m
n
_
�3
'
N
w
'
Q'
'
w
O
CD
(°
(D
c
O.
w w
N
'
m
C)
w
__
--I
-<m 0
w
O
m
m
-'
o
i
i
o
o
n
0
n
n oo
D
D
E-
cn
m
c
0
CD
CD
°-
m
a
c
w
w
w m
a
o
'(OD
o
3
w
3
o
m�-
O
CD
(3�
N
<
w
°
w
M
c
3
a
rn
O
3
w
c
m
N
c c
rn
cn
N
3
c 3
3
n
c
c
a �{.
o
c
(�
N 3
O p
v
t0
a
0,
w
c
a 1
w
rn
3
3
a m
rn
a
cn
c0
N
�0
�d
N
N
C
,
n
cn
rn
a
°
a
cn o
3]
m
ro
"
cn
00
0)
cn cn
cn
w
N
0)
cn
Cn
y
O.
N d
0—
cn
C.n
~
�'
C
`m"
a
CD
MIS
1
.�
LAC C
0 3
m
'wo
Ti O
'm
o 000CD oor
>m
`
Z00
S p �
m w m
D
O
y m a z
n O C
m S z
p O
CD
00
03Qo-�
i
x < CD
> S
Ca
C)
w
__
--I
-<m 0
v
O
N
(D
(D
w
o
w
O
(�
CD
w
m
CD
°_
0
m
E3
CD
Z
-i
Za=
X
0
ccDD
<D
O
CD
CD
N
<
w
O 00
d CD
O
d
CD X, N 3
x�
N
n
0
=.
CD
c
t0
m
e
<
O
c0
N
2.
N
N
N
C
,
n
3]
O
D
CD
cn
O.
Q
°
n
N
C
CD
m
Cn
Ti O
o 000CD oor
>m
`
S p �
m w m
D
O
y m a z
n O C
m S z
p O
CD
i
x < CD
> S
n
c- a n
__
--I
-<m 0
(�
CD
w
m
CD
°_
0
m
E3
CD
Z
-i
Za=
o
vzd
�
<
w
O 00
CD X, N 3
x�

U
0
0
r _n >
D ZD° m o m.
7 C) D � -I -1 C) 0 n C) mO D � ``� 0 � CD O :1
ro �'�:w c am a`�_n -D-iN CD Z o U1
A o o cnm ��w w�W ��y = O Uk�,,`
Ln_ _ Cl)-nLn o -C C/) 3 2 C) m0 -n
�A o D M 0 WHO
i w cn a w w Z -a Cf) C.CD �' �1
CCD L e°i
cn oo 0 so c O �_ N
r m a a p
CA OA O 0 m o Z
° � - =1
cn Co 2. o o 0 w w Z
Isom �m
O
w o� a�
z O cncncnvCD O
w a CD m o m m o cn °
14 CD 0 0
Ln cal 0 m
_Ca D
�o a,G o aNpO CD O Cl) omw w w o jC" co o °
3 cl)w�
m
Q G n v a -. CDD El CD m
�' �' 3
N Q� to 0 ozr m
C=' 0 v, m a p
a Q 3
o a'
3 3 3 3 3 3 3 3 3 �� awoc 3 c
_ N 3 SZ 0n° � c m
Ch 70
-CD `D a —p
rmo
w ? cFc.D
e namaDa o n C) C) o co D Vi m TO a
U
m
a
C/)
al
G)o
o
<CD
p
0 m
p
r-
2D.q
CD
CD
w
CD
CD
F_
Z
C: c c
X
o
W
\
a
c
CCD
O
n
m
Q.
2
0- `�
d
a'
a
y
rh
m
a7
CD
-
CD
m
7
cnCD
IU
? O O
;
o
to
(D
�•
n
(a
CD oa
CD
CD
D
-n
0
Z
_
0
C7
T
or
�
CD
<
O
co
o CD
w
m
C)
U
vv
cn m
o�
z3
03
m
no
m
M
InSz
0 0
c 3 --
a m 0'
r�
n
0m
m
m?o
Z Cl
0Zm
D�
m_
Cl) CD
M
°
a
0 CD
Z y
m
a
C/)
d
m -I
p
p
0 m
p
r-
2D.q
CD
CD
w
CD
CD
Z
C: c c
Q
\
a
c
'o
o
l<
n
m
2
0- `�
CD
Q
a
C
-
CD
? O O
;
o
-0 w
n
(a
CD oa
CD
- �,
-n
0
Z
_
0
(D 0
-p
CD
<
O
co
o CD
w
m
C)
d v
n77
CD CDC
CL
v1
•O
n; CDCD
CD
CD
Ort
U
a
Q
}
m
vv
cn m
o�
z3
03
m
no
m
M
InSz
0 0
c 3 --
a m 0'
r�
n
0m
m
m?o
Z Cl
0Zm
D�
m_
Cl) CD
M
°
a
0 CD
Z y

i
ICD
cm
c CD O m
3Q
o O C
Z x a v,
(DD O N
> > C) O
CL co 0 c
— 0 CD
0
O N
72 O ^'
CD �a
sn N
0
cnCO)
O CD C
(D
CL w =
OL 0 O
7
N � Q
W 0
Q
fD
- —I U) C/)
� .) D CS
m
C7
zomc0�,@ate-0:1
n.
° 00
OD��o�cnD�•
mow��' 0wCDo
ca< a� °(0 *(D
L
az
CL
°'
c
m
CDCD 33
C)
-Vo
3 m `E
0
r Q " a
r
Q
Sv
00
0 =
-i T!
f
LI). -03'
m
CD
p�
— �
�
m � C7
� ;SDI
O ZCD O o U m m
�: m
Q C —
�o
rr,
0
m cD m
O
,
cn
m Dlob — PD
CD
o
v (flcn c CD
m
z
m m
D
-0
o
c
m 6 -
C
m U) m
m =
0
c
CL h .
® a o O
w
d
T1 W a --j
I7I u 1
e
VJ
0
Q
�3
3 3 =3
3 3 3 3 3
D
c0 c0 0 co co
c0 c0 c0 co co
r,: co 3 3 c0
® 0n
CD 1
C
-I
m
i
ICD
cm
c CD O m
3Q
o O C
Z x a v,
(DD O N
> > C) O
CL co 0 c
— 0 CD
0
O N
72 O ^'
CD �a
sn N
0
cnCO)
O CD C
(D
CL w =
OL 0 O
7
N � Q
W 0
Q
fD
- —I U) C/)
� .) D CS
—I m p z C) C)
C7
zomc0�,@ate-0:1
n.
° 00
OD��o�cnD�•
mow��' 0wCDo
ca< a� °(0 *(D
�0yoo
az
CL
°'
z30
(n CD om
CDCD 33
C)
-Vo
3 m `E
r Q " a
r
Q
Sv
00
0 =
-i T!
f
LI). -03'
m
0
p�
— �
1 Q Sr 0 CD
..
m � C7
CSD a 1 0
O ZCD O o U m m
�: m
Q C —
�o
rr,
0
m cD m
O
,
CD
m Dlob — PD
CD
s
v (flcn c CD
z
m m
o
m 6 -
C
m U) m
m =
C
c
CL h .
® a o O
w
d
T1 W a --j
I7I u 1
e
y.
0
�3
3 3 =3
3 3 3 3 3
3 5 3 003
c0 c0 0 co co
c0 c0 c0 co co
r,: co 3 3 c0
® 0n
ZK-E:T=moo 00mD-uZZ
CQ I (D CD C=7 0_ N W — S i -F r•f
i o '-u I' l 0 i i t' C) 2) -1-
C/)
-m-1-
�K�o K; C)3 0C-)00 ^"cD
La:�CQ m m 0-o a Q- =•_3 02Z Z
3Nm0'� 3309. 00cz0
m..�- 3ccnc,ro
CD 3 o 3 3 3
cn cn
ZD3 c
0z
—z
w
cn
W .
N
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
c0 co co c0 co c0 co c0 co co c0 co c0 co co
O
zT
CO CD
w -m
o m
0 �
�• n
�3
0
c
Q
co
w
CL
-0N-0Z
�cDO0--
CD o =
�Q O0
o (D n Q CDD
3 2
0
c CD
0 cr
Q n.
CD
CD (D
CD
M o m Q o 0 a
n.
�w w>mc �Q�
mow��' 0wCDo
ca< a� °(0 *(D
az
CL
°'
n -0 w
0w 2.6 0
0
CcD 3
(n CD
-Vo
3 m `E
r Q " a
r
CA ra
� Ami
f
LI). -03'
m
0 `-o
m � C7
O ZCD O o U m m
�: m
�o
rr,
0
m cD m
0 o 3 m
,
m Dlob — PD
CD
s
v (flcn c CD
z
m m
o
m 6 -
n
m U) m
m =
C
® a o O
w
Z m Cr-: m -n -0
D w
T1 W a --j
I7I u 1
N �
Q CD cQ L4, 1A
0
�3
® 0n
O
Q-
0
D
a
0
CD
su
7
0
CD
C/) nri
0
(D
Q
_0C/)
-o
�y
c0 c
r- w
u 0
CD
r-
0 r0
CD
c
m
0
70 < m
pm
c0
m o -o o C
V om00o
O(DU m
D ,s..
O m m
0 p
m c
�L v
0
z�
m IV
z PQ
0
E
O
z
q
CD X
m
w
SD
m'
CL

James & James Environmental Mgt.
P. 0. Box 1354
Mountain Home, NC 28758
Attn: Mr. Harry James
Client Reference: J&J Kenmore
PACE Sample Number:
Date Collected:
Date Received:
Client Sample ID:
Parameter
ORGANIC ANALYSIS
Q ` L�
JAN11 - 8 1998
Groundwater Section
Asheville Regional Oftice
Units PRL
/ ^ 9800
Hu
Tel: ib-.
Fax: 704-8,
December 02, 1997
PACE Project Number: A71`i
93 0487700
11/17/97
11/19/97
Kenmore
MW
W2 METHOD DATE ANALYZED
VOLATILE ORGANICS
6230D
Dichlorodifluoromethane
ug/L
0.5
ND
11/25/97
Chloromethane
ug/L
0.5
ND
11/25/97
Chloroethene (Vinyl chloride)
ug/L
0.5
ND
11/25/97
Bromomethane
ug/L
0.5
ND
11/25/97
Chloroethane
ug/L
0.5
ND
11/25/97
Trichlorofluoromethane
ug/L
0.5
ND
11/25/97
1,1-Dichloroethene
ug/L
0.5
ND
11/25/97
Dichloromethane
ug/L
0.5
ND
11/25/97
trans-1,2-Dichloroethene
ug/L
0.5
ND
11./25/97
1,1-Dichloroethane
ug/L
0.5
ND
x'1/25/97
cis-1,2-Dichloroethene
ug/L
0.5
ND
11/25/97
2,2-Dichloropropane
ug/L
0.5
ND
11/25/97
Chlororm
ug/L
0.5
ND
11/25/97
B,romocW, romethane
ug/L
0.5
ND
11/25/97
1,1;::1-T�"ichloroethane
ug/L
0.5
ND
11/25/97
1,-Dicoro-l-propene
ug/L
0.5
ND
11/25/97
Carbon tetrachloride
ug/L
0.5
ND
11/25/97
1x2-Dichgoroethane
ug/L
0.5
ND
11/25/97
1,,;`2 Tr hloroethene
ug/L
0.5
ND
11/25/97
1,2-D-chropropane
ug/L
0.5
ND
11/25/97
Bromodichloromethane
ug/L
0.5
ND
11/25/97
Dibromomethane
ug/L
0.5
ND
11/25/97
cis-1,3-Dichloro-l-propene
ug/L
0.5
ND
11/25/97
trans-1,3-Dichloro-l-propene
ug/L
0.5
ND
11/25/97
1,1,2 -Trichloroethane
ug/L
0.5
ND
11/25/97
1,3-Dichloropropane
ug/L
0.5
ND
11/25/97
Tetrachloroethene
ug/L
0.5
ND
11/25/97
Dibromochloromethane
ug/L
0.5
ND
11/25/97
Laboratory Certification IDs Laboratory Qertification IDs
NC Wastewater 12 REPORT OF LABORATORY ANALYSIS KY Drinking Water 90090
NC Drinking Water 37706 TN UST List
Sc 99006 This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services, Inc.

Mr. Harry James
Page 2
Client Reference: J&J Ke
PACE Sample Number:
Date Collected:
Date Received:
Client Sample ID:
Parameter
ORGANIC ANALYSIS
00000�-
1[5
JAN - 8 1998
Pact.
9800 Kine.,
Hunte.
Tel: Ao
Fax: 704-b,.
December 02, 1997
PACE Project Number: A71
93 0487700
11/17/97
11/19/97
Kenmore
MW
PRL W2
METHOD DATE ANALYZED
VOLATILE ORGANICS
1,2-Dibromoethane
ug/L
0.5
ND
6230D
11/25/97
1,1,1,2 -Tetrachloroethane
ug/L
0.5
ND
11/25/97
Bromoform
ug/L
0.5
ND
11/25/97
1,1,2,2 -Tetrachloroethane
ug/L
0.5
ND
11/25/97
1,2,3-Trichloropropane
ug/L
0.5
ND
11/25/97
Bromobenzene
ug/L
0.5
ND
11/25/97
2-Chlorotoluene
ug/L
0.5
ND
11/25/97
4-Chlorotoluene
ug/L
0.5
ND
11/25/97
1,3 -Dichlorobenzene
ug/L
0.5
ND
11/25/97
1,4 -Dichlorobenzene
ug/L
0.5
ND
11/25/97
1,2 -Dichlorobenzene
ug/L
0.5
ND
11/25/97
1,2-Dibromo-3-chloropropane
ug/L
0.5
ND
11/25/97
1,2,4-Trichlorobenzene
ug/L
0.5
ND
11/25/97
Hexachlorobutadiene
ug/L
0.5
ND
11/25/97
1,2,3-Trichlorobenzene
ug/L
0.5
ND
11/25/97
Ben4ene ,.n
ug/L
0.5
ND
11/25/97
Toluene
ug/L
0.5
ND
11/25/97
C qo ob(izene
ug/L
0.5
ND
11/25/97
Ethylben ene
ug/L
0.5
ND
11/25/97
Xylenes,'total)
ug/L
ug/L
0.5
0.5
ND
ND
11/25/97
11/25/97
Styrene
IsoRropylnzene
ug/L
0.5
ND
11/25/97
n-Prbpylbgflzene
ug/L
ug/L
0.5
0.5
ND
ND
11/25/97
11/25/97
1,3,5=Trimethylbenzene
t-Butylbenzene
ug/L
ug/L
0.5
0.5
ND
ND
11/25/97
11/25/97
1,2,4-Trimethylbenzene
s-Butylbenzene
ug/L
0.5
ND
11/25/97
4-Isopropyltoluene
ug/L
0.5
ND
ND
11/25/97
11/25/97
n-Butylbenzene
Naphthalene
ug/L
ug/L
0.5
0.5
ND
11/25/97
t aboratoly Certification IDs
NC Wastewater 12 REPORT
OF LABORATORY ANALYSIS
Laboratory Certification IDs
Drinking Water 90090
TN UST List
TN
NC Drinking Water 37706
Sc 99006
This report shall not be reproduced, except in full,
VA Drinking Water 213
without the written consent of Pace Analytical
Services,
Inc.

_ n.
77
7r— =
I\
i
>
>s
S
_
I
Fl.
G
n
Z
_
J
C
C
G
=
J
C
_
J
I
•^
�
O
C
C
J
_ n.
77
7r— =
I\
i
>
>s
S
_
I
Fl.
G
n
Z
_
J
C
C
G
=
J
C
_
J
•^
�
O
C
C
J
C
N
IJ
_ n.
77
7r— =
I\
i
>
>s
S
_
I
Fl.
G
—
•^
�
C
C
J
_ n.
77
7r— =
I\
i
S
_
I
Fl.
G
—
_ n.
77
7r— =
I\

V
i �
-c5
0
3
3
m
t o = = w 3
o o v w
C
d n 3. aC 0 a = o
V C c (D a
CO
w
O = O x (D
(D ro A
X A
A c
N �
(� D D
w � ,c-
6 w w
o
_
Asa
Ln__
w A
w Cfl
2
�
M)
O r
TI D -1
�
o
m
m
(D >v CD O
3 3 _
z
c
(D
o0-mT
cru
5
0 o
;p = ° =
cQ
IN
0
0
WaZ
m o a
�owm+3
51)
0
°
0
O
_00
O
y 3
CD
`
n �do-I
c
C
Q
`D. o
C
j' �d
N CD
vi
ai
r-
c
Vc
p
=
3
3
0
cp
°�
m
'TI
c
Cn
T
T
w
w
A
'0
a
O
-n(DO
-
m
C7 (D
wCL —
n
0
a
�
o
In
CD
G+� fy
Co
CO
(D
(a
CL
a
A
Z
06o
0CL
O
o
�
o I3 I 101- III-II I I(I3Iz�� `- == I° I
0
n
�
M)
O r
TI D -1
�
0
m
m
(D >v CD O
3 3 _
z
c
(D
o0-mT
�
700pmo
;p = ° =
cQ
IN
a�>2ooO
o 0
In
WaZ
m o a
�owm+3
51)
0
°
a-
y 3
n
`
n �do-I
c
D
a R,
`D. o
C
j' �d
N CD
vi
ai
r-
c
Vc
p
=
Z7
o
U,rom
m
'TI
Cn
3 2
/ n
0
m
a
C-
-
m
C7 (D
�
a
�
o
In
O
G+� fy
C
p
(D
(a
CL
a
z
X00
Z
06o
0CL
o
°o
�w
0
n
�
M)
O r
3
0
m
m
(D >v CD O
3 3 _
z
c
(D
o0-mT
( 3
;p = ° =
cQ
IN
n
o 0
In
0
_
m o a
�owm+3
°
°
y 3
n
`
n �do-I
c
0
a R,
`D. o
C
j' �d
N CD
J.'s,Z�a
CD
w
3
m
m
m
wl
I
U
U�
v
m
ci
a
CD
c
c
CL
m
cn
CL
SR
w
c
O
5
SR
❑❑ a
00
m
m
❑>
ca
mmIM
0
O
0
M)
O r
m
a
z
c
(D
o0-mT
( 3
Q
IN
inil,/
a F
I
0
F
m
0
co
c
>v
_
Q
0
If
ov
�d
Z3
CD
0Ti 0
a�
M z
c 0
D c
r�
?o
Zai
p Z N
Dc
m_
�m
fA y
M o
A
A
Z 0

ZE
t �3 r m LTif
M77.
in
(� " B
tilt
O
D (D
o s
m
cmc' - �-�;"1
��
ll11
4t
O0
> J
p CD
o
0
D.�- c°io
D y 6
3
0
>v, m
I
I
(D 0 `<
CD W
°
o
�N
Z
�
o
h
o
o
o
p
o
D
D-
C C
ID
31
D
M
-i
�p
o
o
<
c
w
o
=•
2:
w
o
w
x•
x
x
��
m
e
11)Qa
O
O
O
=
O
O
Q
w
a
ww
owa
(D
aBw
Nc
o:
0
—_
o
0
F-)
02
0o
(D
O
CCD
�,
=
a
r
N
m
CD
Q.
O
D
CD
o
o
_
-4
O
j
O
W
=
O
X
CD
p
'p
U
C
'A
C
A
0
-i
O
CD
CD
(D N m °
7
�1
3 3 w w
M -v -
--1
N
O
7
X
A
n
OD
P
CD
yob
0,
Lo
a av
w
is
in
CL
Z
w
w
(Q
?b
co T
0) �
W
N
O
o
n
A
CD
Q
U1
o
3
R��
r
mLL
w
1.
1
3
,u
Z
z
O
W
c
W
T
w
w
o
P
o
O
=
>
1
m
rn
w+
w
a
a
m
w
m
EN
>
m
_
m
a
In
Al
Z
Z
A
A
(�
W
((AA
(A
to
O
(A
o
CJ1
CI70
N
w
o
o
N
i
CF)
w
(D
rn
0
ooi
o
:3
N
V
w
m
Z
m0
C071
W
O
00
rn
a
o
0
to
N
J
c
0
3
3
3
3
3
3
3
�
c
3
3
3
LO
3
N
—
NW
Q
z
w
K
X
m
e
naw
w
D
'
K
co
(D
D
T
T
'
1
N
1
W
I
m
Z
o
,
K
M
-D
O
1.
K
o
1
0
'
0
1
0
0
W
D
c
1
W
n
N
'C
a
7
N
N
�
o
o
�-
n
w'
N
3.
m
cn
CD
rn
w(D
(n
c'
c
w
m
c
3
o
c
A
Ol
3
A
CD
C'
3
'�
W
A
3
3
3
w
~
,N„
w
m
3
rn
m
rn
m
0)w
A
c"
v,
QAj
�
rn
w
a)
W
w
p
N
C,
(JI
N
OD
�.
rnUl
Ul
o
cn
v
w
c
c
c
_
3
c
3
3
(o
c
co
c
(o
c
c
c
3
c
c
c
c
'Dm
ZOO
a
x=w
-u
z3
0Q
mC•o
w
w
=WL7CD
0o
m
o
o
L7
-0m
o
sy0
C
w
.
Cx
CD
0'
O
c
o
(D
D)
(OD
w
c
o
:a3
CO
wo
((DD
-uCD
0.
(D
D
v,
a
m
7
o
CL
w
Q
N
(o
t �3 r m LTif
M77.
in
(� " B
tilt
D (D
o s
m
cmc' - �-�;"1
��
ll11
4t
O0
> J
p CD
o
0
D.�- c°io
D y 6
3
0
>v, m
z..
CO
(D 0 `<
CD W
°
o
"
Z
�
�` (7
X20
0
-n
z
CD
N
�
m
o ?
C C
ID
31
D
o _°
O o
w
m
(D
<
c
°
0
Cf)m°
°
0
��
C
11)Qa
O
°
(D
O
w
�,
;moo
C
o
cnn
0
-i
(D N m °
�1
3 3 w w
M -v -
cDEl
7
-.
n
0 0
yob
0,
Lo
a av
o
(Q
?b
co T
0) �
O
o
n
5• c)
U1
o
3
R��
r
mLL
t �3 r m LTif
M77.
in
(� " B
tilt
oC
m
��
ll11
4t
0 0
Vm
Z 3'
Do
Q$
m w
a Di m
0 m
(D 0 `<
CD W
c
a ..
Z
�
U
CD
N
�
C C
ID
m
w
CD
m
c
°
w
0
O
CD x
0 m 0
n
M Q :0
ID
0
CD
m
a
v
o v
3
c
0 N
0
c
(ti
j G
Q
(D
w
v
z
c
3
m
v
v
m
v
r
U3
v_v
C �
03
ZO
03
O_
am
m<.Z
moo
D�
r�
o
M?O
Z c.
Z m
� c
m
Cl) N
M
o
O (oo
ZN

I
C.n
—L LJD`J�70 Z
CJ`)tJ
_0
;s0 -a (Dw�Q2�0
Za
000
2)=;^gyp p (1)_v_M"
* 0 c
do
X30
(h CCD
CCDDCCDD'D
33
n 3
Z C)
cn
CD
sZ M
D
3
0_ Op
r
v
m
�'
3
<
m
—
z
��
(t)m
0 0
z
0
O 3
TTI
U
C:
'�,� -n„
0
C2
O CTD
3CD
-'
D)
m
m
m�
Q
vO
0
NCL
'0
m�
C
O
Quo
n Q 6 CSD -
CD
CD O
< � �
.
0
CD
3
9L
S
C
CL
a
p
N
33=3333333c:33
003
Co Cc 0 Cc Cc n Cc Cv Cn cv r"i: Cv
3 3 0
ZKK7.,= 1noC om>mZZ
p(Q i Cp CD C CZw w —zr.=+;=;:
CD
WKK5 Ko 03 C QM --O m
acv CD �� 3 �0"3 O ZZ
cCvvLn.� 33c"3�_2p0
3 W CD sr C uw K)
CDc•3`� o33 3c�n
cD 3 si (n Z
-z
cn
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
�cv�cv�cvcQ�cvcQcvcvcvcvcQ
C-)
O t
=3 S
O CD
D
O
O CD
=3Q.
C:
7
O
3
O
s=
Q
w
Q
Q
Z5 -ON-UZ
-O . CD 0- .
CD =
� - m Z
o CD O CL CD
-0 _
CO CD
�
7 a -
QED 0.
(�D
I
O
m n w CD CD Ca
0 o 3 U 3 m cr
-� -a
m Q " Q- 0
7
0i cQ � � � � -6C- C - O
w w
D
w
_
Q W CD W CD CD CD CD CD
w�== =OOQ p�ro3w
n
m e Cf) � a
D�z_
M ��
3�o
Qo
m z m -0w .. F o
n 3
CD
Ow p) w O. Cp w
CD
O ^_� O
Cn
,.
CD
CD r
=CD
�
ma
D
r
v
m
�'
3
<
m
—
z
��
(t)m
D
z
0
3
U
®
'�,� -n„
0
3CD
m
m
m�
Q
vO
CD
m�
C
O
n Q 6 CSD -
CD
CD O
< � �
.
O
m n w CD CD Ca
0 o 3 U 3 m cr
-� -a
m Q " Q- 0
7
0i cQ � � � � -6C- C - O
®
w w
0
w
_
-a
Z
m e Cf) � a
n
CD
CD
(D o
= PL)
W
N
Fn
r
r
w
r
v
CD
Q 3
`<
(t)m
z
��
m
U
®
'�,� -n„
0
3CD
®
O 0
CD
,G
-a
Z
m e Cf) � a
m
v
= PL)
W
N
Fn
Z,n CO o o
r
v
CD
Q 3
`<
0
��
®
'�,� -n„
vO
Am
e0
�T
M0—D
v�o
" Um
O Cn
02
O
o w a m
m
]7
D D f�
O T
N o m
O Q
O
6 �
C O
7
0
�n
I
0 �
S
C 6
DD O co
fp C
2
rw
v m
0
m
(A
CD
r
w
0
0
7
z
0
O
z
q
cf, 0
CD X
w
w
m'
CL

Mr. Harry James
Page 5
4L FPX NO 704 252 4618 9.2-31
Pace Ara:y,,
54 Rav,
Asheo#e
'el. 704-2%,,,,
Far 744-252-469h_
December 04, 1996
PACE Project Number, A611206,
Client Reference: J and J Kenmcre
PACE Sample Number:
93 0305920
Date Collected:
Date Received:
111,20/96
Client Sample ID:
111121/96
Kenmore
Parameter
Units
PRL
W2 METHOD
DATE ANALYZEO
ORGANIC ANALYSIS
VOLATILE ORGANICS
502.2
Dichlorodifluoromethane
Ug"'I
1-0
NO
12/01/96
Chloromethane
Chloroethene (Vinyl chloride)
Ugr(L
ug /'L
1.0
1.0
NO
ND
12/01/96
Bromomethane
u94
1,10
NO
12/01/96
12JUJ/96
Chloroethan2
Trichlorofluoromethane
UVL
Ug/L
1.0
1.0
NO
NO
12/01/96
12/01/96
1,1-Dichloroethene
Dichloromethaneg
ug/1-
"L
1,0
NO
12/01/96
trans-1,2-Dichloroethene
u
ug"L
1.0
1.0
NO
NO
12/01/963
12/0]/96
1,1-Dichloroethane
uq/L
1.0
ND
12/01/96
cis-1,2-Dichloroathene
1
Lg/L
i_0
NO
12101/96
2,2-Dichloropropane
ug/L
1.0
NO
12101196
Chloroform
Bromochloromethane
ug/L
ug/L
LID
1,0
NO
NO
12/01/96
1,1,1 -Trichloroethane
Ug/L
1.0
NO
12101/96
12j01/96
IJ-Dichloro-1-propene
Uq/L
1.10
NO
12/01/96
Carbon tetrachloride
1,2-Dichloroethane
ug/L
ug/L
1.0
1.0
ND
12/01/96
NO
12/01 ' /96
1,1,2 -Trichloroethene
ug/L
110
NO
12/01/96
1,2-Dichlcropropene
ug,/L
1,0
NO
12/01/96
Bromodichloromethane
ug/L
1,0
NO
12/01/96
Dibromomethane
cis-1,3-Dichloro-l-propene
ug/L
ug/L
1.0
1.0
NO
NO
12/01/96
trans-1,3-Dichloro-l-propene
ug/L
1.0
NO
12/01/96
12/01/96
1,1.1 -Trichloroethane
Ug/L
1.0
NO
12/01/96
1.3-Dichloropropane
uq/L
1.0
ND
12/01/96
Tetrachloroethene
ug/'L
1.0
NO
12/01/96
Dibromochloromethane
uq/L
1-0
NO
12/01196
1,1,1,2 -Tetrachloroethane
ug/L
1.0
NO
12/01'96
Bromoforin
ug/L
1.0
NO
12/01/96,
1,11,2,2 -Tetrachloroethane
Ug/L
1.0
NO
12/01/96
REPORT OF
LABORATORY ANALYSIS
TAis report SM111 riot be teproducm,
except in full
w#�Oul IMe Wlter
conAent of Pace
Anat)eiQai Serv�;eS.
Ino

s14i_ F A X bi 0 704 252 4618 12-31
Pace Ar4,i,
54 a,3ti,
4ST,*Ole
T
,el 1".4-254-', ,
�ax 252 5!
Mr. Harry James
December 04,
1996
Page 6
PACE Project
Number: A6112060L
Client Reference: J and J Kenmore
PACE Sample Number:
93 0305920
Date Collected:
111120/96
Date Received:
11/21/96
Client Sample ID:
Kormore
Parameter
Units
PRL
W2 METHOD DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANIC:S
502.2
1,2,3-Trichloroppropane
Ug/L
1.0
NO
12/01/96
Bromobenzene
2-Chlorotoluene
uglL
ug / L,
1.0
1.0
ND
ND
22/01/96
4-Chlorotoluene
ugjl
1.0
NO
12/01/96
12/01/96
1,3 -Dichlorobenzene
J gj L
1.0
N0
12/01/96
1 . 4 -- D i c ti I o r o b e n z. e n e
Ug/L
1.0
NO
12/01/96
1,2 -Dichlorobenzene
ug/L
1.0
ND
1241/96
1,2-Dibromo-3-chloropropane
U9/L
1,0
ND
12/01/96
1,2,4-Trichlorobenzene
uqlL
1.0
ND
12/01/96
Hexachicrobutadiene
Ug/L
1
NO
12/01/96
1,2,3-Trichlorob�enzene
lig/1_
.1.0
NO
12/01/96
Benzene
ug;EL
1.0
NO
12/01/96
Toluene
Chlorubenzene
uq/L
ug/L
1.0
1,0
NO
NO
12/01/96
12/01/96
Ethylbenzene
uq/L
I'D
Na
12/01/96
Xylenes, (total)
ug/L
1.0
ND
IZ/01/96
Styrene
Isopropylbenzene
ug/L
ug/L
1.0
1.0
ND
ND
12/0/96
12/01/96
n-Propylbenzene
ug/L
1,0
NO
12/01/96
193,5-Trimethylbentene
ug/L
1.0
ND
12/01/96
t-Butylbenzene
ug/L
1.0
NO
12/01/96
1,2,4-Trimethylbienzene
ug/L
1.0
NO
12/01/96
s -Bu tyl benzene
Ug/L
1.0
ND
12/01/96
4-1sopropyltoluene
ug/L
1.0
NO
12/01/96
n-Butylbenzene
ug/L
1.0
ND
12/01/96
Naphthalene
ug/L
1.0
NO
12/01/96
REPORT OF LABORATORY ANALYSIS
TM)s rvgor* snap rofbe leproduced. Pxcppt in f,uii,
VV'th0L1 the CA:Msen! of Pace Ara;ylical Services inc

rv
-IpnX
100,
c
,,
Z
OP
w
c
n
:� a
m
m
y
a
s
in
�r
z
0
3
w 3
�A
o
s n
m
m
y
D
vi
°"'
is
CA
Fr
rn
3
rn
m
0
z
z
A
�• 3
3
N
n'
C
Vy W
0 o a
A p�
q
�
n
v,
►rC
�
A
z `
rv
-IpnX
100,
c
,,
Z
OP
w
c
n
:� a
m
m
y
a
s
in
�r
z
0
3
w 3
�A
o
s n
m
m
y
D
vi
°"'
is
0
Fr
rn
3
rn
m
0
z
z
A
�• 3
3
B
n'
a
Tr
q
�
0
►rC
�
A
z `
N
^
o
W
o
O
V
c
d
c
e
N
p
c
g c
3
o e
e
0
0
3
0
c
e
e
w
t0J
rn
3
3
8
3
3
=
3
--
3
3
3
3
3
3
r
r
r
r
r
?
r
r
r
c
r
r
r
r
N
rv
-IpnX
100,
c
,,
m 3
'�
F• T
c
n
:� a
m
m
y
a
s
in
�r
z
0
3
w 3
�A
o
s n
m
m
y
D
vi
°"'
is
0
Fr
rn
3
rn
m
o
= c
o
A
�• 3
3
B
n'
a
Tr
q
�
0
►rC
�
A
z `
N
^
o
'm
O
O
V
c
c
c
g c
3
o e
e
e
w e
3
e
c
e
e
rv
-IpnX
100,
%
,,
00O
a0
>
c
mm
q
G
a
z o o
�A
no
O
m
m
m
o 90 °n
a
Tr
q
0
►rC
z `
0
^
o
'm
O
rv
-IpnX
100,
%
,,
00O
a0
>
c
mm
b � �
$ w N
G
y
v
�A
a
Tr
q
►rC
z `
0
'm
O
v
"
" z
c
=
b � �
$ w N
p
00

0
CD
^2�
r- -n D -i v '�z
b CD
aa 3 m� a �� D
D o� v o a,
D -10000 w c 00 a O WZ`<
o ac:oo'o'v� o D.c 0 Dw � � o V,10
w c a� �- -{ w CD Z v
mN o -n 1
CL ET
n Z o� m 32 Om 0
CL w D cat
Z.��� CR1
CL
su
m a Z =-x z in
0 - r
0 yZ
EF 0 0 SLi ri
1
0
O CD O Q C
O W
C7 4 N
cnoo 0 CD 0CO CD D
3 n � \
-- (D _ .0
o -- n Z I"
a 7 = m in
O
m o y O D
-� r« Z ❑ .`7i
CL 3 -n m m
TC m -�
� � CD � �
co
r
1� o
r � a �_
y �
(\ n
R, 0
,4
�cC
0 2
m cD AD cDcD
d r1 Q. m m c
1�CD
a o� mQ
C7
cn ( < CD
a a .�
FL
0 m
� m
}
� m
f ;b y O
,
A)
T�
t�
�i
W31:9 li la la k �-=3 �3 131=1 I I3 IZ!� I I3 1,.3 1,.3
v_
O
z
0
Oo
m -.
z
Oc
z
Mm
z<_z
noo
D~
2n
my m
m?o
Zm
CL
0zd
Mb
O�
C m
v�
no
-a c
m�
N a
m
n
0
z

3
CD
_
N
O
O
O
O
O
07
O
D
D
-o
r -
S
m
o
Z
O
0
co
v
o
P.
CuZ`�
0
o
a
O
oo0
v
O
O
O
0
:.
z
cr
o
Q
w
0
cn
cn
Icn
-0
0
°°
0.
0
0
a
CD
zn0m
azo
3.
a
Do
o�
3
5.
w
cn
'o
(D
a
o,
m
CL
30
r-
S
S
a
c
C
m
a
w
°:
r- Cl)
0 CD
O
Q
m
w
m=
g
w
0
3
a
cn
a
w
O
Co=
Z
O
p
X
CD
CD
A
CD
A
a
cn
14
O
N
cn
cn
CD
O
a
A
O
CD
O
O
m
y
O
cn
cn
c
w
o
cn
m
m
CD
N
a
S
S
a
-cn0
o
O
=
o O
w
TI
V
w
O.
Z
a
O
co
�
0)
CD
O_
O
(D
w
or
i w
Cn
CD e o o O
Cl)cn
p
i
w
su
N
cao
1
m
m
CD
a
�
O
=
Z
Er cn
®
Z1
0
N
—
n
<a) -p
m
CM
�O
o
R
v
m
z
-f
lq
n.
Ir
r 3
3
�
3
3
3
3
3
C
3
8
o
3
o
co
ca
co
o
cc
2.
cn
I`e
I`°
Rl
U1
r
U)
L)
t
r�C
0 � _
U' CD (D sv m A CD
Z
�. CD m Q
CD
CL o `C N_
c CD<CD
a CD
a. 1
-n 1
CD
CL
m
o a�
co
CDC7 y
I
_ 0
CD r -O
2 •�
� 0
m
m
'T1
W
-n
v
O
zC
OC
mm
m�
Z3
C
O
Z -
Em
m0
zs z
nc°
r=�
r. CD
a�
Z:'
n
m� d
m?o
z —_
� rL
�zm
m
Oc
cm
v m
� c
m�
m
cn
m
0
1
O
z
-00
-n to
CM
r -
m
'0
m
o
Z
O
O
O
P.
CuZ`�
o
0
3
a
o
v
=
o
z
5
z
G)
m
0
cn
cn
Icn
-0
CD
�
7
�
0.
r
zn0m
azo
O
m
m
Sc
O
z
s:
-•
cn
'o
m
m
a
CL
o
u,
u,
S
a
o
m+
X
O
o
CD
w
y
o
r- Cl)
0 CD
O
Q
m
w
m=
g
w
m
=
a
cn
a
O
m
Z
O
N
Z
0
CD
A
a
n
0
N
ni
N
cn
cn
CD
O
a
CD
D
O
m
y
O
cn
cn
SJ
w
o
cn
co
m
v
a
a
o
O
=
o O
w
V
w
o
Z
0)
co
0
rn
Li
n
y
CD e o o O
Cl)cn
i
o
o
cao
m
m
�
O
=
Z
Er cn
®
Z1
0
N
—
n
<a) -p
m
CM
�O
c
v
m
z
-f
lq
n.
Ir
r 3
3
3
3
3
3
3
c
3
3
3
N
m�
z
m
K
K
X
S�
O
O
v
O
w
a
a
a
o
a
m
0
N
—
N
(n
?
(n
o
0
n
0
0
w
D
D
N
Q
m
v
a
at
m
tD
j
O
O
O-
w
CD3.
C
A
dfD
C'
O
'
N
O
A
M,
CD
n_
C'
f�D
c'
3
m
3
a(D
Al
m
c'
c'
3
3
3
tn
m
3
.4.
1
A
°cn'
a)3
c-
rn
OI
a)
C)
(CY1c)c
N
C
(pn�
M
N
'n
(1)O
O
V
(n
a
c
c
c
c
3
c
3
3
c
c
c
c
c
3c
c
c
c
Rl
U1
r
U)
L)
t
r�C
0 � _
U' CD (D sv m A CD
Z
�. CD m Q
CD
CL o `C N_
c CD<CD
a CD
a. 1
-n 1
CD
CL
m
o a�
co
CDC7 y
I
_ 0
CD r -O
2 •�
� 0
m
m
'T1
W
-n
v
O
zC
OC
mm
m�
Z3
C
O
Z -
Em
m0
zs z
nc°
r=�
r. CD
a�
Z:'
n
m� d
m?o
z —_
� rL
�zm
m
Oc
cm
v m
� c
m�
m
cn
m
0
1
O
z
-00
-n to
CM
r -
m
'0
m
o
Z
O
O
O
P.
CuZ`�
o
0
3
a
o
v
=
\
y
5
co
G)
m
0
<'
o
=
CD
CD
�
7
�
0.
r
zn0m
azo
m
m
Di
O
z
s:
-•
cn
'o
�2�•
?
2
S
a
X
O
o
CD
°
y
o
r- Cl)
0 CD
O
o
CL
,`
o
N
?
o
c0 Fa,'
NO
m
a
z
0
CD
0
lb
0
a
CD
m
O
y
O
-0
SJ
RI
D
a
o
c
o
0)
0
n
y
CD e o o O
Cl)cn
O�
D
cao
Rl
U1
r
U)
L)
t
r�C
0 � _
U' CD (D sv m A CD
Z
�. CD m Q
CD
CL o `C N_
c CD<CD
a CD
a. 1
-n 1
CD
CL
m
o a�
co
CDC7 y
I
_ 0
CD r -O
2 •�
� 0
m
m
'T1
W
-n
v
O
zC
OC
mm
m�
Z3
C
O
Z -
Em
m0
zs z
nc°
r=�
r. CD
a�
Z:'
n
m� d
m?o
z —_
� rL
�zm
m
Oc
cm
v m
� c
m�
m
cn
m
0
1
O
z
-00
-n to
CM
r -
Q -0 CD -0
'0
m
o
0
.
O
P.
CuZ`�
4 fn CD
z ` 'G
=
\
y
5
0
77
D
m
zn0m
azo
M
z
cn
'o
�2�•
n
D
0
° -CD
_
°
�
r- Cl)
0 CD
At
,`
O
c0 Fa,'
in
m
a
z
0
CD
0
a
O
SJ
RI
o
c
o
0
n
CD e o o O
Cl)cn
O�
D
cao
m
m
o
G�^a
O
=
Z
Er cn
®
Z1
—
n
<a) -p
m
CM
�O
v
m
z
-f
lq
n.
Ir
r 3
Rl
U1
r
U)
L)
t
r�C
0 � _
U' CD (D sv m A CD
Z
�. CD m Q
CD
CL o `C N_
c CD<CD
a CD
a. 1
-n 1
CD
CL
m
o a�
co
CDC7 y
I
_ 0
CD r -O
2 •�
� 0
m
m
'T1
W
-n
v
O
zC
OC
mm
m�
Z3
C
O
Z -
Em
m0
zs z
nc°
r=�
r. CD
a�
Z:'
n
m� d
m?o
z —_
� rL
�zm
m
Oc
cm
v m
� c
m�
m
cn
m
0
1
O
z

CD
�o� c
C
o ��
n
�--�Q(WD
O®n
®O
sv
9O=
n
Z
CD Q
mM
m
m
00 —I Q"
Col TT
--I
� o
o CD
c
m
zzz
r..
m
n
�o
VOC�m
c
(D
�2:
o
�
�
CD
L
i
D
�o
�n
w
c
�v
c
33=333D399S3
ooD
w
(Q CQ O(Q (Q CQ CO Cit (Q CQ
=r(Q CQ
C_
ZKK;r"=Moo
(D =30
c C O Z
3 D --q � cs c
W
--CDQ3 o3
zw iD' Z z
a: t
i}
Cu
t'(c (Q (Q (Q (Q (Q (Q (Q (Q (Q (Q (Q (Q (Q
Q
-0 N -U Z
(D n U _.
c� _N.-1— Z
CD o
o CD n C X"
(D
o (D
Q. n
Q
(D
(n
N 4.aFv
c c c 3 33
r ®m ro N C
ou' �• O ;CLo
3 w o
(�D
zUy�$ A' m 0
3 n o
(D o -0 �. m -
2 N �Z
C
N
cn
_.o��
"m o o m
cn m 0
0m
a
CN 5
A c q CD
c Q N
o cO�
cn
N CD C
70 O
(Np
Q CD
'�
ri
t
CD
o
sv
mM
m
m
o
--I
=r �.
c
m
zzz
o v®oma
m
VOC�m
c
o
�
�
CD
D
�o
J
w
c
-
m
w
ca m
C_
D
.0
�
�
�
OO
Z
Dm
CY.
g
=
W
m
--I
=r �.
o
m
o
�
c
°-
m

, riU 18:14
-
-Pace Analytical
Mr. Harry James
Page 3
I D : PAGE INC. TEL NO: 252 4618
Client Reference: Janes A James
PACE Sample Number:
Date Collected:
Date Received:
Client Sample ID:
Parameter
ORGANIC ANALYSIS
VOLATILE ORGANICS
Dichlorodifluoromethane
Chloromethane
Chloroethene (Vinyl chloride)
Bromomethane
Chloroethane
Trichlorofluoromethane
1,1-Dichioroethene
Dichloromethane
trans-1,2-Dichloroethene
1.1-Dichloroethane
cis-1,2-Dichloroethene
2,2-Dichloropropane
Chloroform
Bromochloromethane
144 -Trichloroethane
14-Dichloro-1-propene
Carbon tetrachloride
1,2-Dichloroethane
1,1,2 -Trichloroethene
1,2-Dichloropropane
Bromodichloromethane
Dibromomethane
cis-1,3-Dichloro-1-propene
trans-1,3-Dichloro-l-propene
1,1,2 -Trichloroethane
1,3-Dichloropropane
Tetrachloroethene
Dibromochloromethane
1,1,1,2 -Tetrachloroethane
Bromoform
woa Annywai Mw9vev;
13 Ren nsoroh OAy.
Asheville WC 2ml
Tel: "4.2"1178
Fax: 704.212-w o
February 07, 1995
PACE Project. Number: A6012260
93 0171626
01/22/96
01/23/96
Q85 W2
Units MDL #4% DATE ANALYZED
u9/L
1.0
NO
01/24/96
ug/L
1.0
ND
01/24/96
u9/L
1.0
NO
01/24/96
ug/L
1.0
NO
01/24/96
u9/L
1.0
ND
01/24/96
ug/L
1.0
ND
01/24/96
ug/L
u91L
1.0
1.0
NO
ND
01/24/96
01/24/96
ug1L
1.0
NO
01/24/96
u9/L
1.0
NO
01/24/96
u9/L
1.0
NO
01/24/96
u9/L
1.0
ND
01/24/96
u9/L
1.0
ND
01/24/96
u9/L
u9/L
1.0
1.0
NO
ND
01/24/96
01/24/96
01/24/96
ug1L
1.0
NO
96
u9/L
1.0
NO
01%24/96
ug/L
1.0
ND
01/24/96
u9/L
1.0
NO
01/24/96
u9/L
1.0
NO
01/24/96
ug/L
ug/L
1.0
1.0
NO
NO
01/24/96
ug/L
1.0
NO
01/24/96
01/24/96
u9/L
1.0
NO
01/24/96
ug/L
1.0
NO
01/24/96
Ug/L
1.0
NO
01/24/96
ug/L
1.0
NO
01/24/96
u9/L
1,0
NO
01/24/96
u9/L
1.0
NO
01/24/96
1,1,2,2 -Tetrachloroethane ug/L 1.0 ND 01/24/96
306 R
Groundwater Section
Asheville Re ionel Office

-D � o Cl)
rD o cu z --
v v v D .� Dcr o:rt l^
w co
=r M o In M 3Zo o M w Z
Z 0 tDm ,`� r r� t11
O
n CL 4. z
c( CD O ao
Z
1
_ 0
_-nv Fla,
CL
Q C N CNJ1 -
N ( O
N N
N
_i g
to C)
��CO (D n m O D
El
�. Z)�. 0 m r
0 o `` = fn
o
O z
I as A)Nm �0 a
3 3 W- c m
oZ
y D n
W
U)
U1
T
eo
m�
o�
v►�.-�
vv0�ovr
mcru021
fl
<
..
`
n
`Z
W
z
O
O
pC�
�C,
O
N
,s
w
CD
Q
Q.
�
u
U
2
'
00
pm
A
�
�
Q
Z
b'
m
0
n
7�
N
0
c
N
s
3
G
OL
C
o
v
CD
O
ID
g
uiO
12.
('
w
DCD
U.C
a
W
U)
U1
T
eo
m�
o�
v►�.-�
vv0�ovr
mcru021
fl
N
..
CL
o
?L
`Z
W
LD. p
(D
-t
pC�
�C,
O
N
,s
Q
�
u
U
2
'
o
'
A
�
Q
Z
n
7�
N
0
c
N
£7
3
G
CL
v
CD
v_
N
0
z
--On'o
M
Z3
o�
z0
Z<z
a00
r�
a�?
mm m
MF o
CL
�zd
o�
c
C m
v �o
�w
m�
C�
9
O
z

cn
H
ro
X
X
I
X
I
O p
z
..
a
z
o
v
S
O
ro0
ro
z
o
-3
z
z
ri'
a
vn
x-
x
°
Z
=
O
o
o
O
O
O
o
_>
x
H
c•
°
°
w
°
°
c
n
.2'
°
°
S'
x
�
z
cn
_
W
S
O
a
U
N
<
O
b
O
y
Hca
O
rb c
r.
3
c
3
9
c
c
c c
�
3
c
c
a
c
O
O
�
.5..
O
N
w
O
N
w
O
0
O
(Jt
�
0
A
p�
n
Vt
IF
`
c�3
3
n
r'
t'
cf.
cn
H
ro
X
X
ro
X
I
O p
z
..
a
z
o
v
S
O
ro0
ro
z
o
-3
z
z
a
vn
Z
o
z
HO
C7
0•
r
A
o
_>
x
S
G
�
z
_
a
U
N
<
O
b
O
y
Hca
O
rb c
r.
3
c
3
9
c
c
c c
�
3
c
c
c
c
O
O
�
.5..
O
N
O
N
O
O
(Jt
�
O
W
IF
`
n
3
N
cn
H
ro
H
b� \
ro
d
I
O p
z
..
a
z
o
v
S
O
r �
n
> 00
Z
o
z
HO
C7
0•
r
n
x
cn
H
H
>
z
I
O
=.zzz
a
z
o
o
S
Vl
r �
n
> 00
L7 �'
HO
C7
0•
r
n
S
G
�
z
_
a
U
N
<
O
b
O
y
Hca
c
rb c
r.
3
c
3
9
c
c
c c
c
3
c
c
c
c
H
>
z
I
O
=.zzz
a
z
o
o
S
Vl
r �
n
> 00
L7 �'
HO
C7
0•
r
n
S
G
�
z
_
a
<
b
�r
N
W
O
O
O
�
H
>
z
I
O
=.zzz
r.
y. tz
S
Vl
r �
n
> 00
HO
O
r
'rJ
S
G
�
z
_
a
b
�r
H
I
r
=.zzz
y. tz
Xw d d
r �
n
> 00
I

n
'Tl
O
3
CD
w
A.„
a
cn
0
z
00
m�
z3
CD
00 �w
O
z°
9m
m 7
Zs.Z
D 0 0
Z *
Sn
M
��
m -?
z� -
�a�
�Zd
O~
c
C y
o �o
>0
mc
70 °
m
O
z
-�
hoc
3
0
�-0
m
3:
�3�
00 CL
7
O
-101
'Tl
O
3
CD
w
A.„
a
cn
0
z
00
m�
z3
CD
00 �w
O
z°
9m
m 7
Zs.Z
D 0 0
Z *
Sn
M
��
m -?
z� -
�a�
�Zd
O~
c
C y
o �o
>0
mc
70 °
m
O
z
CL
hoc
�- 21 D -i<'!
ID
0
�-0
C
3:
�3�
00 CL
0 a
O
-101
co z
a'o
?00
cn1
y cro A) %Da. o
n
61
Oca
W
_
�
o
UI
0
3
CL
0
�3
!Z--
=
„
�
CO
G
m
N
AZO OM
o
�
w�0
m
m
0
cD
='
-sm
�
0
M
CD
:3
(n
o
:
�
d
N
>y
Z
CO
RJ
0 0 CD
a'
m
O
m
°Oa
n.
�1
co
y'•
0
_-
cD
0
.�
G)
7
7
0�0
0
w
@
y
n
a
0
u
o
o
m
O
Q
O
N
0
0
--q
mcnvr-0
o
m
f
p\
D
SD •0 n =
CD
Z
y o =
:
g
�m
m
o
�CDo
0
CO
D
ZEl
'fl
m
10 A)
3
70'�2��
��0
TI
m^a
crn
=fi
a
CD
0
z
m
0`:
ro
0
Iv
a
na
0.
R3
m
CD
'Tl
O
3
CD
w
A.„
a
cn
0
z
00
m�
z3
CD
00 �w
O
z°
9m
m 7
Zs.Z
D 0 0
Z *
Sn
M
��
m -?
z� -
�a�
�Zd
O~
c
C y
o �o
>0
mc
70 °
m
O
z
CL
hoc
�-0
C
3:
�3�
m
1
?00
cn1
y cro A) %Da. o
n
61
n m cr
m o �
_
_
o
0
3
CL
0
CO
G
m
N
o
�
(D
m
m
0
cD
='
-sm
�
0
:3
-0
0
o
�
x
X
U2
m
n.
�1
co
y'•
_0�'.
G)
7
7
0
w
@
y
a
0
m
O
N
0
m
-
CD
n
7
g
CO
�
CD
m
ro
'Tl
O
3
CD
w
A.„
a
cn
0
z
00
m�
z3
CD
00 �w
O
z°
9m
m 7
Zs.Z
D 0 0
Z *
Sn
M
��
m -?
z� -
�a�
�Zd
O~
c
C y
o �o
>0
mc
70 °
m
O
z
CL
hoc
C
3:
�3�
1
cn1
y cro A) %Da. o
n
61
n m cr
m o �
'Tl
O
3
CD
w
A.„
a
cn
0
z
00
m�
z3
CD
00 �w
O
z°
9m
m 7
Zs.Z
D 0 0
Z *
Sn
M
��
m -?
z� -
�a�
�Zd
O~
c
C y
o �o
>0
mc
70 °
m
O
z
CL
cn1
n
�
N
�
cD
='
�
n
�
x
w
�1
'Tl
O
3
CD
w
A.„
a
cn
0
z
00
m�
z3
CD
00 �w
O
z°
9m
m 7
Zs.Z
D 0 0
Z *
Sn
M
��
m -?
z� -
�a�
�Zd
O~
c
C y
o �o
>0
mc
70 °
m
O
z

1,
W
C
sT (D
3 a
rt 0
ss 0
ID
((D 0—
(D c
0
r.
,C y
0
0
0
-o
W
0
0
2)
CL
0.
N
(D
ID
CT
0
c
C7
m
Z
O
N
O A
o CD
N
cn
C7 3
O O
C
0 CL
O CD
(D
o
0a
N N
N
cn O_
(D C
TI+ CL
W
O :
O Q.
Cr
11)0
X
ZKKZ=TI0000m>TZZW
0� I to CD c S Q W W 1 =T �
1 1 I T 1 I 1 O I I 1 � F-
CO 0 K0 n_3 nnCO C- CD CD N
0�cn ��ca2 =-3oZZQ:
3wCDc: CD c'33c(n CY
(0n CC: 3 0 3 3 0_
m3 a' �(nZa
Z -s
0 f-
0
o
0
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
0O
�n CD
w 0
O CD0
3
O
c
a
SD
Q
CL 3 .
-0N-0Z
roo00-_.
Q5mn
0 CD
O
c �,
0
Q
N
cc c. 333
0
0
(n
CD
-I-�un(A-a1.DC7-�-a
z 0000
D
70-0c0'w ��
Z Sv CD �, CD Q CD
Q=No 00
to !? _,; _.
O.
0 N
9. O� p 0
N3�`° CD
* O c 00
mm�33
CD
o CD
Z3h c�
:3 a-
1-
o Q
0
�z
w
mac- oQ
�,o� mm
rn
0 w� �, , S. CD
�3
U,
W
�
Q -i0 �_
CD
_TI
= c
S 3
R s
n
p.
O�Q
z
r
r
N
6
O
a
CQ
-_n
0
N
W UIQ
r
m
v
�
sv
v
�
'4 1)
x
C=
_
_.
p
33,3333333'3
00304
N
CQ co O CQ CQ C.0 CQ CQ (Q a:)
;:4:(a 3 3 (Q
"OOD
O
O
a
ZKKZ=TI0000m>TZZW
0� I to CD c S Q W W 1 =T �
1 1 I T 1 I 1 O I I 1 � F-
CO 0 K0 n_3 nnCO C- CD CD N
0�cn ��ca2 =-3oZZQ:
3wCDc: CD c'33c(n CY
(0n CC: 3 0 3 3 0_
m3 a' �(nZa
Z -s
0 f-
0
o
0
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
0O
�n CD
w 0
O CD0
3
O
c
a
SD
Q
CL 3 .
-0N-0Z
roo00-_.
Q5mn
0 CD
O
c �,
0
Q
N
cc c. 333
0
0
mn
m C/ m CD �o
v 3 o o
D
(n
CD
Dr�cmD C`DCC
v
D
W CD
t�D a
>9 Co 0
CD
% CD
o ^.
ter ' w� In
01
CD
M o w
m o 3 WE 0= C,
m
O
��
w
-nzroN.�Q,-�0�
N
0 w� �, , S. CD
�3
U,
W
�
o -_� r
CDA
o
_TI
= c
S 3
co <
CD
NZ
=
-1
"S
O�Q
�
0-
CD
r
N
01CD
Cl)N C
-_n
�
p
C
m
v
�
'4 1)
3
~
m
(M
N
CD
I C7
"OOD
CD
N
M
0
CD -
Cn
N
M ro
0
kob
4 ---CD o S
@
O
O
CD _
=;; CD 0
CD
CD
=r
m
C,
CD
n Wro
o
0
a
v
ncQ (n c
CD
�y
C .
z
Sv (0
TI
CD N
A
ro -0
(O
mn
m C/ m CD �o
v 3 o o
D
(n
CD
C
3 y
v
D
S.
TI
(n
01
0
m
O
Ln
N
f
U,
_TI
a
3
0
v
-_n
�
m
v
�
P
o
I C7
N
CS
-< 0
10-O
M ro
-PC2
U)a
o
sv
0
z
0
V CD
sv
w
CD
0
� a
o
fN �
a
o
Lnc
OL
co
CD
O
m
Q- Z
m 3
N ro
-0
ao m
z z z
-uo c
'0M0uj
�-)' m
w
O `°M
m
> m
�_ m
O v
z
m_
z
O
z
O
U Cn
-p
(n
C
3 y
m
m
0
y
ID
f
:v
_TI
N
C
y

D R 0
COMPANY NAME :
COMPANY PROJECT NUMBER:
HYDROLOGIC PROJECT NUMBER:
HYDROLOGIC SAMPLE NUMBER:
HYDROLOGIC LAB I.D.#:
SAMPLE IDENTIFICATION:
DATE SAMPLED:
DATE EXTRACTED:
DATE/TIME ANALYZED:
ANALYSIS
Benzene
Bronxbenzene
Bramochlorcanethane
Bromodichloromethane
Bromoform
L 0 G I C I N
Hydrologic -Asheville, Inc
IMMURE
FL9434447
34449
399
#54451/Q85W2
11/29/94
N/A
12/5/94
CAS NO.
SDL
1.0
( ug/1)
71-43-2
1.0
108-86-1
1.0
74-97-5
1.0
75-27-4
1.0
75-25-2
1.0
tj
1995 a.
6roruMcIvii,-K to N: s�
RESULT
Brcmamthane
74-83-9
1.0
BDL
n-Butylbenzene
104-51-8
1.0
BDL
sec-Butylbenzene
135-98-8
1.0
BDL
tert-Butylbenzene
98-06-6
1.0
BDL
Carbon tetrachloride
56-23-5
1.0
BDL
Chlorobenzene
108-90-7
1.0
BDL
Chloroethane
75-00-3
1.0
BDL
Chloroform
67-66-3
1.0
BDL
Chloromethane
74-87-3
1.0
BDL
2-Chlorotoluene
95-45-8
1.0
BDL
4-Chlorctoluene
106-43-4
1.0
BDL
Dibrcanochloranethane
124-48-1
1.0
BDL
1,2-Dibrcano-3-chloropropane
96-12-8
1.0
BDL
1,2-Dibromomethane (EDB)
106-93-4
1.0
BDL
Dibromomethane
74-95-3
1.0
BDL
1,2 -Dichlorobenzene
95-50-1
1.0
BDL
1,3 -Dichlorobenzene
541-73-1
1.0
BDL
1,4 -Dichlorobenzene
106-46-7
1.0
BDL
Dichlorodifluoromethane
75-71-8
1.0
BDL
1,1-Dichloroethane
75-34-3
1.0
BDL
1491 Twilight Trdi1 ❑ Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

1491 Twilight Trail 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251
L 0 G
I C
I N
Page 2 continued
COMPANY NAME:
Hydrologic -Asheville, Inc_4
COMPANY PROJECT NUMBER:
KENMCIRE
HYDROLOGIC PROJECT NUMBER:
EL9434447
HYDROLOGIC SAMPLE NUMBER:
34449
'
i
SAMPLE IDENTIFICATION:
#54451/Q85W2
w
DATE SAMPLED:
11/29/94
dviamr e
vaus�srs��.,:«..
METHOD EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
i ug/l)
ug/l)
1,2-Dichloroethane
107-06-2
1.0
BDL
1,1-Dichloroethene
75-35-4
1.0
BDL
cis-1,2-Dichloroethene
156-59-4
1.0
BDL
trans-1,2-Dichloroethene
156-60-5
1.0
BDL
1,2-Dichloropropane
78-87-5
1.0
BDL
1,3-Dichloropropane
142-28-9
1.0
BDL
2,2-Dichloropropane
590-20-7
1.0
BDL
1,1-Dichloropropene
563-58-6
1.0
BDL
cis-1,3-Dichloropropene
10061-01-5
1.0
BDL
trans-1,3-Dichloropropene
10061-02-6
1.0
BDL
Ethylbenzene
100-41-4
1.0
BDL
Hexachlorobutadiene
87-68-3
1.0
BDL
Isopropylbenzene
98-82-8
1.0
BDL
p-Isopropyltoluene
99-87-6
1.0
BDL
Methylene Chloride
75-09-2
1.0
BDL
Naphthalene
91-20-3
1.0
BDL
n-Propylbenzene
103-65-1
1.0
BDL
Styrene
100-42-5
1.0
BDL
1,1,1,2 -Tetrachloroethane
630-20-6
1.0
BDL
1,1,2,2 -Tetrachloroethane
79-34-5
1.0
BDL
Tetrachloroethene
127-18-4
1.0
BDL
Toluene
108-88-3
1.0
BDL
1,2,3-Trichlorobenzene
87-61-6
1.0
BDL
1,2,4-Trichlorobenzene
120-82-1
1.0
BDL
1491 Twilight Trail 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

L 0 G
Page 3 continued
COMPANY NAM:
Hydrologic -Asheville,
Inc
COMPANY PROJECT NUMBER:
KENMURE
HYDROLOGIC PROJECT NUMBER:
FL9434447
HYDROLOGIC SAMPLE NUMBER:
34449
SAMPLE IDENTIFICATION:
#54451/Q85W2
DATE SAMPLED:
11/29/94
N=OD EPA 502.2
ANALYSIS
CAS NO.
SDL
u9/1)
1,1,1 -Trichloroethane
71-55-6
1.0
1,1,2-yfrichloroethane
79-00-5
1.0
Trichloroethene
79-01-6
1.0
Trichlorofluoranethane
75-69-4
1.0
1,2,3--Trichloropropane
96-18-4
1.0
1,2,4-Trinethylbenzene
95-63-6
1.0
1,3,5-Trimethylbenzene
108-67-8
1.0
Vinyl Chloride
75-01-4
1.0
Xylenes (total)
1330-20-7
1.0
Dichloramethane
75-09-2
1.0
Surrogate Recovery:
BFB
BDL = Below Sample Detection Limit
SDL = Sample Detection Limit
COMMENTS:
RESULT
ug/1)
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
96%
WX 2 7 1995
croup,
1491 Twilight Trall 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

CD
_rt D �TI C7
-0
Cl)D;.,
0 Q- -1
N c o
� m�
c�3,
o
m m
o
CD
o
70
o ._
r
p
-O
m
0
O a
�
�3W
mcn0r-0
0
m
ti0 0 m
w
Z.
C
0-0
0 0
! r
r Cn
N
5.0
O
M
C tQ
O
o
h
tJ) cD O
Q
A
-Ma
roO
Z
°O o
Z
-1 0- (n
-10-
0Pay
o P
I
3
m
0 M
o
R1
vw
a
�
m-
n
O
n
n
n
M
n
D
D
'o
n
cfl
m
-A
-I
n
n
O
n
W
`G
O_
7'
T
Al
O
N
;K-
X,
m
m
C
O
O
O
O
O
O
j
O
O
O
Q-
N
N
N
A
N
a
U
0-
o
o
a
(D
3.
C
o
(D
0
o-
O=
g
3
'Z
?,
.�
'Z
w
a
0)
00
3
3
r
O
S
N
(D
�
A
O.
O
v
m
p
p
.(CD
_
vS
O
0.
Cl
0=
O
O
X
(D
A
C
w
Ln
V,
O
X
U
O
A
O
co
CD
CD
w
w
w
cn
a
m
w
N
CD
a
cn
o
2
M
0
n
n
3
3.
C
3
3
3
3
ce
a
cQ
cQ
co
cfl
cfl
cfl
co
ce
_rt D �TI C7
-0
Cl)D;.,
0 Q- -1
N c o
� m�
c�3,
o
m m
o
CD
o
70
o ._
r
p
-O
m
0
O a
�I
�o
3
0 '
y
CD
ar
inmc
mou)
�
v
CD
0'
a
m
c
Q
m
cD
CL
CD
w
c
w
Q
s
Cl)CD
�C, E
❑Z
=
m r
M
a w
z❑ m
0 m O
m
c m -1
oZ
0
u
000m
W o
n D
0 Q- -1
N c o
O
nom,
u)
m Z
-- . cn
-n -
o
co
�
�3W
mcn0r-0
0
m
ti0 0 m
w
Z.
C
0-0
0 0
! r
r Cn
N
5.0
O
M
C tQ
O
o
h
tJ) cD O
Q
A
-Ma
roO
Z
°O o
Z
-1 0- (n
-10-
0Pay
o P
I
3
m
0 M
o
R1
vw
a
�
m-
o�
o
3
CD 0
I -co
N
n
cfl
�I
�o
3
0 '
y
CD
ar
inmc
mou)
�
v
CD
0'
a
m
c
Q
m
cD
CL
CD
w
c
w
Q
s
Cl)CD
�C, E
❑Z
=
m r
M
a w
z❑ m
0 m O
m
c m -1
oZ
0
u
000m
0r
O
nom,
6mZ
n
-n -
o
0
m.
N fA
Cal
mcn0r-0
0
m
3 3
C
0
1
N
5.0
O
m
tJ) cD O
cn
0
O
-1 0- (n
-10-
m
3
m
'
a
�
m-
I
3
I
I -co
O
n
cfl
3
�I
�o
3
0 '
y
CD
ar
inmc
mou)
�
v
CD
0'
a
m
c
Q
m
cD
CL
CD
w
c
w
Q
s
Cl)CD
�C, E
❑Z
=
m r
M
a w
z❑ m
0 m O
m
c m -1
oZ
0
u
000m
0r
nom,
6mZ
-n -
o
0
m.
N fA
Cal
C
1
N
T\
m
_
N
0
9
1
-Dn
CC;
0
0
m
�
�
m-
I
I
0
a
m
O
v_
O
zv
nm
m�
Z3
0
O-
z Q.
F.
3
z
F0 o
.
Dm S
Z ='
C)
2
and m
m -S �
0
�o.3
Z
0)
�0)
pc
C p�
v�
0
ao
M
�(D
�w
m
C)
O
z

3
3
CD
N
o o o o o w o D D -D M -i -I o o O O
`< O S A N Cj• p�1 5E- 7c- 2 CD C O O O
j O O O Al A� A N CS_ Ci
C1 .. 3. O_ j 0 j 7 7, W Q 9% 0)
O O r_
�I c C c0 Q� •�• `G `G N .0 O S
No o: o roc CD o o Cn rn /� w w
N 2 A 'O "O c -n T7 W ,p
Ln -n
CD CD
_ CD
O W W CP Q A� LU
N CD j .W.
A A a
Ut O G1 p 11
C13 A O
O
a j
Co C7 CQ m 3 cfl Co CQ ? co IZI 3
o = — = = C — —
cn
c
O_
ccA
U7
N 0 M Z Z K K A 2 Ti n 0 0 C
m a 2) =3 LQ m c- a D
N Cn z y? g o p n s n C
0 11
a p�ajj co 00.,� y o 3
3 A cC A V W (D 3 C
COD 3 lT cD W A A C
Cn QA9 a) W p N Ln r,
W A Ln p t0
PO
a-
c
Q_
CD
r
w r^ CSCt Q rCD 0 O CD O >
O " 1 D 3 W n- \. C
C7 S11 —�
z a.
D� o
D
baa `� �� Om� O
3,,
�x
3 3
n �� cCi�
a� c
2 0 m..
---
�o ta, D 0 Z
-< 0
L% � � o
07 D D D J ('h 30 z.
w N _ (� y
W� < vnR�
CD A 4
101
3
a n
r„a --i �� �m 0 cn
�
:0
o
0
>ID
Q mp0 (og rcn --a
mo
o
Z
O
po aOa
-�
C►a
t_ o
V'
o
�
A� < 0
Z v �
N
O
a
O
W�
c
o
uo
M
�1 ,=
A�
"i
O
Q
mai
O�
�O
c
_
CD
Z .0
t�2 �,
m
CD
QK
_0
a
�
-Ii
C7 0
r
Z n
�'?t _
�
p
r Cn
CD
i4
ay
At
c
CD
Cts A?
CL
m Kn p
Q
000�
`-r
0
°�o
<
Q A
O
¢� CD
CD
3
CD
O
w
w
O
9a rh
O
CD
(A
� w
m
U)
C17
Cn
a
O
fA
-n
N
w r^ CSCt Q rCD 0 O CD O >
O " 1 D 3 W n- \. C
C7 S11 —�
z a.
D� o
D
baa `� �� Om� O
3,,
�x
3 3
n �� cCi�
a� c
2 0 m..
---
�o ta, D 0 Z
-< 0
L% � � o
07 D D D J ('h 30 z.
w N _ (� y
W� < vnR�
CD A 4
101
3
a n
p m
it
CD
o
0
r
Z
O
O
o
?J
o
w
CD
a
sy Sv
-D N
o
m
cfl
0
iim
CD
O
Q
CD
C
77 m
<
c
_
CD
m
>
w
a
�
-Ii
2
3
O
V
�'
a_
o I
-0�s
CD
X
2.
CD
<
CD
CL
O
'm
7
O
CD
(A
m
Cn
CD
'O
CD
CD
fA
-n
3
-3p
Dt
v
(OD
to
C
fD
(C
O
O
�1
N
w
O
3
CD
D
Q
C/)
a
aSi
o
c
�S
0.
ai
�•
0
CL
CDD
D
W
p m
it
CD
0
r
F.
o
?J
o
w
sy Sv
-D N
n
cr
0
iim
Q
CD
C
77 m
CD
m
c
•�
a
�
cr
`<
0
3
V
m
o I
CD
Cr
CD
<
CD
+c
m
Cn
CD
CD
3
-3p
v
CD
-{
O
�1
3
Q
c
�S
0
m
m
Fn
v
r
W
CD
O
F.
w
O
Q
0
m
m
Fn
v
r
W

--I
Kozc m -i p
�CD Oco cn N N N =r N
m 3 =' 0 0
a CD
D a, CO CD CD 0 fJ
o m o
m m < CD 3
m v a o
CD
�• N N N
CD = h o
'O C N C1 fD
w o=o CD 3
CD o
Q = 0 y cn
7 N O C) CD C
_ 0 3 -ti CT
3 CD
v c CD <.
0 Q 0. O
C a
a �
0
CL
CD
CD
0
CD
A
0
m
1
m
0
w
la
2'0
-0
o �
> L7
O C=
3
CQ N
Er CT
CCn CD
.. N
13.
CD N
N '.
� C)
CD
C1
r a
CD
C1
0 0
CCD tri O W M A N J W 0 0 •JP CJn co CO -4 W W J I� J m O CT O Ln C
W IJ N CO m A IV 8 0 0 0 co N w O O n Cn N CCD m m N W O O C
A C77 O O W W Of) O O N> C71 J J> O WT T J m fD O A O tD <
Cn N M V A j O A W m Cn W A Cn CT N Cn W M Cn W A -J W 01 N
_. S N W > O '. 6 O N C7 N N .� > 3 N N> (D
N 3 p 3 3 0 7— 0 0 0
N O N L7• tT O. =r -moi ' W 0 0; 3 0 7 �I 0 O N. 0 0 tD C
wv
CD 3 .f�1 0, 3 0-o o 2. 0 I i s o fO�D o� o= o 3 5' o o 6� c
m m m o v mErr o o o v m °m m v° o 0 o v m i
0 0 CD m v° E o v 3 v m o v° m m CD v ::r o o
O (D W CD o• o m m 6 m E; s m o C;
CD O- N : 'O 'a00 N CD IZ N 7 7 CD fD CD CD C
CD N p (D N CD CD CD O (D ?
3 3 O •a 7.. 7 CD CD
m � m m CD
0 m CD
O 0 0 ' O O O O O O O 0 0 0 0 0 O p G O O o o -C
:-4 d N IV V N N N N N N N N N -I N N -,I N N N N v>
0000 — Cn cl Cn W Cn m 7— U7 0 0 Cn Cn CT 0 0 U7 Cn Cn Cn 0 O C
cccccccccccccC.ccccccccccccC
Co O CD W CD Ca O O CD O W O O O J W W O N CD CD O� Cl O O f
A CO Ut Cn O W W m O U7 O O IA. -+ A J J O T T O U7. T f
N CT O 6 66 6 6& A 1. W�& A O W W CD > Cn A V A A W
O> J T W T J Cn N N J 91 T W A W N N O T? W T T f
W W W W W 0 W '. W Cn M W? W N A 0 W -a W -+ -I - A W>
z? a rn > W >> w 00 3 m -I w9.'= -A N CO
N w to O N �. W O0(D CD N K N N N A W ei C7 O f
a C o .P fJ7 `G `G C N S W N 4 ? 1
v 3 cF 3 m o- IS m N mCE) CD k o o 0 0 0 0
O N— CD a 0 CD 7 CD N CD a 0 LOT O O O O O C C CND
O CD C N `G N `G CD N COD O O O W N N N 7 cD 7= i
CD CD CD 6 7 6' 7 `G O• W CT o 7 O 7 CD CD CD
N CD CD CD CD (D CD CD 7 CD O_ 7 _? W N N 1
N N CD ( CD N CD O CD CD CD
1 _i :3 (]
CD. CD CD CD 'O 1
CD
0 0 0 0 0 0 0 0
4 N N
> > > > > > > > > > > N > > > Vt Cn Cr Ut -+ Cn U7 Ut U7 Ut .>
c c c c c c c c c c c c c c c c c c c c c c c c c c
<
0
r
D m
-I 2
D Fzzz m
-�
a
0
c r
0
x X r
PH m < n
03
00DCIO z
< m X 03
0
A
!. co
i v >
h!1

c"m
o
CA) m
(D
(D
O
i
0
m
C cCDD
Gro
3 �
Q W
cro 0 o
ca
CDD y
C
D) 0
C.
y
0
0
n
0
72.
y
0
�G
0
d
M
0.
crN
y
D)
0
.I
k9z�
n C
C
O_ O
Q. t0/�
0 0
C_
0 CL
(D
. 0
m Q
N N
cD O
(D !CD
Q.
O
ma
a
n
-I-ICnCf) -D1, ,dDC�-I� 0-2
z0
-o c =r w' " - CD W =r � � 000
�o
�m�a�o
coo
coDocD;Z-
ZZa0 co c
n CD�
�
0 -ICL wcnz
oa -m -n
h N C Co O N
n
C)_ w
N 01 —
� s
c
A W a W
O W Ul y
33=x333333303 803
(
o cQ co co (o (o cc cc co 3 co
�`o �������N
ZKK;r\m m000C' m>mzz
�ocQ (aCDc=y-QWw =r
0 >
owaKi�(D 0--wwwc=o^
Qocao�o-6Ca-C3o^Z
C(o� 2.c m33E.c='c p0
3wCDc� CD C 3ccnuUm
CD c' 3 3
m3 �(n
—z
T
W
J
co
3 3 3 3 3 3 3 3 3 3 3 3 E 3 3
cQ (o cQ co ca co co co co (o cQ cQ cQ
in
0 �
n � �
J CDC
J �• N
D p `
D �• C7
3 u
t
t C
u �
D vai
r
,. a
-0 N -0 Z
(D =3 Cr
0 �• '
, `0 NrZ
CL CD in
0 (D n a (D
"0
0
C CD
=3 0
CL n
U
C: C c 33 3
(o co co cQ co (o
Im m Iwo
0
c
x
(D
cD
n
E
0
>,Z
Q_
Cw
(n m
•
•I
0
C
tv
a
m
0
CL
in
a0 a
o m a o
N m
m m
rno
w= M
-.o �m
0
0
03
mzm
O
��
w p w
CD
C3•o.
o 0 c�
w
L
3 0 (D
W
x
C
cD a _0
CD
o
x�_ 3
m
�(D
C
?�
N
Q
m
cn
CD~
o
m
C
K?
N'
w
•'
N
70
Io
cD
a
cp
00
L
m
0
P.
OD C/)�
;:P
�
D10l0
n
1 CDD o
0
w 07 chi
Or (D (D,
�
N
r
�r
H
W =; (D
0cnm
o p CD
m
ZtCD M
i
„ m
Q-
0
w
0 3
CD
w 3
0
I
!
-o
� (D
o
w
a
xm
v
ari m
0y
a
n CZ
a 'W
CD,
C C
ZS
(C
>•0
N
[].
�m
cr
I m
w
CD
`D
v
ba
3
o
(D
0
CD
Dv
D K
cn
W
�„�o
trn
N
�, o
i v
CD
Ln
3
Ln
;l n
o
:)rn
o
Jv
I
l0
0
J
W n
Im m Iwo
0
c
x
(D
cD
n
E
0
>,Z
Q_
Cw
(n m
•
•I
0
C
tv
a
m
0
CL
in
a0 a
m
>
0
"0
m
0
L
W
ID
C
?�
m
nZ
;I
o
0 : C
•o
00
L
1
v
CD
w
I
m
ZtCD M
i
CD 0
I
!
o
w
a
v
w
ari m
0y
O
C)
C
>•0
N
[].
Lo
a
j ✓T
! » O.
0
i
h IAC 0
CD
0
m
Z
co
m
z
G)

�QvI• : KM '►4 vi
• i• :,
is V
• f• NO
ANALYSIS
Branobenzene
Brauochlorarethane
Bra ndichloranethane
BramfOEM
Brcum ethane
n-Butylbenzene
sec-Butylbenzene
tert-Butylbenzene
Carbon tetrachloride
Chlorobenzene
Chloroethane
Chloroform
Chlorarethane
2-Chlorotoluene
4-Chlorotoluene
Dibranochlorarethane
1,2-Dibrcan-3-ch1orcpropane
1, 2-Dibrancmthane ( EDB )
Dibran= ethane
1,2 -Dichlorobenzene
1,3 -Dichlorobenzene
1,4 -Dichlorobenzene
Dichlorodi.fluorauethane
1,1-Dichloroethane
L 0 G
Hydrologic -Asheville, Inc
FL932774
23254
Kermure NI�1-2
11/8/93
N/A
11/12/93
NETHOD EPA
502.2
CAS N0.
SDL
71-43-2
1.0
108-86-1
1.0
74-97-5
1.0
75-27-4
1.0
75-25-2
1.0
74-83-9
1.0
104-51-8
1.0
135-98-8
1.0
98-06-6
1.0
56-23-5
1.0
108-90-7
1.0
75-00-3
1.0
67-66-3
1.0
74-87-3
1.0
95-45-8
1.0
106-43-4
1.0
124-48-1
1.0
96-12-8
1.0
106-93-4
1.0
74-95-3
1.0
95-50-1
1.0
541-73-1
1.0
106-46-7
1.0
75-71-8
1.0
75-34-3
1.0
RESULT
( ug/1)
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
1491 Twilight Trail 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

CCMPANY NAME:
ANALYSIS
1,2-Dichloroethane
1,1-Dichloroethene
cis-1,2-Dichloroethene
trans- l,2-Dichloroethene
1, 2-Dichloroprcpaie
1,3-Dichloropropane
2,2-Dichloropropane
1,1-Dichloropropene
cis-1,3-Dichloropropene
trans-1,3-Dichlorcprcpene
Ethylbenzene
Hexachlorobutadiene
Isoprcpylbenzene
p-Iscpropyltoluene
Methylene Chloride
Naphthalene
n-Propylbenzene
Styrene
1,1,1,2 -Tetrachloroethane
1,1,2,2 -Tetrachloroethane
Tetrachloroethene
Toluene
1,2,3-Trichlorcbenzene
1, 2, 4-IPrichlorcbenzene
Hydrologic -Asheville, Inc
FL932774
23254
Kemare W--2
11/8/93
NXIC-11 *
CAS NO.
SDL
C ug/1)
107-06-2
1.0
75-35-4
1.0
156-59-4
1.0
156-60-5
1.0
78-87-5
1.0
142-28-9
1.0
590-20-7
1.0
563-58-6
1.0
10061-01-5
1.0
10061-02-6
1.0
100-41-4
1.0
87-68-3
1.0
98-82-8
1.0
99-87-6
1.0
75-09-2
1.0
91-20-3
1.0
103-65-1
1.0
100-42-5
1.0
630-20-6
1.0
79-34-5
1.0
127-18-4
1.0
108-88-3
1.0
87-61-6
1.0
120-82-1
1.0
ug/1)
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
1491 Twilight Trail 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

BDL = Below Sauple Detection Limit
SDL = Sample Detection Limit
C:O1I5:
1491 Twilight Trail 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251
Page 3 continued
CCHPANY NAME:
Hydrologic-Asheville,
Inc
HYDROLOGIC PRWECTT NCAutB,ER:
FL932774
HYDROLOGIC SAMPLE NOM6ER:
23254
SAMPLE IDEN`T'IFICATION :
Kenmure MW-2
DATE SAMPLED:
11/8/93
NETHW EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( u9/1)
( u9/1)
1,1,1-Trichloroethane
71-55-6
1.0
BDL
1,1,2-Trichloroethane
79-00-5
1.0
BDL
Trichloroethene
79-01-6
1.0
BDL
Trichlorofluoromethane
75-69-4
1.0
BDL
1,2,3-rrichloropropane
96-18-4
1.0
BDL
1,2,4-Trimethylbenzene
95-63-6
1.0
BDL
1,3,5-Irrimethylbenzene
108-67-8
1.0
BDL
Vinyl Chloride
75-01-4
1.0
BDL
Xylenes (total)
1330-20-7
1.0
BDL
Dichloramethane
75-09-2
1.0
BDL
BDL = Below Sauple Detection Limit
SDL = Sample Detection Limit
C:O1I5:
1491 Twilight Trail 0 Frankfort, KY 40601 0 502/223-0251 0 FAX [phone] Toll Free 1-800/728-2251

�cncn-0g-OD0 0zn
O� c �SDCD CD m in.�02 29
0.CDQ) 00
-- jo CD3
0
Z n
_ 0 --1 m m
CL
o m
S
e
a�
O •N O n
N
33�3333333c3 003
cc ca o ca (Q cc ca ca cc ca :; (a 3 3 cc
ZKcnXcflCDc:=r pp�ZEf
Z
Rw.3 2 ZO
C
§.3`� -.03 3o�N
3z
z
O
CJt
333333333333333
ca ca cc ca cc cc ca ca ca ca ca to (a ca ca
x-
0
0
oM m
N
N
—cn
CD=
mc
C-+ Sf o
�Cl-
c c c
ins 3N�Z
nC1CL �Z
o (n m
3
CD
crCLn
CD
cn
333
r 2iaU
ocqv
��
z� p.
3 Cd o
_ -0 Z co
cn 3
s cn, t�
Oc)1 ,fes
O N C1J
a v to
�• i
n l0 o N
Nn c
n
o
CL
CL 5
CA).
.«
o
CD c
� � m
o
o
:3
00
NLn
Cm'
70 ZZZ
CD
V
'S
m0'o3 C
vim -K
N
0
�
v
�
..
m
N „ -n
ip
V
(D
o N
o m
M
v
N O
s g
S
C+O
'S
z
O
c
1 1
D�
z
(D
c
O
(D
"'S
C C
CD
No
� � m
o
:3
00
Cm'
70 ZZZ
o
N
m0'o3 C
vim -K
com
�
v
�
..
m
n
ip
w m g
(D
o
o m
M
v
�
s g
S
m
z
14
1 1

COMPANY NAME:
COMPANY PROJECT:
HYDROLOGIC PROJECT NUMBER:
HYDROLOGIC SAMPLE NUMBER:
SAMPLE IDENTIFICATION:
DATE SAMPLED:
DATE EXTRACTED:
DATE/TIME ANALYZED:
ANALYSIS
Benzene
Bramobenzene
Bramochloraffethane
Brcutodichloromethane
Bromoform
Brthane
n-Butylbenzene
sec-Butylbenzene
tert-Butylbenzene
Carbon tetrachloride
Chlorobenzene
Chloroethane
Chloroform
Chlorcanethane
2-Chlorotoluene
4-Chlorotoluene
Dibroamchlorcmthane
1,2-Dibramo-3-chloropropane
1,2-Dibrthane (EDB)
Dibrcmnethane
1,2 -Dichlorobenzene
1,3 -Dichlorobenzene
1,4 -Dichlorobenzene
Dichlorodifluoramethane
1,1-Dichloroethane
L 0 G I C
Hydrologic -Asheville, Inc
EL920191
10667
#2-Q85W2
11/27/92
N/A
12/07/92
METHOD EPA
502.2
CAS NO.
SDL
( ug/1)
71-43-2
0.5
108-86-1
0.5
74-97-5
0.5
75-27-4
0.5
75-25-2
0.5
74-83-9
0.5
104-51-8
0.5
135-98-8
0.5
98-06-6
0.5
56-23-5
0.5
108-90-7
0.5
75-00-3
0.5
67-66-3
0.5
74-87-3
0.5
95-45-8
0.5
106-43-4
0.5
124-48-1
0.5
96-12-8
0.5
106-93-4
0.5
74-95-3
0.5
95-50-1
0.5
541-73-1
0.5
106-46-7
0.5
75-71-8
0.5
75-34-3
0.5
RESULT
ug/1)
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
A
1003 Twilight Trail • Frankfort, Ky. 40601 • [phone] • FAX: [phone] • Toll Free: 1-800-728-2251

® R 0 L 0 G I C I N
Page 2 continued
COMPANY NAME
COMPANY PROJECT:
HYDROLOGIC PROJECT NUMBER:
HYDROLOGIC SAMPLE NUMBER
SAMPLE IDENTIFICATION:
DATE SAMPLED:
ANALYSIS
1,2-Dichloroethane
1,1-Dichloroethene
cis-1,2-Dichloroethene
trans-1,2-Dichloroethene
1,2-Dichloropropane
1,3-Dichlorcpropane
2,2-Dichloropropane
1,1-Dichloropropene
cis-1,3-Dichlorcpropene
trans-1,3-Dichlorcpropene
Ethylbenzene
Hexachlorobutadiene
Isopropylbenzene
p-Isopropyltoluene
Methylene Chloride
Naphthalene
n-Propylbenzene
Styrene
1,1,1,2 -Tetrachloroethane
1,1,2,2 -Tetrachloroethane
Tetrachloroethene
Toluene
1,2,3-Trichlorobenzene
1,2,4-Trichlorobenzene
Hydrologic -Asheville, Inc
EL920191
10667
#2-Q85W2
11/27/92
METHOD EPA
502.2
CAS NO.
SDL
( ug/1)
107-06-2
0.5
75-35-4
0.5
156-59-4
0.5
156-60-5
0.5
78-87-5
0.5
142-28-9
0.5
590-20-7
0.5
563-58-6
0.5
10061-01-5
0.5
10061-02-6
0.5
100-41-4
0.5
87-68-3
0.5
98-82-8
0.5
99-87-6
0.5
75-09-2
0.5
91-20-3
0.5
103-65-1
0.5
100-42-5
0.5
630-20-6
0.5
79-34-5
0.5
127-18-4
0.5
108-88-3
0.5
87-61-6
0.5
120-82-1
0.5
RESULT
ug/1)
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
BDL
1003 Twilight Trail Frankfort, Ky. 40601 [phone] • FAX: [phone] Toll Free: 1-800-728-2251

u
R 0`4 L 0 G I C µ
Page 3 continued
COMPANY NAME:
Hydrologic -Asheville, Inc
COMPANY PROJECT:
Keinure
HYDROLOGIC PROJECT NUMBER:
EL920191
HYDROLOGIC SAMPLE NUMBER:
10667
SAMPLE IDENTIFICATION:
#2-Q85W2
DATE SAMPLED:
11/27/92
NETHOD EPA 502.2
ANALYSIS
CAS NO.
SDL
RESULT
( ug/1)
( ug/1)
1,1,1 -Trichloroethane
71-55-6
0.5
BDL
1,1,2 -Trichloroethane
79-00-5
0.5
BDL
Trichloroethene
79-01-6
0.5
BDL
Trichlorofluoramethane
75-69-4
0.5
BDL
1,2,3-Trichloropropane
96-18-4
0.5
BDL
1,2,4-Trimethylbenzene
95-63-6
0.5
BDL
1,3,5-Trimethylbenzene
108-67-8
0.5
BDL
Vinyl Chloride
75-01-4
0.5
BDL
Xylenes (total)
1330-20-7
0.5
BDL
M
BDL = Below Sample Detection Limit
SDL = Sample Detection Limit
COMMEN'T'S:
1003 Twilight Trail Frankfort, Ky. 40601 • [phone] FAX: [phone] Toll Free: 1-800-728-2251

0
C
O
N
CQ
(D
0�
CD \N
-ion c �� iDC7-��
_�c PRO
\
m in
�n�mo2'
O= A —�O
0 ooh
z3�-�o
0
~ _ o
`�D
CD
3
o O
�_ -n-n
y
��
3. Q 00
O
C, z
C/)F
Ti
$
CD
�' m
cD
F
3
m
FJ
c�
(+
N
d
s
0
(D,
c
O
g
CL
\
CD
O a
-co
r
+'
n
O A
cow N N
O O co
C W
00 O
33 =T3 3 3 3 3 3
3 5 3 003
Fl-
'•
(Q cc o (c (v (c (Q (Q (v (Q (v cQ
ZKKZ=CD c fy �Dmz�
� � � �
(D
O n nn C O- Z
3.(D C 'O C
C 3 C W
(�D
CD 3`� o3 3o�vvi
m3 — z
Z
0
r1
0
3.3 3 3 3 3 3 3 3 3 3`3 3 3 3
t
0
CD 0-
0Z
�Q5(Z
0 U) CD
3
o m
c
Q n
Q
(D
(n
3 3 3
o
w�
\
0
~ _ o
¢'
(nD� �.�oQ�
3
D�
hp
w
y
h
O 3z
C, z
C/)F
z�N
$
CD
�' m
cD
F
3
m
FJ
c�
(+
N
d
0
(D,
o
O
Q
\
CD
O a
-co
r
:3
Nz
c
m
r
C),
o
w�
\
0
~ _ o
3
fD
N
hp
w
y
h
CC)
C/)F
n
w
3
oQmO
�
F
J
FJ
c�
(+
N
C -
Q
0N
(D,
O
Q
\
(�
N
c
m
r
C),
n
Fl-
'•
O
n
\
~ _ o
O
H
o
NO
ID
:3LN"
CC)
cr
n
w
3
oQmO
�
J
C -
Q
0N
(D,
Q,
m
r
C),
>
o
-
�
n
(n
m
P
o•
I
H
0
o
c�
cn
N
>�
w
-i
O
((Npp CD
0
Q
J
p
�-Q
N
o
r
o
ct- C)
O
N
(D
a
NQ
w
�o
0
F,
m
z
O
0
0
c
c
M
m
m m
Dm
0 C
v
N
oo,
--cnmo�
O NM
.
D 0 70
�CD m
m
m 0O HiUIc
M
� v
O N)
D
W
�
J
>
o
-
�
�
a '
o•
0
0
0
0
c
c
M
m
m m
Dm
0 C
v
N
oo,
--cnmo�
O NM
.
D 0 70
�CD m
m
m 0O HiUIc
M
� v
O N)

m
1
o 12\
0
c
O
N
CD
�o-0 c =r �)DC)�� Do C)
0•�0CLWCD0 ?moo 00
�ny�o���D�Q $3-CZD 3
z3 CD CDC)_
�s
— m
s
A A co CL n P
O P O C3� N
o
CIt w of
w cc)
O � �
33333333393 003
c0 o cn cn cn cn cQ cQ cn c0 3 3 10
ZKKT=M c oR w>TZZ
A�0c0 o;�
' O 0
CD
Kmomo RE -o �wc � Z
m 0- 3 CLo p-3.2 ZO
CDC:IR 'E3Z�w�
CD 0
�3 - z
�z
-o
O
O
333333333333333
� c0 C0 C0 c0 c0 cs? cQ c0 c0 c0 c0 cQ cfl cQ
o
Z
0
�
o
cn >
0
SDg 0
C
to =
N
N
I
w (n
0
O aC)
0
3
0
Cr
f
0•`
0_ -0_ 1
3
O
c
k 2
o
CD
C
t_S
n
o
0
o
C2.
w`
cf
O
�a
N O
Q
��
w 3
na
�i
.0
�o-0 c =r �)DC)�� Do C)
0•�0CLWCD0 ?moo 00
�ny�o���D�Q $3-CZD 3
z3 CD CDC)_
�s
— m
s
A A co CL n P
O P O C3� N
o
CIt w of
w cc)
O � �
33333333393 003
c0 o cn cn cn cn cQ cQ cn c0 3 3 10
ZKKT=M c oR w>TZZ
A�0c0 o;�
' O 0
CD
Kmomo RE -o �wc � Z
m 0- 3 CLo p-3.2 ZO
CDC:IR 'E3Z�w�
CD 0
�3 - z
�z
-o
O
O
333333333333333
� c0 C0 C0 c0 c0 cs? cQ c0 c0 c0 c0 cQ cfl cQ
o
C7
�
o
cn >
CD
CD
O2 CD
,2
o
,
6:Nr-Z
I
w (n
0
�'
Q 0 CD o
0
3
0
0 Cl)
f
•V
0_ -0_ 1
3
O
c
k 2
o
CD
C
t_S
n
¢ O N
3
C2.
w`
cf
U
N O
Q
��
w 3
na
o
(D
�
rl
�}
ro
OL
Lo,t j
cC,)
n 'D
n=
\ Ei; CD
O O fD N
rD
goo
m
co D
H
o
�
v
J
W
(�
)
$
C2 ��
CIL �
to
C:
c
c 3 3 3
Cc
C0
t0
C0 C0 C0
gr'
zz
r � c�• Ai c�� m m m
o
cn >
,2
o
cQ�.
::
2 a Z
CD
3
0
o
f
•V
0_ -0_ 1
y CD
�y �
N C
¢ O N
3
3
I(D�
H (-�
N O
Q
��
w 3
(D
n ul
o
(D
rl
�}
ro
b
0
Lo,t j
cC,)
n 'D
n
\ Ei; CD
O O fD N
goo
m
co D
H
o
�
v
J
W
(�
)
$
C2 ��
CIL �
to
gr'
o
� ID
c
c
`
o
3
Fl
o o
N
Q
(D
a
-
w
�o
~'
m
m m
o
c _�
z
m oo
D
Zn- m6K
m
�o
m
w
AE
cn
�r
mp C
°o Ul
g
D m
--,0) g
4
�.
Cb
m
°
z
Cffn
o
o
�
�
f
�
m

Aff-Aff ArAff
VC
to
December 17, 1991
HydroLogic, Inc.
122 Lyman Street
Asheville, NC 28801
LABORATORY RESULTS
CONTROL #:
6342
RECEIVED :
12/04/91
ANALYZED :
12/05/91
SAMPLED :
11/26/91
METHOD 502.2
PARAMETER
BENZENE
BROMOBENZENE
BROMODICHLOROMETHANE
BROMODICHLOROMETHANE
BROMOFORM
BROMOMETHANE
n—BUTYLBENZENE
sec—BUTYLBENZENE
tert—BUTYLBENZENE
CARBON TETRACHLORIDE
CHLOROBENZENE
CHLOROETHANE
CHLOROFORM
CHLOROMETHANE
E.
FEB - 6 1
SAMPLE ID: KENMORE #2
MATRIX : WATER
METHOD : 502.2
If,
AMOUNT UNITS
ND<0.009
ND<0.006
ND<0.01
?1919-
ND<0.02 p
ND< 1.6
ND< 1.1
ND<O. 02 91
ND<O. 02 is
ND<0.06 if
ND<O. 0 1 If
ND<O. 003 of
ND<O. 1 ff
ND<O. 02 of
ND<.03 it
P.O. Box 4204 9 1003 Twilight Trail * Frankfort, Ky 40604 * [phone] Work * [phone] Mobile

#6342
PARAMETER
AMOUNT
UNITS
2-CHLOROTOLUENE
ND<0.01
ug/L
4-CHLOROTOLUENE
ND<0.01
It
DIBROMOCHLOROMETHANE
ND<0.03
it
1,2-DIBROMO-3-CHLOROPROPANE
ND< 3.0
if
1,2-DIBROMOETHANE
ND<0.8
if
DIBROMOMETHANE
ND< 2.2
of
1,2-DICHLOROBENZENE
ND<0.02
"
1,3-DICHLOROBENZENE
ND<0.02
if
1,4-DICHLOROBENZENE
ND<0.007
it
DICHLORODIFLUOROMETHANE
ND<.05
it
1,1-DICHLOROETHANE
ND<0.07
it
1,2-DICHLOROETHANE
ND<0.03
it
1,1-DICHLOROETHENE
ND<0.07
If
cis-1,2-DICHLOROETHENE
ND<0.02
if
trans-1,2-DICHLOROETHENE
ND<0.05
to
1,2-DICHLOROPROPANE
ND<0.006
if
1,3-DICHLOROPROPANE
ND<0.03
1°
2,2-DICHLOROPROPANE
ND<0.05
"
1,1-DICHLOROPROPENE
ND<0.02
If
ETHYLBENZENE
ND<0.005
"
HEXACHLOROBUTADIENE
ND<0.02
"
ISOPROPYLBENZENE
ND<0.05
p-ISOPROPYLTOLUENE
ND<0.01
METHYLENE CHLORIDE
ND<0.02
"
NAPHTHALENE
ND<0.06
"

REVIEWED BY
#6342
PARAMETER
AMOUNT
UNITS
n-PROPYLBENZENE
ND<0.004
ug/L
STYRENE
ND<0.01
1,1,1,2 -TETRACHLOROETHANE
ND<0.005
1,1,2,2 -TETRACHLOROETHANE
ND<0.01
TETRACHLOROETHENE
ND<0.04
TOLUENE
ND<0.01
1,2,3-TRICHLOROBENZENE
ND<0.03
1,2,4-TRICHLOROBENZENE
ND<0.03
1,1,1 -TRICHLOROETHANE
ND<0.03
1,1,2 -TRICHLOROETHANE
ND<0.03
TRICHLOROETHENE
ND<0.01
It
TRICHLOROFLUOROMETHANE
ND<0.03
if
1,2,3-TRICHLOROPROPANE
ND<0.4
it
1,2,4-TRIMETHYLBENZENE
ND<0.05
if
1,3,5-TRIMETHYLBENZENE
ND<0.004
VINYL CHLORIDE
ND<.02
o -XYLENE
ND<0.02
m -XYLENE
ND<0.01
p -XYLENE
ND<0.01
REVIEWED BY

m
O
-0
m
=
%v
�
C:
CD
CD
CD
Q'
CD
3
a
<D
cfl
v
O
-n
:"
Ul
,n
n
O
3 3
3
3
3 � 3
3�° 3
-f
—I
cn cn
-V=
.3
O
D
C7
� a
0
O
C7
O r
0
M
O
�
D
cc
cc
wq
p
n
°
m
Cl)
w
cc
cc
O
cc
o
o
a
-CD
to
w
O
a
CD
m
m=mMw
1
Z
w
C,) w
c
W
CD
o
n
O
p
—
o
l7 p
N
—
w
o
3
3
C7
w
Co
m
°
CD
m
O
a
C
"�
D
o
0
0
CO
:
u'
c
O
0
3
r
cn
3
0
c
o
cn
w
'0
m
�
a
3
3
0
3
o
W
o
n
0
3
D
c0�
a
Z
3
n
CD =�
o
3
�
a
N
r
CD
cn
w
`
°
l
cc
a
c.
CD
w-=
w
O
O
D
n
o
o
CD
(n
o
-n
-n
Z
m
(D.
�
o.
w
m
i
o
'
N
W
N
o
w
OO
-p
w
< a-
(n �.
CSD
n
(n
o_
-� o 3
C)
c)
co
D
Z"
0
,
o
c
CD
m
n
Q
7
D0.
��
p a
c
�.
3
Z
(D
O
w
p
C
-'
cc
(fl
�
0
n
a 3
3
3.
c-
c
W
7
w
N
O
`t�
cc
-
o
D
3�
n
a
C
-�
°
N
Z
c
L
U)w
a
Z
CD
o
O
aCD
-
m
rn
__
cD
c.
3
(D
a
3
a
3
c
C(D
-D cn
ao
U'
rn
o
N
'<•
cn
3
CDD
CD
o
uri
i
O
n
Q
m
�C
3
Q
C/)
CD
�- f
Q
�
U'
•a
O
o
O
°'
w
c c
tc tc
�
`
c c :3
tc cc cn
L
3
O
v
CD
m
cn
rn
cr
W
N 1
FD*
d
y
r
O
O
N
=
lD
Q
CDD
^+
0i
1
W
w
00
A
I
CD
—
CD
cD
N
=
%v
�
C:
CD
CD
CD
Q'
CD
3
a
<D
cfl
v
O
-n
:"
Ul
,n
n
O
3 3
3
3
3 � 3
3�° 3
N
3
cn
3
.3
S
3
3
3 3 3
3
3
c
3
--
o
i
o
3
�
cc
\
cc
cc
wq
p
n
i
pD
Cl)
cc
cc
\ \
- -
cc
cc
cc cc cc
cc
cc
.
to
o
O
cc
n
0
ca
a
c o
n
p
\
\ \ \
w
w
o
3
3
C7
w
3
Co
m
CD
Z
z
O
a
C
"�
D
0
moo
0
O
3
m
0
c
o
m
'0
fl l
ZI
f)m Z
Z
z
=
.
7C
=
-n n C7
n
0
00
D
m
Z
Z
0
CL
c
CD =�
o
3
CD
a
N
r
CD
Z
w
cc
0
cc
m e
c.
w
w-=
O
O
n
o
co
CD
(n
z
�
O
7 o
l
i 0
i
i
'
N
W
N
o
w
OO
-p
w
< a-
(n �.
CSD
n
(n
o_
-� o 3
C)
c)
co
D
=
0
,
o
c
CD
Q
7
D0.
��
p a
c
�.
3
Z
(D
O
w
p
C
-'
cc
(fl
�
0
n
a 3
3
3.
c-
c
Z
w
N
O
`t�
cc
-
D
3�
c°n
c
I
-�
c
<
3
c
cn
U)w
a
m
o
O
aCD
-
m
rn
cD
c.
3
(D
0
3
3
w
c
-D cn
ao
U'
rn
o
N
'<•
cn
3
CDD
o
uri
O
n
Q
m
�C
3
Q
C/)
Q
�
U'
•a
O
o
O
°'
w
c c
tc tc
�
c c c c
(fl (c cc cc
c c :3
tc cc cn
3
cc
3
O
3
fc
CD
m
cn
o
C
FD*
d
y
o
N N
C
a
3 >S
0
a �
o
(D Cn
(D
O C
0
fl. 3
� to
0
O
N
O
CL
CL
cD
N
fy
IS
O
C
w
O
D
a. �Z
CD
ccn CD
l
a
m
Jo
D
r_
O
Z
O
Z
O
O
r
n
0
m
m
lu
--I
In
m
c
G '
op
`7 r r f <
��% �'• t
^� < 4
CD
CD
CD
Q'
CD
3
a
<D
cfl
v
O
-n
:"
Ul
,n
3 3
3
3
3 � 3
3�° 3
3
3
3
p
10
I
I
I
m
cc cc
o cc
cc
cc cc cc��xc
co cc cc
\
cc
\
cc
cc
p
n
Cl)
m
CO
\ \
- -
\
-
\
-
\ \ \
- - -
\
- -
-
\
-
\
-
O
r
c o
p
w
o
Z
z
a
D
0
moo
0
O
3
m
Q
'0
f)m Z
=
.
o
6Et
0
CD =�
CCD
N
r
CD
Z
W
O
0
�
N
O�
in
Qa
a
Cf)o
w
c.
7C
CD
~
W
(n
r
�
O
7 o
h o2
i
o
OO
-p
Ln
< a-
(n �.
CSD
Fl(D
m
m
(D
(D
D0.
��
Q
rt
m
N
O
C1
a%
r-,
a
CD
O
I
I
<
U)w
a
m
C
°'
m
o
(D
CD
n
w
c
-D cn
ao
Cf)CD
N
'<•
CDD
n
O
�C
3
�
U'
•a
O
o
O
°'
t� ^
c c
tc tc
c
tc
c c c c
(fl (c cc cc
c c :3
tc cc cn
3
cc
3
O
3
fc
CD
m
cn
C
FD*
d
w
O
D
a. �Z
CD
ccn CD
l
a
m
Jo
D
r_
O
Z
O
Z
O
O
r
n
0
m
m
lu
--I
In
m
c

MASS SPEC SERVICES INC . Environmental Analytical Laborato
1 1003 Twilight Trail
P. O. Box 4204
Frankfort, Kentucky 40604
[phone]
March 18, 1991
HYDROLOGICS INC.
P.O. BOX 18029
ASHVILLE, NC. 28814-0029
LABORATORY RESULTS
MSS #: 4953
SAMPLE IDs #2
RECEIVED: 3/11/91
MATRIX: WATER
ANALYZED: 3/13/91
METHOD: 8240
PARAMETER
AMOUNT
UNITS
ACETONE
ND<100*
ug/L
ACROLEIN
ND<50
it
ACRYLONITRILE
BENZENE
ND< 5
,
BROMODICHLOROMETHANE
ND< 5
BROMOFORM
C-
BROMOMETHANE ?
_
ND<10
2—BUTANONE
ND<10
ED -
CARBON DISULFIDE u<a
y
ND< 5
91
CARBON TETRACBLOR
ND< 5
��
CHLOROBENZENE
,
CHLOROETHANE
ND<10
�
2—CHLORO ETHYL VINYL
ETHER
if
CHLOROFORM
ND< 5
4

DIBROMOCHLOROMETHANE
DIBROMOMETHANE
1,4-DICHLORO-2-BUTANE
DICHLORODIFLUOROMETHANE
1,2 -DICHLOROBENZENE
1,3 -DICHLOROBENZENE
1,4 -DICHLOROBENZENE
1,1-DICHLOROETHANE
1,2-DICHLOROETHANE
1,1-DICHLOROETHENE
trans-1,2-DICHLOROETHENE
1,2-DICHLOROPROPANE
cis-1,3-DICHLOROPROPENE
trans-1,3-DICHLOROPROPENE
ETHANOL
ETHYLBENZENE
ETHYL METHACRYLATE
2-HEXANONE
IODOMETHANE
METHYLENE CHLORIDE
4-METHYL-2-PENTANONE
STYRENE
1,1,2,2 -TETRACHLOROETHANE
TETRACHLOROETHYLENE
TOLUENE
5
ND< 5
if
if
if
ND< 5
it
ND<10
it
ND< 5
..
if
of
ND< 5
If
VV
to
to
it
if
of
11
if
0
it
of
o
0
0
ND<100
if
ND< 5
if
ND<10
if
ND<50
if
ND<10
if
ND< 5
of
ND<50
if
ND<10
0
of
0
IV
ND< 5
it
IV

PARAMETER
AMOUNT
UNITS
1,1,1—TRICHLOROETHANE
ND< 5
ug/L
1,1,2—TRICHLOROETHANE
of
TRICHLOROETHYLENE
if
TRICHLOROFLUOROMETHANE
it
VINYL CHLORIDE
ND<10
XYLENE (TOTAL)
ND< 5
"
SURROGATE RECOVERIES
1,2—DICHLOROETHANE—D4
92%
TOLUENE-D8
106%
BROMOFLUOROBENZENE
91%
ANALYSIS BY Ci
i
REVIEWED BY /7 f
1'irilLiL
*SW 846 METHOD 8240 PRACTICAL
QUANTITATION LIMITS
h

-I
A o
Cl)
•o
co u
c �-
2�
�
� �
_
n
C7 C7
r
p
�
� p
-n
-»
Z
0
o°:
-Z
m
CD
m
�_
sv
m
moo
w
0.
D=
m
o�
m
Cl) :3n
m
a
=' <
o
o
0
�,
Q-
�
_
0
C)
3— —
p r
-,
z 3"
m1
:3 CL w m
3
3
o
�'
o �, m 0
Da
�
—
.m
a
o
O
-r,
2) o
n
Z
m
cn
o
0 o
(n
3
�7
¢1
SU
N ..
Q
-n
0
N
CD N 3
N
(D
-n
z
n
N
W
O
M
0
cD
�
MCD
m
OL
�
0
a)
CD-
(D
'0
U)
r
CD
o
0
CIO
z
-CD
Q
2
3
—
N c
_
CD
=�
aCD
O
N
O
Ul
QD
N
n
=
_a
K
1l
CTS
N
O
O
CL
N
�'
Q
0)
in
cam+
O
.
(\\
O
o
r
W
u
0
3
N
�1
D
o
m
�,
c<o
o
0
1
c
K
n
C/)3 3
=rco
3
3
3
3 3
3
3
c 3
0
®'3
C)=
x
m
a,
77
cQ co
coco
cQ cQ
cQ
cg
<°
3
3 co
,
a
w
a
or 0
z
v
m
0
o
r-
-.
O CD
=3z
c�
z
A
t
'
m
c) o
C' )
n
W>
"O
z Z
o=
_
n
v
S` CD
p Wcfl
c0
<°
c
a
sn
O O
0
m
3
N
00
n C/)o
0
3
'
D'a
N
CA N
0
m
w
=
C)
n
c)
w
W sv
:3.
O
lA CD
0
]7 cca
0
'0_
z z
p
O
7 Al
3
w
CD
c
3
`�
> CD
3
-a
3
3•
3
CD
m
W
0
r
�,
o.
_
CD
3
W
o
0
3
0
-CD
CT�'.
:3.o
-.
CD
'
Cl)
0
c
o
<D
0
cn
D
co
m
v
M
3
O
3.
Iz
��
C)
a `°
r'
CD-
w
3 3
3
3
3
3
3
3
3
3
3 3
3
3 3
0
-'
I
I
I I
o
m
o
c0
co
co
co to
to
Co
eQ to
co
co co
w
,'
0
m
:0c
K
—
—
.
em
�
N
(7
C
Oz
z
=i
'U
0
z
-o
O
a'
c
O
N
z°
o
pQm
°
o
��
o
o
n
„vim
Co
CD�
x CD
_
O
O
m
� CD
0
N
r Z
c
j
C�
0
N `�
o-
-
m 0
w
°
0
D
..
C) =r
0
'0
cD
to
0
�
fl. ,CD
v
V..
N
r
CD
70
�
0
_
O
.7z
m
m
<�
a
(
-0
O
ro
CD
m
o
C
v,
m Ya
, .
m
cn
v
a
w�
L
m
�
y
O
N)
W
O
`I
N�
..i
�' 6
¢
Wit., f�
iT3
O.
+I
z
(D sx'
r
.ry
t
�} ^' o f
CD
I 1
CDm
cro
v
0 `�
4
7
m z
n
r
o _
m 2)O
J,a
3
-b
c
c
c
c' -c
c
c
c
c
3
33
7p
cQ cQ
cQ c0 cfl co co co a cQ co c
m m
v
� m p
—
— —
o
il
CD

O O O O' O D �'` O D` D v
0
- w O
3 m a
m Cm G --1 _. �.
m 3 0 O 'O
�. N N O) m x N m A O
O O O
(D
p A O O 2 A
W' O O O
N Ut N (r
O A
O.
M C 'Tj = n
C C6 (D 1 SI)
3
c'F-,3-
N
3c333
V
Z
3.3n
K
3
T.
2
T
C) .
0
0
0
w
M C 'Tj = n
C C6 (D 1 SI)
3
3
Co
N
cn
V
Z
Z
K
3
T.
2
T
C) .
0
0
0
w
D
D
`D
as
0
r
O
fJ
n
C
O
m'
n
`
0
n
3, T.
CD
O
_
O.
Z.
-
Z
cn
c
3
9
m.
m
%
O
'D
,i n Cl)
:
(n
In
Cn
T
2..
2
T
0�.
CD
�
'or,,.3
,A
m r
3.
c
3
3
c.
c
rt
o�
O
m
O
a
2) ' _'.
�
"o
O
r r-'0
m
O0
CD
3
1
c
I
o
O
o
0
o
O
o
0
0
x
D
�..
y ;. o
m
O a
d
-•
A
Q
o
v
o
o
D
co
�-
.,
D o
y.
o
N
a
a
rn
o
3
o
3
-.r
=
Z
Z
m
00
�.
0
N>
..
C)
W
%
,0
f0
O•
f
<
o
O
N
D
3
m
m
m
m
m
A
=
�
�
.,1
..
r_ W
.. v
J
7
°
o
T
�
n
0 0<
�r m, C
�,
z
°
o
Z
D
.c,)
'0
CD
m\
o
T
a
0
o
W
2
=
m
m
C
C/)
n
O
Wz
m
w
m
o
x
O
p
(CD
M
^'
A
rn<
_
%
0
r
Cl)
O
7
C.
O
O
m
10
CL
O
x
m
O
m
w
c0
O
m
0
D
3Y
a
O
r
Z
z
1
3
n
po
00
3
a
3
n
3
a.
s.
I
tp
O
O
-
3
3
-L-11
m
-
�
C
O
M C 'Tj = n
C C6 (D 1 SI)
3
3
Co
N
cn
V
Z
Z
K
3
T.
2
T
C) .
0
0
0
w
D
D
`D
as
0
r
O
fJ
n
C
O
m'
n
0
n
3, T.
CD
O
_
O.
Z.
-
Z
cn
c
3
9
m.
m
%
O
3
a
%
c.
N
o
%
c
3
:
(n
In
Cn
T
2..
2
T
0�.
CD
�
p
x
2
3.
c
3
3
c.
c
c
o�
c
m:m
c
❑%
c -
0
O
CD
3
N
3
CD
N
OL
v
A DL. } ; ,. n
�
x
`ZI N
m
d
A
0 O O
c
Cl)
n
-0
a
D D D
z`
y.
N
N
a
Cn.
%
0.
Z
Z
00
�.
0
A
A
C)
W
%
1
f0
O•
<
O
3
m
m
m
m
=
rn
_
0
°
o
n
0 0<
rn
z
m-
Z
m
o
0
o
2
=
m
m
C
O
O
O
m
w
m
o
x
O
p
(CD
M
^'
0
O
_
%
0
<
10
m
O
N
a
%
s.
-0
m
m
p
O
3
3
3
33
3
�'
c
3
3
3
3
naan
In
arena
b
M C 'Tj = n
C C6 (D 1 SI)
3
3
Co
N
cn
V
Z
Z
K
3
T.
2
T
C) .
0
0
0
w
D
D
`D
as
0
r
O
fJ
n
C
O
m'
n
0
n
3, T.
CD
O
_
O.
m.
_
c
A
°'A
_
o
2
cn
c
3
9
m.
m
%
O
3
a
%
c.
N
o
%
c
3
K
O
-
A
O
v
m
=
3'
�°
m
O
O
CL
c
N
o..
o
C
3
ro
c
3
D
3
c
O
N
CD
c
n
c
c
c
3.
c
3
3
c.
c
c
c'
c
3
c
❑.
c -
M C 'Tj = n
C C6 (D 1 SI)
3
3
Co
N
O
m
O
.�
w
m
COK 0. 0
r
D
CD
3
B
m m —
O.
`D
as
0
r
O
fJ
n
C
O
m'
n
0
n
3, T.
CD
ry,
Z 3, c
m o N
m
o
m
CD
=
m
m
xm
Cl)
o
r
O
_
0
D 'y 0
CD
3
N
3
CD
N
OL
v
A DL. } ; ,. n
�
x
`ZI N
m
d
A
0 O O
c
Cl)
n
-0
D D D
z`
v
O
00
�.
0
m
°
jCD
O
<
O
3
m
m
m
m
=
rn
_
0
°
o
n
0 0<
m-
Z
m
0
o
2
=
m
m
C
O
m
w
m
o
x
d
(CD
M
^'
_
%
0
<
m
a
%
s.
-0
m
m
p
7
b
M C 'Tj = n
C C6 (D 1 SI)
3
3
Co
N
O
m
O
w
m
COK 0. 0
r
m m
CD
3
m m —
"°
`D
as
0
r
O
n
77
W
n
3, T.
CD
ry,
Z 3, c
m o N
0
CD
=
O CD
X
Cl)
o
r
O
0
D 'y 0
CD
3
N
3
CD
N
OL
v
A DL. } ; ,. n
`ZI N
A
0 O O
Cl)
n
-0
D D D
tCD
O
�.
jCD
O
<
O
m
m
�
o
rn
_
0
0 0<
Z
0
o
=
m
r
C
�
m
w
m
(CD
M
^'
M C 'Tj = n
C C6 (D 1 SI)
•O -� Cl z
Ic CD— - m 0' m
3
3
Co
O
0 co
', m m
r=33
CD. ,
w
m
COK 0. 0
r
m m
CD
3
m m —
"°
`D
as
0
r
O
77
W
n
3, T.
CD
ry,
Z 3, c
m o N
O CD
K..3.,,
D 'y 0
F i
A DL. } ; ,. n
`ZI N
A
0 O O
Cl)
n
D D D
•O -� Cl z
Ic CD— - m 0' m
3
3
Co
.4
0 co
', m m
r=33
m m
CD
3
"°
0
r
O
77
W
n
3, T.
N �
O •
O �

�,C-0:
o
'O`
p
C)
C)
C7
OO
%
,
(D
-
(D
°]
(T
A
O
D
m
p
Z(D
N
m
QO
vi
OO
O
w
C
O
O
�a
rn'
a�
3
=
o
m
m
W
n'
a
m
�
<
a
-,
3
0
3
D
°
D
�'
a o
°
D
a
a p
-
Z
3
Q
�
a
`
o
-
c�
(D
--
Z
a
C)
7
�
O
Q
W
�
Co
O
-n
-n
Z
cD
I
(n -*
a'
o
m
n O
CD
Co
N
�
m
F
Q
Q
7I
v
fn
Al
5 (D
¢� =
✓c
�
O
0
CD
N
CD
m
O
�,
cD
n
CD
O
(n' r
o3
-,
v
a
_
O
m
`m
3
w
�d
O
.
_
Co
O
m
p
u
°
2
-
N3
Z
n
�
W
rt;
N
m
Q
rq
o
cn
m
=
w rp
u,
a
Cr
o
o'
C
L O
(ON
rt
Ln
Y
D
O
N
N
O
N
'
N
(OD>
0
p.
V
I
ti
I-
m
o
>i
rn
O
o
rt
m
il
1
CD
O.
-
p)
w
Ui
(o
ul
$
El
O
z
0
o
110
•�
_
0
r
or ;
0)
N
0
(D
.Tr
(D
(D
(—D
o
(D
O
�
ft
f''
O
Z
a m
Cn
3
3
3
3
3
3
3
3
3
C
3
o
o
3
,�
o
n
w
ro
Co
(o
o .
o
o
(o
co
(o
(o ;
(o
-.
(o
' o
o
0
n
0
(n
a �
°'
(D
Y b
_
_
-
_
-
-
_
3
3
_
'
N
O; N
(D
I-�
H
rn
o
o
=
d
Z
Z
D
Z
2-n
n
C)
C)
n
W
D
"o
Z
Z
H
D
n
3
CL
-�
Z
�,
co
m
c�
a
u)
w-�
d
O
N
n
O
o
CD
W
.�
n
n
o
1
C)
o
3
1
n
1
n
''
w
D'0
W
C�
w
w
Aw
n
o
10c
..
�'
O
(0
0-
o
o-
w
w
c��
-.
<
-
_.CL
m
U`
cn'
o
3
o
Ln
v
C
..
�
_
Q
0
a
_
Cl,
o CT
-n
m
N
°
un
M
M.
CD
CD
Ln
°
0
D
3
�
a
O
i7
S
j
^"
n
N
0
CO
CD
*10
a
Al
Cr(D
�_
ON
C)
n
3
3
3
3
3
-3
3<
3
3
3
3
3
3
3
3
0
`v
I
I
I
I`m�
m
c°
Co
v
(a
(a
(a
(o
0
0
(o
(o
to
to
(a
Co
(o
(o
to
�'
u,
o
m
(D
(DD
O
-
-
-
-
-
-
-
-
-
-
-
-
-
-
3
°
O
m
a3
°
�
z
O
Zti
N
-v
Z
Z
°
�,
O
° a
8
mob
005
m
?
p
c
(D
-.
�M
_
m
�
-
�-
a
°
°:
�►
O
(n
�;
O
W
m
o
O
..
m
CD
°
N_
rw
a
vCL
,
N
r-,
Cl)(D
o.
0
m
W
Q
x
v
v
O
O,
D
r
-,
CO
�..
m
. U
o
to
CL
o
z
m
"'
p
� a
m
m
m
o
C
(o (
m
<
CT
o
v
m �o
y'
a
o
PQ
OD
v
.� O
o
�
^
O
O
i
o�
zom
pCl
wf
2.
O
o
me
-1 (D
-L�m
CL
(D
0
C
o�
00
-4
Q
-
�1
O
3
ON
o
7
p
v
N
Co
O
-4
CrL4-�
Q
c
(o
c
(o
c
(fl
(0
c
O
c
(Q
c
(o
c
(O
c
(O
=
O
3
(Q
3
(o
3
(o
-'
c
-�
(D
v
m
m
*

-n
C+
;a
O
n
77
z
C-)
N
00
V
T
w
n
a z
m m
rl
-I
--1
0
W
T
2
0
D
0--1'a
p
0
0
0
r
p
m
0
K
p
-u
C)
3
3 3
3
o"a
3
c
a
w
-+
_
O=
_
o_
o
(D
w
w
cQ t0 c4 cfl (Q
cta
tsa
m
D w Cn
dl
O
1
Z
w0
A
w
?
CMD
-
-
p
C7
:3 2 3 ul
CD
°
m
a
O
O
O C
D
o
m
y
m-
Z
o
=
m
w
CO
c
3
0
a
w
C
3_
-
^
U
3
N
v
z°
m
w
i O
C7
=a
cr
3
3
3
.
o
0
w�__
z5
o
-
V•y
3
0
=3
=
CD
lz
n
N
aoc
Z
'O
n
0
ai
m
n
O
N
�Q-
o
=OKK
C•
N
`
C)
(D
co
==
m
o
0
0
r
CO
w
o
CD
W
w
zm
<
�
m
z
'
o_
_m=O
N
c
, a
CD
Cn
a
77
m
V
a
O
O
a
3
^
n
N
N
O
m
3
°
(D
O
••
2
c
c
c c c c
c
c
a
3
�'
3
m
p
y
m
<
3
¢m7
CD
Cl)
m
=
m
v
m=
3
N
c
a
-
•Da
=
a
Q
CD
v
Cn
A_
N
A
(D
w
m
�
O
Cn
(n
N
A
:E
w
=
m
O
m
°l
O
V
O
N
O
C+
0.).
CD
a
cn
p
00
m
CD
I
Q
w
��
'a
O<
'a
2J
c
O
m
m
N
3
3
K
3
3
3
3
3
3
3
c
3
0
o
3
CD
-5
0
._.,;
m
w
,::
-
t0
(O
O
t0
fiZ
(O
(O
CO
c0
F
Cn
Q
C)
m
��
X
3
9
0
w
a
,
m
Co�3�mC
`^
°
'a
a
m
Z
Z
7C
2
-n
(�
C7
C�
C7
O]
D
Z
Z
3'
0
a
p
w
a
t0
m
c
�
a
w
w-=
O
p
0
Co
CD
3
D
i
O
i
CJ
N
n
C+
a
C7
o
C7
3
C7
C7
0o
D'0
w
w
7
O
CO
m
C7
o
w
w
W
m
O
O
E'
w
w
w
c
C)
m
<
OL
m
n
n
a
3
a
n.
O
Z
Z
p
w
C.
c0
Z
3
c
w
O
�'
3
m
c<
CCD
3
c
a'
m
-O
a
cn
3
0
c
3
3
3
n
W
m
=
m
m
3
o
(Ti
m3
�'
°
w
(/)
:3:3
o
w
m
COcr
w
cc
m
3
-o
-a
a
°
-n
C+
;a
O
n
77
z
C-)
N
00
V
T
w
n
a z
m m
rl
m
V
CD Cn m o cs,
a
4•<
Q
-u
C)
3
3 3
3
3 3
3
3 3 3 3 3
3
3
3(
w
_
(D
0
c
c0 (Q c0
cQ t0 c4 cfl (Q
cta
tsa
cp
D w Cn
dl
O
1
A
3
- - —
- - - - - -
-
-
-
p
C7
:3 2 3 ul
CD
a
O
O
O C
3
Z
w
=
m
w
m O
p
c
3
CD
o
-
^
U
M
N
v
z°
m
w
i O
C7
-n
cr
N
m
CD
^.
z5
a'
-
V•y
CCD CO TI
0
=3
Cn
CD
w
lz
n
N
Z
'O
0
ai
m
n
O
N
o
C•
N
C)
(D
"
m
CD
N
r
CO
A
CD
W
w
O
-n
C+
;a
O
n
77
z
C-)
N
00
V
T
w
n
a z
m m
rl
TI
O
w
CL
CL
0
w
O
3
N
CD
O
W
CD
f
CD
O
A
v
O
7
mo
�
w-gom
rF. C 7
tAtE] 00. q•
�
wI o
W=B
W• N
(D
W •,v��
N 4
- W
N
� �V4 W
ID
(a
W
3
W
3
m
V
a
4•<
Q
-u
C)
3
3 3
3
3 3
3
3 3 3 3 3
3
3
3(
w
_
(D
0
c
c0 (Q c0
cQ t0 c4 cfl (Q
cta
tsa
cp
dl
O
1
A
3
- - —
- - - - - -
-
-
-
p
C7
CD
a
O
O
O C
3
Z
w
=
m
w
m O
p
c
3
o
-
^
U
M
N
v
z°
m
w
i O
C7
m
cr
N
m
CD
^.
z5
a'
-
N Cl
O
0
=3
Cn
CD
w
lz
n
N
Z
'O
0
ai
m
n
O
N
o
C•
N
C)
(D
"
CD
N
r
CO
A
CD
W
w
O
c
0
m
z
N
, a
CD
Cn
a
77
m
V
O
O
a
O
c
c
c c c c
c
c
c
c
3
3
3
TI
O
w
CL
CL
0
w
O
3
N
CD
O
W
CD
f
CD
O
A
v
O
7
mo
�
w-gom
rF. C 7
tAtE] 00. q•
�
wI o
W=B
W• N
(D
W •,v��
N 4
- W
N
� �V4 W
ID
(a
W
3
W
3
m
V
a
4•<
Q
_
-z-
m
1
A
P
CD
a
D
rty
�
ON
o
-
^
U
m
w
O
m c rc
m
w
0
n
3
o
(D
CD
I
n
w
CD
O
A
a
O
c
c
c c c c
c
c
c
c
3
3
3
TI
O
w
CL
CL
0
w
O
3
N
CD
O
W
CD
f
CD
O
A
v
O
7
mo
�
w-gom
rF. C 7
tAtE] 00. q•
�
wI o
W=B
W• N
(D
W •,v��
N 4
- W
N
� �V4 W
ID
(a
W
3
W
3

cn
CD Cl)
F 5
CD O Z
C
w M
Cn m
0
7 -iJ
Ki
w
c+
O
n
z
N
co
V
w
A
awZ
(D 3
cn m
(D
C
(D
-5
C+
mcr
Oni
V
c
D
O=g
c
np
r
Ow
-_n
3 3
3
3
3 3 3
—
M
3
3
d
0
y3
D
'°
o
N
pn
pn
m
°
(o
m
(o
m
m
°
Z
d
O•
a)
m
o
0
n Q (bt
G
°
m
v
m
w
_O
p=
3
(n
c
O
O
1 1
O
p
—
-0
j
�,
D
m
y
m
0
a
6
m<
o
-"
m
C7
A
CD
'
(/y3
3
,�
D
a
r-
CCD
—
N cl
CD 0
..
3
3�o
CD
�m,
j
o
A
I
CD
N
rr
Z
3
0
O
o
=r
w
-a
d
CO
w
Cn
K
K
A
w
a'
-
A
m
CD
^.
w
m
(A
0
7
Q
O
O
TI
1l
Z
m
cn
:Ep
w
Cz
N
0
-nZ
Q
CD
a'
Z
A
(n
y'
M
3
(D
�n
m
v
A
m
3
a
w
m
•p
m
3
-�
o
c
m
z
I
0
!
I
I
N
D
7
1
Ci.
!
3
1
m
2
V)°�
A
c+
Q
U)O
�
Ln
Ul
N
A
::EW
N
O
O
V
O N
O
(+
Ol
O-
W—
O
CO
(D
(5.
Q
w
C) 'a
m
<<
N
cn
m
o
m
m
3
3
3
3
3
3
3
3
3
c
3
0
0
3
m
(O
(O
OS
c0
c0
c0
c0
c0
c0
0
C
N
\
\
\
\
\
�.
\
3
3 (O
�.
C
Cy
CD
;
m
m
o
=
N
�
z
z
;K2
7l
n
0
0
0
m
D
-V
Z
Z
°-
M
n�
a
w
3
(O
,
(O
m
c
3'
CZ
w
N
3'
0
0
A
(D
3
v
n
O
i
D
° N
GJ
-0
n
c -f
m
o
C7
3
n
c)
W
�,
w
3
O
cn
(D
Q
(7
3
'0
z
Z
m
(O
w
m
cn
C
m
3
n.
c
�•
3
_•
C
O
-h
�•
D
—I
3
3
cn
c
3
-,
�
c
3
c
�
m
'p
w
m
n!
N
0
3
3
n
p
Ln
=
CD
3
w
o
r
w
w(
a
a
su
Q
.-.
m
—
0
cn
1l
w
LO
m
=r
K
o
°
-a
Ln
CD
(n
m
°
cn
D
-{
w
Cn
3w
2
3
Ln
o
3
,<
N
3
-n
w
(D
(O
1l
C)
a
CD
Ki
w
c+
O
n
z
N
co
V
w
A
awZ
(D 3
cn m
(D
C
(D
-5
C+
c =� tii..—`
mcr
V
d r
c
3 3
3
3
3 3 3
3
3 3 3 3
3
3
3
0
w
D
'°
o
N
�
p _...
w
(O c0 c0 (>, (O
c0 (Q ifl (fl
(o
o
(o
w
rn
°
(AD
�
3
c°
3
0
n Q (bt
G
°
m
!
CD
O
6._
0
O
0
c
1 1
°
O
Z
—
D.
-0
j
3
3
(m
3
6
Z
o
w p
m
C7
A
CD
'
m
(=D
CCD
—
N cl
CD 0
11°
CD
I
CD
N
rr
Z
ko
m
=r
w
(D
m
CO
Cl
m
0
m
w;P�-
A
w
o
A
m
o
(A
0
Cz
c =� tii..—`
mcr
V
d r
c
CD
a 7
a
CD
fn
D
'°
o
N
�
p _...
w
m
w
O
C y
(AD
�
3
0
n Q (bt
G
°
m
!
CD
O
6._
M
0
1 1
°
O
0 1 1 1 1 f
c c c c c c c c
a (0 tQ t0 (O (O (O (O (O (O
c
c 3 3
(O (Q
3
(m
A
D
u
n
D
E
D
u
v
GOO
7
G)O
M
w•DoM
.02
ni <
Co • a
..W� O
4. O Al
WZx( 3
I
-40)(DNV00A—
�4=
zzw
m
(D
3
7
rt

c Ic
cr A
3 Im
c e
C3
I�
A O
m
C �.
a
� O
n
O �
.0
A
O
yO
r
CL
CL
w
w
m
Q
0
0
-1 -4 0 cn -0= O D 0�*0 p n 0 Q r p m O K p** g
7c o C co v m �, 3- O= �,' o o O w wCD — w m m m m m
z w a w m E C7 v, _ = Q m = w
w 3 N " O o O a O C
a) y m m CD �' a 3 < w Cl) D 3 cn M.
p Q r_
z 3 n = m 3 a 3 3 v o <° 0 3 ami
Q w
mm 3 o O � O -n -n z m Cn� 0 w c� �' o
d. _ — --1 -n w � vi w j m 3
70 ai c w — < Q
3 m
_n, z o m �, 0 m o - C. r 0•
2 � <
a - m c •O m 3
W O O n Cp Z
CD 3
_ m Q
CL
JA N m
v w m .p a
CnL � -
/� CD N Ai
�7 O N 6l N A to i m . of
a cn
`� o 0 0 0 0 (D� CO o V (n co
ly CJD -0 m < 'cN O
c j 1 c -F iD m p m m c
3 3 3 3 3 3 3 3 3 c 3 o o 3 _ m w V Cl.
cQ co cQ cn cp cfl cfl cQ co 3. co o O co 3 0
�. 3 3 c/ c7 Cl c6o m O
- - - - - - - - - - - o a OC � m =.
< 3
z 2 - C7 C7 n Co D Z Z �' ° :30 a p
rl (�
W 3 cQ o m c a w w 3• 0 0 0 0 m 3
cn
n :z-- o o 3 n C) ci D o w w 3 c+ 0 m N
C7 O w w w m o o -- w w c OS cn In 0 < o--
3 cfl 3 -o a— 3 0 Z
m e c0 3 c -03 �. c 0 c n w o
cmn c 3 c -oy -O w m
> m O 3 3 f- N O Cal =
m 3.
3 w I O w wp
w Q N r. m
~' -n
UO w w c = m Err
m 3 o
° O m o
CD m
D -� w cn cn
3 2 3 cal U,
C) 3
N3 TI
O m ( -n
� a �
71
w
0.
D .�
a nZi
CD
vui m
"D
O
OD
0
X
CTI
w
V
C=v
N
-
w
-u
0
00`,
CD CD
�
CDD
o
3
3
3
3
3
3
3
3
3
3
3
3
3
3
3
N
o
r� c
o
•0
3
o
0
0
o
0
0(o
m
o
' S
J
O
0
n
m
3C-1.
p
g
z z
z
3
0
w
o
z
3
3 3
m
0?
3
cn cn cn cn
cn
cn
O
c0
co ca
T
N
M
Z°
O
O-
c-
m
\ v
=
CD
3
0
a
0
0
c
CCD
<
z
-i
�
o
3
=
0-
w
o
O
CD
2.
,"
can
m
s
x
N
r-
—Z
w
co
=
w
o
CD
.,
a-
3
m
3
V
o
c
m
z
s
N
Cl)
-0
CD
m
w
�
j
0
-
C7
m
N
v 'NOV
a
m
o
0
o
CD�_
0
3
O
Ul
c
m
Ol
CL
<
Q0
C=v
N
O
00`,
CD CD
�
CDD
m
r� c
o
•0
O
m
' S
J
O
0
n
m
CD
0
3
o
a
3 3
3
cn cn cn cn
cn
cn
cn
c0
co ca
\ \ \
\
\ v
m�
T
O
� r
D
O o
M m
3 x
O
z
O
_m
Z
C)
0
w
CL
CL
0
3
w
O
w
CD
w
CO)
CD
CD
0
0
0

# �k
-I -� (!� 2 GZ D C7 -► o p C1 C1 n r p -n G7 p
A O"0 C =r ID =r O= y' O O Q w °: m' w (D (D (D (D m
Z v n �, a w m p (7 (n = - p o m — w v ===
_� o O cn 3 ° O O ° o c
w D CD (D m a _< w C/ D D p p r
`o 3 0 y w m Q 3 3 0 M. 0cn
w o
3 n � � � °i °.V CD
`°
° = o O w o ,i n o
a_ w v,' w :3 m w
— (D o (D = co 0 <n N y O_ CD 3o (D -
r o
Cl) =3 ° G O w w O < Z
--1-T- CD �, m m 3 (D N c
a •v = 3
CD
_ °• CD
:rnU) Qj m m
42!-
A N -P V) CD W
m CD 4�1 • (J7 — C -F V (D ••
�I CD C o O O O i —� a Q w O�
D
OC v CD Cb (D 0 CD (p N
_ -10
� Q� D�. QQQ�QQQQ��QOO =
(cU(=
C/)0
� � 3 3 � CD w m (D
C < 0 3
m �. o
Z Ai (� m c Q n�i W D = O O N CD
0 3 a
p i i i i i i 00 i cn W N N (D�—i•
o co O 0 3 C) o co D •o w w �-+ o (n CDD
, O w w p� CD O O G• w w w C p cn z N C <
C a°(a W 0'o 3 a _. 3 -, Z z p 3'
D 3 w w CD -I c 3 3 c (n m o-0 W(D
m m r-• 3 0 3 3 0_
w
07 -n
co w e w m m
° (D o
CD (n
D --j w v,
w ti 3 �
3
CD lz N t7
7 1l
�Q TI
00 n
(D
w
n
a
CL Z
m °'
v, CD
T CD N
!1 �
C+ co
O
O X O
C) cn
77 w v
v -s
O
C') CD
v �•
0D (D
Vn
_
a
>
CD
C
CD
'0
-
n
.
N
m
n
3
3 3
3
3
3
3
3
3 3
3 3
3
3
3
V
I
w
(D
0
c
(O
(O cfl cfl to
cQ cfl cQ (Q
t0
ca
c0
a;
N
O
3
o .
0
CDCD
(]
c
O n
^*
- — — —
— — —
— — — —
—
—
—
o
0
C+
0
O
Z Z
Z
�1 '
Z
°
m
w
7
3
O
O
"0
N
-U
Z
O
V O(
D
m p
Q
=
(n
(D
7
CT
—•
I CL
O
00
�'
Cn
(D
OZ
l
CD
i
i
W
0)3
O
O
w
CZ
c
CD
-,
n
N
r-
_Z
I
(D
C<D
CL
—
CD
0
O
U)
°
a
(D
V
._.
p (D
O
jO
O
o
c0i
2
O
W
c
(D
V
C )
Q
k
_
a
>
CD
C
CD
'0
n
.
N
y
n
(D
O
o
Cl)
a
w
CD
w
r
o
o .
0
CDCD
(]
c
,"
m3,
o
3
�1 '
O
C C C C 3 3 3
(Q c\ ° t
,.
ca co co c� co c0
(n
(ate -
m
O
w
a
CL
O
w
0
3
rn
CD
m
ca
CD
W
O
C1
s
7
�O
mi' -007
i
V WwIE O
Zj
xw3 0
Ca.:
J -40 0
i� z z
P)
co
W

cis
CD
F O
CL z
D
o
00 M
M
O
m
m
O
D
C
O
N
m
p
D
O
m
z
T
0
D
—I
m
O
--I --1 0 0 T Z 0 D 0 -a 'o O n n n r p
<m_ O 1K p
O m °° O m v m
0vm_ _= °'
z i cv a p N -0g
wCD smau
m
m3a? OO O
D CD < Cl) Dm a3 w3o v m 00 o =3 cm
j � o co < a
O o m m Z (D lA' o m j Om a O m
° a nwCDo m° (�nz0 - r
o
w a o M CD � < z
_ ° cu m = 3 m
a
_ a _ _
a v CD
m N)
m o w Ul m -,ja C/) 00
O —� Ul N O O C+ l0 Q ° 3 N
m "o m < g
m o CD m
cn 3 3 3 3 3 3 3 3 3 c 3 o o 3 cn w N
c0 c0 ° co c0 c0 cfl cfl cQ cQ 2. c0 0 o cQ CD 'n• co a Q
oc 3 3 �
v
C in < n 3 (n m m
m ° •o ° m
cD c 3
zz
nC w Q M a Dwz m e w w= O O 3
D OCD
-D 0' 1 ' N
� �° q 3 c) c) D aw <-tCD
0)
C)owWwmOOC-'wWa)c cn � _< Z3 -0 o Z a NZ3 U) o.0
aD :3 cn 3 O• c3Ot
o
: m c -� c 3
> 3 3 c `n CD °
m (D c 3 0 3 3 r n° —
(n 3 sv ° w Q) 0
m Q (A '" m
N r. 6 -n 'O
3 0
m o (D o
CD cn
D -i w
2 3 Ul
3 Ln
N1l
� (D a v
w
CD
0
CL
CD
.M
0
w
0
0
co
w
0
U)
X
Ul
w
V
0 sw
'a ,
0
O
3 i,
O
i co ca � cfl CL 3 3 3
(a c0 c0
-P
0
N_
O
3
0
0
w
-P
v
(D
w
CD
f
W
O
0
v
0
elm -0om
c7
r Wpo 7
°xw3
wZ �
CA) -4
�M4
�r � p1
� 77
ID
a
0
3
O
7
-
M
-
-0
O
C7
O
3 3 3 3 3 3 3 3 3
3 3 3
3
3
3°
c
O
3
o
w (�
N
O
3
zO
Z
v
` (D
w
p 0
c
3
O
m
N
-o
Z°
C+ O
C7
0
mp
h
,.
CD
D
6
O O
O
0
C
(n cn
c�D
z =
CDco0
._.
Z
3
3
N
m
°
= _
rD
�
N
r
w
n wEL
r ,
g
S•
O
c)
,j
N
(D
O cp
0 sw
'a ,
0
O
3 i,
O
i co ca � cfl CL 3 3 3
(a c0 c0
-P
0
N_
O
3
0
0
w
-P
v
(D
w
CD
f
W
O
0
v
0
elm -0om
c7
r Wpo 7
°xw3
wZ �
CA) -4
�M4
�r � p1
� 77
ID
a
0
3
O
7

r -
CD
0
3
3
m
in
> 10 -n C-) Cl)
CD -r C) r,- 0 -0 CD
oco m 10
M 10 0
> 0
M :3 CL
> --4 X
0 `W `.
D
(j) Vi
CO
1 0Cl) LO
C) (D M 0 -n
0 0
O
U)
0 0 0 (0) m
o
o p z
0 =r
>
:0 z
0
0
>
-4 3:)
m 0
0
O
C)
CD 0 CD 0
3 3 0 0
m rid
CD
CA 0 n
0 0 3: 20 20
CD =3 - 0
5 0 m c >
0 — o70
Cl co CD z
0,
w 0 Ct)
3 > 3:
rn
z> C z
mr Z
3m m
0 0
0. r11VV '9^-V -n
Z
rn
0 0 < >
0 m rn
CD U)
m
M > 0 x
CD M co >
co G) r.> m
W z -TI rrI 20
m n 0 Z m
r-. V)
z 0
m
C:
0
r a
Z
CD
0 1
0 > m > >
3 m > n m
'az
CD r- x c
> m z MK
D I a --, , WZ 0 m
CD
imco m C,
r- -<
Ilk
0
CD
C
CD
�C-
--4
,cr 0 3
Q D (D
co
cc (D
0
0*
V
-0
Cll
.0
Oa
n
G
0
0
0
C.,
-0
0
;K
:r
T
r
�co,'330.
0
0
0
0
0
0
0
N
0z
z
to
0
o
o
C,
0
0
M
•
0
z
0
c
3
K
o
o
a,
x
Z
0
3
a
3
3
o
0
Li
0
c
0
3
2
3
3
3
z
c
30'3
3
3
3
3
in
> 10 -n C-) Cl)
CD -r C) r,- 0 -0 CD
oco m 10
M 10 0
> 0
M :3 CL
> --4 X
0 `W `.
D
(j) Vi
CO
1 0Cl) LO
C) (D M 0 -n
0 0
O
U)
0 0 0 (0) m
o
o p z
0 =r
>
:0 z
0
0
>
-4 3:)
m 0
0
O
C)
CD 0 CD 0
3 3 0 0
m rid
CD
CA 0 n
0 0 3: 20 20
CD =3 - 0
5 0 m c >
0 — o70
Cl co CD z
0,
w 0 Ct)
3 > 3:
rn
z> C z
mr Z
3m m
0 0
0. r11VV '9^-V -n
Z
rn
0 0 < >
0 m rn
CD U)
m
M > 0 x
CD M co >
co G) r.> m
W z -TI rrI 20
m n 0 Z m
r-. V)
z 0
m
C:
0
r a
Z
CD
0 1
0 > m > >
3 m > n m
'az
CD r- x c
> m z MK
D I a --, , WZ 0 m
CD
imco m C,
r- -<
Ilk
0
CD
C
CD
�C-
--4
,cr 0 3
Q D (D
co
cc (D
-0
Z
z
r
K
;K
:r
T
Co
M
-0
0
M
>
0
N
0z
z
to
0
o
o
C,
0
0
M
•
0
z
0
c
3
K
o
o
a,
x
Z
0
3
a
3
3
o
0
in
> 10 -n C-) Cl)
CD -r C) r,- 0 -0 CD
oco m 10
M 10 0
> 0
M :3 CL
> --4 X
0 `W `.
D
(j) Vi
CO
1 0Cl) LO
C) (D M 0 -n
0 0
O
U)
0 0 0 (0) m
o
o p z
0 =r
>
:0 z
0
0
>
-4 3:)
m 0
0
O
C)
CD 0 CD 0
3 3 0 0
m rid
CD
CA 0 n
0 0 3: 20 20
CD =3 - 0
5 0 m c >
0 — o70
Cl co CD z
0,
w 0 Ct)
3 > 3:
rn
z> C z
mr Z
3m m
0 0
0. r11VV '9^-V -n
Z
rn
0 0 < >
0 m rn
CD U)
m
M > 0 x
CD M co >
co G) r.> m
W z -TI rrI 20
m n 0 Z m
r-. V)
z 0
m
C:
0
r a
Z
CD
0 1
0 > m > >
3 m > n m
'az
CD r- x c
> m z MK
D I a --, , WZ 0 m
CD
imco m C,
r- -<
Ilk
0
CD
C
CD
�C-
--4
,cr 0 3
Q D (D
co
cc (D
z
r
K
;K
:r
T
o
0
0
0
M
>
0
N
z
to
0
o
o
0
0
0
M
>
c
3
K
in
> 10 -n C-) Cl)
CD -r C) r,- 0 -0 CD
oco m 10
M 10 0
> 0
M :3 CL
> --4 X
0 `W `.
D
(j) Vi
CO
1 0Cl) LO
C) (D M 0 -n
0 0
O
U)
0 0 0 (0) m
o
o p z
0 =r
>
:0 z
0
0
>
-4 3:)
m 0
0
O
C)
CD 0 CD 0
3 3 0 0
m rid
CD
CA 0 n
0 0 3: 20 20
CD =3 - 0
5 0 m c >
0 — o70
Cl co CD z
0,
w 0 Ct)
3 > 3:
rn
z> C z
mr Z
3m m
0 0
0. r11VV '9^-V -n
Z
rn
0 0 < >
0 m rn
CD U)
m
M > 0 x
CD M co >
co G) r.> m
W z -TI rrI 20
m n 0 Z m
r-. V)
z 0
m
C:
0
r a
Z
CD
0 1
0 > m > >
3 m > n m
'az
CD r- x c
> m z MK
D I a --, , WZ 0 m
CD
imco m C,
r- -<
Ilk
0
CD
C
CD
�C-
--4
,cr 0 3
Q D (D
co
cc (D
>
>
o
0
K
a,
x
Z
0
:z
0
M
<
0
0
in
> 10 -n C-) Cl)
CD -r C) r,- 0 -0 CD
oco m 10
M 10 0
> 0
M :3 CL
> --4 X
0 `W `.
D
(j) Vi
CO
1 0Cl) LO
C) (D M 0 -n
0 0
O
U)
0 0 0 (0) m
o
o p z
0 =r
>
:0 z
0
0
>
-4 3:)
m 0
0
O
C)
CD 0 CD 0
3 3 0 0
m rid
CD
CA 0 n
0 0 3: 20 20
CD =3 - 0
5 0 m c >
0 — o70
Cl co CD z
0,
w 0 Ct)
3 > 3:
rn
z> C z
mr Z
3m m
0 0
0. r11VV '9^-V -n
Z
rn
0 0 < >
0 m rn
CD U)
m
M > 0 x
CD M co >
co G) r.> m
W z -TI rrI 20
m n 0 Z m
r-. V)
z 0
m
C:
0
r a
Z
CD
0 1
0 > m > >
3 m > n m
'az
CD r- x c
> m z MK
D I a --, , WZ 0 m
CD
imco m C,
r- -<
Ilk
0
CD
C
CD
�C-
--4
,cr 0 3
Q D (D
co
cc (D

0
3
3
7
CL
cn
O
o
-o
o
o
>
m
o
>
>
O--�
N
E
(n
c
st
N
a
O
O
o
o.
CO
•c
o
>
s
m
'
�
� a
n,
-
2
o
--
o
O
o
o
O
o
O
m
o
0
0
'v
�
m
v
a
m
A
N
00
n
m
o
n
o
y
=
O
o
0
a
H
m
rn
O
Z
0
N
Z
U
3
c
3
3
cc
A
U
A
U
n
O
J
_
H
j
O
-i
O
y
f0
U
^
n
O
0
U
°
O
Q
m
b
°
Z
°
m
Q
N
O
O
O
S
W
O
O
p
°
cco
7
o
m
D
`
n
m
m
3
m
p
i
0
_
Z
n
n.
o
Cn
3
3
3
3
3
3
o
c
3
W
3
3
;
O
N
r
d
°
Q
o
m
cn
m
C()
w
o.
a
-
O
�
m
p
Z
O
m
y
m
C/)N
p
A
A
o
0
2
r
N
-
N
m
W
N
m
O
U
O
N
m
A
U
y
N
O
W
A
W
W
-
A
w
...
m
Dw
m
N
O
N
�
m
O
Ocil
O
O
ri
W
m
v
0
3
c
3
3c
3
3
3
3
�
m
Z
3
o
p
3
3
3
n
o
o
,°
n
n
n
o
n
n
Z
n
3
3
n
n
n
>
N
r
N
D.
c
ao
7
ng�
f
T
D
Z
O
-n
Z
2
co
37
N
E
(n
c
st
N
a
v
S
m
S
m
m
o.
O
�
cn
N
N
Z
W
Vl
o
i
m
i
y
°
..
o
--
c)
o
m
m
Ci
m
d
O
m
0
y
-
i
Z
a
"
a
m
m
J
U
c
300
N
3
W
N
00
n
m
m
=
o
y
H
H.
n
m
to
o
a
H
m
rn
w
a
Z
Z
0
N
Z
U
3
c
3
3
cc
A
U
A
U
n
O
J
W
H
j
O
-i
O
y
f0
U
^
n
O
0
U
°
O
Q
m
b
°
Z
°
m
Q
N
O
O
O
W
O
O
p
°
cco
7
n
m
D
`
n
m
m
3
m
p
i
0
_
Z
n
n.
o
Cn
3
3
3
3
3
3
o
c
3
3
3
3
;
O
N
r
d
°
Q
o
ng�
f
T
D
-4 D
-n
n
co
37
b
D
U3
o
n
o
m
m
D
D
O
�
cn
N
U.
f
m
Z
Vl
o
i
m
i
y
°
..
o
-
o.
c)
o
o
3
c
Ci
a
Ci
m
m
m
>
Tm
0
°
A
O
x
V
m
J
U
c
300
N
3
W
N
00
o+
-
N
'
m
O
W
A
3
O
N
3
m
0
V
3
U
-
0.
V
a
c
c
c
c
3
c
3
3
cc
�
o
c
c
c
3
c
c
c
ng�
f
T
D
-4 D
-n
n
co
37
b
D
U3
>
m
D
.0
CD
3
T
a
—
fit
O
�
cn
N
a
0
a
w
a
o
o
f
m
o
o
o
0
D
O
n
m
n
Z
D
w
m
a
Z
O
u
o`
l
O
�
o
O
0
1
Q
m
Z
m
o
p
°
cco
7
n
m
D
`
n
m
m
3
m
p
n
_
_
Z
n
n.
o
Cn
>0
m
—
;
O
N
r
d
°
Q
o
m
cn
m
C()
w
o.
a
-
O
�
m
p
Z
O
m
y
m
C/)N
A
r
N
N
m
m
M
Z
O
N
O
o
-
w
...
m
Dw
m
N
�
m
Ocil
O
ri
W
m
0
Cio
_
_
m
O
o
Q
m
CD
w
O
m
r
o
p
f
\
Z
m
0
3
w
3
o
N
o
o
w
>
N
ng�
f
T
D
-4 D
-n
n
co
37
D
U3
m
D
.0
CD
3
T
a
—
fit
O
�
cn
N
a
0
a
w
a
o
o
f
m
o
o
D
O
n
m
n
Z
D
w
n
Z
O
u
o`
l
O
--Am
p
Dco
p
1
o
p
C/)
cco
7
D
`
n
m
m
-n
m
Z
Cn
>0
O
N
r
O
°
r
O
cn
m
C()
w
o.
a
-
O
�
m
p
Z
O
m
y
m
C/)N
A
r
N
m
M
Z
O
O
o
N
w
...
Dw
m
N
�
m
Ocil
O
ri
W
0
Cio
O
CD
w
O
m
r
o
p
f
\
Z
3
w
3
o
N
o
o
w
>
N
r
N
D.
ao
7
S'
CD
_^
o
p
O
20
.
Q�
7
o
v
m
C
D
�1
a
En
Z
0
70
cn
3
C
D
m
0
D
C
Z
M
r
—�
Z
`p
m
0
T
C
O
d '
�
m�
r-
m
Z
D
m
D
C
CD
rte-
C:
C
m
0
70
CD
DD�G
W
y
n
,
D
m r-
0
m
z
O
m
0
m
Z
70
m
r
70
-�
N
z
3
0
1.
m
c i
R �
O
m
�
r
n D
N
m-
O
p
>
C
r -
D
3
w
Q
v
>.
m
D
o_
o
m
z
°
m
m
z
Q
m
ci
(�
o�
mm
m
w
m
m
p
0,
{
\\
3
(j4
�
A
„
i
CD
r

0
0
3
3
CD
>
Cl)
>
'0
N
Cl)
m
Z
z
3
m
S
T
O
O
O
O
co
m
r
>
M
>
>
m
Co
0
c
M
>
C)
0
(D
u
>
0
N.
CD
Cl)
D
>
Go
m
C)
_0
z
z
F7.
0
.
00:0000
-0
a:
m
C)
CD
0
N
Ct)
r
Z
C:
0
K
C)
C,
C)
C)
00
>
C,
()
0
CL
0
X
O m
r—
0
z
0
m
U)
0
2.
20
G7
0
CD
+
Z
O
H
z
@
o
0
Z
0
z
z
CD
Z
-
C
N)
(0
0
CD
>
>
rm
m
--q
>
0
--q
m
3
-0
30
2
z
cr
X
z
c
z
m
O
m
C)
m
z c)
O
0
Ln
m
M
0
-.x
<
m
co
-<
m
0,
C:
O
-n
Ir,: f
o
o
0
z
z
C)
m
0
CD
>
Cl)
>
'0
N
Cl)
m
Z
z
3
m
S
T
O
O
O
O
co
m
r
>
M
>
>
m
Co
0
c
M
>
C)
0
(D
u
>
0
N.
CD
Cl)
D
>
Go
m
C)
_0
z
z
F7.
0
co
cn
-0
a:
m
C)
CD
0
N
Ct)
r
Z
C:
0
K
C)
3
C)
C)
00
>
C,
()
0
CL
0
X
O m
r—
0
z
0
m
U)
0
2.
20
G7
0
CD
+
Z
O
H
z
@
o
0
Z
0
z
z
CD
Z
-
C
N)
(0
0
CD
>
>
rm
m
--q
>
0
--q
m
3
-0
30
2
z
cr
X
z
c
z
m
O
m
C)
m
z c)
O
0
Ln
m
M
0
-.x
<
m
co
-<
m
0,
C:
O
-n
Ir,: f
o
o
0
z
m
0
CD
CD
w
0
3
c3
0
>
0
0
0
Qp
o
3
3
3
3
3
c
3
3
3
c
c
3
_J3
i
L
z:
>
Cl)
>
'0
N
Cl)
m
Z
z
3
m
S
T
O
O
O
O
co
m
r
>
M
>
>
m
Co
0
c
M
>
C)
0
(D
u
>
0
N.
CD
Cl)
D
>
Go
m
C)
O
rrI
Z
F7.
0
r7l. 1
LA
0
z
C)
CD
0
N
Ct)
r
Z
C:
0
K
C)
3
C)
C)
00
>
C,
()
0
CL
0
X
O m
r—
0
z
0
m
U)
0
20
G7
>
CD
O
H
z
@
o
0
Z
CD
Z
-
C
N)
(0
0
CD
>
>
rm
m
--q
>
0
--q
m
3
-0
30
2
z
cr
X
z
c
z
m
O
m
C)
z c)
O
0
Ln
m
M
-.x
<
co
-<
m
0,
C:
O
-n
Ir,: f
o
o
0
0
CD
CD
3
c3
0
>
0
0
>
Cl)
>
'0
CD
O
TFn
—n
rrl
<
0
CO
m
CD
0
(D
>
Do
0
>
M
m
r
>
M
>
>
m
Co
0
c
M
>
C)
0
(D
u
>
0
N.
CD
Cl)
0
0
Go
m
C)
O
rrI
Z
F7.
0
r7l. 1
LA
0
z
C)
CD
0
-n
0 -n
m
>
C:
>
00
cl)
r—
-<
Cl)
;v
r)
()
0
CL
0
X
O m
r—
0
z
co
M
M
mQc)
C/)
U)
M
20
G7
>
CD
O
H
z
@
o
0
Z
CD
Z
-
C
N)
(0
0
CD
>
>
rm
m
--q
>
0
--q
m
3
-0
30
2
z
cr
X
z
c
z
m
O
m
C)
z c)
O
0
Ln
m
M
<
co
-<
m
0,
C:
O
-n
Ir,: f
0
0
CD
CD
0
0
>
0
0
>
Cl)
>
'0
CD
O
TFn
—n
rrl
<
0
CO
m
CD
0
(D
CL)
(D
0
M
m
r
>
M
>
>
m
Co
0
c
M
>
C)
0
(D
u
>
0
N.
CD
Cl)
z
>
Go
m
C)
O
rrI
Z
F7.
0
r7l. 1
LA
0
z
C)
CD
0
-n
0 -n
m
>
C:
>
00
cl)
r—
-<
Cl)
;v
r)
()
0
CL
0
X
O m
r—
0
z
co
M
M
mQc)
C/)
U)
O
G7
>
CD
O
Z
CD
Z
N)
(0
0
CD
>
>
rm
m
--q
>
0
--q
m
m
-0
30
m
cr
X
z
c
z
m
O
m
C)
:)j
Cl)
0
r-
0
rrl
<
0
CO
m
0
(D
CL)
(D
0
m
m
r
>
0
co
M
S:o
CD
>
>
m
Cl)
Go
m
C)
O
rrI
Z
F7.
0
r7l. 1
LA
0
z
M
v
0
m
C:
>
O
cl)
;v
r)
Z
0
X
N
CD
(Dm
m
Z
CD
Z
(0
0
CD
>
>
rm
m
--q
>
n.
CL
--q
m
m
-0
30
m
cr
X
z
c
z
m
m
C)
z c)
O
Ln
m
M
<
co
-<
cl?
33
R _0
CD
3
CD
3
'0
O
Li
:2
rrI
r—
rrl
<
0
CO
m
0
M
---i
m
m
r
>
0
co
M
—<<
>
>
m
Go
m
C)
O
rrI
Z
F7.
LA
z
0
m
C:
[)
;v
r)
N
(Dm
CD
0
>
0
CD
>
>
9i
m
--q
>
n.
CL
--q
m
m
30
m
cr
X
z
c
z
m
m
C)
z c)
O
Ln
m
M
<
co
-<
m
0,
C:
O
-n
Ir,: f
0
0
CD
CD

m
m
O
D
C:
S
O
S
N
m
p
D
O
m
z
-I --, N cn T Z 0 D n --4 x) po o n r p T O g p* g g
o'D cCt)= aw "= v, O m o o O Q °: m' w CD m m m
0)m o m m =< sv
z 3n .. 7 °° v w° `° 3 3
3 O -1 a w cn `< ° CD
m 3 0 o TI TI z 0 W. i g C o
c71 ° _ 3 CD
-n z CD
0 CD
.� _
c z
CD N m 'a 2 m N c
= a CD
- Q
(D
2 CD- fu CD
Cn C I _ CD
N N CD .+
C) a
m sv 0) 00
m =
0 0� � 'o C=D ° -0 E
M) 1 \ "'� CD O CD (D N
sp 0 N w w ^
cn 3 3 3 3 3 3 3 3 3 c 3 o 0 3
CO (0 (0 0 0 0 0 0 0 �. 0 0 0 0 m n' m d C/)
N
o 3 3 '- = m coo m
< ncn
° 0 ,
m 'S Q O * CD
D Z K K 7C S -n c) o o o W D -u z z o c 3 n a
Z 0c= n 0 sv —= O O = 0 CD 3
p 0 CD
no C7 3 n C7 CA D N 0 C- 0ch m
0 o w w c = <
C Q (Q w'0 3 a n 3 °W CD
z Z °�' p w
3 w 3 = o =
Fn c:3 0 3 0 �r p
m 3 << Q m
_ (n _ � -0
w N o c (D
3 3°
Ln
=5(D O ° m
D w
CL 3
N -n
m
w
A
D
CL Z
CD 3
cn CD
F�
N
00
V
w
-0 0
CD 0
3'3
3 3
3 3
3
3 3 3 3
3
3
3°
10
a
cQ CQ
CQ
CO
o 0
(o
C4 (a (Q
(0
(0
c0
w
c
a
D
0 1
O
:
3
Z Z
Z
'0
z5
m
m
w
p z
3
m
o
-o
N
m
Z
o
O
(D
n
O
CD
m 6
CD
m
wCDCD
O
6
—
o
o
C
(n
(=D
0
�
'p
Ch3
c
='
v
Io
(D
O
O
C3 m
CD
-�
N
Ci
O
m
r _ �
--
CD
3
^
a
—
(D
o'
o
0 �
(D
cc
o 0
�.
c c
c c
c
c
c
c
c
a
3
3
3
O
zD
u� N
Y`e
(0
(0
0 (0
(0
(0
(0
C2
CD
0
,;j 3
s
CD
=
CT
c
0
m
0.
-A�,C 3
.4-02,c
toaa
0
xw3
W
mo
0 V fn'*
i0)14
°'i
w
m
W
3
W
CD
a
v
cr
c
a
D
CD
CD
'0
m
o
A^
C()
CD
m
wCDCD
oo
0
'p
c
(D
O
O
C3 m
V f F
Ci
O
w
�:3
--
3
�.
0
�.
c c
c c
c
c
c
c
c
a
3
3
3
zD
y (a
c0 (0
(0
(0
0 (0
(0
(0
(0
c0
c
0
m
0.
-A�,C 3
.4-02,c
toaa
0
xw3
W
mo
0 V fn'*
i0)14
°'i
w
m
W
3
W

O
O
m
a
CL
A
r
Q
O
A
m
W
0
D .�
aoZ
CD 3
cm CD
-n
C+
70
0
0
77
Z
n
NI00
V
i�,.,,, f...-.
0
—.
-LCD
V
1
C„._
CD
o
10
c
�,
�_
O=
O Q
o_
o_
p
Q
CD
a)
CD
v
m
m m
T
Z
O
CD
y
O
a-
d
s
O
y
-
O
Q
O
y
=
— —
Cn
0
_
p
O
CD
j
o
p
O"
O"
S
Q r
_
(D
CD
�.
d
<
CD
3
3
3
3
3 3 3
D
y
7
O
w
O
o
cn
3
0
o
3 c
o
y
ca
(D
CD
Q
C,
0
3
3
w
o
`°
3
0
CD
-
z
3
C>
*
Z z
z
>
Q
i
v
Z
m
'a
Wo
m` O
?
D
CD
a,
._.
y,
m
N
m
O
O
O
cD
C)
00
m
m p
h
�
O0
m
m
Z
CD
Cn
*
O,
a)
cD
-' O
Cl
CD
z
m
ti
3.
C
-
0
°'
=r
Cl)'CD°
m
C7
cn
v
m
a` a
Q
>
z
w
ca
°
W-
m
0
a
-i
o_
m
m
0_
'
CD
o
3 m
ca F
CD
-'
m
c
n,
z
0
r,
C/)
CA
w
X,
N
CD
(n
0
°
p m
cn
r-
o
C
T
Cn
-
�
0
CD
V
00
O
Q
CD
�
OBD
M (
(_
0
7
Ol
I
C
0
•a
C
3
CD
z
O '
-1
=
CD
�
CD
a
2
-
N
=
C
3
TL,
CD
D
b
_
N
0-
CD
sv
m
-i
C-+
m
CT
`
z
0Ln
V
A
m
a
n)
C/)co
m
Q
m
C)
O
O
O
O
O
00
Cl)
CY
0
'S
N
O
�
j
(n
O
CD
n
'a
m
CD
o
3
3
c
K
3
3
3
3
3
3
3
c
3
o
0
3
<•
m
N
I
D`
�a
o
cQ
ca
o
cQ
0
o
0
3.
c0
0
o
cQ
0
Q
`.
==I
C
0
�
�
�
�
�
�
�
�
�
3
3
�
m
n
W
3
�
m
m
Q
-i
_
C
Cn
O
c
O
CD
O
m
0
(D
o.
<
D
Z
D
m
Z
Z
1 1
3
Q
z
Z3Z(a
c0
m
e
a
su
W-
0
0
0
0
CDm
N
�
I
1
1
O
1
1
1
(n
W
N
j
C-
p
D
I
m
o
�
-�
n
3
C7
O
W
D°
w
conn
0
cn
c
@
0
c<
n
O
CD
O
O
3•
W
W
W
c
3
O
Cn
z
D
C
Q
Z
o
N
a
3
a
3
0
c.
z
aD
CD
20
G�
m
c'
c0
0
to
C
CD
3
0
0
P
m
m
D
3
a
m
C
c
3
C
m
°
-
3
z
-�
m
0
3<
0
3
3
-�
r
0.
y
m
C/)
c
w
o
sv
a'
o
m
3
W
00
o
0
n
az
ami
C
N
3-
cn
3
3
0
o
m
O
m
°
CD
Cn
cn
D
I
0
v
m
W
3
o
O
O
m
a
CL
A
r
Q
O
A
m
W
0
D .�
aoZ
CD 3
cm CD
-n
C+
70
0
0
77
Z
n
NI00
V
i�,.,,, f...-.
0
—.
-LCD
V
1
C„._
CD
v
O Q
CD
_
N
s
N
n
QCD
D
CD
.a
m c�
CD
CD
3
3
3
3
3 3 3
3'3
3 3 3
3
3
3
a
o
o
3 c
o
ca ca ca a
ca
C,
ry
C7
O::E
*
Z z
z
i
Z
m
_5
(D
Wo
m` O
?
C
3
m
N
m
Z
o
O
cD
C)
00
m
m p
h
,y
R
OL
ti
<
z
=r
Cl)'CD°
1
1
'
1
N
m
z
to
°
m
0
N
r
z
0_
'
C C C C C C
ca f0 c0 ca ca ra
C
C C C
ca ca co Q
3 m
ca F
?
t
m
c
r,
C/)
a
CD
w
X,
w'
°
p m
co
D
Cn
0
CD
V
00
O
W CD_a
7
Ol
I
C
i�,.,,, f...-.
0
—.
-LCD
V
1
C„._
CD
CD
_
s
n
QCD
D
CD
.a
CD
a
''��6'
ry
C7
t 14 -A
i
CD
cu
,y
R
1,
ti
dt
d
ytu'£
#
°
0_
'
C C C C C C
ca f0 c0 ca ca ra
C
C C C
ca ca co Q
3 m
ca F
?
t
9
F

r
r
-n
r
-i
a
w
m
Z
O
.�
D
N
.O
O
3
O
_
m
O
CM,)`D
~'
0,
3
a
C
(D
-a
3
r
<
m
O
CD
O
Z m
o
p
m CD
(D
O
O
O
0-
O
D
m
V
D
D.
CD
a
-
�^
y
Co
n
co
D
c
o
o
O
E\
r
r
-n
D
-i
a
mZ
m
Z
O
.�
D
N
.O
O
3
O
_
m
O 3
CM,)`D
~'
0,
m
a
w
-a
A
o
r
r
r o
m
O
o
O
Z m
o
p
m CD
O
O
O
mo
O
D
m
O
D
D.
CD
a
-
�^
y
Co
n
D
c
o
o
O
E\
r
l<O
N
Cf)
N
-0.
N
Z
T `<
73
C7
O
o
o
O.
O
O
E
o
o
Q
m
m
a.
_,
m
A
n
3
C
Z
--1
p
M
D
Z
O
tr
O-
=
O
O
O
(D -
m
0
Oh p O m > >
Di o'uj
c
3
°
3
WN
o
0
3.
3
T
O
T
oc..
�.
Ci
c7
3
A
w
3
o
N
w
3
3
3
3
3
0;.
O
c
O
�.
N
m
3
n
O
O
0
�o
m
r
Cf)
p..N
m
3
m
O
o
CD
O
E
O
z
m
m
Cl)
°
o
o
x
m
p
O
—
m
w
D
H
�
p
w
A
o
O
0
O
x
A
G
O
N
—
c
c
3
W
A
3
O
c
c
y
j
w
m
m
e
O
,c°
(n
O
A
m
a
m
m
m
3
c
3
3
3
3
3
3
z
3
0
0
3
3
3
c
3
30
r
-n
D
-i
a
mZ
m
Z
O
.�
D
N
.O
O
3
O
_
m
O 3
CM,)`D
~'
0,
m
a
w
-a
A
o
r
r
r o
m
O
o
O
Z m
o
p
m CD
mo
D
Q
CD
a
-
�^
y
Co
n
D
O
O
o
N
E\
r
l<O
N
Cf)
N
-0.
N
Z
T `<
73
C7
y O
N z
w
O
z
D
.
D
..
A.
O
m
m
Q
0
Cn
D
m
cn
m
n
3
C
Z
--1
p
M
D
Z
O
o
3
0
(D -
m
0
Oh p O m > >
Di o'uj
c
3
°
3
WN
3
3
O
3.
3
T
O
T
oc..
�.
Ci
c7
3
A
3
310
N
y
3
3
3
3
3
0;.
O
c
O
�.
N
m
3
n
O
O
0
�o
m
r
Cf)
p..N
m
3
m
O
o
CD
O
E
O
z
m
m
Cl)
°
o
o
x
m
p
O
—
m
w
D
H
�
G
—
c
c
3
c
3
3
O
c
c
y
m
m
m
m
x C m p Z
6 ❑ r m D
c
N
iv
mZ
m
Z
O
.�
€
T
n
n
O
O
W_.
D
D
0,
O W r-
> m
T m
C/)Z 70
Z m
.+
3
CD
a
-
�^
o
3
O
N
W
r
z
N
Cf)
N
-0.
N
r
O
SYl
°
C7
y O
N z
w
z
z
D
.
a
A.
O
m
m
Q
0
Cn
D
m
0
o
m
n
3
C
Z
--1
p
M
D
Z
O
o
3
0
(D -
m
0
Oh p O m > >
Di o'uj
c
3
°
3
m O
Z:,, m D m o_ m
3
3
m
3.
3
oc..
o
3 3
3
3
A
3
310
N
c
3
3
3
3
3
0;.
O
�.
N
m
3
n
O
m'
0
�o
m
x C m p Z
6 ❑ r m D
c
N
iv
mZ
m
Z
O
.�
€
T
n
n
O
O
W_.
D
D
0,
O W r-
> m
T m
C/)Z 70
Z m
.+
3
CD
a
-
�^
o
3
O
N
W
r
z
DD
CD
N
Cf)
N
-0.
o
N
O
r
O
SYl
@
C7
C7
n
-..
D
.
n
a
o
-
a
o
m°
o
c
o
u
m
m
r
m
OC
-�
m
Cn
D
m
n
O
C
p.
y
m
70
m
n
3
C
Z
--1
p
M
D
Z
O
o
3
0
(D -
to ,: t
x C m p Z
6 ❑ r m D
c
N
0
mZ
m m
Z
'i
.�
x
T
n
n
O
O
W_.
D
D
0,
O W r-
> m
T m
C/)Z 70
Z m
.+
3
CD
a
-
�^
o
3
N
W
r
z
w
K
O
0
3
C7
C7
n
m
D
N
O D
0
m
o
nc
m
m
m
m
o
o
3
0
(D -
to ,: t
Oh p O m > >
Di o'uj
c
3
°
3
m O
Z:,, m D m o_ m
3
3
m
3.
3
oc..
o
�'
3
o.
A
3
1
3
0;.
O
�.
N
m
3
n
O
3
0
p..N
m
3
m
O
o
y
O
0
H
�
G
—
c
c
3
c
3
3
O
c
c
y
m
m
m
m
e
O
,c°
x C m p Z
6 ❑ r m D
-o -o 1 CD mz
z
c
O m O p m
m m
co
cn
m
y
co
W,
D
m m y 70
O
O
0,
O W r-
> m
T m
C/)Z 70
Z m
.+
3
CD
a
�^
rri
O
� N
x-
..
x
p
J
O D
0
ft
�• z
0
(D -
to ,: t
Oh p O m > >
Di o'uj
c
3
°
3
m O
Z:,, m D m o_ m
-o -o 1 CD mz
z
c
z! O m
m m
m
y
co
W,
D
O
O
0,
.+
3
CD
O
m
x-
..
x
p
J
O
0
3.
o.
O
�.
n
O
Q
y
O
0
H
�
G
—
m
O
m
y
n
O
D
m
m
m
m
-o -o 1 CD mz
z
c
z! O m
m m
m
W,
—
r
0,
.+
3
CD
..
C CD
O

`G
(D
V)
m
-s
-n
O
(D
zCTCD-
CT
m
a
C)
O
N
O
rt,
o
D
CL
M,
N' �• A
m
L1 �
m
Lux
Cfb
�
.a
O
m
�G
O
w
W
CL
Q
H
O
a
--I Cl) Cn 'a = O D 0 0 C) C) 0 r 0„ O
A O 0 e eD d m y s 0 2 N O O 0 Cl) °: m � W cD
Z Ql A 0) 3 7 w j O 0 (CO) — v � m a 0' CD CD CD
(0) � Q (D C (D A d < Gl 0) _� Q r
N _
Z to w cD a 3 3 O 3 y O O 3 O
A
0 O a w cn `< v ,e '0 CD= w
CD
-M a o 0 4) � m m Z m N f Q. °' CCD 0 O
.-.
N N ° (D 30 (D r -•
n (D A CD " 0 O
A) C)
a � w m m :3
> a m c
° m
C7
Ch _ w CD -
m a M m o_
O ND l
O O O O COiC7 0 w OD
3 3 3 3 3 3 3 3 3 c 3 0 0 3_' m y
cp c0 p CO tp t0 l0 t0 t0 �. (a o O , 0 3 cr N)
s N= s .. _. 3 3� " a N
N
CD CD
3
m o c (D
0 3
Z Z X= C) 0 0 C7 m D m z z � f
p w c0 , to m c 3 a w w— 0 0 cQ 0 g. L
=3 0cQ�c�
° 3 n C7 Co D -0 w m :3 N Z
7 0 w w p; CD O O C' w w w C = N N A
70 c' � CDy c ' CD3 3 e. c• 3• c Z z 0
-ncND C 3 O 3 -4 r O
m 3 o w 3 0
w Q CD
w C/) Q
N w �
3 � ?
O �
CD N (D 0 Ul
D � VI
w CD
O CND (C) -n
T
CL V
� n
�1
w
A
CL
CL oz
y (D
"4
m
r
c+
CL
E C
-.
t.o
u
C
Q
3
3
3
3
3 3
3
3 3 3 3
3
3
3
3
°
0
CO
�p
'° m co
ra o m
o
o
c0
9�
°
D
3
s
O
r E
--
.,�
o'
(D
<
=7.
m*��
Y
o
CD
O
i
i
z z
z
C"3
N»
O
j
m
0
D ?
§
(D
aj
c
O
M
N-0
Z
0
D
CT
/1
O
CD
3
Or
-
d
0
C7
..
0
n
CD
(D
m Igo
A
N
r.
Z
w
OD
;
O
z y
Cn
M<
.,
CD
0
CD
w
7C
_4
co t0
c
CC
c
CC
AO
c
c
m t0
n
CG
c
IQ
O
=3—O
3
�
".
`D
N
d
CD
V
N
v
� r
(D
O
C3
,.
n
=
7
E C
-.
t.o
u
Q
OD
tea°
'p
D
1OL
0
O
r E
10r
.,�
(D
O
=7.
m*��
Y
CD
w
3
C"3
N»
A
aj
c
M
/1
O
G7•
0
C.
co t0
c
CC
c
CC
c c
t0 rG
c
c
m t0
c
CO
c
IQ
3 3
m fG
3
`D
N
v
� r
5m
0
m
03
..w ' 0a
U
W t K
-1 Z O W w
rt3
co
co N V
N V 0)
N W CD (D
i 3v
O
0

cD
a�
�m
000
cn "n
K
p
D
m
(D
N
co
V
w
m
-4 il
Om
K X
Z
m
^Z�
Ym
0
3
M 03
c0
(D CD �O�
C+
co (3 a —
... =r W
W Z 0 %
Ca n x Cw
D
C
N 0
(A N v CD (D
C-4rnCD3
WA 000 _
`+ o .�
'v
—q
__j
to
w-0
2
0
D
C7
.i
*o
p
o
o
0
r
0
m
o
K
p**
CD
0
m
O
=
O
O
O�
0
Cp'
w
M
CD
O CD
CD
Z
w
CD
Z,
j
CL
3
3
0
3
3
O<
�:
�
0
O
a
m
—
_
�
0)
y
cp
a:
cD
O
�
M
cn
0
0
CL
cQ
\
—
0
m
o•
°
3
C)
w
cn
W>(n
7
c
3
o
p
0
r
0
3"
—
—
_ —
u,
w
`D
a
3
°
3
w
o
cc
c
w
3
in
3
CL
M
0
N
0
M
07
cn
Z
o
c'+
o
O
3 CD
CD
'°
p
m
�
p
3
0
CD
� i
CO
6
cn
m
O
°
°
�_
I
O
rl
Tl
O
O
Z
CD
�_
f
°_
(D n
O
�
6
a �
�
2.
N
-
r
0
n
W
o
CCD
��
D
S
w
0-
cD
-i
�
0
w
0
<
Cl
w
O
M
CD°
�
(�
c
O
w
+�?
x;
sv
T
CD
n
a
Z
0
—
W
00
e
O
O
O
°
O
H
o
0
CD
*
y
(D
=
3
O
N c
00
a
CD
n
w
V
-P
CL
V
3
n
DI
C:
_
-P
a
0
T
ID
Y!
3
CD
�
E
0O
_
7
a'J
-
j
—
CDD
01
H
C
U)
�.
°
C/)O
lD
W
Cp
CD
n
p
P
m
CD
0
NN
w
3
$
1
CL
w
m
0#'
00
O
G
f7
i
O
Iwar
cn
O
3
O
O
O
CJ i
0
"D
OO
O
-.500
a
CD
<
".
'a
N
3
\
\
CC)OCD
V)
w
�.
C0
3
3
K
3
3
3
3
3
3
3
c
3
o
o
3.D
°
�~
F\ -)-S
co
cQ
o
o
co
cfl
co
co
cQ
co
3.
o
0
0
0CD
CD
\
\
\
\ \
\
\
U
\
\
\
CD
m
�-'
o
a
°
°
0
D_D_
m
Z
Z
n
n
c
3
w
0
3
a
z0
0
c
a
w
w
o
O
O
0
CD°
(Dj
o
K
C7
3
C7
0
W
D'o
ai
w
0
R
CD
<
C7
°
W
c-
?
°D
c'
wa
w
3
0
z
z
p
cD
w
—
a
cn
(n
3
�.
0
c•
W
CDD
C
�.
CD
C
3
3
m
CD
o
i3
O
CD
cn
3
<
p
3—
m
c'
..
w
0
w
cD
3
I
w
u
N
0
°
—
0,
w
W
CD
m
°
o
m
o
CD
cn
¢Ni
C) 7
CS7
0
CD
3
w.
3
CD
-0
3
to
O
0
a
.
(D
N
co
V
w
m
-4 il
Om
K X
Z
m
^Z�
Ym
0
3
M 03
c0
(D CD �O�
C+
co (3 a —
... =r W
W Z 0 %
Ca n x Cw
D
C
N 0
(A N v CD (D
C-4rnCD3
WA 000 _
`+ o .�
'v
N
0
00
='
w
0
CD
3 3 3
3
3
3 3
3
3
3
3 3
3
3
3
�:
�
0
—
�
cn co 0
\ \ \
cp
to c0
c\
cn cQ
o co
\
—
o
\ \
—
cQ
\
—
cn
\
—
cQ
\
—of
o•
�
C)
'"' :<
z
— — —
—
—
_ —
—
—
—
O
'�
w
z
m
z
o
c
in
M
0
N
0
M
07
Z
-
Z
o
c'+
o
O
3 CD
CD
'°
p
m
�
p
3
0
� i
CO
6
cn
m
< z
m o
3
�_
I
Z
w
O
O
C)
o
o
0
c
cn
n
0
�
6
a �
�
2.
N
-
r
0
n
W
o
CCD
��
D
S
w
0-
cD
0
0-
CD_cc
CD
c
O
w
+�?
x;
sv
T
CD
n
a
Z
—
W
00
e
O
O
O
O
o
CD
y
a
n
V
-P
N
H
c0
C:
r
-P
00
ID
Y!
3
CD
�
O
O
7
a'J
-
j
H
0
0
�.
°
C/)O
n
P
m
CD
0
w
3
m
0#'
G
f7
i
O
w
x
�
O
0
C:)
.WP
C:)
a
".
3
O
V)
w
O
O c�tco
c
3
0
3
n
3Q
CDo
CD
\
\
\
\ \
\
\
U
\
\
\
N
0

N)
00
-n
Q Z
CD
3
cn
(n CD
I,
m
0
X
no r.c
m CD -u C
3 3 3 3 3 .3 3 3 3 3 3 3 3 3 3c
Q n Q Co Co (a n co co Q Co n n n Q c 0 3
D C) 0 z z z
-U
N-0
Z
Z
—
cl) :0�
3
0
(D
Z
0-
0
0
0
0
CD
M 0
CY
Cl)
C:
C/)5
(D
z
Cl
0
=
0
-
U)
CD
3
C)
l
CD
0
'a
C:
=r
0)CD
=r
O=
=
co
�;,
o
o
0
Co
a)
C<
D
W
CD
ID
m m
z
—(D-M-M
'
z
o
W
0
Cl)
=
0
—
CL
0)
U)
(D
0
W
77
o
c
CD
07
0
0
C/)
0
c:
=r
a)
>
CD
cn
Ct,
cl
=r
MM33
<
w
M
>
-9
0
3
c)
(n
W
CD
0
O
0
3
=3
co
(a
V
:3
0
3
Q
CD
m
o
3
0
OL
CD
:7
m
0
0
0
0
—
-n
-n
z
'D
In -
2.
C—D
F o
CD
W
---I
-n
a)
2)
:3
CD
CD
W =3
CD
—0
c
—
C/)
NwOM
OL
>
30
CD-.
73
=
U)
0
—
—
z
—
U)(D
Cl)
CD
_0
'0
4�-
CD
=
0
(n
r-
0
T
0)
CD
CL
w
C.
(D
CD
'0
CD
::3
-
CA)
0
0
"Z
0
C7
C
C)
<
CD
z
7
CD
w
C)
o
o
3
C:
CD
C)
a
=
3
>
z
CD
0
CD
C:)
cr 0:
CL
CD 0)
c+
C)
0
1
(D
CY)
07
;N
0
C: C:
C:
C:
c
C: :0
Q
3
3
3
::E
.
W
(D
0
m
Cl)
n n
(a
n (a
n
CO
co
c
aj
C)
=
CD
00 -1
c+
CD
Ul 0
(D
a
:E c
cr
w
N) =3
0
C)
m
ul
CO
07
o
4�,
3
cl
I
Ln
C:)
'0
CD
<
M
N
J
O
O
(D
1
CDro
6
CD
a
C')
0
C/)
3
3
D
3
3
3
3
3
3
3
—
cn
cQ
co
=r
(a
Q
(a
(o
Co
(a
2.
(0
0
0
Q
n
0
m
:3
a
0
C -f
0
co
3
3
C)
Cn
cr
CD
CD
cn
0•
3
'0
C
CD
m
:3
"
:3
>
z
-n
C)
Up
>
-u
z
CL
C:
s.
M
0
CD
(D
zw:3n
(Dmc=rcLww—=roo
0
n
CD
3
0
N)
CD
>
-u
0
>
cn
-0
rwo
C)
co
o
o
3
c)
c)
co
W
W
0
CD
C)
0
W
W
CD
002'ww—w�
_0
cL
E
3
=
0
0
<
W
0-
:3
3
o
z
3
—
5.
c
>
3
W
:3
CD
co
CD
--I
—
c
c
3
CD
rn
(D
3
0
3
Ln
3
0
0.
(D
w
CD
cn
r07
-n
w
c
CD0
co
3
0
(§D
in
(D
0
(D
CD
cn
CD
3
Ln
Cr
3
N
-C)
(jo
-n
C)
o
CDCD
N)
00
-n
Q Z
CD
3
cn
(n CD
I,
m
0
X
no r.c
m CD -u C
3 3 3 3 3 .3 3 3 3 3 3 3 3 3 3c
Q n Q Co Co (a n co co Q Co n n n Q c 0 3
D C) 0 z z z
m
0
:3
-U
N-0
Z
Z
—
cl) :0�
3
0
(D
Z
0-
0
0
0
0
CD
M 0
CY
Cl)
C:
C/)5
(D
z
Cl
0
=
0
-
U)
CD
3
C)
l
CD
C—)
N
r-
1
0
=
co
n
0
C<
D
Co
a
'
CD
o
zy
U)
(D
0
W
77
00
c
CD
07
_0
mW0
CDCD
\0-
0
O
2
V
0
CD
0
C:�
CD
CD
0
CD
>
73
=
U)
0
—
U)(D
Cl)
_0
'0
4�-
N)
00
M
0
0
CD
C)
A.
C.
(D
CD
"Z
0
C)
0
w
C)
o
o
CD
C)
CD
0
C)
0
1
4�-
0
C: C:
C:
C:
c
C: :0
Q
3
3
3
0
n n
(a
n (a
n
CO
co
c
<
�D
m
0
:3

F_
O
L�
i
--1
m .
p
�
W
O
�
CD
m
3
3
S
m
(D
µ
CD
O
N
a
O
O..
a
W
y
OOi
00
Z
z
r
Cr
a
O
F_
O
-M
y
--1
m .
p
D
W
C1.
D..D
m
S
m
cn
O
O
O
o
O
O..
a
W
y
OOi
O..
z
w
0
Z
z
r
r
r
a
O
O
w
m
¢
m
o
m
o
w
o
C7
D
w
n
D
O
o
N
CD
3
3
3
3
to
�
zz
O
U)
3
3
0
�.
c
3
3.
3
3
CD wm
m
o
roF
Cl)
a.
m
F_
m
m.
o
cn
c
m
-
w a
o
w= CD
ro
na
n
a�
m
3
(o.
n
Q
r
Z
m
n
�O
p
m
o
B.
DiO
-3
ro
o
O
D
0
O
0
3
`'co
W
O
�
3.
v
m
o
w
W
e
H
O
o
3
Z
0
%0.
a
O
o
3.
3
m`<
O
0
3
c
3
3
c
3
3
3
3_
C/)
0
z
3
O
o
3
3
3
O
V
m
D
3
—
C
r
r
F_
O
-M
y
--1
m .
p
-+
z
Cn
:�
m
S
m
cn
ui
v=
m
d.
Nm
S
n
T
O
C,
o
N
(J)
a
W
y
OOi
O..
z
w
0
Z
z
r
r
r
a
O
O
w
m
¢
m
o
m
o
w
o
C7
D
w
n
D
O
o
N
CD
3
3
3
3
to
�
zz
O
U)
3
3
0
�.
c
3
3.
3
3
CD wm
m
o
roF
Cl)
a.
m
F_
m
m.
o
cn
c
m
-
F_
O
-M
y
--1
-0
-n
0
Cn
:�
m
S
T
a
3
O
m
CO
D
D
a
W
0 -CD
w
A
o
r
r
r
a
O
O
w
o
p
m
C7
D
w
n
D
O
o
CD
N
O
r
Z�
to
�
zz
O
U)
r p
O
=
D
cn
Z
D.
CD wm
m
o
roF
Cl)
a.
m
F_
m
m.
o
cn
c
m
-
w a
o
w= CD
ro
na
n
a�
m
3
(o.
n
Q
r
Z
m
n
�O
p
m
o
B.
DiO
-3
ro
o
O
D
0
O
0
3
`'co
O
�
3.
v
m
o
e
H
O
o
3
Z
0
%0.
a
O
o
3.
3
m`<
O
0
Q m
W
°
a
C/)
0
z
m
3
m
D
3
r
r
DD
Q
4
O
O
ar
o
m
T
D w
-4 m
,7
cm ❑ r- Y
w O m 0 mCD
-�
m m D O 70
(D_ UDrD"
D m
v Cn Z T T 7p
t ` m O Z- rm
_m C:
.z
CD
ci
3 3�` m D Q. n z
a m a mc
CD - Z l< m
N
(n
Z
Z
CD
S
T
0
O
O
O
CO
D
D
f
co
w
r=
w
-
m
m
0
C7
N
O
r
Z�
to
�
zz
D:) cn
o
r p
O
=
O
()
Z
o
CD wm
m
o
roF
a.
m
m
m
m.
3
cn
c
m
-
w a
o
w= CD
ro
na
n
°
e
3
(o.
N
r
O'
m
G.
O
D_
�O
p
m
o
B.
c
-3
ro
o
O
0
O
0
3
`'co
w
3.
v
m
o
e
H
O
o
3
Z
0
%0.
a
acnCD
m
3.
3
_'
3
0
C/)
0
3
3
D
3
m
O
O
ar
o
m
T
,7
cm ❑ r- Y
w O m 0 mCD
-�
m m D O 70
(D_ UDrD"
D m
v Cn Z T T 7p
t ` m O Z- rm
_m C:
.z
CD
ci
3 3�` m D Q. n z
a m a mc
CD - Z l< m
N
(n
Z
Z
CD
S
T
0
O
O
O
CO
D
D
f
co
w
r=
w
-
m
m
0
N
0
r
Z�
to
�
zz
4
3
O
=
O
()
m
o
m
roF
a.
m
m
m
m.
o
c
m
-
m
�•
ro
m
n
m
e
3
(o.
N
r
m
G.
O
D_
�O
p
m
o
B.
c
-3
ro
o
-
n
_
0
3
`'co
w
3.
v
o
e
H
3
m
e
a
m
3.
3
_'
3
0
,7
cm ❑ r- Y
w O m 0 mCD
-�
m m D O 70
(D_ UDrD"
D m
v Cn Z T T 7p
t ` m O Z- rm
_m C:
.z
CD
ci
3 3�` m D Q. n z
a m a mc
CD - Z l< m
CD
v
z : m
D
a)
3
D
O
O.
f
co
w
r=
w
-
m
m
0
O
Q
O
O
n
.�
m
o
m
m
�•
ro
m
v
N
r
m
G.
O
D_
�O
p
m
o
ro
o
-
n
_
�
v
O
�
m
0
m
a
m
H
,7
cm ❑ r- Y
w O m 0 mCD
-�
m m D O 70
(D_ UDrD"
D m
v Cn Z T T 7p
t ` m O Z- rm
_m C:
.z
CD
ci
3 3�` m D Q. n z
a m a mc
CD - Z l< m
CD
z : m
m m
3
f
co
w
r=
w
-
O
Q
O
.�
$
m
m
r

Q
C-)
O
3
3
N
r
D
W
D
—j
Z
D
-n
m
a
>
D
°
w
co
m
--i
m
3
-o
_
Z
-nn
m
r
D
Z
Cl)
C/)
Z
Cl)g
o
CL
<
O
cn
O
_
m
-n
m
m
o
o
O
D.
O
T
�
o
�
x
N
OL
0
C)
A
< :DM
o
N
O
N
D
m
o
a>
o
+
+
n
o
0
o
w
o
cOi
p
w
F
x
x
m
m
O.
o
o
O
O
O
w
p.
p
N
C,
m
w
Q
w
w
3
U.
O.
_
_
p
O
o
J
-,
3
o
7.
p
v
o
=
a.
o
Z
a
m
c
o
a'
3
cn
c)
x
Ci
m
m
W
x
o
a
u°
rn,
oo
Q
O
CD
-p
m
p
m
J
O
n
D
o
°
�
Z
0
.�
¢
w
m0
Cl)w
m
w
3
CD
W
N
O
O
3
-4
-
D
C
Z
W
<
w
W
n
O
w
O
3t,
U
A
�
3
^
c
3
c
3
3
3
3
3
z.
3o
O
3
3
3.
c
3
c
m
K]
J
A
r
D
W
D
—j
Z
D
-n
m
a
>
D
°
w
co
m
--i
m
3
-o
_
Z
-nn
m
r
D
Z
Cl)
C/)
Z
Cl)g
o
CL
<
O
cn
O
_
m
-n
m
m
o
o
O
D.
O
T
�
o
�
x
N
OL
0
C)
A
< :DM
o
N
O
N
$
w
.X
m
+
O
m
�
m
m
0
z
w
N
W
r
Z
(n
K
3
3
N
O
m
D
(n
Di CO
o
r
O
�
O
Z
m w
co
o
3
cn
c)
x
Ci
r
D
W
D
—j
Z
D
-n
m
a
>
D
°
w
co
m
--i
m
3
-o
_
-
y
A
O
'
O
-nn
m
r
D
Z
Cl)
C/)
O
r
m
7D
Cl)g
o
CL
<
O
cn
O
_
m
-n
m
m
o
o
O
D.
O
T
>>
r
U)
m
:
C/)CD
0
0
N
OL
0
C)
A
< :DM
o
N
0
10
-:0
O
r
cn
D
,-
Z
O
.X
O
m
�
D m r m z m
_
N
ro
v
m
z
O
3
T
T
O
0
0
0
D7
_D.
D
< :DM
.X
m
m
w
N
0
r
Z
(n
K
3
3
O
O
m
D
(n
Di CO
o
r
O
�
O
Z
m w
co
o
3
cn
c)
x
Ci
m
m
W
x
o
a
u°
rn,
oo
Q
O
CD
-p
m
p
m
J
O
n
D
o
°
�
Z
0
.�
¢
w
m0
Cl)w
m
w
3
CD
rn
3
-4
K
D
C
Z
<
n
w
3t,
o❑
c
t
c
c
3
c
m
3
D m r m z m
_
N
W
v
Z
z
3
3
T
T
O
0
0
0
D7
_D.
D
< :DM
.X
m
m
w
N
0
r
Z
(n
K
3
3
O
O
m
D
(n
�
�
O
C)
m
m
W
x
a
J
CD
p
N...T
J
O
�
A
J
m
w
m
3
<
n
w
c
t
c
c
3
c
3
3
D m r m z m
m m
3
D
m'
>
O
O
< :DM
m
m
w
3
Tt
�
�
O
C)
m
m
W
x
CD
m
w
m
<
n
w
m
K]
J
A
D m r m z m
m m
3
m'
m
< :DM
3
Tt
�
�
O
C)
m
m
W
x
CD

F-
r;
D
w
-0
rrO
Z
Z
i
3:
A
T.
2
D
O
D
p
Dll^^
Z
D
m
°
D
7.
w
K
3
z
m3_
O
O
G
Q7
co
m
'O
p
m'.'
�
D�
-
z
.
Cl)
m
Cn
CD
O
n
A
Q
3
O
o
'o_-
p
O
O.
CD
00
z7 cn
iJl
r O
m
O
O
F-
I I
D
T
-0
m
Z
Z
i
3:
T.
2
D
O
D
p
Dll^^
Z
D
m
°
D
7.
w
K
�
w
Co
w
n
,0
O
O
O'
Q7
Co
m
-
m
O
m
'O
p
m'.'
�
D�
-
z
.
Cl)
m
Cn
w
O
n
A
3
O
o
'o_-
p
O
O.
CD
z7 cn
o
r O
m
O
O
_
Z
(D w
(D
O
O
O.
2
: 3
m
o
O
b
m
n
m
3
=
W
D
0
N
U,
r
Z
rn
3
3
3
O
c
07
p
O .
O
O
Z.
z
m
�
C
n
O
a
--�
_
o
Z
O
. m
m
w
m
Cn
_
C
D
m
m
w
m
n
y
c z
z�
m
ao
3
+
v
3.
rn.
A
nmi.
D O
2
m
N.
o
21
p
N
o0
c
T
m -n
A
O
O
S
N
y
o
0
w
O
O
_
A
C.
W
w
-
o
CD
0
W
A
�
w
c
c
c
:3
a
�
3
rn
rn
m
N
n
it
o
_
O
w
3
3
3
3
m
3
3
m
3.
3
3
w
n
w
F-
I I
D
T
-0
m
Z
Z
i
3:
T.
2
D
O
D
p
Dll^^
Z
D
m
°
D
7.
w
K
�
w
Co
w
n
m
'0
_
o
O
2
A
0 C:)
'd
M
r
D
(n
O
r-
r
m
C7
O
s
p'
a
cn
O=
_
Co
m
-
m
O
m
'O
p
m'.'
�
D�
-
z
.
Cl)
m
Cn
w
O
n
A
3
O
r Cf)
O
CD
z7 cn
o
r O
m
O
O
_
Z
(D w
(D
O
O
-
2
w D w
s l
m. 4
p N
O W
Q
K �
CL
zy
CD
w
CL
n�
w Cl)
m'
�c
m F C D— T. Z
o m "U r i D
a a
+w
M3
N -0
(0O
O w
Q
{
C
s �
O
n
p
K J
+ Q
r O
w �
Q �
I I
T
Z
m
Z
Z
i
3:
3
T.
2
(n
N
W,
-0
2
I
w
I
D
I
D
m
m
O
z7 cn
o
r O
_
Z
(D w
(D
O
-
: 3
m
o
O
b
m
n
m
3
=
W
D
0
N
U,
r
Z
rn
3
3
3
O
c
07
p
O .
O
O
Z.
z
m
�
C
n
O
a
--�
_
o
Z
O
. m
m
w
m
Cn
_
C
D
m
m
w
m
n
y
c z
z�
m
ao
3
+
v
3.
rn.
m
nmi.
D O
3
m
N.
o
21
3
m
o0
c
T
m -n
m
N
w
o
0
w
_
..
C.
W
Q
o
CD
0
c
c
c
:3
c
3
3
m
N
n
it
o
_
O
w
3
3
3
3
m
3
3
m
3.
3
3
w
n
w
m F C D— T. Z
o m "U r i D
a a
+w
M3
N -0
(0O
O w
Q
{
C
s �
O
n
p
K J
+ Q
r O
w �
Q �
I I
I
N
.
m
m
Z
Z
i
3:
3
T.
2
-
T
I
O
I
O
I
O.
O
I
w
I
D
I
D
m
m
O
z7 cn
o
r O
_
Z
(D w
(D
O
-
: 3
m
o
O
b
m
n
m
3
=
W
D
0
N
U,
r
Z
rn
3
3
3
O
c
07
p
O .
O
m
o
m
m
�
C
n
O
a
--�
_
o
Z
O
w
m
Cn
_
C
D
m
m
w
m
n
y
c z
z�
m
ao
3
+
v
3.
rn.
m
nmi.
D O
3
m
N.
o
21
3
m
o0
c
T
m -n
m F C D— T. Z
o m "U r i D
a a
+w
M3
N -0
(0O
O w
Q
{
C
s �
O
n
p
K J
+ Q
r O
w �
Q �
o r- z Q m
I I
I
N
.
m
V
Z
Z
i
3:
3
T.
2
-
T
I
O
I
O
I
O.
O
I
w
I
D
I
D
m
m
o
O
b
m
m
3
=
W
D
0
N
U,
r
Z
rn
3
3
3
O
c
z
p
O .
O
�
O
o
o
CD
_
n
o
m
w
m
n
z�
m
ao
3
v
3.
rn.
m
nmi.
tD
3
m
N.
o
21
3
m
o0
c
T
N
_
..
C.
W
CD
c
c
c
:3
c
3
3
m
o r- z Q m
T
D
p
w
w
D.
n
p
p..
m
m
O
m
m
=
o
0
N
Q
z
w
�
O
o
o
CD
_
n
o
m
w
m
n
z�
m
ao
c
c
T
N
_
..
C.
W
CD
n
o
_
p
w
m
m
w
n
w
o r- z Q m
m
m
N
�
O
o
CD
_
n
m
z�
m
c
_
..
C.
W
CD

W
w
n
D e
Q v
CDcn 3
CD
m
((D
b
0
19
rt
(D
M
O
Mi
D
M m
r.Z
m
Z
m
0
3
�3
m
CD O
C SC
0 3 w
00, p. —
CA) Z o ww
C")
CYI N V 0)O
0 CD 3
CA) w ao 0 CD=
2.
'v
C
C
C
C
'
cr
cn
�
t0
t0
c0 <;'.;cn
_
o
0
O
p
C
3 3
ai
3
3
3c
O
=
F
O
O
O
OL
3
3
0 0 0 0 0 cQ
v
0 0
cQ 0 cc co
c0
cQ
Z
w
n
N
:3
a
w
m
�
o
a
C)
^
f
o
-
=
p
O
m
a
o
0
s
Z
z
z
w
D
-O
m
°
m
m
m
n
N
=3
-U
07
=<
o
\o
0 O
o
3
n
w
p?
m
j
O
�
1
_
p
a r
•�
0
1
�
O
m
o
�
Q
3
CD
0
�
a)
O
�
O
w'
3
7 n
0.
N
-
r
Z
-
a`G
a
w
Ul
O
w (7 n'
C/)a
m
n
�
w
C)
o
�
C
CD
O
O
cl CD
'�`,,
o
T
m
z
�
O
m
n o.
as
a
C
1= O
=e_ ,
O
0 _
a
2
m
w
3o
C)
cn'
w
r«
m
O
O
w
-{
r
Cn
N
"?CD
O
m
0
m
=
m
"
gin'
r
o
-w
a
¢'
w
m
•O
<
-I
OO
CSv
m
z
CD
c
CD
a,
a
3
z
N
a
=
CD
rt
�'
v
m
C
m0
w
rn
Ul
°
w
®
N
lfl
W
cn
(D
Co
O�
a)
3
4*:m
N
hCj,
�
N
�1
�
C
1
1
�•
CD
O
m
(D
Fn
3
3
3
3
3
3
3
3
3
c
3
0
o
3
(D
(^n
co
cQ
o
0
0
0
0
0
0
0
3
0
0
0
0
N
o'
w
a
s
3
3
C)
3
m
H
O
O
g
m
D
z
7C
Z
m
(�
C)
n
C)
0�
D
m
z
z
c1
a�
0
a
z
W
0
0
m
c
I
a
w
w—=
I
O
O
o
0
CD
m
n
o
I
1'
o
O
3
I
C)
i
C)
1
D
C,
v
W
w
N
w
a}
D
'D
®
fl
w
w
cfl
i
m
O
C
O
o
C:
w
a
w
m
w
c
3
°
Z
Z
p
m
C
z
C'
<
c
c0
w
3
-
c
C
3
C
Cl)
0
D
3
w
m
,.
3<
-�
0
c
3
3
m
3
m
'0
o
m
=
m
m
3
I
o
o
r
w
d
wm
m•
O
cn
^
0-
a)
C
(D
co
mo
m
o
cn
D
-A
co
w
CD
3
3
N
m
-n
C)
Q
`�
CD
w
n
D e
Q v
CDcn 3
CD
m
((D
b
0
19
rt
(D
M
O
Mi
D
M m
r.Z
m
Z
m
0
3
�3
m
CD O
C SC
0 3 w
00, p. —
CA) Z o ww
C")
CYI N V 0)O
0 CD 3
CA) w ao 0 CD=
2.
'v
° o
0
o C)
SD
C C
C
C
C
C
'
cr
cn
�
t0
t0
c0 <;'.;cn
_
o
0
3 3 3
3
3 3
3 3
3 3 3 3
3
3
3c
w
N
O
OL
3
3
0 0 0 0 0 cQ
v
0 0
cQ 0 cc co
c0
cQ
co
o
�' n
LQ
11
�
O
o F
Z
z
z
-O
O
-0
m
N
=3
-U
07
Z
o
\o
0 O
m
n
m
M
p?
m
p
3
U
m
G
Z
•�
1
I
1
a
O
o
._.
0
C
CD
01N
m
o
m
O
O
0.
N
-
r
Z
-
a`G
C
ch(D
n
Ul
O
w (7 n'
C/)a
m
n
�
`i'
J
C
CD
cl CD
'�`,,
3
1= O
=e_ ,
O
0 _
2
m
W
O
O
° o
0
o C)
SD
C C
C
C
C
C
'
cr
cn
�
t0
t0
c0 <;'.;cn
�E
OL
Cl)
LQ
11
o F
-O
CDm
D aS
!:4
x
O
O
_
a`G
7
C7
w (7 n'
fit
k°
m
cl CD
'�`,,
3
° o
0
o C)
SD
C C
C
C
C
C
'
cQ c0
cn
�
t0
t0
c0 <;'.;cn
�E
C:
5-3 3 3
co a (a (a co
n

-0 C)
CD o
w
3 3 3 3 3 3 3 3 3 3 3 3 3
(a n Cc (a n (a CO (a (c (a (a (a (c 0
Cl)
c
Cr
cn
'D
<
I,z
0
0
:E
w
CD
Z Z
-0
cy
-0
N
-U
CD
Z
CD
Cf)
0 -
0
Ij :3
c
3
CD
(D
73
0
:3
co
CD
0
0-
0
0
0 49
0
CD
m
cr
E;
0
CL
CD
C)
(D�
(D
(D
U)
U)
w
cr
0
0
f
<
cD
0
C)
N
r-
a
S'
3
(D
0
"a
p
c)
C7
C)
r—
0
-n
O
0
W
C:
0
'D
c=
W
=F
U)
0
0
0
CD
"Ol
I-
0
w
—
CL
co
0
=
cn
0
0
0
-
0
0
c
-
-
co
SD
C/5
>
0
CD
(n
cD
o
(D
CDcD33
<
w
cn
w
>
=3
:3
cn
zowmo
r
0
CT
3
0
cnw
Da....
03wo(a
3
0
(n.
:E
2.
0
Z--
>
m
m
CL
c
0
12--I
-n
3
CD
CD
>
w
-j
--T<,
z
(n
co
N
CD
0
—
M
C)
CD
o
0
r-
m
CO
CL
'0
CD
0
'0
C
CD
CD
z
OD 0T-
CD
CD
w
j
CD
3
'a
3
2.
(n -n
>
z
a)
CD
CT
-V
i
m
,ell
CL
CD
M
CD
0
C/)
3
WCD
CD
'0
m
'0
0
CL
cn
m
m
C/)
6cr
0
3
CD
<
CD
'a
Fn
3
3
3
3
3
3
3
3
3
c:
3
o
0
3
w
:3
C/)
(D
CO
0
(a
(D
(a
(c
(a
(o
(a
C)
0
(o
M
O.
Cl
cy-
0
cn
C)
3
Cn!
c
'CD
CD
CD
0
m
0
CD
D=
z
z
>
m
Z
0
03
CL
NO
(0
(D
c=
CL
W
w—=
0
0
'ill
CD
ID
m
>
U)
0
C)
0
3
1
o
1
o
1
co
>
,
w
N)
0
w
>
c
0
w
m
a)
0
w
CD
0
0
E
3
w
a
w
�T
w
:2.
E
3
0
z
<
w
(a
W
:3
CD
cn
0
c
CD
c
3.
C:
::E
m
>
3
:3
cn
--4
0
c
3
c
3
C-
_0
0
CD
Z
3
cD
w
CT
CD
Cl)
-n
0
'
LU
w
3
(D
'0
0
0
(D
0
>
co
I
m
>
--Iw
T
3
3
N
-0
3.
-n
CD
-0 C)
CD o
w
3 3 3 3 3 3 3 3 3 3 3 3 3
(a n Cc (a n (a CO (a (c (a (a (a (c 0
0
(D
0
L 0 :3 0)
co a.—
00
WZ 0
x
CA) CD as
I to "(0
(YI to -4 CA (D
0 -4 0) (D 3
()D 0) OD C) (D
CA) 14 = M
O.
0
:3
Cl)
c
Cr
cn
'D
<
I,z
0
0
:E
w
CD
Z Z
-0
cy
-0
N
-U
CD
Z
CD
Cf)
0 -
0
Ij :3
c
3
CD
(D
73
0
:3
co
CD
0
0-
0
0
0 49
0
CD
m
cr
E;
0
CL
CD
C)
(D�
(D
(D
U)
U)
w
cr
0
0
f
<
cD
0
0
(D
0
L 0 :3 0)
co a.—
00
WZ 0
x
CA) CD as
I to "(0
(YI to -4 CA (D
0 -4 0) (D 3
()D 0) OD C) (D
CA) 14 = M
O.
0
:3
0
:E
Z Z
-0
-0
N
-U
Z
Z
CD
W
0
Ij :3
c
3
CD
z3
0-
0
0
0
CD
m
cr
CL
C)
(D�
(D
b
0'
0
C)
N
r-
a
S'
3
(D
0
(D
zT
co(D
'0
0
W
C:
CD
U)
0-
(D
(D
I-
—
=
=
(D
C,r
-
(D
CT
0
CD
>
co
'0
'0
(D
CD
w
2.
a)
,ell
0
CD
0
3
'0
0
0
(D
0
L 0 :3 0)
co a.—
00
WZ 0
x
CA) CD as
I to "(0
(YI to -4 CA (D
0 -4 0) (D 3
()D 0) OD C) (D
CA) 14 = M
O.
0
:3

i � \
_rARTMENT OF NATURAL F " .:3 AND COMMUNITY DEVELOPMENT
.JN OF ENVIRONMENTAL MANAGEM , GROUNDWATER SECTION
P.O. BOX 27887 - RALEIGH.N.C. 27811, PHONE [phone]
WELL CONSTRUCTION RECORD
FOR OFFICE Ub,
Quad.: No. � & Serial 1,
Lat. 3 -V IS -Ato Long. oZ -24
Minor Basin
Basin Code
Header Ent. GW -1 Ent._
DRILLING CONTRACTOR Froehling & Robertson. inc_ STATE WELL CONSTRUCTION
DRILLER REGISTRATION NUMBER 1045 PERMIT NUMBER: 44-0210-WM-0032
1. WELL LOCATION: (Show sketch of the location below)
Nearest Town: Flat Rock, N.C. - County: Henderson
(Road, Community, or Subdivision and Lot No.)
2. OWNER Kenmure Properties
ADDRESS Post Office Box 537
(Street or Route No.)
Flat Rock NC 28731
City or Town State Zip Code
3. DATE DRILLED 9-29-89 USE OF WELL. Monitor
4. TOTAL DEPTH 15 n CUTTINGS COLLECTED ❑ Yes ® No
5. DOES WELL REPLACE EXISTING WELL? ❑ Yes O No
6. STATIC WATER LEVEL: Dry FT. ❑ above TOP OF CASING,
❑ below
TOP OF CASING IS 2.2 FT. ABOVE LAND SURFACE.
7. 'YIELD (gpm): N/A METHOD OF TEST N/A
8. WATER ZONES (depth): N/A
9. CHLORINATION: Type N/A Amount N/A
10. CASING:
Wall Thickness
Depth Diameter or Weight/Ft. Material
From 0 To -15.0 Ft. 2" S H� D 40 PVC
From To Ft.
From To Ft.
11. GROUT:
Depth Material
From 0 To -4 Ft: Cement
From To Ft.
12. SCREEN:
Method
Depth Diameter Slot Size Material
From -5 To -15 Ft. 2" in. .010 in. PVC
From To Ft. in. in.
From To Ft. in. in.
13. GRAVEL PACK:
Depth Size Material
From -4 To -15 Ft. 30-40 Sand
From To Ft.�
14. REMARKS:
I DO HEREBY CERTIFY THAT THIS WELL WAS QONS.TRUCTE.0
STANDARDS, AND THAT A COPY OF THIS RE MAR,
SIGNATURE OF b
GW -1 Revised 11/84 Submit original to
Depth DRILLING LOG
From To Formation Description
0 17.2 Henderson Gneiss
If additional space is needed use back of form.
LOCATION SKETCH
(Show direction and distance from at least two State Roads,
or other map reference points)
� !�{ t9'j tzt +2s 1�IONIia(`
Nr y
1 S �
L/
41,
m
WITH 15 NCAC 2C, WELL CONSTRUCTION
`L OWNER.
TRAC�OR AGEN� DATE
ivision-,o-Enxironrrt ntal Management and copy to well owner.

I
North Carolina - Dep"Unent of gnvironment and Natural Resources - Division of Water Quality - Groundwater Section - 1636 Mail
Service Ccmcr _lWeigb, NC 27699.1639 - Phone No. [phone]
WELL ABANDONMENT RECORD WELL coNTRAcToR
WELL CONTRACTOR CERTIFICATION 0
1. WELL USE (Check Applicable Box): Residential Ll Municipal Q industrial E3 Agriculture! O Monitoring
Recovery ❑ Heat pump Water Injection ❑ Other 0 If Other, List Use:
2. WELL LOCATI : (Showa tch a location on back of forr)
Nearest Town:LL�
(Road Name and Number, Co ty, Subdivision , Lot No. Quadrangle No.
3. OWNER: ��
mt�r���
WELL DIAGRAM: Draw a detailed sketch of the
4. ADDRESS: Vl" LA�-t r well showing total depth. depth and diameter of
semens rernaWns.inithe well, gravel ictmval,
S. TOPOGRAPHY: draw slope 'lltop, valley, flat intervals of casing p&&rations, and depths and
circlo one) �/ types of fill materials used.
6. TOTAL DEPTH: �� DUM
7. CASING REMOVED:
diame
aVf
`
8. DISINFECTION:
(Amount of 701/b hypochlorite used:)
9. SEALING MATERIAL:
Net crmen Sandfxm=
bags of cement bags of cement F
gallons of water gallons of Qtb=
Type material
Amount
!.IAIN N�ETHOD EMPLA NT OM
Foc,trA
�
( �v1 '�
n
11. DATE WELL ABANDONED =_7D'3
I do hereby certify that this well was abandoned in accordance with 15A NCAC 2C, well construction
standards, and that a copy of the record has been proto the well owner.
/' Date5*,&�
Signature of person abandoning the well -4w)
WELL LOCATION: Draw a location sketch on the reverse of this sheet, showing the direction and distance
of the well to at least two (2) nearby reference points such as roads, intersections and
streams. Identify roads with State Highway road identification numbers.
Submit original to the Division of Water Quality, Grouadwater Section, one copy to the owner within 30 days
from completion of abandonment. GW -30 Revised 1.2149
95- V 6

KENMURE PROPERTIES, INC.
COUNTY: HENDERSON
DATE SAMPLED rf��� �� fr••�3•�r
ALKALINITY,TO pH 4.5
ALKALINITY,TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
CHROMIUM,TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
COPPER
CYANIDE
DISSOLVED SOLIDS
FLUORIDE
HARDNESS CaCo3
HARDNESS, NON CARB
IRON
LEAD
LITHIUM
M BAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
NITROGEN, KJELDAHL
NITRATE & NITRITE
ORGANIC SCAN
ORTHOPHOSPHATE
pH
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIF. CONDUCTANCE
SULFATE
TOC (UNFILTERED)
TOX
TSS
VOC
ZINC
STATIC WATER LEVEL
Red Ink=Sample taken by facility
M/�Lz opo

DATV SAMPLVI)
ALKALINITY, To pli 4.5
ALKALINITY, TO rll 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
CIIROMIUM, TOTAL,
COBALT
COU
COLIFORM, IiECAL
COLIFORM, TOTAL
COPPER
CYANIDE
DISSOLVED SOLIDS
I;LUORIDE
HARDNESS CaCo3
HARDNESS, NON CARR
IRON
LEAD
LITHIUM
Ri~d Itik = SAmrle taken by ff►culty
VVCLL Dr2y
WaL DAY

WELL NO. Q SS V 6
f ^�
COUNTY: H fND cRso.✓
DATE SAMPLED
MBAS
MAGNESIUM
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
NITROGEN, KJELDAHL
NITRATE & NITRITE
ORGANIC SCAN
pH
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
SILVER
SODIUM
SPECIE. CONDUCTANCE
SULFATE
TOC (UNFILTERED)
TOX
TSS
VOC
ZINC
STATIC WATER. LEVEL
Red Ink = Sample taken by facility

DATE SAMPLED
// 17_��
li- 7-
11-3-'19
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
9
BICARBONATE
CADMIUM
CALCIUM
CARBONATE
CHLORIDE
7
f
CHROMIUM, TOTAL
O
j
COBALT
J,
J
COD
-3:
COLIFORM, FECAL
COLIFORM, TOTAL
c l _i I
/ a
COPPER
CYANIDE
DISSOLVED SOLIDS
%
a�
FLUORIDE
HARDNESS CaCo3
HARDNESS, NON CA"
i
IRON
LEAD
LITHIUM
Red Ink = Sample taken by facility

WELL NO. -()9-6V(l
COUNTY: 1-1,51v'06Rso1
DATE SAMPLED
MBAS
6
MAGNESIUM
II
MANGANESE
MERCURY
NICKEL
NITROGEN, AMMONIA
NITROGEN, KJELDAHL
II
NITRATE & NITRITE
ORGANIC SCAN
pH
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
-4
SELENIUM
SILVER
SODIUM
SPECIE CONDUCTANCE
SULFATE
TOC (UNFILTERED)
TOX
TSS
VOC
ZINC
STATIC WATER LEVEL
O'l
1, 3
Red Ink = Sample taken by facility
Iv.S tx /-- F / C i &-l-J SA M P4- L

DATE SAMPLED
ALKALINITY, TO pH 4.5
ALKALINITY, TO pH 8.3
ALUMINUM
ARSENIC
BARIUM
BERYLLIUM
BICARBONATE
_
CADMIUM
CALCIUM
_.
CARBONATE
-
CHLORIDE
CHROMIUM. TOTAL
COBALT
COD
COLIFORM, FECAL
COLIFORM, TOTAL
COPPER
CYANIDE
DISSOLVED SOLIDS
66
y
FLUORIDE
HARDNESS CaCo,
HARDNESS, NON -CARBONATE
IRON
--
-
LEAD
_
----
--
LITHIUM
V
Red Ink = Sample taken by facility

COUNTY
DATE SAMPLED
A`7-
/�.� - rf� ;/-
?,A '76,
11-20.•
MEAS
MAGNESIUM
11ANGANESE
MERCURI
NICKEL
_
NITROGEN. AMMONIA
I
NITROGEN, KJELDAHL
NITRATE & NITRITE
IV,p3
3
ORGANIC SCAN
PH
PHENOLS
��
Jae �
�' 1
°� �
�•�
PHOSPHORUS, TOTAL
_ 0' -
—
POTASSIUM
SELENIUM
w
_
SILtiER
SODIUM
SPECIFIC CONDUCTANCE
—
SULFATE
TOC (UNFILTERED)
�`•
TOX
TSS
A'OC
ZINC
_--
STATIC WATER LEVEL

i
COuwr
..,ATE SAMPLES
IIIJIALINITY TO PH 4.5
ALKALINITY, TO PH 8.3
ALUMINUM -
`ARSENIC
BARI UM
!
�
I
BICARBONATE
�ChDMIUM
Eu.iLCI UM
!CARBONATE
4
CHLORIDE,
/
d • 3
CHROMIUM, TOTAL
COD
.
COLIFORM, FECAL
I
COLIFORM, TOTAL
/ !lt rc
COPPER
CYANIDE
!
F --T
DISSOLVED SOLIDS
! IM 0
33.0
1,20
FLUORIDE
i
HARDNESS, CaC0
i
30
HARDNESS NON-CAR13ONATE
ti
IRON
1
r
LEAD
_
MBAS
MAGNESIUM
MWQANESEI
--�--
f
MERCURY
NIM :
_

r
fi fE SMPLEn
//- _
3-(- l7
ee-�r�- qo
�/-aa • 90
3 -G a. /
rr-a �r r
r/-, � �
i�- b
hl:[TROGEK? AMMONIA
t -n
1�TROGEN. KJELDAHL
NITRATE & NITRITE-
z 31?
• ��
..
%moi ° �
ORGANIC SCAN
PHENOLS
PHOSPHORUS, TOTAL
POTASSIUM
SELENIUM
6
SILVER
SODIUM
i
SPECIFIC CONDUCTANCE
SLMATE
TOC (UNFILTERED)
�%,a
g
%• d
%,
/ire
.
ZIlic
l
P
,
vii
o: AQ z
I.o,24-
Vo
see D:JE
iP�PPe��T -
1
�Y
f.
I'.
E I /

�J
cr
> > O 3 cn
n N N N" o O (D y
Q -i o
—0 -
CD
O(D y
O
c
c
o: y
y N
3
MD
Q
33:7333333S33 003
(DUD O (O (O (O co cQ (Q - cM 3 3 ca m
�cn m c 0C)w UpDO-0zz m
r: �{
�cQ o wZY Np 10
n3 C0 -0-5,ro°o -•w w
-5cam'3 : 7:°
w "zN �
.c 0(Q o L :3�v�
Ia
-<
w°3,Z 033 3 �'w(mn
(D c -i w �
2D 3
-z
cn
m
-i-�C/)(A-o ,ODC7-i_0 0z
C)C)0 �
? G)
ZD-
g o (n`z �
� n
(D
m m D)
cti
x o- c :T -� 0 :1 ui.
o �
o o 0>
_ -
m
m
ao
C C m (D
_
:o ^
-, n
_3 -.
<
z o SD� w CD O i7 (n c
O O O
D
w N
c 5
CD
or ?
z
o�
_H O� Q
�,D�m—mnm
��H
m(D`°
-,-z
33
r.
w °cn
j $CD CD
�° -
w m
DZZ
a3 w
rw
O
0
z
3 p
' - O
w
Q
Q 3'
w Uj z��
-�,
N
a� w
—p m
-
o. � I
0
w,
� N
o
�, (D 3
CD
cn
�J
cr
> > O 3 cn
n N N N" o O (D y
Q -i o
—0 -
CD
O(D y
O
c
c
o: y
y N
3
MD
Q
33:7333333S33 003
(DUD O (O (O (O co cQ (Q - cM 3 3 ca m
�cn m c 0C)w UpDO-0zz m
r: �{
�cQ o wZY Np 10
n3 C0 -0-5,ro°o -•w w
-5cam'3 : 7:°
w "zN �
.c 0(Q o L :3�v�
Ia
-<
w°3,Z 033 3 �'w(mn
(D c -i w �
2D 3
-z
cn
ssr
r
0
0
z
-c
m
r
r
0
D
m
0
z
v
m
CL
M
a.
333333333333333°
(o (c (o co cc co an cQ (c (o (Q (o (n (Q (o a-
a.
<7C1(n 0
0DNVZ l
no00
(D3Nrz
=^ Z
D�
° m ° m
� �,� w � U)
_
a�C)
0 z
°
A 0) U)
CCL
L
0
.J 3 C7
3 (D
a
CD o n
�
0
333(na.�
CD
u
Cl)
C o o I
D
Q
CL
n
0
L
n
0
za :Z
W
J
33D
N0�.1'J
�]
I P!
?.
,I� �' 5 j
33
O
N
ssr
r
0
0
z
-c
m
r
r
0
D
m
0
z
v

-1—I(/)CD-0G) )—i*a a_2
000
o m
23
9
z�
w
NO0 r.0y00.(7�Oc00�
cn >= CD ci' �
=r
�
CD
y CD
sn
Z3 0
w
�
.
M
0 0.
�z
��
-n
�n
0
:3
n
O CD
A
O (A
N fA o
CL
O O
n
:
CD
sv
V
0
CD
E
to
3
I
.�
D
o
CD Cl)
A
Z
X
m
CD
a
m
_
G
w
In
w
CD
K
O
w
°~
1
m
C
O
)3j(0
op
D
4
m
33=3333333
w
_ m
03
0 MUD
cn cn o cn cn cn cn
A 33J
c0 - cr
CD
gm;;M 10000m
O(Q Cn O C ?CL SU
-p p
K:703 009)
!y Sy Sv CCD
ncr�Nn 03W CD CD 3
O cn•3� ' �3 3
Oa m
00
D
z
CD a"
a� G)-� � o
3 3 3 CD 0.�
m. CD
0 0 o _
v
aaa.-
. r
C)
II II II �
Z
O
I 0
0
0
Y-ozz
=r '
CL
C -o =r-
3.o
O CD
=r .--.
3.o0Z
a-p�0 -<
Co
3 J 1 co
a cn
-Z�`
CA
O I
Z
0
m
3
CL
CL.
3333
m ca ca cn
m
a
Q> =3 N'0Z I
CS _.
CD�
3 Z
o N r- -<
cn �.�CD �cmn
A Z —
a o
3
CD
0 0 Z
CL
to
CL
0
0
0
CDw
0 1 1 1 1
C3333
0 r" p
CD Q w
O W
°'° 3
3*,:zv
CD
0 3 0
W m
A
CD
a
NO
f WY b
,430/03
o --1 0O
c
O v
0
O
m
m
N 4u
p
CD
3 p
m G
PL R,
-v -I
:0
;W,z
ZZ
w w
3 3
CD m
o m
21 (7)
9
z�
w
m
c� m
C=MV
O
CD
y CD
M
D
M
0
CL
CD
4l• w
O CD
A
o
:
O
3
I
D
CD Cl)
a
Z
X
m
CD
_
G
C
n
w
o
K
O
Z
°~
w Z
p
O
)3j(0
S
n
:
D
4
m
w
_ m
0
0 MUD
CL
A 33J
c0 - cr
CD
O CD o
a o o�
d
CL CD
o o
m 3
0
o v
a m
3
O.
w c
c�
C
Co ^ .-Z
w
m
w
A In
`n
m
CD
D
.O
CD
w
w
0 'rt
S 4
A
CD
0
co
C•
GSI
o
m-0
CL
CD
�'
cD CD
(D
-+
N
�
0 r" p
CD Q w
O W
°'° 3
3*,:zv
CD
0 3 0
W m
A
CD
a
NO
f WY b
,430/03
o --1 0O
c
O v
0
O
m
m
N 4u
p
CD
3 p
m G
PL R,
-v -I
:0
;W,z
ZZ
w w
3 3
CD m
o m
0
7
m
v�
0 o
v
M
o
�
w
t7
CD
C C
-n o
O
I
I
D
CD Cl)
a
Z
X
m
_
G
C
n
w
o
K
O
Z
°~
w Z
p
O
)3j(0
S
n
:
D
4
m
w
_ m
0 MUD
Me
A 33J
d

x
t
m
D
2
m
O
v�
C
m
Z
C
m
-�-D pzOROJ=�
m
O
;7
� c;D g
0Eli0 0
� g
CD C) -
_0-n71
C/) z
-n
71
O CD
3
0
�o_
a��;�
_ _°
3
z
3
0 =
Cl) moW
s
r
0
E
cn
l�
i
w
3
a
3
c�xv
o
--v
�
F
. a
n cn
o<
CD
'
;.
w
II I I I I I ooh
33=333333 �3 003
c0 c0 0 c0 c0 c0 c0 c0 c0 --c0
331 -0 -
=cc 3
=cc�c�mcc�WDO
s n i i O n n n fn
b�� n�� 0 m Z
3c0(D COO CO3'�u'CO
CDC'3� X33 0W0
�CD�
333333333333333II
c0 c0 c0 c0 c0 c0 c0 c0 c0 c0 c0 s0 c0 c0 c0
Cl�N�sZ
�QN
Z3 0
0 (n
3
o m
cy-
D- C5
CL
CDD
10 wi 11 Yr
MUM VUVAIIINMQ"�Il
n }
C C C 33 3
c0 (Q C0 cQ (O cQ
rpm,
koro :&N
m
---
O
c D
Q o
¢� (D
Dm
3
0
�o_
a��;�
_ _°
3
z
3
0 =
Cl) moW
r
0
cn
l�
w
3
a
3
c�xv
o
--v
�
F
. a
n cn
o<
CD
'
;.
w
E
j�
�--.
o
CL
`75
z
C:
e m
g 0
Q
co
p
z
v
�
�
c
z
CD C
D
w r«
� pp
N
'0 O
�<
_p
-2.
to
0
��
m
Q
Q Z
m
CD
m
Fam
Dm
0
mq-zoo
c
p D
0 =
Cl) moW
0
m
D
m
MM
0
m
C
E
m
o
`75
z
g 0
Q
co
p
z
z
O
_p
-2.
c
m
c
a
m

—1-irACn'D�?. C7--I� pz nnC7
T,oa c c•�; O=vi. 2 o o O
0;'0wm=ngocoo�
Zan sv o �a�3
. C1KK
00 CL In cf)z
sn — m
0. CA N N o C (TD d
n a0o
0 ? tAA
.� O
M
3
CL ^'
a as
m N
m
A
C i C
33s333333�3 0
cc cc o ; CO =Cc ....: co
w a
e
3
Wo o
0
—a o
ca'� n �� ~o'2•c CO _ZO
_. c 0) CDo .. , C 3 a Ory -t
w
��� 3� Cl)m
OC°.a M
�. D
_A Z_
0 n
0.m N
CD a
Q3 n
cD
�E'rn
CD 0
3330 CL
CL CL CL
.j.. n
Z °'
o cr
*011
I a
0
s
n 4 IL
c�
.3,33333333 �
cQ cQ ca cs� ca ca cQ � cs? a.
a
ODN'0Z
3CD 0p._.
� o r- z
ch
c'a sv�om
Z —
�
CO
oCD
C: 3333
__ cn a to co
ca
m
Q)

m CD
O
1 0
(n m
3
0
O
N
CD
Q
Co
c Cl)
Cr CD
0)
g�
CD O
CL cn
m c
0
j
O N
R
CD
N
O
0
a
C1
CD
N
D1
CS
O
fD
C)
D�
O
O �
ai N
N
n =r
O O
C
Q
O �
n
N CL
N
CO) O
(D <
m
4# a
CIO
O
a, a
iv
0
X070 c � ,�)D� --1-0 020 0
T. O cn — O
Z 0 w� Q w CD O n^� -_• 0
p D cn �_ `2 O cZY CD 0 0
CD CD 0-
Z3 0 cn CD CD CD 33
3 C) cn:n CL
O Q w (/) z K z
O O � :3 O 3 TI TI
�•Q 00 —w
w n w (n- C Q c —i CD
w CD a
n Qpo —
CD 3
a
6
a
A
3 3 a a
co
3 3 =3333333533 003
cQ cn O cQ (Q cQ cQ (Q (a (a ;:;:(a 3310
Z��T.2-r1nC�C�C� W D W ZZ
CD w w Zr
i cn w
Cn��� O n3 nnWC -0 CD
0
-Www0D-6ca-=.30
c(QQT.0 333-�312
3W DCCD"-- 3ccn0N.
Zn.3`� 0 3 3 .�
o' 3 oocn cn
w ZZ
33333333333333:3
cQ(o(acQ(Q(a(ocQ(0cQ(QcwcQcwcQ
0O
CD
CD
CD
O (D
0.
?. C)
O
-a
O
c
Cz
CD
w
OL
AWN -0Z
CD O 0 -
CD
.� QCD 0
77,
C) CD C) Q CD
-a 2
CO (D
Qn
CQD
O
JU
QQ' 333
car- p * * :E
D m
sii
CT0 CD
m m m m
cn D O
c o p Q r
w "'j
m 3 w Oo
o w o
3= w
tnz
*-0w
CD u, w
O w
��o
O w
70 3 n w0
o �
mwn
o
m
=
CD
z
cn
CD
'� 1 Q-
CJ
y Cn CD
t„
mCD
m
:PQ
c
m
0 CD 0�
U)
0
-ZCD
w Cr O
Or
0
CD
CD CD
o o
r
m
n
C*) Cl)
3
CD CD
a
w CDCD
G
m
n
oo
Q�
n w
1
c
c
0
w (a
—
1
n
CD
m
CY
m
wm
CD
(�
a
o
D
z
(D O
D
CD p
w =r
-0 O
—
� cois
.�.
r
CD CD
S.
�
O
n
p
Ll
Fn
v
1`,i'C7
O
U)
m
CL
a c
7 y
to c
rw
00
CD
c
CD
T
w
0
Q�
z
m �
w
w
0
O
0
O
CO)
(D
w
rr
a)
0
(D m
d
.�
7U, < m
pm
c0
�„zzz
m p -Do C
vm0W
0 F m
D �w
r m
m Q
M0 c
> M
0 v
O
Z
ME
m
Z 1X,$
O
Z
m
m
0

- - Pace Ana,,
i J 9800 Kincey Av,.
Huntetsville.,.
Mr. Harry James
Page 11
Client Reference: J&J Kenmore
TO 704-87'.
Fax: 704-875-�,
December 02, 1997
PACE Project Number: A7111>
PACE Sample Number: 93 0487750
Date Collected: 11/17/97
Date Received: 11/19/97
Client Sample ID: Kenmore
MW
Parameter Units PRL V6 METHOD DATE ANALYZE[
ORGANIC ANALYSIS
VOLATILE ORGANICS 6230D
Dichlorodifluoromethane ug/L 0.5 ND 11/26/97
Chloromethane ug/L 0.5 ND 11/26/97
Chloroethene (Vinyl chloride) ug/L 0.5 ND 11/26/97
Bromomethane ug/L 0.5 ND 11/26/97
Chloroethane ug/L 0.5 ND 11/26/97
Trichlorofluoromethane ug/L 0.5 ND 11/26/97
l,l-Dichloroethene ug/L 0.5 ND 11/26/97
Dichloromethane ug/L 0.5 ND 11/26/97
trans-1,2-Dichloroethene ug/L 0.5 ND 11/26/97
1,1-Dichloroethane ug/L 0.5 ND 11/26/97
cis-1,2-Dichloroethene ug/L 0.5 ND 11/26/97
2,2-Dichloropropane ug/L 0.5 ND 11/26/97
Chloroform ug/L 0.5 ND 11/26/97
Bromochloromethane ug/L 0.5 ND 11/26/97
1,1,1 -Trichloroethane ug/L 0.5 ND 11/26/97
1,1-Dichloro-l-propene ug/L 0.5 ND 11/26/97
Carbon tetrachloride ug/L 0.5 ND 11/26/97
1,2-Dichloroethane ug/L 0.5 ND 11/26/97
1,1,2 -Trichloroethene ug/L 0.5 ND 11/26/97
1,2-Dichloropropane ug/L 0.5 ND 11/26/97
Bromodichloromethane ug/L 0.5 ND 11/26/97
Dibromomethane ug/L 0.5 ND 11/26/97
cis-1,3-Dichloro-l-propene ug/L 0.5 ND 11/26/97
trans-1,3-Dichloro-l-propene ug/L 0.5 ND 11/26/97
1,1,2 -Trichloroethane ug/L 0.5 ND 11/26/97
1,3-Dichloropropane ug/L 0.5 ND 11/26/97
Tetrachloroethene ug/L 0.5 ND 11/26/97
Dibromochloromethane ug/L 0.5 ND 11/26/97
1,2-Dibromoethane--- g/L 0.5 ND 11/26/97
1,1,1,2-Tetrachloro TRaq �i� L /L 0.5 ND 11/26/97
Bromoform�� �. $ 1998 /1 0.5 ND 11/26/97
Laboratoryitifi� `ta ton IDs ` C`" . � eville ater nwl--QSecti(1
i. Asheville Re ir�na4 't - Laboratory Certification IDs
"C Wastewater :, tz PORT OF LABORATORY ANALYSIS KY Drinking Water 90090
NC Drinking Water' 8776' TN UST List
SC990bE}`, This report shall not be reproduced, except in full, VA Drinking Water 213
f ' ,
without the written consent of Pace Analytical Services, Inc

Mr. Harry James
Page 12
Client Reference: J&J Kenmore
PACE Sample Number:
Date Collected:
Date Received:
Client Sample ID:
Parameter Units PRL
ORGANIC ANALYSIS
Pace,, An<lr,.,
9800 Kincey Avc.
Huntersville;,
TO 704-875
Fax: [phone]
December 02, 1997
PACE Project Number: A7111i.
93 0487750
11/17/97
11/19/97
Kenmore
MW
V6 METHOD DATE ANALYZED
VOLATILE ORGANICS
623OD
1,1,2,2 -Tetrachloroethane
ug/L
0.5
ND
11/26/97
1,2,3-Trichloropropane
ug/L
0.5
ND
11/26/97
Bromobenzene
ug/L
0.5
ND
11/26/97
2-Chlorotoluene
ug/L
0.5
ND
11/26/97
4-Chlorotoluene
ug/L
0.5
ND
11/26/97
1,3 -Dichlorobenzene
ug/L
0.5
ND
11/26/97
1,4 -Dichlorobenzene
ug/L
0.5
ND
11/26/97
1,2 -Dichlorobenzene
ug/L
0.5
ND
11/26/97
1,2-Dibromo-3-chloropropane
ug/L
0.5
ND
11/26/97
1,2,4-Trichlorobenzene
ug/L
0.5
ND
11/26/97
Hexachlorobutadiene
ug/L
0.5
ND
11/26/97
1,2,3-Trichlorobenzene
ug/L
0.5
ND
11/26/97
Benzene
ug/L
0.5
ND
11/26/97
Toluene
ug/L
0.5
ND
11/26/97
Chlorobenzene
ug/L
0.5
ND
11/26/97
Ethylbenzene
ug/L
0.5
ND
11/26/97
Xylenes, (total)
ug/L
0.5
ND
11/26/97
Styrene
ug/L
0.5
ND
11/26/97
Isopropylbenzene
ug/L
0.5
ND
11/26/97
n-Propylbenzene
ug/L
0.5
ND
11/26/97
1,3,5-Trimethylbenzene
ug/L
0.5
ND
11/26/97
t-Butylbenzene
ug/L
0.5
ND
11/26/97
1,2,4-Trimethylbenzene
ug/L
0.5
ND
11/26/97
s-Butylbenzene
ug/L
0.5
ND
11/26/97
4-Isopropyltoluene
ug/L
0.5
ND
11/26/97
n-Butylben
ug/L
0.5
ND
11/26/97
Naphthalen
L1
ug/L
0.5
ND
11/26/97
JAN — 81998
Laboratory Certification ll',k Laboratory Certification I s
NC WastewaterRESORT OF LABORATORY ANALYSIS KY Drinking Water 90090
NC Drinking Water 37706—`e'TN UST List
Sc 99006This report shall not be reproduced, except in full, VA Drinking Water 213
without the written consent of Pace Analytical Services. Inc.

n
0
3
3
(D
r-
f7u,
T-
cu .° CD
�o-
I
I
CD
o
°. c
a
h
w�o
OD^�
r -m
00
O
�sz�
D,c �o
C
D �
;
0
U'O
-•I L m
Z ..
O
D
n
o
o
n(
coo
D
D'o
Cn
-0
0
TID
-p
0
0
cn
N
U)
o
o•
=
w
0
w
x
x
S
o V s
o m
Cl)
0
0
0
0
0
o
w
Q
w
A
a70
0=
=
0
0
0
d
o
3.
a
o
o>>
t
_w
w
o
o
r
2
0
m
w
e
o,
w
w
-,�
ooCD
0
3
N
(D
A
O
N
p
O
O
0
0=
O
o
x
m
O
0
C
}
w
A
CD X
N
A
O
S
S
o
'a
O
—I
-n
(D
3
w
A
�
w p o
0 m
00
is
A
in
0 CA
(D
a
O
w
w
_ M
M
� 3 :3
N(D
Ci
1
j
K � $
a
m
(n
cD O (n
cn
S
0
u,
o
cn
co
0
❑
D
e
Z3
0
r
rq
n
ca
wco
o
mo
. =
m
�
A
0.
U)
�
0
y
aha
o�
i
r
R
m ='
C)
c
3
3
3
3
3
3
c
3
2
30
1G
0kl=:-Iz-j
3
3
co
C
s
N3
cfl
co
co
co
co
�.
to
C
_
3
3
cn
m
m
O
o
'
Q
m
=r
w m
0
0-
z
a
CL
m
o
0
Q:
m,
c
3
fn
(D
W
m
^
d
O
c
(n
N
S'
I
o
=
w
Q
w
m
o
m
M-
o
w
a
w
a
c
b
w+
w
a
m
m
En
0�M
0
a
cn
O
Z
CD
X
y 3
0
o
a
vw,
C2w
(AJ7
(AJ7
Q,
-4
w
=
o
w
cn
o
O
=
o
w
w
cn
Z
Cn w
o
0
w
Q
o
0
m
N
s0
c
O
3
33
3
3
3
3
c
3
3
3
\
R
\
C'
\
\
—
3
N
\
\_
N
W
T
Z
Z
K
K
T,
S
M
O
O
O
O
w
D
D
D
m
Q
w
co
m
e^
a
w
w
o
N
Z
°
0
0
0
0
0
W
D
c
(n
o
m
a
°'
Q
CD
X
0
0
Q.
o
w•
CD
3
�'
rn
m
c
c
N
c
3
2
c
a
3
w
cn
3
3
3
3
4
O
p
OAi
(n
y
(p
c
3
41-
m
CO
W
0)
paj
1i
"
.0.
cn
t07i
cn
C0T1
O
T
O
a)
Ln
oO
N
Cfl
N
cyl
cn
(n
(n
N
O
(O
V
CD
c
c
c
c
3
c
3
3
c
c
c
c
c
3
c
c
c
c
0
—
\
co
co
co
\
0
\
o
ZOO
'o
22w
-
vm
S3
n�
co
o-0
w
o
w
Co
m
ID
p
m
^
0
-o
0
o
m
0
Q
�-�j1
'
0
(
A
�•
CD
0
O
Q
m
N
N
o'
o70i
ca
�;
o
p<
to
N
U)
(D
co
0
0
m
(0
n
vr.
n'
(D
D
CD
a
CLcr
0
(D
cn
Q
N
�
r-
U)
cu .° CD
�o-
0
CD
o
°. c
a
h
w�o
OD^�
r -m
00
O
�sz�
D,c �o
C
D �
;
0
U'O
-•I L m
Z ..
O
D
o
U1
Cn
-0
0
-n
1
?
D
Zo
cn
N
U)
,,
a
o
D
n 0
o V s
o m
Cl)
0
-
Q-
Z
a70
Z
0,6
o
C
CD
o
O
t
0
w
w
-,�
ooCD
0
^
o
3
❑❑ n
w p o
0 m
0 CA
(n c'
_ M
M
� 3 :3
Ci
-G
K � $
m
(n
cD O (n
cn
S
0
cn CD
3
n
❑
D
e
Z3
0
r
rq
n
ca
wco
o
mo
. =
m
�.,0
0.
U)
Cc
0
y
aha
o�
i
r
R
m ='
j'
N
n3
r
�
O
�13
R,
'
19
1G
r'
s
N3
m
.gin
G.5'
UC
m
m
O
o
'
Q
m
=r
w m
0
0-
z
a
CL
m
o
M
l
Q:
m,
c
3
fn
(D
W
m
^
d
(n
N
S'
I
-o
(D
w
-.
b
EO
cnc
rl
2
0
m
Iw
CD
X
y 3
0 (D
O
C
^
(D
Q G
m
20
<M
03
Z
0�
n
am
mZ
7v o 0
p�
..
D m
r�
k X o
w w
O? O
cam—
Z C. 3
�Z0)
w
4c"
M
°'
S
(1) (D
M 0
00
Z 0

m
m
Cil
ZKK7=MC)000m>-vZZ
w �cQ i (D (D c :'QO w i g
U) moQ30C)CO--mCD
Q=(a C5 �cQ0M.3o"Z
W m c� (D 3 3 � 0rQ
0
�c_o l< 01 3 w.�
c�nc3 w3 ocnai
cD3 – wZZ
D cnm
154
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
(O (Q (Q (0 (Q (Q (Q (O (Q (0 (Q (Q (Q (Q (Q
i- i-- Z--- Z-- � =--i-
0
� =T
A CD
C
wcn
a
O (D
=3 n
z
�• n
3
a
0
C
Q
CD
w
Q
-0 N 73 Z
a (D =5 O'
o
Q =3 CD Z
0 (D f7 Q (
. (D
a =
0 CD
C �
Z Cy
Q
CDc
D CD w (D 0 (D (D (D
o 0 Q 0
CMI) 3 W 0= w
-n z m a 0 o
O �; w 0 m m 2
70 o CD o
M06
2_ CD 7
m 3 c
D. (
� _ U)
-3
m m� t
m
m �cn 0 CD .= �
O (D PL) o ooc>
0 CD
m -" CD
CD m
0 o 3 3 a
m Q Q W,
D 0 cc cn C m
z M �i w
CD CD CD -0
m cr h
m WN CD
v _0 o 0
N
D m c m -n _0
z D�
TI N (n "O 0
® a 5.m
r
D
m m
m
A
01
CL
O
cn
a
m
CL
v cn
o c
6
cc c
r, in
vCD
v
CD
c
CD
m
w
Q-
OL z
3
Cn m
(D
Ch
CD
d
m
3
70 < m
O m
c0
m nzzz
mo -00 C
Umo00
O.w y m
O
C/)'
�
r
m m
r v 0
cfl m e: C
o D
m
Q Cl. G
,�....s..-5a+
—I coC!»1L,bDC7—170
0'z C-)00
�o70 C: =7W =rO=v�
Zsv o
° 0 0
" E;� E;�p
O
0 W � Q� CD
2
C�^�
0 c 00
w M 0 cn
(n300 CDCDnCDD
CD 33
z3C� �?�
CD
Z)Q�....
O Q0
3 -n -n
O0
0-
:3o
--i -nN
0
0-
n
a
CD
0
0 -
CD
3
C
c
rt
Q
N ^
33 =r3333333=3
003
(a (Q O (0 n (Q (Q (C) (C) (Q
;4: (a 33(c
ZKK7=MC)000m>-vZZ
w �cQ i (D (D c :'QO w i g
U) moQ30C)CO--mCD
Q=(a C5 �cQ0M.3o"Z
W m c� (D 3 3 � 0rQ
0
�c_o l< 01 3 w.�
c�nc3 w3 ocnai
cD3 – wZZ
D cnm
154
3 3 3 3 3 3 3 3 3 3 3 3 3 3 3
(O (Q (Q (0 (Q (Q (Q (O (Q (0 (Q (Q (Q (Q (Q
i- i-- Z--- Z-- � =--i-
0
� =T
A CD
C
wcn
a
O (D
=3 n
z
�• n
3
a
0
C
Q
CD
w
Q
-0 N 73 Z
a (D =5 O'
o
Q =3 CD Z
0 (D f7 Q (
. (D
a =
0 CD
C �
Z Cy
Q
CDc
D CD w (D 0 (D (D (D
o 0 Q 0
CMI) 3 W 0= w
-n z m a 0 o
O �; w 0 m m 2
70 o CD o
M06
2_ CD 7
m 3 c
D. (
� _ U)
-3
m m� t
m
m �cn 0 CD .= �
O (D PL) o ooc>
0 CD
m -" CD
CD m
0 o 3 3 a
m Q Q W,
D 0 cc cn C m
z M �i w
CD CD CD -0
m cr h
m WN CD
v _0 o 0
N
D m c m -n _0
z D�
TI N (n "O 0
® a 5.m
r
D
m m
m
A
01
CL
O
cn
a
m
CL
v cn
o c
6
cc c
r, in
vCD
v
CD
c
CD
m
w
Q-
OL z
3
Cn m
(D
Ch
CD
d
m
3
70 < m
O m
c0
m nzzz
mo -00 C
Umo00
O.w y m
O
C/)'
�
r
m m
r v 0
cfl m e: C
o D
m
Q Cl. G
,�....s..-5a+

-TICAL FAX NO,, 704 252 4618
Mr. Harry James
Page 3
Client Reference: J and J Kenmore
12-31-96
Pam Andylcb)"
�4 Rayem
Fax: '04-2524618
December 04, 1996
PACE Project Number: A61IZ06,9i
PACE Sample Number:
93 0305911
Date Collected:
11/20/96
Date Received:
11/21/96
Client Sample 10.
Parameter
Units
PRL
Kenmore METHOD
V6
DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANICS
Dichlorodifluoromethane
Ug / L
1.0
502.2
NO
12/01/'96
Chloromethane
Chloroethene (Vinyl chloride)
Ug/L
ug/L
1,0
1.0
NO
ND
12/01/96
12/01/96
Bromomethane
UqA
1.0
NU
12/01/96
Chloroethane
ug/L
1.0
ND
121'01/96
Trichlorofluoromethane
ug/L
1.0
NO
12/01/96
1,1-Dichloroethene
ug/L
1'0
NO
12/01/96
Dichloromethane
ug/L
1'0
NO
12/01/96
trans-1,2-Dichloroethene
Ug/L
1.0
NO
12/01/96
1,1-Dichloroethane
ug/L
1.0
NO
12/01/96
cis-1,2-Dichloroethene
ug/L
uqJL
1.0
1'0
No
ND
12/01196
12/01/96
2,2-Dichloropropane
Chloroform
ug/L
1.0
NO
/96
12;01196
Bromochloromethane
1,1,1 -Trichloroethane
ug/L
ug/L
1.0
1.0
NO
ND
12/01/96
12/01/96
1,1-Dichloro-1-propene
ug/L
1.0
ND
12/01/96
Carbon tetrachloride
uq1L
1'0
NO
12/01/96
1,2-Dichloroethane
ug/L
1.0
ND
12i01196
1,1,2 -Trichloroethene
ug/L
1.0
ND
12/01/9E
1,2-DichloroPrOane
ug/L
U9 (L
1.0
1.0
ND
NO
12/01/96
121/01/96
Bromodichlorome'thane
'
Dibromomethane
uq/L
I . C,
ND
12/cii%
cis-1,3-Dichloro-l-propene
ug/L
1.0
NO
12/01/96
trans-1,3-Dichlaro-1-propene
ug/L.
1.0
ND
12/01/96
1,1,2 -Trichloroethane
ug/L
1.0
NO
12/01/9e
1,3-Dichl cropropane
fL
ug /L
1.0
ND
12101/96
Tetrachloroethene
Ug/L
1.0
NO
12/01/96
Dibromochloromethane
Ug/L
1.0
NO
12/01/96
1,1,1,2 -Tetrachloroethane
ug/L
1.0
NO
12/01/96
Bromoform
ug/L
1.0
NO
12/01/96
1,1,2,2 -Tetrachloroethane
ugA
1.0
NO
121011`9E
REPORT OF LABORATORY ANALYSIS
Th;$ reporl Sha�f no,. oe reproduced exceptin furl
without the wristen oonSenj at PaCe AnalyllCal SeMrSS inC

eTlCqL
A v%
FAX NO., 704 2112 4618
Mr. Harry James
Page 4
Client Refererce: J and J Kenmore
12-31-96
Pact Ariaipicai'.,
54 Raver.30,,
Asheville, NC
"el- 704-254-7176
Fax [phone]
December 04, 1996
PACE Project Number: A61120600
PACE Sample Number:
93 0305911
11/20/96
Date Collected:
11/21/96
Date Received:
Client Sample ID:
Units
PRL
Kenmore
V6 METHOD
DATE ANALYZED
Parameter
ORGANIC ANALYSIS
VOLATILE ORGANICS
Uq/L
1.0
502.2
NO
12/01/96
1,2,3-Trichloropropane
uq/L
1.0
NO
12/01/96
Bromobenzene
2-Chlorot,cluene
ug/L
1,0
NO
12/01/96
4-Chlorotoluene
ug/L
uq/L
1.0
1.0
NO
NO
12/01/96
12/01/96
1,3 -Dichlorobenzene
1,4 -Dichlorobenzene
ug/L
1.0
NO
12/01/96
1,2 -Dichlorobenzene
uq/L
ug/L
1.0
1.0
ND
NO
12/01/96
12/01/96
1,2-Dibromo-3-chloropropane
1.0
NO
12/01/96
1,2,4-Trichloroberzene
Hexachlorobutaidiene
ug/L
Ug/L
1.0
NO
12J0I/96
1,2,3-Trichlorobenzene
ug/L.
1.0
1,0
ND
ND
12/01/96
12/01/96
Bianzene
uq/L
Toluene
ug/L
ug/L.
1.0
1.0
ND
NO
12/01/96
12/01/96
Chlarobenzene
Ethylbenzene
ug/L
1.0
NO
12/01/96
Xylenes, (total)
ug/L
uq/L
I'D
1.0
NO
NO
12/01/96
12J0I/96
Styrene
Isopropylbenzene
ug/L
1.0
NO
12/01/96
n-Propylbenzene
uq/L
ug/L
1.0
1�0
NO
ND
12/01/96
12/01/96
1,3,5-TrimethylbLanzone
ug/L
1.0
NO
121,01/96
t-Butylbenzene
1,2,4-Trimethylbenzenp
ug/L
1.0
NO
12101/96
s-Butylbenzene
ug/L
ug/L
1.0
1.0
NO
NO
12/01/96
12/01/96
4 -Isopropyl toluene
n-htylbenzene
qiL.
Lg/L
1.0
1.0
NO
NO
12/01/96
12/01/96
Naphthalene
REPORT OF LABORATORY ANALYSIS
This repair shah nol be reproduced, CACCV( in full.
without the written concert of Pace Arisjyt:741! Sevice% inc

n d 7r ;F = CD
3 = 0 0 0 0 su v v A N
CDCL
CD -i c' cp 0
N -4 c c B cD
0 CD
o co CD
CD Ci. A A 'O 6
i A OD ?
N � W W
— Ti A -� -o_ �l ;0
0 0
m
r
n
n
w
&
p
n
O
==
O
�A,'�$
n
;CD o_o
(Am m 0 0
3 3 - 2
A� n
0
0
0
a
rn
o
�w N
CD
CD 0
0
Z..
D
w
0
�
�p
��w n
O
W
W
A
O
DO
CL 3
O
Ri
-3
O
CD
z
Z3CO
'o
D1
—
n
D7
CD
O
D
co
C7 p
�no-
--jCD
M
nn
�►
o.cn
— Ti A -� -o_ �l ;0
0 0
m
r
CD - --:Eo
> Q�
co
M C
�
�
37
0
a
:cn0r-0
�A,'�$
n
;CD o_o
(Am m 0 0
3 3 - 2
A� n
D v .a-
0 0�
4
o
0
�w N
CD
CD 0
rN�00tn
Z..
D
w
Cal
0
�
cn
��w n
O
� FN c�
ul
O
DO
CL 3
Ri
-3
TI m
z
Z3CO
'o
wv
LL--.
CD
O
D
co
C7 p
�no-
--jCD
M
0 m
�►
o.cn
`a z
2
A
c
O
O
n
Oom
lcll� o
=
G
=
X�
I`
n
0 0
m
Icn
CD - --:Eo
R
2 2,
:cn0r-0
m
;CD o_o
(Am m 0 0
3 3 - 2
❑z
0 0�
o m
5L,
CD 0
rN�00tn
CD
w
Cal
K=
cn
O
� FN c�
I`
n
0 0
m
Icn
r
R
:cn0r-0
m
>
(Am m 0 0
3 3 - 2
❑z
o m
5L,
r
rN�00tn
CD
w
Cal
K=
oC
� FN c�
�
O
DO
CL 3
Ri
-3
TI m
o
Z3CO
wv
c m
3
cT'
co
oI tno C
��
oM
�0
0
v
0 0
m
0
r
m
m
Z
c
CD
•c
�
O
m
co"
CD
w
Cal
oC
DO
t�
m
o
3
cT'
co
c
=
G
�
6
a
CD
of
Z
m
m
r
v
r
ca
0
0
z
o,c
�' m
m -.
z3
_ eD
Z -
C
z<_z
noo
r�
n CD
z^
n
md_d
m?0
zm —
;i CL
�zd
m!L
pc
C
o m
r- M_
�o
m�
M ,(D
(n(a
m
n
4
O
Z

p
'0
e+
4i1 °
nc:
00
vvomar-
m m cu M
12 N Q :CL
c
oa LD.
W - pp c<p
Er (I �c a
n
m I } U
i -n
G 3 �
Q 0 a
77
o
c
G
cD
v_
O
zo
mw
m�
Z3
O~
Z °•
m 3
Do o
rn
Z.. -
A
M?o
;{a°
OZm
O�
C p�
0 3)
Do
c
9
O
Z
(A
O
r► c
ca—
awp�
417T
:.
I'
I
H
oCL
D N g
q
L)
o
tA
f/f
Z
0
S)
0
p
�0r
0.
0
ND
02!:
2!:m
�c
>ti
C
-�
o
°
o
b
0
0
0
0
W
0
7
c
'°t
CL
�nm
6�
D
�(�~
_
N
m
3
,Op
o
X
.moi
m
�p
•+
.-r
N
0
v
O
�1
,�
W
O
O
CD x
O
m
S
S
°
o
c
W
-i
O
T
(=ca
C
0a
rT�
o
OD
�
.(0�0
m
13
.
fV
i
N
O
N
cNii
R
,,
O
nn
O
c
ICU
z
R
S
p
(A
N fD O
N
o
M
h
vom
3
3
El
_
�o�
0m
=
m
O
(A N O_ to
Z
Om
M
3�
w _0
cmc
0
D
z
z
rna
ilk
�m�
c
c
z
Ll�
m
c
g
.�
o
t
m
w
m
m
o
a
c
n
w
Z
su
N
V
y
to
m
p)
0
0
C4
+
N
Ul.
N
O
i
O
O
O
Z
o
o
N
°
3
N
m
vznZi
g-
c
n00NODDD
D
m
AI
m
s
(°
o?
N.
(n
8
°A'
m
m
c
w
a
`%
m'
&
3
m
m
°
c
`�
A
ID
°
a0,
°
3'
P-
S2
3
c'
3
y
m
n'
r
3.
c
m
a
3
U
2
C.
3
r
A
3
c
3
OAf
rn
A.
$A
m
N
lV�j
O
VVI
c
c
c
c
c
c
c
c
c
c
c
c
c
c
o
m
a
S2.
ZR
�
�
S
S
<
_
0D
O
w
m
Q
°
�
m
-ns:r
SO
0
(Dc0�
S2.
p
m
CL
W
M
m•
m
y
o
m
12.
CL
N
�
m
N
p
'0
e+
4i1 °
nc:
00
vvomar-
m m cu M
12 N Q :CL
c
oa LD.
W - pp c<p
Er (I �c a
n
m I } U
i -n
G 3 �
Q 0 a
77
o
c
G
cD
v_
O
zo
mw
m�
Z3
O~
Z °•
m 3
Do o
rn
Z.. -
A
M?o
;{a°
OZm
O�
C p�
0 3)
Do
c
9
O
Z
(A
r► c
ca—
awp�
� �
D
c
`c
oCL
D N g
q
L)
o
f/f
Z
aZo°�<�
�nm
6�
D
�(�~
O
?
N
0
o
m
�1
3L j
°
o
m
0a
rT�
o
.(0�0
13
.
cNii
R
,,
O
(A
N fD O
N
o
M
h
vom
El
�o�
0m
=
m
O
(A N O_ to
Z
Om
M
3�
w _0
cmc
rna
ilk
�m�
o
z
Ll�
m 0
.�
p
'0
e+
4i1 °
nc:
00
vvomar-
m m cu M
12 N Q :CL
c
oa LD.
W - pp c<p
Er (I �c a
n
m I } U
i -n
G 3 �
Q 0 a
77
o
c
G
cD
v_
O
zo
mw
m�
Z3
O~
Z °•
m 3
Do o
rn
Z.. -
A
M?o
;{a°
OZm
O�
C p�
0 3)
Do
c
9
O
Z

n
z
q C7 r O
O r
a
w
O
Fll
k
p
H H
et r o
d
H
H
..
O
O
..
ro
w
a
y
x
o
cn
p
o
0
0
0
0 0
x
x
"h
C
CJ
N
1�
C1
PI
P7
cn
�
0
0 C7
�
3
m
�
•�
•�
'
MN
�
O
�Ji
o
x
c
G
Q
a
s
,�
N
"��"
w
T
a
a
A
z
r
O
VOi
U
N
O
O
n
N
�
J
d
A
O
m w
<
v
O
N
C
o
1
o
O
�
A
T
P
�
N
o
n
�
m
r
r
y
O
3
3
q C7 r O
O r
a
w
O
Fll
k
p
H H
et r o
d
H
H
..
O
O
..
ro
w
Z
H
x
Z
W
O
cn
p
to
C
w
C
u,
V
ro
T
x
x
"h
C
CJ
N
1�
C1
PI
P7
cn
�
z
'
MN
9
c
y
O
a
w
O
q C7 r O
O r
a
w
O
Fll
k
X
H H
X
C
H
O
O
ro
w
Z
H
x
Z
W
O
cn
p
to
C
w
C
u,
V
ro
T
x
x
"h
C
CJ
z
O
9
c
y
"
a
a
z
r
�
VOi
U
N
O
O
n
N
�
J
O
m w
<
v
O
N
C
o
1
o
P
�
N
o
3
N
q C7 r O
O r
a
w
O
Fll
H H
C
H
O
O
w
w
z
O
9
c
y
"
a
a
z
r
�
VOi
U
N
O
O
n
N
�
J
m w
<
q C7 r O
O r
a
w
O
Fll
H H
C
H
O
O
w
w
z
O
9
c
y
"
a
a
z
r
�
Z
n
A
�
m
m w
<
o
q C7 r O
O r
a
w
O
Fll
O
�
z
O
9
c
y
"
a
a
z
r
�
Z
A
�

n
0
3
3
CD
N
-v
(D
c
0
a
Q
(D
CD
N
(D
00
0
Z 0
w
m
— a
P lD a CD Z
p ?
-0
-0
00
. c O
o
o
v
p
W c
cl
z
IJ
Wv+
vi
o
Z
O
O
a
coti
:0 co
I
Z
Z
IM I
?_:
CDS
9
Q
0
0
0)
Z
CO
G)
n0�Q
(D
o
(D
>
w
'b
o
0 COcn
o m
J)
-�
�yy
Z.
=N
0
O
_
VN
C
-nn
.Q...
=
'(D
z
a°
o o
m
p
�N,
(p
®
-;
N
O
O
°
SN
s�
o
o
Ila-
'
CD
v
CA0
CD
C
CD
n
fff///OIII
CD
n
3.
W
cn o �—
v) N n
O
j
37
D
A� a -
N
`
N
Q
y
r
M m
:3-
�.�t m
7N7
t�
t,.�
%+
o
n
Q
Z
(D
m
ca _0C:
(D
-v
(D
c
0
a
Q
(D
CD
N
(D
00
0
Z 0
w
m
— a
P lD a CD Z
p ?
:2;
p
00
. c O
A
77 a
D D t� 8
o
v
p
W c
cl
z
IJ
Wv+
vi
o
42
�
O
a
coti
:0 co
I
3-
0
IM I
Z
U)
n0�Q
m
>
n
0 COcn
o m
J)
C)
p
Z.
=N
O
_
VN
C
-nn
=
a
z
a°
o o
�
o
�N,
-;
O
°
SN
s�
o
o
Ila-
'
CD
v
CA0
0
3.
W
cn o �—
v) N n
O
j
D
A� a -
N
`
. o �
r
M m
:3-
�.�t m
t,.�
o
Z
ca _0C:
�p
M
m
0
m
`' �
0
-v
(D
c
0
a
Q
(D
CD
N
(D
00
0
Z 0
w
m
�'- m
6
�o
w w
m
a
z
c
v
'
3
o
42
cr
CD
a
coti
I
-n
p
v_
O
z
of
„ 0
m�
z�
< (D
M3
o C
z -«
m3
z5.z
D0 0
a�
..
n=
mmd
M. 0
z3
13
Z d
O�
C
C m
vM
0
m
N a
m
O
z

r\= O -nc)0R0w>mzz
I � ° O
�3P
CA . N
DSO pane e = —
u CD 3' E'3 C 0 ®�
033 30W n
Z Z
-0
3 3 3 3 3 3 3 3 3 3 3 3
❑,��cQ�c�cQCQc�cncac�
0 09
0
CD
a�
C7
3
c
Q
Q_
�n-0NTZ
CD :3 Cr
.ciNrZ
p (DU) n QN
3 \
o m
C S
Q
Q n
(DD
,fir 44 'V
WCD
6D EL
RRC
cnDRM
%iM
O N = = o ai ro
3 w m
zu�� o
--oA.0
WCDD0C�—O�
00
o
m_mY� - a
a
�• CD
ZCD
O_
voo
OO
Cn
��
�m
O�
®
® m
D
3
— CU
0
mX_
LL
2
PCD
El
e
V)iai
OCD
4:
a
ro
ro
o 57 ro
OCA
�9 � � --•
O=ff
Z3
y
r
3 :3 3 3 3 3 3 3
3 3 0®3
ca CQ o ca cQ ca U-2 cQ
3310
O
r\= O -nc)0R0w>mzz
I � ° O
�3P
CA . N
DSO pane e = —
u CD 3' E'3 C 0 ®�
033 30W n
Z Z
-0
3 3 3 3 3 3 3 3 3 3 3 3
❑,��cQ�c�cQCQc�cncac�
0 09
0
CD
a�
C7
3
c
Q
Q_
�n-0NTZ
CD :3 Cr
.ciNrZ
p (DU) n QN
3 \
o m
C S
Q
Q n
(DD
,fir 44 'V
WCD
6D EL
CDmCD
cnDRM
Pn
S.r.oQo
O N = = o ai ro
3 w m
zu�� o
3 0 m �
�
o
CD
a
�• CD
O
MIL
voo
CD
�m
O�
Cl)
1Jv
D
3
0
mX_
LL
2
PCD
e
V)iai
OCD
0 57
a
ro
ro
o 57 ro
C
O=ff
Z3
r
CD
PA
n
C ro
O
IO\
• $
v m
7cnO
r
j.
N
�pp
�
-a O
N
Q CD
5.
L
�
Q.
0
D
CDD
LU
CD
m
n.
D
CL Z
N
�ii ro
m
z
c
W
m
m
m
c
m
v
m
mm m
c
7o z
m v
voo
�m
O�
D
0
2
D
0
o
z
a
o
m
l �
�
O
IO\
• $
v m
r
j.
�
N
m
z
c
W
m
m
m
c
m
v

ED -29—'96 THU 10:16 ID:PACE INC.
TEL NO :252 4618 #515 P07
Pace Aharf"el unft". gee.
Pace Anal !Lsl NRoy,nwroftolive
—Aftow. No 98e01
TO 704.944.7174
Fax: [phone]
Mr. Harry James February 07, 1996
Page 6 PACE Project Number: A60122601
Client Reference: James & James
PACE Sample Number: 93 0171834
Date Collected: 01/22196
Date Received: 01/24/96
Client Sample ID: Q85 U6
Parameter Units MOL #V6 DATE ANALYZED
ORGANIC ANALYSIS
VOLATILE ORGANIG5
1,2,3-Trichioropropane
ug/L
1.0
ND
01/24/96
Bromobenzene
ug/L
1.0
ND
01/24/96
2-Chlorotoluene
ug/L
1.0
NO
01/24/96
4-Chlorotoluenef
ug/L
1.0
NO
01/24/96
1,3 -Dichlorobenzene
ug/L
1.0
NO
01/24/96
1,4-Dichloroberizene
ug/L
1.0
NO
01/24/96
1,2 -Dichlorobenzene
ug/L
1.0
NO
01/24/96
1,241bromo-3-Chloropropane,
ug/L
1.0
NO
01/24/96
1,2,4-Trichlorobenzene
ug/L
1.0
NO
01/24/96
Mexachlorobutadiene
ug/L
1.0
ND
01/24/96
1,2,3-Trichlorobenzene
ug/L
1.0
NO
01/24/96
Benzene
ug/L
1.0
ND
01/24/96
Toluene
ug/L
1.0
NO
01/24/96
Chlorobenzene
ug/L
1.0
ND
01/24/96
Ethylbenzene
ug/L
1.0
NO
01/24/96
Xylenes
ug/L
1.0
ND
01/24/96
Styrene
ug/L
1.0
NO
01/24/96
Isopropylbenzerie
ug/L.
1.0
NO
01/24/96
n-Propylbenzene
ug/L
1.0
NO
01/24/96
1,3,5-Trimethylbenzene
ug/L
1.0
NO
01/24/96
t-6utylbenzene
ug/L
1.0
NO
01/24/96
1,2,4-Trimethyllbenzene
ug/L
1.0
ND
01/24/96
s-Sutylbenzene
ug/L
1.0
NO
41/24/96
4-Isopropyltoluene
ug/L
1.0
NO
01/24/96
n-Butylbenzene
ug/L
1.0
NO
01/24/96
Naphthalene
ug/L
1.0
NO
01/24/96
ndwater

D
m
< m
0) 0_
W CD
CD
CD
0
D
c
0
N
CD
C1
CD
C (D
fT fD
w
fT w
o
�o
tm
M
7 C
m 0
c. 0
y
lD
O
O
72.
fn
O
7
0
C.
a
m
N
N
lv
cr
C
fD
m
F
c
m
Z
0
Z'
O
ChD
O
O c=D
N
_ w
C7 �
O O
C
CD
CD
rrt ,.p
tU c�
NO
c'
U)
C% O
CD
CD
W C2
O O
O CL
a
A)
n—
I-�Cl)Cnti G)>0
To-oc=r �) 2:
(fin � 0 CD CD CD n Q
z co w
3 n =3
:3 0.0
0
CD
-I-v p z
00
CD m
00
�2Un-O.
cn P
E;: _.:
30
O O
CD
.
CD
C/)z
N CD
O
TI -n
'r1
CCD °•
- o
CD
3' a
S
Sv =
i
a
CD
60Cl) C<
CD
W cr
cn
� " D
0 0 CD
a
CD CD
as 3 a
Q
Q•QW
n cc)
;v
0 wI-
0
CD
w
I I
33Er 3333333 3
c0 CO o cQ CQ c0 c0 c0 c0 cQ �(Q
/Z K K ;r' m m C7 o o C) m> m z Z
Sv 1 cc CD c :37 Q W , =7 r, 1
1 1 d 1 1 1 0 1 1 1 (n r.
cn��R ��` o 3 O O Mb -o cD CD
Q=���-OcQ�c-3oZZ
3WCDc� CD �'c3c(n�o
C=3 co
DE3 033 30��
(nCD
—Z
sv
U)
333333333333333
CQ CQ CO CO CQ CQ CQ CQ CQ (0 cc (Q (Q (o co
0 _
O 3
CCD
'. cn
w 0
O CD
�• o
fj O
3
O
c
Q
sll
Q
�-0N-0Z
CD :3 Cr—
U1 1 1
�< — o CD 0
CL
o CD n Q C
CD
a 2
O CD
c
CS
QL0
�. N
ar
m�
O
r
N
m
m
m
n
O
r
r
m
0
m
v
c
z
m
m
m
m
v
a
z
v
m
r
v
a
n
v
Fn
v
W
CD m
i CnDv�i
� �OQo
s3B CD w
r
_ m wo
}o
O
CD _
N CD
Z
C Q
CD
3' a
S
W [n (D 'S
ar
m�
O
r
N
m
m
m
n
O
r
r
m
0
m
v
c
z
m
m
m
m
v
a
z
v
m
r
v
a
n
v
Fn
v
-< 0
m (D
(J)--I
w
IN.
!O
0
O
Q
O
CD
w
CD
X eri a ar)
-:z EO
a o
-
o 0 -
Ul V
M.a
c g•
o
21
U)
OL
to
c m
79.
=y a
(a c 0
00
0 o
f w
(n T,
N OL
(D
C
C
m90
°- z
a3
CD
C)
0
c
0
�o m
m _0 m
p
c_
zzz
M -uo c
C7 5O� K
omoOO
a,'m
w
O CD m
0 0
m c
>, m
D m
o v
O
z
w
m_
z
G)
O
z
O
N x
m
0
W
CD m
i CnDv�i
� �OQo
s3B CD w
, -0 CDo
_ m wo
}o
O
CD _
N CD
Z
C Q
CD
CD
CY'
S
W [n (D 'S
i
a
CD
60Cl) C<
CD
W cr
cn
� " D
0 0 CD
i 0 w
03
CD CD
as 3 a
Q•QW
n cc)
c CD
�.
0 wI-
0
CD
w
cr
C/)
:cCD
m
CD
o
o
(D c
' _'
CD m
�
0) -•
N
o
V
Q (D
-n-n
-< 0
m (D
(J)--I
w
IN.
!O
0
O
Q
O
CD
w
CD
X eri a ar)
-:z EO
a o
-
o 0 -
Ul V
M.a
c g•
o
21
U)
OL
to
c m
79.
=y a
(a c 0
00
0 o
f w
(n T,
N OL
(D
C
C
m90
°- z
a3
CD
C)
0
c
0
�o m
m _0 m
p
c_
zzz
M -uo c
C7 5O� K
omoOO
a,'m
w
O CD m
0 0
m c
>, m
D m
o v
O
z
w
m_
z
G)
O
z
O
N x
m
0