WI0700012_Monitoring (Report)_19981113

Date:
Time:
Tech:
PCS Phosphate Co., Inc. - Tank Farm Remediation System Monitoring
////3/98
f9//7
System Gauge Pressures
SWW-1
Q-,T3nps,
e- /.f /C9„.,
SWW-7
cww-1
- /,, /42,
CW-7
W
/�p
rJ - /9. i
File: 15-03-003-02
pc: TLB
Level (msl)
Ditch Level
. ' .?'e9
Barge Slip
9, ».9
Water Level
9' VIZ? (1-)
Control Tank
% = MSL
//. 77
Sand Layer Peizometers Level indicators
Well ID
TOC
Elevation
MSL'
TOC
Stc Wtr
Level'
Level
Relative To
MSL Ft.
Well ID
TOC
Elevation
MSL'
TOC
Stc Wtr
Level'
Level
Relative To
MSL Ft.
Spz-1
10.47
,'j .gg
5. / 8
Cpz-1
10.51
7 w/Q
5, //
Spz-2
11.21
A, 60
,a%. &/
Cpz-2
10.25
f, 128
/• /7
Spz-3
11.87
'% O4/
y 83
Cpz-3
11.12
Q. S/B
,.,?. //
Spz-4
11.45
i7 39
^e 7
Y,
CPW
9.65
9. 09
r . 4, /
Spz-5
11.45
9,,262
/7
MWTF-1A•
14.35
1- ,/4.,/
'7;63
Spz-6
11.23
9. 33C'
/ 93
MWTF-18 '
14.36
'- 5.80
6• S&'
Spz-7
11.59
/Q, �'/
/ 5t'
MWTF-1C'
14.44
/2/j/7/N6../V
-
Spz-8
11.57
b, S 0
.5747
MWTF-2A
14.05
6, 76,
Z o? 9
Spz-9
11.01
�, B,/G
rl / 9
MWTF-2B
14.02
//, '7/
,?..:/e-/
Spz-10
12.16
61 94/
T'..?.2-
MWTF-2C
14.08
/3. 52
D.O5
SPW
9.95
R. og
07
MWTF-3A
12.21
�/, i/LO
7 8/
MWTF-3B
12.18
/19. //-:
//, '%�i
MWTF-3C
12.19
/.2•9(o
-'D-C7
Sand Layer And Croatan Formation Withdrawal Wells
Well ID
TOC
Elevation
MSL'
Max Stc
Wtr
Level Ft.
Max Level
Relative To
MSL Ft.
Control
Point
MSL'
Is Well
Pumping
(Y)es/(N)o
Comments
SWW-1
10.70
,,` 39
I re?. /
+1 ' to +2' 3
C-1
WW
10.60
7, 7/
` / 2 99
-2 ' to -1'
ii
i
SWW-2
9.99
7 9
/ !
+1. to +2'
%�
CWW-2
10.23
7 y,5
-/ 6 Z
-2'to -1'
/<_
SWW-3
9.97
6,,.:I
0,.23
+1'to+2'
/<j
.
CW W-3
9.95
7 '75
/. 5
2 ' to -1'
/ <1
SWW 4
10.73
, �%5--
D 7-5
+t 'to +2'
1LPr
CWW 4
10.73
1p , %�
� •->� .2C�
2 ' to -1'
/ </�
.0
oez/!)../>
/
/c00/</7 •
SWW-5
10.80
%, �5.,
3g
+1. to +2'
L/
/,1j
CWW-5
10.74
// 60
!• /D
2'to-1'
Ie'1
SWW-6
10.88
7 /2
/ /2,
+1. to +2'
1 B_.-
CWW-0
9.92
9-'
-,:e. de3
2'to-1'
f S
SWw-7
10.70
/: • 5'9
6.11 9
+1 ' to +2'
/Cji
CWW-7
9.95
, '97
-2'to -1'
`ej
Revised 8/12/97
• Riser length added to TOC elevation 1/24/97
PCS095.XLS

sww-1
CW W-1
rr
SPZ-4
055
CO4
CIW-1
CUT—OFF WALL
CPZ-2-• ASPHALT ROAD cww-s
cww-s
MWTF-3
CLUSTER
SPZ-6
SPZ-5 SPZ-7 f /
SPZ-2 �,��` j
T
7i r 7N 0. Z•..:1471111110.1111wr and
W SW -2
CWW-2
MWTF-2
CLUSTER
DRAINAGE DITCH
SWW-4 CWW-4
CVAV
SWW-3
003
SPIN' `ePW CWW-6
SWW6
WITHDRAWAL WELL
FLOW TOTALIZERS
AND CONTROL VALVES 005
•
a CPz-a.
O-SPZ-9
PIPERACK SPILL CONTAINMENT PAD
S-P.A 0
PLANT 0
0
J
L
CIW-2
00
C)
T S.P.A
PLANT
WATER LEVEL
CONTROL TANK
Do=
CIW-4
0
MWTF-1
CLUSTER
00
CO-3
019) (021
SWW-7 CWW-7
r1UI.4 1+i r1W.7
-SPZ-8
• T
SPZ-1`0
Boa
oo
aZr ny. ,v7

2
0
■
§
(0
to
co
re
co
u.
c
J
k
0.
§ ! K
a.0
0
k
%
k
ct
m
Water Level
0
i°.
kRI
)%}\
%
I
;
7
,
i2§kk
Sand Layer Pelzometers Level Indicators 1
Level
Relative To
MSL Ft.
(¥sIN.$\
J
R%yz
t\t
1
w4�%
&2%\&;)
a,.
\g%
¢�p�\6i`%�i$#\*\k\
IcqQ.'':!%xa�a®
\�it
0
10.511
°)7f2
14.021
)§)
1w
@,-,gn
CPW
.,.m
;�
2#$ƒ
((($2(
k(
\
Level
Relative To
MSL Ft.
k%t”c%&%IN5\\
�
x%4)4t.
Q�
%¥%*9K«74#/
TOC
Ste Wlr
Level'
\\kf\\\\\\%
%.;Ko:
i\
[gB/�)\\
11.23 '
)))§\
k$0)(0ƒ0)$0o
Sand Layer And Croatan Formation Withdrawal Wells
a
k
.
.\
(
N
��
NZ
»�
•
.<
Is Well
Pumping
Men/(Mo
�*�
�$�.�NN
0 7Iii-17
\{\+•+•+1+
00000000
1)1
Max Level
Relative To
MSL Ft.
tN„\\\$$\\%\�\\
�„\\®���®�®
1
NC
)■R�*G&&k�
#!\i»%&wo%*%�\y
-a1jt
N
1N1t/
XN\y%
M
o § ID
10.70
0!
10.23
02§
10.73 I
10.80
000.°
•11§11kk
§§§§§§§)
„
9.9'7
,
�
PCS095.XLS
Riser length added to TOC elevation 1/24/97

1
swW-1
cww-1
CO-1
cIW-1
CUT—OF°F WALL
CPZ-2-ASPHALT ROAD
SWW-2
CWW-2
SWW-4
CWW-3
- SWW-3
MWTF-2
CLUSTER
/ DRAINAGE DITCH
r
I I
S.P.A
PLANT
0
0
L__1 L1
L J
CIW-2
00
CW W-4
SWW-5
CWW-5
WITHDRAWAL WELL
FLOW TOTALIZERS
AND CONTROL VALVES
PIPERACK SPILL CONTAINMENT PAD
r
j.J
S.P.A
PLANT
WATER LEVEL
CONTROL TANK
CI
Cri
CIW-4
n
MWTF-1
CLUSTER
00
co-3
MWTF-3
CLUSTER
SPZ-7SPZ-6
SWW-7 CWW-7
•_SPZ-8
•
SPZ-10
T
N
Fear, /Yiwr. 1

, PCS Phosphate Co., Inc. - Tank Farm Remediation System Monitoring
Date: 0/A 9/99
Time: gni
Tech:
System Gauge Pressures
SWW-1
©-07f as
SWW-7
D-// //0.5,r
cvm-1
D-/cQ/2.5,'
/D W
CVWV-7
File:j15'-03.003-4
pc: TLB
Level (msl
Ditch Level
£.09
Barge Slip
J. ern
Water Level
an 4
/ /© e
Control Tank
= MSL
/S,O/
Sand Layer Pelzometers Level Indicators
Well ID
TOC
Elevation
MSL'
TOC
Stc Wtr
Level'
Level
Relative To
MSL
Well ID
TOC
Elevation
MSL'
TOC
Stc Wh
Level '
Level
Relative To
MSL Ft.
Spz-1
10.47
/,j2
nFt.
59
Cpz-1
10.51
789
, /o7
Spz-2
11.21
8. 41
of, 67
Cpz-2
10.25
9,44 6
9 `19
Spz-3
11.87
6.4/0
S 97
Cpz-3
11.12
o7, get
Spz-4
11.45
"Z/S
1/,90
CPW
9.65
,9.3oy
p .&Z
/.0,_g
Spz-5
11.45
/, 60
/ BS
MWTF-1A •
14.35
8.6
/Q.67
Spz-6
11.23 '
9 4/9
/ 7//
MWTF-18 • '
14.36
H,S9
9: 7.8
Spz-7
11.59
/6.26
/ AB
MWTF-1C •
14.44
-
-'
Spz-8
11.57
. .6'7
3700
MWTF-2A
14.05
6.4/2
7/48
Spz-9
11.01
A.80
-7...2/
MWTF-28
14.02
// '7.5
0%a7
Spz-10
12.16
570
706
MWTF-2C
14.08
/S.,y 0
D-53
SPW
9.95
808
/ 197
MWTF-3A
12.21
S 82/
8S7
- -
/0 50
__ /68
MWTF-3B
121e
MWTF-3C
12.19
/R, 0/
0/8
Sand Layer And Croatan Formation Withdrawal Wells
Well ID
TOC
Elevation
MSL'
Max Stc
Wtr
Level Ft.
Max Level
Relative To
MSL Ft.
Control
Point
MSL'
Is Well
Pumping
(1)es/(tho
Comments
SW W-1
10.70
G. 91/
0. 9y
+1. to +2'
/�)e5
m c -1
10.60
7 9/
-/ 0 9
-2'to-1'
/�F/
SWW-2
9.99
7,27
/.2/
7
+1'to+2'
th
CWW-2
10.23
767
-/, 6
7
-2 ' to -1'
_
/J
Ivint' foul AA/NG.
SWW-3
9.97
O,(42
0GZ
+1'to+2'
'Y9e5
/,5
C1NN-3
9.95
726
-/.75
-2'to-1'
ii755.
..
SW W-4
10.73
6, QS
o, 95
+1. to +2'
0I1
CW -4
W
10.73
44, 94/
--fie 6
-2' to -1'
1_5
n
'tole_
f' efi1//4 9UUC.G .
SW-5
W
10.99
/, 40
O
/. �,etl
+1' to+2'
CWW-5
10.74
q, zO
-/ /9
-2'to -1' •
fej
SWW-6
18.ss
'7'43
/,03
+1'to+2'
/�)
CWW-6
9.92
lo. g/O
--?.///
-2'to-1'
��J.'
/es
SW W-7
10.70
7 /7
/. / 9
+1 ' to +2'
%/ 5
CWW-7
9.95
7al..
-/ 98
-2'to-1'
rf
'
Revised 8/12/97
• Riser length added to TOC elevation 1/24/97
PCS095.XLS

sww-1
Cww-1
r
I
c0-1
cIw-1
CUT—OFF WALL
CPZ-2-0 ASPHALT ROAD SWW-5
cww-s
sww a CWW-4
SWW-2
CWW-2
\ MWTF-2
CLUSTER
I -DRAINAGE DITCH
S.P.A
PLANT
WITHDRAWAL WELL
FLOW TOTALIZERS
AND CONTROL VALVES
O CPZ-3
O--SPZ-9
SPZ-5 / SPZ-7
•
PIPERACK SPILL CONTAINMENT PAD
ri
0 T J
0 S.P.A
PLANT
00
WATER LEVEL
CONTROL TANK
(n1
CM-4
fl
MWTF-1
CLUSTER
00
CO-3
MWTF-3
CLUSTER
S`PZ-8
ref Pi H.7
•_SPZ-8
SPZ-10

TT?gbo0
OOP'66TVSV0d0\dVd3Y\1dea30\Q32pAN\:0
60-00-T0-00-30/sTAeU 'M 'y
sTMa'i Ammo'
uaTTK Apueg
•o/uosTned .H 'M/aTNoeg 'K 's
uoguzogy x •M :od
guamgoeggy
TequamuozTAua suoigezado
guapuaguzzadns 'zaxeg Z y
'ow goequoo
asea1d 'uoTgeuzo;ut sTgq buzuzaouoo suoTgsanb Rue aneq noA 3i
•egep
buizogzuou Taner zageM pue buTTdmes AzogezogeT alp ggJM buoTP
paggzmqns aq pTnogs gzodaz silty •mezbozd Tozguo0 uoTgoaCui
punozbzapun 'uoTgoas zageM punozo 'AgTTena zageM go uOTSTATQ
-HM2Q ON og Teggtugns zog paptAoad ST 'egep eoueuagutem
pup TeuoTgezado paaznbaz ggTM 'gzodaz goaCgns pegoegge eqy
666T 'Lzenue.p - 866T 'sagWeAON 2I03
sxoafu RDNVNu1NXVN GRY zexoxsvuuao azuusirVna
Weld MOILOY rIVICIRNME WUV3 MNVS
• Aug • Sdo uoneooi
uoneoo1
zaxeg
;oafgng
wad
of
6661 'b Azenaga2 emo
owaw
a;sgdsow
SDd

PCS PHOSPHATE - TANK FARM REMEDIAL ACTION PLAN
QUARTERLY OPERATIONAL AND MAINTENANCE REPORT FOR
THE INJECTION AND WITHDRAWAL WATER WELLS
November, 1998 - January, 1999
The Tank Farm Remediation System consists of a series of seven
injection water wells located on the south side of the Tank
Farm Area and a series of fourteen (14) water withdrawal wells
located on the north side of the Tank Farm Area.
Injection Water Well System
The injection water well system operated with the DPW Water -
Anthracite Sand Filter / Ultraviolet Light (ASF/UV)
disinfection system throughout the period. Short periods of
planned downtime were experienced for preventative maintenance
and inlet DPW Water strainer cleaning.
Daily operational data are collected by the Shipping Department
and reported to the Operations Environmental Department. The
total monthly and quarterly volumes of water injected as well
as the month end water level in the Water Level Control Tank
are:
INJECTED WATER TOTALS
DPW WATER
GALLONS
CONDENSATE
GALLONS
TOTAL
GALLONS
AVERAGE
GPM
TANK
LEVEL
FEET, MSL
Nov, 1998
565,310
0
565,310
13.1
15.0
Dec,-1998
_ 549,020
0
549,020 -
12.3
15.0
Jan., 1999
441,800
0
441,800
9.9
15.0
TOTALS
1,556,130
0
1,556,130
Withdrawal Well System
The Withdrawal Well System operated the entire period. The
withdrawal water well pumps are monitored daily by the area
Maintenance Department and preventative maintenance work is
performed is needed. The total monthly and quarterly
withdrawal water volumes for the period are:
WITHDRAWAL WATER TOTALS
SAND
FORMATION
GALLONS
CROATAN
FORMATION
GALLONS
TOTAL
GALLONS
AVERAGE
GPM
Nov., 1998
426,050
308,609
734,659
17.0
Dec., 1998
424,316
341,739
766,055
17.2
Jan., 1999
502,343
342,223
844,566
18.9
TOTALS
1,352,709
992,571
2,345,280

Ire
Some additional short periods of planned downtime for
preventative maintenance, pipe header cleaning, and
troubleshooting on individual pumps in the fourteen well system
were experienced. Details of these activities are:
Air Compressor for the Withdrawal Well Pumps
Operation of the air compressor system was routine during this
period with no downtime.
Withdrawal Well Pump Discharge Piping
Operation was routine and no cleaning of the discharge piping
header systems was required during this period.
Confined Sand Formation Withdrawal Well (SWW) Pumps
SWW-1; On 11/4, 12/7, and 15 the pump stopped and was shaken to
start. On 12/16 the pump was cleaned with HC1 and returned to
service. On 12/31 and 1/4 the pump stopped and was shaken to
start. On 1/5 the pump cycles had reduced from normal and the
pump was cleaned with HC1. On 1/21 the pump stopped and would
not start. The pump was inspected and a faulty cam assembly
was replaced. The well was cleaned with HC1 while the pump was
being repaired. On 1/30 the pump stopped and all of the pump
parts were replaced in order to placed it back in service.
SWW-2; On 1/6 the pump cycles had reduced from normal and the
pump was cleaned with HC1.
-SWW=3; -On 1/7 the pump cycles —had reduced--from—normal and the
pump was cleaned with HC1. On 1/25 the pump stopped and would
not start. On 1/26 the pump was inspected and a faulty air
valve on the cam assembly was replaced. On 1/27 the pump
stopped and would not start. The pump float rod was rotated
on the cam assembly and the pump was returned to service. On
1/29 the pump stopped and was shaken to start.
SWW-4; On 11/2 and 4 the pump stopped and was shaken to start.
On 11/4 the pump was cleaned with HC1 and returned to service.
On 11/25 the pump stopped. On 11/26 the pump was inspected
and found with the magnet pulled out of the pump head. The
magnet was replaced and the pump was cleaned with HC1. On
12/3, 7, 8, and 15 the pump stopped and was shaken to start.
On 12/16 the pump was cleaned with HC1 and returned to service.
On 1/19 the pump cycles had reduced from normal and the pump
was cleaned with HC1.
SWW-5; On 12/8, 9, and 10 the pump stopped and was shaken to
start. On 12/23 the pump stopped, was cleaned with HC1 and
returned to service.

SWW-6; On 11/2 and 4 the pump stopped and was shaken to start.
On 11/11 the pump cycles had reduced from normal and the pump
was cleaned with HC1. On 11/16 and 17 the pump stopped and was
shaken to start. On 11/18 the pump cycles had reduced from
normal and the pump was cleaned with HC1. This did not improve
the cycles. On 11/19 the pump was replaced but the cycles did
not increase. On 11/20 the well was cleaned with HC1 and the
pump was placed back in service. On 12/23 the pump stopped,
was cleaned with HC1 and returned to service.
SWW-7; On 11/11 the pump cycles had reduced from normal and the
pump was cleaned with HC1.
Croatan Formation Withdrawal Well (CWW) Pumps
CWW-1; On 12/30 and 1/4 the pump stopped and was shaken to
start. On 1/5 the pump cycles had reduced from normal and the
pump was cleaned with HC1. On 1/13, 18, and 20 the pump
stopped and was shaken to start. On 1/22 the pump stopped and
would not start. The pump was inspected and a faulty air valve
on the cam assembly was replaced. On 1/26 the pump stopped and
was shaken to start. On 1/27 the pump stopped, the air flow
was adjusted and it was returned to service. On 1/29 the pump
stopped and was shaken to start. On 1/30 the pump stopped and
all of the pump parts were cleaned and the pump was put back in
service.
CWW-2; On 12/15 the pump stopped and would not start. The pump
discharge header was cleaned and the pump was placed back in
service: On 12/29 the pump -cycles had —reduced fsom—normal—and
the pump was cleaned with HC1. On 1/6 the pump cycles had
reduced from normal and the pump was cleaned with HC1. On
1/13, 14, and 28 the pump stopped and was shaken to start.
CWW-3; On 11/5 the pump stopped and would not start. The float
was replaced, the well was cleaned with HC1 and both were
returned to service. On 12/17 the pump stopped and was shaken
to start. On 1/7 the pump cycles had reduced from normal and
the pump was cleaned with HC1. On 1/13 and 14 the pump stopped
and was shaken to start. On 1/15 the pump and well were
cleaned with HC1.
CWW-4; On 1/8 the pump cycles had reduced from normal and the
pump was cleaned with HC1. On 1/19 the pump cycles had reduced
from normal and the pump was cleaned with HC1. On 1/20 the
pump stopped and would not start. The pump was replaced and
returned to service.
CWW-5; On 12/1 and 2 the pump stopped and was shaken to start.
On 12/21 the pump was cleaned with HC1.

ow
CWW-6; On 12/15 the pump stopped and was shaken to start. On
1 11 the pump stopped and would not start. On 1/12 the pump
was replaced and placed back in service. On 1/26 the pump
stopped and would not start. The pump was inspected and the
cam assembly had broken where the float attaches. The faulty
cam assembly was replaced and the pump was returned to service.
CWW-7; On 12/23 the pump stopped, was cleaned with HC1 and
returned to service. On 12/30 and 1/4 the cycle counter
malfunctioned and was replaced. On 1/4 the pump inlet check
valve ball was replaced.