DRC-2005-001101 - 0901a06880805698

INrunNauoNAL
UnRNIutvt (usn)
ConponnrtoN
Independence Plaza, Suite g50 . 1050 Seventeenth Street o Denver, CO 80265 r 303 628 7798 (main) . 303 3g9 4l2S ffax\
October 3l. 2005
VIA FEDERAL EXPRESS
Mr. Dane L. Finerfrock
Executive Secretarv
Utah Radiation Contr.ol Board
91{: -of 9tqh Departmerrt of Environmental euality168 North 1950 West
Salt Lake City, UT 84 | t4-4850
Re: Transmittal of 3rd Quarter 2005 Chloroform Monitoring Report for the WhiteMesa Uranium Mill
Dear Mr. Finerfrock:
.?n"l?n.O are twocoPies of the White Mesa Uranium Mill Chloroform Monitoring Report forthe 3'" quarter of 2005' as required under State of Utah Notice of Violation and GioundwarerCorrective Action Order UDEQ Docket No. UCe-20-01.
Vice President and General Counsel
Ron F. Hochstein
Harold R. Roberts
T. Kenneth Miyoshi
Ron E. Berg
:ilk
White Mesa Uranium MilI
Chloroform Monitoring Report
State of Utah
Notice of violation and Groundwater corrective Action order uDEe
DocketNo. UGQ-20-01
3rd Quarter (July through September)
2005
Prepared by:
INTERNATTONAL rrRANIriM (USA) CORPORATTON
1050 lln Street, Suite 950
Denver CO 80265
October 31,2005
1. INTRODUCTION
This is the Quarterly Chloroform Monitoring Report, as required under State of Utah
Notice of Violation and Groundwater Corrective Action Order UDEQ Docket No. UGQ-
20-01 for the 3rd quarter of 2005 (the "Quarter') for Intemational Uranium (USA)
Corporation's ("IUSA's') White Mesa Uranium Mill (the 'Mill'). This Report also
includes the operations Report for the Long Term Purnp Test at Mw-4, Tw4-19, Tw4-
15 (MW-26) and TW4-20 forthe Quarter.
2. SAMPLING AI\D MOMTORING PLAI\
2.t.Description of Monitor Wells Sampled During the Quarter
During the Quarter, the following chloroform contaminant investigation groundwater
samples and measurements were taken:
2.1.1. Groundwater Monitorine
Groundwater Monitoring was performed in all of the chloroform monitoring wells, being
the following wells:
o MW4o TW4-Ao TW4-1o TW4-2o TW4-3o TW4-4o TW4-5o TW4-6o TW4-7o TW4-8o TW4-9o TW4-10
o TW4-l Io TW4-12o TW4-13o TW4-14o TW4-15 (Mw-26)o TW4-16o TW4-r7 (Mw-32)o TW4-18o TW4-19o TW4-20o TW4-21o TW4-22
The locations of these wells are indicated on the map attached under Tab A. All samples
were taken on August 31,2005.
Each of these wells was sampled for the following constituents:
o Chloroformo Chloromethaneo Carbon tetrachlorideo Methylene chlorideo The following major ions:
o Nitrogen, Nihate + Nihite as N
2.1.2. Groundwater Head Monitorine
Depth to groundwater was taken in the following wells and/or piezometers during the
Quarter:
a) All of the chloroform contaminant investigation wells listed in paragraph 2.1.1
above on July 29,2005, August 31,2005 and September 12,2005;b) The following point of compliance monitoring wells under the Mill's
Groundwater Discharge Permit ("GwDp') on September 22,2005: Mw-ll,
MW-14, NNV-26, MW-32, MW_25, NN{_27, MW_2g, MW-29, MW_30, MW_
3 I , and on Septemb er 23 , 2005: MW-3, MW-3A and MW-24;c) Piezometers - P-1, P-2,P-3, P-4 and P-5 on August 25,2005; andd) Existing monitoring wells - Mw-20 andMW-22 on septemb er 22,2005.
In addition, weekly depth to groundwater was taken in MW-4, Tw4-15 (Mw-26), Tw4-
19 and, commencing on July 22,2005,Tw4-20, as part of the long term pumping test for
MW-4, as discussed in Section 4 below.
2.2. samplingMethodologyrEquipmentandDecontaminationprocedures
The sampling methodology, equipment and decontamination procedures that wereperformed for the chloroform contaminant investigation during the Quarter can be
summarized as follows:
2.2.1. Well Pureine and Depth to Groundwater
a) A list is gathered of the wells in order of increasing chloroform contamination.
The order for purging is thus established. Mill personnel start purgtng with all of
the non-detect wells and then move to the more contaminated wells in order of
chloroform contamination, starting with the wells having the lowest chloroform
contamination; and
b) Before leaving the Mill office, the pump and hose are rinsed with de-ionized("DI") water. Mill personnel then proceed to the first well. Well depth
measurements are taken and the two casing volumes are calculated
(measurements are made using the same instrument used for the monitoring wells
under the Mill's GWDP). The Grundfos pump (a 6 grm pump) is then lowered
to the bottom of the well. Purging then begins. At the first well, the purge rate is
established for the purglng event by using a calibrated 5 gallon bucket. After the
evacuation of the first well has been completed, the pump is removed from the
well and placed in DI water and rinsed prior to leaving the well area. After the
rinsing is completed, the well is capped, and Mill personnel then move to the
next well for purging.
2.2.2. Sampling
a) Following the purgrng of all chloroform investigation wells, the sampling takesplace (usually the next morning). Prior to leaving the Mill office to sample, a
cooler along with blue ice is prepared. The trip blank is also gathered at that time
(the trip blank for these events is provided by the Analytical t aboratory). OnceMill Personnel arrive at the well sites, labels are filled out for the various samples
to be collected. All personnel involved with the collection of water and samples
are then outfitted with rubber gloves;
b) Mill personnel use a disposable bailer to sample each well. The bailer is attached
to a reel of approximately 150 feet of nylon rope and then lowered into the well.After coming into contact with the water, the bailer is allowed to sink into the
water in order to fill. Once full, the bailer is reeled up out of the well and the
sample bottles are filled as follows;
(i) First, a set of VOC vials is filled. This set consists of three 40 ml vialsprovided by the Analytical Laboratory. The set is not filtered and is
preserved with HCL;(iD Second, a,500 ml sample is collected for NitratesA.Iitrites. This sample is
also not filtered and is preserved with H2SO4 (the bottle for this set is
also provided by the Analytical Laboratory); and
c) After the samples have been collected for a particular well, the bailer is disposedof and the samples are placed into the cooler that contains blue ice. The well is
then recapped and Mill personnel proceed to the next well.
This manner of sampling has been employed by Mill personnel for chloroform
contaminant investigation sampling, including for split sampling undertaken with LJDEe
personnel, since the inception ofthe chloroform contaminant investigation.
IUSA is currently in the_process of completing a standard operating procedure ("SOp')
for sampling under the chloroform contaminant investigation" for rwiew by UDnq, thatwill set out the forgoing procedures in more detail. ruSA is awaiting finaiization of tn"groundwater sampling SOP and Quality Assurance Plan under ttre Mill's GWDP, before
submitting a draft SOP for chloroform contaminant investigation sampling to UDEe.
2.3. Field Data Worksheets
Attached under Tab B are copies of all Field Data Worksheets that were completed
during the Quarter for the chloroform contaminant investigation monitoring wells listed
in paragraph 2.1.1 above, as well as for a field blank (TW4-60) and a duplicite sample ofMW-4 (TW4-63). The Field Data Worksheets for the Quarter do not include att ottne
information required under the revised Groundwater Sampling SOP and eAp that are in
the process of being developed under Part 1.H.6 of the Mill's GwDp. Upon approval ofthe revised draft GWDP SoP and eAp by UDEe, IUSA will develop * sop ro,
chloroform contaminant investigation sampling, that will include many of the provisionsin the GWDP SOP, including a revised form of Field Data Worksheet. wtriitr will be
employed by Mill personnel following approval by UDEe.
2.4. Depth to Groundwater Sheets
Attached under Tab C are copies of the Depth to Water Sheets for the weekly monitoring
of MW4, TW4-15, TW4-19 and TW4-20 as well as the monthly depth to groundwater
monitoring for all of the chloroform contaminant investigation wells. Monthly depth to
groundwater measurements for the month of August are included on the Field Data
Worksheets included under Tab B-
3. DATA INTERPRETATION
3.1. Interpretation of Groundwater Levels, Gradients and Flow Directions.
3.1.1. Current Site Groundwater Contour Map
Included under Tab D is a water table contour map, which provides the location of all of
the wells and piezometers listed in item 2.1.2 above for which depth to groundwater was
taken during the Quarter, the groundwater elevation at each such well and piezomerer,
measured in feet above mean sea level, and isocontour lines to delineate groundwater
flow directions observed during the Quarter's sampling event. The contour map uses the
September 12,2005 data for the wells listed in paragraph 2.1.2 (a) above, Septimber 22,
2005 or september 23,2005 data for the wells listed in paragraphs 2.1.2 bt and (d), asapplicable, and August 8, 2005 data for the piezometers listed in paragraph 2.1.2 (c)
above. In addition, for those monitoring wells not sampled duringthe euu.t"a water
level measurements from the June 21, 2005 2"d quarter sampling event are used.
3.t.2.
for Previous Ouarter
The groundwater contour map for the Mill site for the second quarter of 2005, as
submitted with the Chloroforrr Monitoring Report for the 2nd quarteiof 2005, dated July
31,2005, is attached under Tab E.
A comparison of the water table contour map for the Quarter to the water table contourmap for the previous quarter indicates the development of a cone of depression at
TW4-20 resulting from the addition of this well to the pumping network. Water level
contours for the rest of the site have not changed significantly.
3.1.3. Hydroeraphs
Attached under Tab F are hydrographs showing groundwater elevation in each
chloroform contaminant investigation monitor well over time.
3.1-4. Depth to Groundwater Measured and Groundwater Elevation
Attached under Tab G are tables showing depth to groundwater measured and
groundwater elevation over time for each of the wells listed in Section 2.1.1 above.
3.1.5. Evaluation ofthe Effectiveness of Hydraulic Capture
Perched water containing chloroform has been removed from the subsurface by pumping
MW4, TW4-19, IVI\N-26 (formerly TW4-15), and the recently installed temporary wei
TW4-20. The purpose of the pumping is to reduce total chlorofonn mass in the perched
zone as rapidly as is practical. These wells were chosen for pumping because l) they are
located in areas of the perched zone having relatively high permeability and saturated
thickness, and2) high concenhations of chloroform were detected at these locations. The
relatively high hansmissivity of the perched zone in the vicinity of the pumping wells
results in the wells having a relatively high productivity. The combination of relatively
high productivity and high chloroform concenbations allows a high rate of chloroform
mass removal.
The impact of pumping these wells is indicated by the water level contour maps attached
under Tabs D and E. Cones of depression have developed in the vicinity of the pumping
wells which continue to remove significant quantities of chloroform from the-perched
zone. The water level contour maps indicate that effective capture of water .ontuittittg
high chloroform concentrations in the vicinity of the pumping wells is occurring.
Although high chloroforrn concentrations exist at some locations downgradient of thepumping wells (for example, near TW4-4), the low permeability of the perched zone at
these locations would prevent significant rates of chloroforrn mass removal should thesewells be pumped. By pumping at the more productive, upgradient locations, however,the rate of downgradient chloroform migration will be diminished because of the
reduction in hydraulic gradients, and natural attenuation will be more effective.
3.2. Interpretation of Analytical Results
3.2.1. Copy of Laboratorv Results
lncluded under Tab H of this Report are copies of all laboratory analytical results for the
groundwater quality samples collected under the chloroform contaminant investigation
for the Quarter, along with the laboratory analytical results for the field blank (TW4-60),
the duplicate sample for MW-4 (TW4-63) and a trip blank.
3.2.2. Electronic Data Files and Format
IUSA has provided to the Executive Secretary an electronic copy of all laboratory resultsfor groundwater quality monitoring conducted under the chloroform coniarninant
investigation during the Quarter, in Comma Separated values (cs9. A copy of the
transmittal e-mail is included under Tab I.
!
3.2.3. Current Chloroform Isoconcentration Map
Included under Tab J of this Report is a current chloroform isoconcentration map for the
Mill site.
3.2.4. Data and Graphs Showine Chloroform Concentation Trends
Attached under Tab K is a table summarizing chloroform and nitrate values for each well
over time. TrW4-14 continues to be dry.
Attached under Tab L are graphs showing chloroform concentration trends in each
monitor well over time. As TW4-14 continues to be dry, a frend gaph for that well has
not been included.
3.2.5. Analysis of Analytical Results
On a review of the analytical results, compared to the results from previous periods, as
summarized in the table included under Tab I! the following observations can be made:
a) Chloroform concentrations have increased by more than 20% in the following
wells, compared to last quarter: TW44, TW4-6, TW4-10, TW4-ll, TW4-15,
andTW4-18;
b) Chloroforrn concenkations have decreased by more thn 20%o in the following
wells, compared to last quarter: TW4-5, TW4-9, TW4-16, TW4-19, TW4-20,
andTW4-21;
c) Chloroform concentrations have remained within 20o/o in the following wells
compared to last quarter: MW4, TW4-A, TW4-1, TW+2,TW4-7, and,TW4-22;
d) Tw4-8 increased from non-detect to l.l micrograms per liter (pgll-); and
e) Tw4-3, Tw4-12, Tw4-13, and rw4-17 (Mw-32) remained non-detect.
In addition, the chloroform concentration in recently installed well TW4-20 was reduced
from 39,000 pglL in the second quarter to 3,800 ttdL in the third quarter, indicating asignificant reduction in overall perched zone chloroform concentations (and mass)resulting from pumping this well. Chloroform concentrations increased in downgradientwells TW4-4 and' TW4-6. Chloroform concenhations in TW4-6, which is tie most
downgradient temporary perched well, increased from 2.5 to l0 1tg/L, consistent with
continued, but slow, migration of chloroform to the south in this area. The rate ofchloroform migration in this area is slow primarily due to low-permeability conditions.The reduction in average hydraulic gradients due to upgradient pumping aiso serves to
slow the overall rate of downgradient chloroform migration. TW4-14 iontinues to be
dry.
l
33. Quality Assurance Evaluation And Data Validation
Quality assurumce evaluation and data validation procedures in effect at the time of
sampling were followed. These involve three basic types of evaluations: field QC
checks; Analytical Laboratory checks; and checks performed by Mill personnel, as
described below.
3.3.1. Field OC Checks
The following QC samples were generated by Mill personnel and submitted to the
Analytical Laboratory, in order to assess the quality of data resulting from the field
sampling program:
a) One fieldblank (TW4-60); and
b) One duplicate sample of MW-4 (TV/4-63).
These samples were sent blind to the Analytical Laboratory for analysis for the same
parameters as the other field samples.
ln addition, a trip blank was prepared and sent to the Analytical Laboratory.
3.3.2. Analytical Laboratory OA/QC Procedures
The Analytical Laboratory has provided a surnmary report of the analytical quality
assurance/quality conhol (QA/QC) measurements necessary to maintain conformance
with NELAC certification and reporting protocol. The Analytical Laboratory QA/QC
Summary Reports, including copies of the Mill's Chain of Custody and Analytical
Request Record forms, are included under Tab M.
3.3.3. Mill OA Manaeer Review
The Mill QA Manager, which is the Mill's Radiation Safety Officer, performed three
tlpes of reviews: a determination of whether Mill sampling personnel followed Mill
sampling procedures; a review of the results from the Field QC Checks; and a review of
the Analytical I^aboratory QA/QC analysis. The results of the QA Manager's review are
discussed below.
a) Adherence to Mill Sampling SOPs
On a review of adherence by Mill persornel to the sampling procedures summarized in
Section 2.2 above, the QA Manager concluded that such procedures had been followed.
b) Results From Field QC Checks
A review of the results of the duplicate sample, TW4-63 indicates agreement of each
analyte compared to the results for MW4 and that the contaminant concentrations are
sufficiently accurate. The difference of 400 uglL in chloroform concenfration is
approximately l2.tYo of the mean of 3,300 uglL, which is within the acceptable range of
20 to 25%.
A review of the results for the field blank indicates a measurement of 2.7 rylL of
chloroform and2.4 ug/L of chloromethane. Similarly the trip blank, initially prepared by
the Analytical Laboratory indicates a measurement of 2.8 n{L for chlorofomt and 2.3
ugll, for chloromethane. The similarity of these results suggests that a bias has been
added to the results from the Analytical Laboratory, probably as a result of a small
sample carryover. This bias may cause some of the actual analytical results to be slightly
overstated, and may explain the observance of low concentrations of chloroform and
chloromethane in TW4-8. which has not shown concentrations of those constituents
before.
c) Review of Analytical Laboratory QA/QC Analysis
The QA Manager reviewed the Analytical Laboratory's QA/QC Summary Reports and
made the following conclusions;
(D Check samples were analyzed for each method used in analyzing the
groundwater samples. These methods were:
Parameter Method
Nikogen, Nitrate + Nihite as N E353.2
Chloroform, carbon tetrachloride, SW8260B
chloromethane. methvlene chloride
(ii) The check samples included at least the following: a method blank, a
laboratory conhol spike, a mahix spike and a matrix spike duplicate.
(iii) All qualifiers, if any, and the corresponding explanations in the summary
reports are reviewed by the QA Manager. The only qualifiers reported in
the QA/QC Summary Reports for any of the check samples for either of
the analytical methods, were that some of the analytes and surrogate
recoveries were outside of the acceptance range. However, in each case,
since the remainder of the QA results were acceptable, the batch was
approved by the Analyical Laboratory;
(iv) There were no qualifiers reported in the Laboratory Analytical Reports,
other than an indication that the Reporting Limit was increased due to
sample matrix interference in a number of cases. The sample matrix
interference was due to the dilution required in order to anallaze for the
relatively high concentrations of chloroform. However, because the
amounts reported for chloroform, nitrate and nitrite were well in excess of
the increased reporting limit in all samples, the fact that the reporting
limit was increased in those cases had no practical impact on the analysis
of chlorofonn or nitate and nihite. Some of the results for the other
parameters analyzed,, however, were non-detect at the increased
Reporting Limits; and
A review of the surrogate spiked samples for each sample also showed
that the Reporting Limit was increased due to sample matrix interferencein those samples where the Reporting Limit for chloroform was
increased.
4. LONG TERM PUMP TEST AT NrW-4, TW4-15 GV[W-26), TW4-19 AI\D
TW4-20, OPERATIONS REPORT
4.1. Introduction
As a part of the investigation of chloroform contamination at the Mill site, IUSA has been
conducting a Long Term Pump Test on MW-4, TW4-19, TW4-15 (MW26) and TW4-20.
The purpose of the test is to serve as an interim action that will remove a significant
amount of chloroform-contaminated water while gathering additional data on hydraulic
properties in the area of investigation. The following information documents the
operational activities during the Quarter.
4.2. Pump Test Data Collection
The long term pump test for MW-4 was started on April 14,2003, followed by the start
of pumping from TW4-19 on April 30, 2003, from TW4-15 (MW-26) on August 8, 2003
and from Tw4-20 on August 4,2005. Personnel from Hydro Geo chem, Inc. were on
site to conduct the first phase of the pump test and collect the initial two days of
monitoring data for MW-4. ruSA personnel have gathered subsequent water level and
pumping data.
Analyses of hydraulic parameters and discussions of perched zone hydrogeology near
MW-4 has been provided by Hydro Geo Chem in a separate report, dated November lZ,
2001, and in the May 26,2004 Final Report on the Long Term Pumping Test.
Data collected during the Quarter includes the following:
a) Measurement of water levels at MW-4, TW4-19, TW4-15 (MW-26), and,
commencing on July 22, 2005, Tw4-20 on a weekly basis, and at selected
temporary wells and permanent monitoring wells on a monthly basis (See
Section 3.1 and Tabs B'and C for a discussion of the water levels);
(v)
9
b) Measurement of pumping history:
(i) pumpingrates(iD total pumped volume(iii) operationalandnon-operationalperiods;
c) Periodic sampling of pumped water for chloroform and nitrate analysis and other
constifuents, as discussed in detail in Section 3.2 above.
43. Water Level Measurements
Beginning August 16, 2003, the frequency of water level measurements from MW-4,
TW4-15 (MW-26), and TW4-19 was reduced to weekly. From commencement of
pumping TW+20, water levels in that well have been measured weekly. Depth to
groundwater in all other chloroform contaminant investigation wells is monitored
monthly. Copies of the weekly Depth to Water monitoring sheets for MW-4, TW4-15
(MW-26), TW4-19 and TW4-20 and the July and September monthly Depth to Water
monitoring sheets for all of the chloroform contaminant investigation wells are included
under Tab C. Depth to groundwater measurements for August are included in the Field
Data Worksheets included under Tab B.
4.4. Pumping Rates and Volumes
4.4.1. lvtw-4
Approximately 97,800 gallons of water were pumped from MW-4 during the Quarter.The average pumping rate from Mw-4, when thepump was pumping, was approximately
4.0 gtm throughout the Quarter. The well is not purging continuously, but is on a delay
device. The well purges for a set amount of time and then shuts off to allow the well to
recharge. Water from MW-4 was tansferred to the Cell 1 evaporation pond through a
pipeline installed specifically for that pu{pose. Since commencement of pumping on
April 14, 2003, an estimated total of approximately 802,400 gallons of water have been
purged from MW-4.
4.4.2. TW4-19
Approximately 550,930 gallons of water were pumped from TW4-19 during the Quarter.The average pumping rate from TW4-19, when the pump was pumping, was
approximately 6.0 gpm throughout the Quarter. The pump in this well is operating on a
delay. It pumps for approximately one and a half minutes and then is off for two to three
minutes. Water from TW4-19 was directly transferred to the Cell I evaporation pond
through a pipeline installed specifically for that purpose. Since commencement of
pumping on April 30, 2003, an estimated total of approximately 3,336,486 gallons of
waterhave beenpurged from TW4-19.
l0
4.4.3. TW4-ls MW-26)
Approximately 62,560 gallons of water were pumped from TW4-15 (MW-26) during the
Quarter. The average flow rate from Tw4-15, when the pump was pumping, was
approximately 3 grm throughout the Quarter. The well is not purging continuously, but
is on a delay device. The well now purges for a set amount of time and then shuts off to
allow the well to recharge. The water is directly transferred to the Cell I evaporation
pond through a pipeline installed specifically for that pu{pose. Since commencement of
pumping on August 8, 2003, an estimated total of approximately 650,930 gallons of
water have been purged from TW4-15.
4.4.4. TW4-20
Approximately 83,620 gallons of water were pumped from TW4-20 during the Quarter.The average flow rate from Tw4-20, when the pump was pumping, was approximately
6.5 gpm throughout the Quarter. The well is not purging continuously but is on a delay
device. The well pump is set on a water elevation device. When the water reaches a set
point, the pump furns on until the water level drops to another set point. The water is
directly transferred to the Cell 1 evaporation pond through a pipeline installed
specifically for that purpose. Since commencement of pumping on August 4,2005, an
estimated total of approximately 83,620 gallons of water have been purged from TW4-
20.
4.5. Operational Problems
The following operational problems were encountered during the euarter:
a) Mill staff were unable to obtain water level readings in TW4-19 for the first three
weeks of the Quarter, due to an obstruction in the pipe work (this was an
additional obstruction that was encountered after the dead mouse had been
removed from those pipes on June 29, 2005). The obstruction was removed on
July 29,2005, and there have been no further problems encountered;
b) Power was intemrpted at TW4-19 for a span of three weeks, due to a problem
with the breaker at the control panel. The problem was fixed on August 17,
2005; and
c) The flow meter on TW4-19 was not operating on August 17 ,2005. A new meter
was installed that same day.
4,6. Conditions That May Affect Water Levels in Piezometers
Water was added to all three wildlife diversion ponds during the Quarter. The two upper
ponds are receiving water on a continual basis.
ll
4.7. ChloroformAnalysis
Monthly chloroform sampling ceased on November 8, 2003. From that time all
chloroform contaminant investigation wells were sampled on a quarterly basis. During
the Quarter, samples from MW-4, TW4-19, TW4-15 MW-26) andTW4-20 were taken
from a small valve and tee placed in the discharge line downstream from the pump
control valve for each well. The sample results are discussed above in Section 3.2.
5. CONCLUSIONS AND RECOMMEhTDATIONS
The water level contour map for the Quarter indicates that effective capture of water
containing high chloroform concentrations in the vicinity of the pumping wells is
occurring.
Chloroform concentrations in recently installed temporary well TW4-20 were reduced
from 39,000 to 3,800 pgll between the second and third quarters of 2005 as a result of
adding this well to the pumping network. This change in concentration represents a
significant reduction in overall chloroform concenfrations (and mass) in the perched
zone. Adding this well to the pumping network helps to reduce downgradient chloroform
migration by removing chloroform mass and reducing average hydraulic gradients,
thereby allowing natural attenuation to be more effective. Continued pumping of wells
that are currentlypumping is recommended.
The increase in chloroform concenhations at downgradient well TW4-6 from 2.5 tol0 ltglL is consistent with continued, but slow, migration of chloroform to the south in
this area. Migration rates in this area are low primarily due to low-permeability
conditions, although the overall rate of chloroform migration is also slowed as a result of
pumping at upgradient locations.
t2
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HYDRO
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KRIGED {r.,ryE, 2005 WATER LEVELS
IX.JSA W[.{rrE ruXESA
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Order of Contamination for 3d Quarter'2005 Chloroform Purging Event
Well
.2t1N4-3
-/7\N4-12
AW4-13
--1\N4-17
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Chloroform Levels
ND
ND
ND
ND
ND
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62.4
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24ffi
27W
3080
3170
3590
3740
3750
39000
Well Depth
100
101.5
105.5
130
126
12t.73
100
137.5
113
I21.75
125
142
115
Continuous pumping.
Continuous pumping.
114.5
121
111
Continuous pumping.
100
Did not purge. Tied in with MW4
tzt.t3
Continuous pumping.
:l
'.-'{
llill - Groundwatcr dichargc p€nnir
Gtouniiilatcr Monitoring FtoceOrnc
(
DaE: 4.29.05 Rcvision: I
ATTACUITIEIVT r
FIETD DATA WORXSHEET FOR GROUND WATER
Pagc 15 of tZ
Detrh to Water ?Z- D5-
Well Water Temperature Gvg _
Lncation(weunanrc) nnr.^rcf R#tffitffidr@
pHBuffer4.0
Specif ic Conductance_uMHOSilcm WellDeoth.
Casing Volume (V) 4"_Well: (.653h).. 3" We[: (.362h)pHof Water(avg)_
Ttup:Time:
Conductance
oH.
Temperature-
Time:
Tfune:
Condrrctance
oH^
Temperature-
Condrrctance
-
pH
Temperature
Pumoing Rate Calculation
#;Y'Qinenm'Irry q evacuat€ two casing volumes (2V)T -zVtQ=--
c:\Docurncob and scningsldarrrlDahoplcrvDp Gouod,rat., Moi,'ing ,,occdu," 4 29 a5 Q'&
a'
Daa:4.29.05 Rcvision: I '-
Pagc 16 of l7Mill - Crroildwatcr Discharge Permit
Gmrodwatcr MoniSoring Roccdurc
Flltercd
(clrcle)
reeryrgrs-Ad@(drcle)rcs8SsEqdg Slamolc
Is8cs(clrclc)
SsmolcYolumc
0dlcitc lf other
tban os socctfrcd
lrcr Y N
Wl'll^a YN 3x40 ml H"SO. Y- NYN100 mlNuUicnts YN ttr.Iq Y N
-Noheservative AddcdI.treaw Metals YN 250 ml
Itt OOsr Non'
Prdiolooics
YN 250 ml YN
VN Itso Y _NYNl.mOmlGros AIPDI-
If a prescrvative is usc4
SpecETYPe and
Quantity of Rrescrvative:
Other (spec$)YN Sample volume YN
Fto,; Qa-\e--
f t-a, /A<.I'- -
No{ rr^*ir"-1 .^-{- JLt.t {r*.
jo? o+ o
c:\Docuil.trB ild Scni43bltubhopwwDPGundwrrcrMonitcing Proc'c&ne4 29 05 (3)'doc
a) {'
Mi[-Groundwaterbischargepermit Date:4.2g.o5Revision: lGroundwater Monioring ftocea,rre
ATTACHMEI\TT I
FIELD DATA WONKSHEET FOR GROUND WATER
Location(werf name) 'Tt^rv-A Rffffilfi iats@
Page 15 of l7
pHBuffer4.O
Well Depth_
Casing Volume (V) 4" Well: (.653h). 3" Well: ( a6irh\. 3" Well:_(.367h)pH of Water(avg)_
pHBuffer7.0
Specific Conductance_uMHos/cm
Depth nwater A7.V /
Well Water Temperature (avg)
Time:Time:
Condtrctance
oH.
Temperature_
Tirp:Time:
Conductance
pH.
Temperature_
-
Conductance_
pr{___
Temperaturc_
--
_
Rrmoing Rate Calculation
FIow Rarc (e), in gpm.5/60= =Jinne to evacuate two casing volumes (2V)7 =2YlQ=_
c:\Docurnco* aoo Sctiagsrdt'rk\Dcshop\GwDp crrundwatcr Manitcing hocedurc 4 29 0i (3).doc
f,.
Mill - Groundwater Discharge Permit
Grotrndwatcr tvtonitoring Procedure
DatE: 4.29.05 Revision: I
Pagc 16 of 17
C
Tvpe of Sample Samnle
Taken
(clrcle)
SamnleVolume
findicate if other
than as sDesifisd
Filtered
(cincle)
Preservadve Added
(clrclel
helow)
VOCs YN 3x40 ml YN HCL YN
Nutrients YN 100 ml YN H'SO^ Y N
HeawMetals YN 25O ml YN HNO. Y N
All Other Non-
Radioloeics
YN 250 ml YN No Pr,eservative Added
Gross Alpha YN l.00Oml YN H"SOI Y N
Other (specifY)YN Sample volume YN
Ifa preservative is use4
Spec$ TyPe and
Quantity of heservative:
C:\DocumenB and Scningsld[rtDesktopwWDP Gmundwarer Mmituing Procedurc 4 29 05 (3)'doc
flMill - Groundwater DYsiharge permit
Groundwater Monitoring noceOure
Date! 4.2g.O-n"ui.ioo, t
C
ATTACIIMENT 1
FIELD DATA WORI$HEET FOR GROUND WATER
Pagc 15 of lZ
Location(wellname) Tq4J $Ht#tfi 6r%
pHBuffer7.0 pHBuffer4.0
Specific Conductance uMHOS/cm
Depth to Water 6t -o
Well Depth_.:tU
-
pHof Warer (avg)
Casing Volume (y) 4" Well: Zi-3 (.653h)
nrraf rrr-+^- .--- ,3n well: i367h)-
IVell Water Temperature (avg)
Time:
Time:
Conductance
oH pH.
Temperature_
-
Time:
Time:
Conductance
pH.
Temperature
Pumpin g Rate Calculation
FlowRarc (e), in mm.5/60 = = 2,o Time to evacuate two (T=2yto= .: :i"gvolumes(2v)--
c:\Docurm. and Satings\dnrdr\Dxkrop\GWDp Groundwarcr Mdritoring &occdurc 4 29 05 (3).fu
Mill - Groundwairr Dischargc Permit
Groudwatcr Ivlonioring Proccdtuc
Datc: 4.29.05 Revision: I
Page 16oft7
Fltter€d
(circle)
Prescrvadve Added
(clrcle)Tvne otsnmole Samolc
Taken
(clrcle)
Samolc Volume
(lndlcsto lf other
than as sDcc{f,cd
below)
Hcr. Y _i!YN 3x40 ml H'SOr Y NYNl0OmlHNO.YNYN25OmlItreawMetalsNo Preservative AddedlU Otner Non-
Dqdinlnoics
YN 250 ml IN
n"SO" Y NYN1,000 ml YNCiross Alpha
If a preservative is use4
Specf TYPe and
Quantity of heservative:
CIher(sPec$)YN Sample volume YN
C:\Documerrb and sadng$dnd(DcaktopwwDP Grolrndrrarcr Mmitaing Procedre a 29 05 (3).doc
(-.
Yill - Crroudnatcrbscharge permit
Ciroundwater Monitoring ltiedure- -
(
DatE: 4.2g.OS Revision: I
ATTACHMENT T
ITIELD DATA WORKSTTT,ET FOR cRouND WATER
P:op t{ ^f ra--Dv.svt|,
Location(we'name) rc..r{_z R#t#lfi iilr%
pHBufferZ.0.pHBuffer4.0
Specific Conductance_tMHOS/cm
Depth awater TLZi
WellDepth r:r, rz
Casing Volume (V) 4"_Well: |a.b (.653h)
3" wett iioztr;pH of Water(avg)_
Well Water Temperaturc Gvg)
Time:Time:
Conductance
-
oH.
Temperaturc_
-
oH
Temperature
Time:
Conductance
-
oH
Time:
Conductance
Temperature_Temperaturc.
hrmoing Rate Calculation
#Y"t?'*'-Time to evacuate two r7 =2Yre=
'u-:;tiog
volumes (2v)
-
C:\Docunen. ard Scaings\dnr*\Des&rop\CwDp &romdwater Msriroring procod're 4 29 05 (3).doc
' (_'
UiU - CrormAuatcr Dischargs Permit
Clrormdwatcr Monioring hoccdurc
(=
Datc:4.29.05 Rcvision I \" -'
Pagc 16 of l7
Prescnedve Addcd
(drcle)TvocolSamntc Srmtlc
Talen
(clrclc)
SemolcYolumc
(lndlcitc if other
Srn ag sDeci[ed
l.alns\
Filtercd
Lclrcle)
ncr YNYNVOCsYNrr-cn, Y N
Nutrients YN lm ml
250 ml YN HN( T I\
HeatMetds YN
-No
Pneservative AddcdHt OOcr Non-
Radiolosics
YN 250 ml rtt
YN tl"SO. Y N
Grcss AIp a-YN I.ttr , [u
If a prescwative is usc4
SpecETYPe and
Quantity of hesewative:
OtherGpec$)YN Samplevolumc YN
Cllhcrrmrsodscninp\fr*\D6rloP\cwDPcrorrndryrrrrMofuqingPl.occdrrca290l(3).dc
e'' (
Mill-Grcundwatcrdiilhargep€nnit Oate!+.ZC.OSRevision: IGroudurater Monitoring ttoceOurc
ATTACHMEIYT T
FIELD DATA WORIGIIEET FOR GROI,'hID WATER
Location(weunanrc) Tqjq-3 Rffitffitnl iatsM
Page 15 of t7
pHBuffer4.0
Well Depth raa
Casing Volume (V) 4" Welk_IZ.f- _(.653h).. 3'Well: (.367h)pHof Warcr(avg)
pHBuffer7.0.
Specific Conductance_uMHOS/cm
Depth toWater fD, tV
Well Water Temperature Gvg)_
Time:Time:
Conductance_
-
oH.
Temperature_
-
Temperature_
Tirrc:Tine:
Condrrcance_
pr{___
Conductance
pH.
Temperaturc
Pumpine Ratc Calculation
,HY.'t?"** 6.o Tinre to evacuaEe two casing volumes (2V)T -zVlQ= (o.8
Temperature
c:\DocrnmB.rd sctitr$\dtn*\DcahoelcwDp Goudwarcr Mooiraing rhocGduc 42g 05 (3),&
(:
Darlz4.29.oS Revision: I \"-'
lage i5of t7Mill - Grourdwabr Discharge Permit
Grourdwatcr Monitoring hoccdurc
Filtered
(circle)
-ggetgsdve AdCeg
(c{rcle)-frBe-eSSsEEds Samole
Teken
(circle)
SgmplcVolume(indlcatc if other
thrn as 3ncclfled
below) "
HCL YNYN3x40mlHoSOeYNYN100m|I1.IO. Y NYN250 mlItreawMetals -No Preservative AddedAll Other Non-
Radiologics
YN 250 ml YN
YN ft'SO^ Y N-
Crross AlPha YN l,t .f, mr
Ifa preservative is use4
Specfl TYPe and
Quantity of heservative:
Other(spec$)YN Samplevolure YN
C:\DocurrnBadscni4rrdturt\DcshoPwwDPc'roun&yaErM@itairyPloccerc429G'(3).doc
(-, CMil-erroundwaterDschargepernit oateir.zg.osRcvision: l\-crroundwatcr Monitoring tto""o,*- --'' a'z''vr raEv'rolt; ,
"agc
15 of r?
ATTACHMENT T
FIELD DATA WORKSHEET FOR GROUND WATER
Iocation(wennarne) rtrv*d ffitffitf,l ds@
ptl Buffer 4.0_
-
Spec ifrc Condrrctance_TMHOS/cm
Detrh toWatv. !a6,3e
Well Depth I rv.r
Casing Volume (V) 4" Well:_1e.1_1.653h).. 3" Welt: (.36Th)-pH of Warer(avg)_
Well Water Temperature (avg)_
Time:Time:
Condrrctance
oH.
Temperaturc_
-
Temperature_
-.Tire:Tirne:
Conductance
pH.
ConducAncc
pH
-
Temperature
Rrmping Rate Calculation
ltgwnate (e), in gpm.Jrlir.r= = L,O Jime to evacuate two casing volunrcs (2V)f =2YlQ= td-o
c\Dauocors rnd scnhgst^dnnt\DcalilatcwDrp oornawarcr Drdui:ng proccd.rc a 2g 05 (3),doc
' r-(
Mill-Groundwaterpisc;argePermit Datez4'29'05 Revision: I
Grourdwatcr Monitoring Procedurc Page l6of 17
relgegre.Addcg(ctrcle)ilpeolsemple Samole
Taken
(circle)
SamolcVolumc
flndcete if other
than as sDcclfred
below)
E!@[(clrcle)
HCr- Y NYN3x40 ml H'SO. Y NYN100 ml HNO.YNYN250 mlHeawMetals No Preservative AddedItt Otter Non-
Darlinlnoint
YN 250 ml IN
HoSOe Y lLYN1,000 mlGross AlPha
If a preservative is used
Specrfy TYPe and
Quantity of Preservative:
Ottrer (specifY)YN Sample volume YN
t
C:\Docrrmcrrtsandsctting$JdtudADcahoPwwDPGrolrndwarrrMoitoringPr.ocedrrrc429(ts(3).doc
/^t,t;Ltill-GrounduatcrDnibhargcpermit Dan': 4.ZI.OS Rcvision: IGrcundwater Monitoring Itocedrrc
ATTACUNIENT r
FIELD DATA WORKSIIEET FOR GROT'ND WATER
Location(weuname) Troq-{ R#tffit#,Hr%
Page 15 of tZ
pHBuffer4.0_
WellDepth_IfrAt
Casing Votume (\|) 4" Wetk ,fl,r (.6S3b).. 3" Well: (.367h)pHof Water(avg)_
pHBufferT.Q
Spec if ic Conductance_uMHOSi/cm
Depth towater f,\3L
Well Watcr Temperature Gv$_
Time:Time:
Condrrctance_
pH __Dtl
Temperature
Time:
Condrctance
Time:
Conductance
pH.
Temperature_
pI{_
Temperature_
hrmoing Rate Calculation
FlowRare(Q), ingpm.V60= = /o,e Time to evacuat€ two casing volumes (2V)t =2YlQ= t4,? v -- \-''
c:\Documcns afd Sctirn$\dn*\D6hoprcwDpcrouoawarrrMonirqiry h,occdu*4 29 05 (3).doc
f::
Mill - Groundwa'ter Oisciiarge Permit
Grcundwatcr Monioring Proceduc
Da84.29.05 Revision: I
Page 15 of l7
Tvpe olSamrle Ssmoh
Taken
(clrcle)
SamnlcVolume
0nd[etell-s0lsr
Filtercd
(circle)
heservadve Added
(clrcle)
than as sDeclficd
bclow)
VOCs YN 3x40 ml YN HCI- Y N
Nrxrients YN 100 mt YN H'SO, Y N
HeawMetals YN 250 ml YN HNO" Y N
All Other Non-
Radiolosics
YN 250 ml YN No heservative Added
Gross Alpha YN 1.000 ml YN H^SO^ Y N
Other (spec$)YN Sample volume YN
If a preservative is used,
Spec$Type and
Quantity of Preservative:
*:c \g *28-,
t-
C:\Documcns and scttbgs\dtrrrtDcskog\cwDP Grorrdwarcr Mmitoring Procedurc 429 05 6).e
' r^.
lfitt - Ctound*ut", h,e"h.g permit
Grourdwat€r Monitoring ttocedure
(
Date: 4.2g.OS Revision: I
FIELD DATA WORI(SIIEETFOR GROUI\ID WAIER
Location (weu name) ?c,v_6 fffltffip,fi,4, */_ rO /70 /n r t;-
Pagc 15oftZ
pHBuffer4.0
Well Depth roa
Casing Volume (V) 4"-W_eil: ,,.!:L _(.653h)
3o Weil: (.362h)pHof lVater(avg)
Specific Conductanc uMHOS/cm
Depth toWater _+?-Ev
Well Water Temperature (avg)
Time:Time:
Conductance
nHoH
Temperaturc-
Time:Time:
Conductance
-
nH
Conductance
pH.
Rrmoin g Rate Calculation
l9yn",r(e), ingpm.
S/O0 = = 1.,0
Temperature
-
Time to evacuate two (r=zv7q=
t-
c:\Docuneng and scnin*tdruddD*hop\GwDp crwdwatcr Monitaing Roced'rc 4 2g 05 (3).doc
'(-
\
Mill - Gmudwatcr Discdirgc Permit
Grourdwag tvlonibring Rocedure
(
Datc:4.29.05 Revision: I "-''Page 15 of 17
gEsCYgAdCeC
(circle)
---rne.gE.sslqdi
Samole
Taken
(clrdef
SamolsVolume
(lndlcate if other
than ar socclfred
bclow)
Filtered
(c-irclc)
HCL YNYN3x40 mlVOCs lf"SO. Y NYNl0OmlNutrientsYNHI.IO. Y--N
HeawMetals YN 250 ml Fo-Presetvative AddedFooer Non-
Radioloeics
YN 250 ml YN
1.00O ml \/N ft"SO. Y N
Gross AlPh!
If a preservative is use(
SpecETYPe and
Quantlty of hescrvauve:
YN Sample volume YNCIher(sPecfi)
C:\Doc'rrnrntl aod sc6ingguhlt\DcakropwwDP tirwndwarcr Mmitaing Pr.occdnc 4 29 05 (3)'dd
/'
Mill - Groundwater Dricharge pennil
Groundwater Monitoring ttocedure
C
Datei 4.29.05 Rsvision: I
ATTACHMENT T
Page 15 of t7
FIELD DATA WORKSIIEET FOR GROUND WATER
Location(weuname) Turv-7 3ffffitfi iatsfu
pHBuffer 7.0.pHBuffer4.0_
Specifi c Conductance_uMHOS/cm
Depth towa'fjr +1.?{
Well Water Temperature (avg)_
Well Depth_.pr
Casing Volume (\I) 4" WelL_3o._I__(.653h).. 3" Welt:_(.367h)
pH oflVater (avg)_
Time:Time:
Conductance
pH
Temperature
Conductance.___
Time:Time:
Conductance
Pumoing Rate Calculation
Flow Rare (Q), in gpm.
5/60 = = 6.D
Conductance_
PII
Temperature_
Time to evacuate two casing volumes (2V)t =2YlQ= to.i
c:\Docunen' ad seaiagsrd,rrc\Dcsktop\crvDp Grordwatcr Monirring proccd'rc 4 29 05 (3).doc
Mill rcroudwater pisch6rge Permit
Groundwarcr Monitoring Proccdure
Dats:4.29.05 Revision: I \-.-'
Page 16ofl7
Tvpe of Samnle Samole
Taken
(circle)
SsmoleVolumc
(indlcablf dber
Flltered
(circle)
Preservadve Added
(circle)
than as snecif,ed
below)
VOCs YN 3x4O ml YN HCL YN
Nutrients YN 100 ml YN YN
Itreaw Metals YN 250 ml YN YN
All Other Non-
Radiolocics
YN 250 ml YN No Preservative Added
Gross Alpha YN 1,000 ml YN YN
Other (spec8)YN Sample volume YN
Ifa preservative is use4
Spec$ Type and
Quantity of heservative :
C:\DocumenB aad Sctrings\dturt\DcsktopwWDP Grorndwater Mooitcing Proccdurc 4 29 05 (3).dc
f
Mill - Groundwater brscharge permit
Groundwater Monitoring Itocedure
pHBuffer7.0.
Specific Conductance_uMHOS/cm
Depth toWater _.?LQL
TVell Water Tempenture Gvg)_
{
Datei 4.29.05, Rcvision: I
\
ATTACHMENT I
FIELD DATA WORKSIIEET FOR GROUND WATER
Location (wen name) Tr,jq- I R#jffitfiiak_AAJ,- L__
Pagc 15 of lZ
pHBuffer4.0
WellDepth tz6
Casing Volume (V) 4" Weil:_3fup (.653h).. 3"'Well: ( 1A:th\3" Well: (.j67h)
Time:Time:
Conductance_
pHpH-
Temperature
Time:Tinre:
Conductance--
pH
-
Temperature--
Conductance
pH
-__
Temperature--
Time to evacuate two casing volumes (2V)
T =ZYIO = rr .7
hrmpin g Rate Calculation
FlowRate(Q), ingpm.5/6O= = Z-<_r
c:\Documcots and seftingsldt'rk\Dcsktop\GwDp crourdwarer Monitoring prrocedurc 4 29 05 (3).doc
' ,f..' .
t
l,till - Groudwatcr Oischiigc Pennit
Grouod$otcr Monibring hoccdurc
Davz 4.29.05 Revision: I
Pagc 16of l7
Tvne of Samnle Samole
Takcn
(clncle)
SanoleYolumc
(lndlcetc lf other
than as spcdfled
below)
Fittercd
(drclc)
Presenedve Added
(clrcle)
VOCs YN 3t(rt0 ml YN HCT, Y N
Nurients YN l00ml YN H'SO^ Y N
HeawMetals YN 250 ml YN TINO. Y N
All Othcr Non-
Radioloeics
YN 250 ml YN No hesenrrtive Added
Gross Alpha YN l.Omml YN H"SOr Y N
Otber (specifY)YN Sample volumc YN
If a p'reservative is used,
Spec$ Type and
@antity of hescrvative:
c:\Docuocob and scabgs\dnltt\Dc3ktoP\6"l[IDP Croundrvarrr Moitcing Ploccdutc 4 29 05 (3).doc
{iMill - Groundwater b,jtrargc fermit
Groundwater Monitoring ftoceAure
C-
DaE:4.29.0s Revision: I - -
ATTACHMENT 1
FIELD DATA WORKSaEETFOR GROI.]hID WATER
Pagc 15oflZ
Location(weltnam) Trr(rJ ffitffitfiials&
pH Buffcr 7.0.pHBuffer4.0.
Specific Conductance_uMHOS/cm TVell Depth rz r.:*
Depth nWater 4 cz.s'(Casing Volume (y) 4" Welt__gg.5r (.653h), 3'WelL r i67L\, 3'WetL (J67h)pH of Water(avg)_
Well Water Temperature (avg)_
Time:Time:
Condrrctance_
pH
-
Temperature_
Dtl
Temperature
Time:Time:
Conductance
pH
Temperature
Condrctance_
-_
pH
--
Temperature_
hrmping Rate Calculation
Flow Rate (Q), in gpm.
5/60 = = b-o Time to evacuate trro casing volumes (2V)
T =ZYIQ= __1fto
c:\Docunents ard Scningsrdnnt\Dchop\GwDp Grurndwarcr Moitcing ftocodr[c 4 zg as e),@
',A (t
Mill - Gronndwaitcr Dischdrgc Fermit Datez 429-05 Rcvision: I
Groundwatcr Monibring hoceduc Pagc 16of 17
TvocofSrnnle Samolc
Taken
(circle)
Sempb Volumc
0ndcelc lf other
Flltercd
(clrcle)
Prescrvrdve Added
(drcle)
thrn s socdf,cd
belov)
VOCs YN 3x40 ml YN HCI. Y N
Nutrients YN l00mt YN H^sO^ Y N
ItreawMetals YN 250ml YN HNOI Y N
All Other Non-
Radioloqics
YN 250 ml YN No Rreservative Addcd
Gross Alpha YN 1.0fi) ml YN H"SO. Y N
CIher(spec$)YN Sarrple volume YN
Ifa preservative is use4
Spec$Typc and
auantity of hescrvative:
C:\Doc1@ rnd ScC4FkhE$D6lropi\CWDP Cluodrvarrr Moitcing Ploccdtrc 4 29 06 (3)'da
f-' 4 (-Mill-Groudnatcrb,schargepcnnit Datci 4.2g.os Rcvision l\'.'Groundwatcr Monitoring Irrocedurc
Fage 15oflZ
ATTACIIMENT T
FIELD DATA WORKSHEET FOR GROUND WAIER
Location(weunarc) Tr^rq-ra mffitfil"s&
pHBuffer7.0 pHBuffer4.0.
.. 3"Well: (367h).pHof Water(avg_
Well Water Tempcrature Gvg)_
Specific Conductance_uMHOVcm
Depth nwaw 57-fg
WeltOepth tr 3
Casing Volume OD 4' Welt:_]?_ z__(.653h)
Time:Time:
Condrtance_
pH-_pHJ-___
Temperaturq
Time:Time:
Condwtance_
pH_
Temperature_
Conductance_
pH
II
Tirne to evacuat€ two casing volume.s (2V)T =2YlQ= ta"(
Rrmoing Rate Calculation
Flow Rare (Q), in gpm.V60= = d.C
c:\Docums ed scnings\dnnk\Dcsrbp\GwDp Go.,napilGr Mmimriag procod.* 4 29 0s (3,@
Pagc 16 of 17
{, a'
Mill-CirounduaaterDiscbfgePermit Datc:4'29'05 Rcvision: I \*'
&oundwatcr Monitoring Proccdure
\
L-a
l-
'!:(\'jii:i li:
'T:aF*i'ilrl.t "t
.'
'f l't: :'+ ' ::-.'i -.r' .: i.' .:!- .,,,1t
heeervrdve Added
(drcle)Tvne olSamPlc Stmplc
Talren
(clrde)
Semolc Volumc
findcate lf otter
thrn as soecifred
below)
Fltterd
(circle)
VOCs YN 3x40 ml YN TICL I N
NuEients YN l00ml YN
IleawMetals YN 25Omt YN
Alt Otber Non-
Rrdioloeics
YN 250 ml YN No rrEservarwc .taqss{r
Gross Alphl YN 1.000 ml YN
CIher (specifY)YN Sample volumc YN
If a presen'ative is use{
Specfy 1}pc utd
Quantity of hescrvative:
C:\Docuncor rnd ScniogslnrfUlstlqpWttDPCroundrvrtcrMmitoring Proccduca 29 05 (3).dc
r}Mill - Groundwatcr Disbharge Pcrnit DaEi 4.2g.OS Rcvision: I
Crounduatcr Monitoring Itoccdrurc Page 15 of l7
ATTACNMENT 1
FIELD DATA WORKSIHEET FOR GROT'hID WAIER
[ocation (well narrc)Tc.lV-lt
pHBuffer7.0.
Specific Conductancc uMHOSi/cm
Depth toWaur 6Y.b (
Conductance (ai'g)
Well Water Tempcrature (avg)_
Date/Sampler
Nanpand ntias Vf7-/or uq-
pHBuffer4.O
WellDepth too
Casing Volumc (V) 4' Wellz-l}-.d (.653h)
3" Well: (.367ht
Time:Time:
Conductance Conductance
pH
TemperatureTemperature
Conductance
,
pH-
Temperature_
Pumping Rate Calculation
Flow Ratc (Q), in gpm.5/60= = X-o
Time:
Condrrctancc
pH-
Tirne to evacuate two casing volumes (2V)
T =2YlQ= 2o-s'
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Mill - Gmrmdurdtcr oisc}aige Pernrit
Crroundwatcr lvlonitoring Plocedurc
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Datc:4.29.05 Rcvision: I v-
Page 16 of l7
1
TvocolSamnlc Srmolc
IIBgE(clrcle)
SamplcVolumc
0deaelfr&er
Flltered
(clrcle)
Prescrvedve Addcd
(drcle)
thanrs-scd@
bclow)
VOCs YN 3x4Oml YN Hq,YN
Nutricnts YN l0Oml YN
ItreawMetals YN 25O nl YN rN
All Other Non-
Radiolosics
YN 250 ml YN No lt€Scrvauve Ao@o
Gross Alpha YN 1.0fl) ml YN
Otber(spec8)YN Sample volumc YN
Ifaprescrvative b usc4
Spec$Tpe and
qnntity of hes€ntative:
C:\Iloqmtr rnd Scningt\dnil\D6@6lWDPGonAratcrMmitcing PlocdurG 42905 O).e,
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Mi[-GmrmduatcrDischargcp6mit Dan,:4.2g.o5Revision: lGrounduatcr Monitoring Itocedure
ATTACHMENT T
FIELD DATA WORKSIIEET FOR GROUND WATER
Iocation(weuname) ri^r{-rz S#tffitfi*s@
Page l5 of lZ
pHBuffer4.0.
Well Depth rc r.f
Casing Votume (V) 4 Welt: 4z.f (.653h).. 3" Well:_(.367h)pHof Water(avg)
Specific Conductance_uMHOS/cm
Depth toWater 3L.q1
Well Water Temperature (avg)_
Time:Time:.
Temperature_Temperature_
-
Conductancc_
oH.
Time:Timc:
Conductance
pH __-
Temperafurc_
-
Condrrctance_
pH
Temperature_
Rrmoin g Rate Calculation
Flow Rate (e), in gpm.lime to evacuate two casing volumes (2V)T =2YlQ= l.i,Z5/60= =
c:\Docnneotr ard scnbgsldtud{D*hoprcwD* Gurodrvara Mcriroring ,,occdrc 4 29 05 (3).@
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Milt - CirormAwartcr Oisctrargc Pernit
Grouoduratcr Monitoring Procedurc
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Datq 429.05 Rcvision: I --
Page 16 of l7
nelcEssgreS@(clrclelfvocof samote Srmplc
Taken
(cfudc)
SrmoleVolume
(lndcatc lf othef
then as sDcdficd
bdow)
Filtercd
(ctrcle)
HCI.YN
\/NVOCsYN3x40mlYN
Nubients YN l(X}mt YN 1{}.IO. Y NYN250mIYN
HeaWMetals No neservative Added250 ml YNItt Otler Non-
Radiologics
YN
1.000 nl YN tt'SO. I--ll
Gross AlPha YN
If a preservative is use4
SpecETYPc and
Quantity of hescrvative :
OtnerCPecE)YN Sample volume
c:\Documrr ald scaingr\durt\IhshopElWDP Goomdrarcr Moitaing ft'ocedurs 4 29 05 (3)'doc
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Mi[ - Groundwatcr dscharge &rnit
Grcundrvatcr Monitoring ftoccOrrc
C
Datci 4.29.05 Rsvision: I
ATTACIIIIIENT T
TIELD I'ATA WORKSNEE TOR GROT'ND WAIEN
rocation(weltname) Ttdq-,? f.fltffitfi iats@
Pap 15 of t?
Specific Conductance_uMHOSt/cm
Detrh to Water /.v.rzr
Well Water Temperature (avg)_
pHBuffer4.0
Well Deph tof, r-
Casing Volume (V) 4" Wellz Zb.t (.653h).. 3'Well: (.367h)pHof Water(avg)_
Tirc:Time:
Con&rctancc
oH.
Tempqaturc_
Time:Tire:
condrctance_
oH.
Tempemture_
-
Conductance
pH-
Temperature_
hrmoing Rate Calculation
#;y" (aD, in cpm.
b, o ;5i:6Y
c:\Docnncds and sctiaSs\durt\D'lrcpwwDpcirurndwarcrMmibiag hoccd* 42g 05 (3).fu
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tr,titl - Ciroundurdtcr Dirhargs ltrmit
Grcuods'stcr lrrooioring Proccdurc
Dalrlz 4.29.05 Revision: I
Pagc 16 of l7
rerytgreAdCd(clrcle)-file-sgSlEqdJ StmDlc
Trken
(drdc)
SamolcVolumc
(lndlcrtr llother
ttan al srctfrGd
bdow)
Flltered
(drclc)
HCI- Y N3x40mlVOCsHoSO.YNl0OmtYNNutricntE-1tr.IO. Y N250 ml YNItreawMetalsYN Noheservative AddedAll Otbcr Non-
Rediolosics
YN 250 mt YN
H"SO Y___Nl.fin mlCirossAlPhaYN
If a prescrvative is use4
Specfi TYPe and
QuantitY of Preservattve:
Other (spectfY)YN Samplevolurc YN
C:\Doormcoa rad Scningstdh!$IbhoP\6wDP Croudnrrrr Mmitcing Procedurc 4 29 tS O)'e
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Mill - Groundrmrcr fi-sclargc Fcrmit
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Datci 4.29.05 Revision: I
Pagc 15 of 17
AITACHMENT 1
FIELD DATA WORKSEEETFOR GROI.'IID WA1IER
Datc/Sampler
Location (wellnanrc) 'n:q-M Narne and
Specific Conductance_uMHOS/cm
Deeth toWater , qo, f z
pH Buffer4.0
,
Well Depth 7r-
Casing Volune (V) 4" Well:_(.653h).. 3" Well: (.367h)
Well Water Terrperattre (avg)_
TimcgTime:
Conductance
pH
Temperaturc
Conductance
pH'
Temperatiue_
Conductance
pH
Temperature
Time:Time:
Pumoin g Rate Calculation
FlowRatc(Q), ingpm.5/60= =
Time o evacuate two casing volumes (2V)
T =2YlQ=
Con
p
Temperaturc_
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Groundwau Monitoring hocc&rE
Dara:4.29.O5 Rcvision: I '-
Page 15of l7
hcscrvedve Add
(drcle)
YNYN
No Prrescnrative Added
YN
YN
If a prrescrvative is use4
SpecfiType and
Quantity of hescnrativc:
Tvoc olSanplc
Samplc volumcYNCIhcr(spec8)
C:\Danrnrnr and Scniag$dhrtDcsltoplG"$tDP Grodwrtcr Monitcing Pnoccdnrc 4 29 05 (3).doc
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Mill - Groundwatcr Dischargo ltennit
Groundrrater Monioring I'roceduc
Spocifh Conductance-TMHOS/cm
Detrh towaw 7l-zL
Well Water Temperature (avg)-
(':,
DaEi 4.29.05 Revision: I
ATTACHMENT T
Pagc 15 of l7
FIELI' I'ATA WORKSHEET FOR GROI.'ND WATEN,
Date/Sampler
Location (well name) Ti^r,/-/f Narne and
pH Buffer4.O
Well Detrh
Casing Volurnc (V) 4" IVell:-I.653h).. 3" Well: (.361h)
pH of Water (avg)
Time:
Conductancc-
Time:
Condrrctance
PH
Temoerahrre
Tirne:
Condrrctance_
pH
Temperature-
hrmpin&Rate Calculatim
Flow Ratc (Q), in gpm.5/60= =
Time to evacuatc two casing volurnes (2V)
T =2YlQ=
Conductance
pH
Temperature
e\Documts and scningsldurt\Dcttop\GwDp Gmrndrvarcr Mmitfiint procldurc 4zg 6 (3),fu
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Mill - Groundwatcr Dischargr Pcrmit
Groundwatcr Monioring ltocedure
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Dartei. 4.29.05 Rcvision: I
ATTACIIMENT 1
Page 15 of l7
FIELD DATA WORKIIHEET FOR GROTJI\D WATER
Location (well name)'Tl,,u-tb
pH Buffer 7.0.
Specific Conductarrce-uMHOSfcm
Depth to Water 6Y.?4
Well Water Terpcraturc (av9-
Date/Samplet 1 ,
Narne and nitials frl3dlo r- 6-
pH Buffer 4.0
Well Detrh '{z
CasingVolurreOD4' Well: f,o.? (.653h). S Well: (.361h>
pH of Water (avg)
Time:
Condrctance-
pH
Temoerature
Time:
(lnnrlrrn.tanca
Temperature
Tirne:
Condrrctance
Tinp:
Conductance
pH
Temperature Temoerature
Rmping Rate Calculation
FlowRatc (Q), in gpm.Time to evacuate two casing volumes (2V)5/60= =L-n T =2YlQ= lb.1
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Dauz 4.29.05 Rcvision: I --
Pagc 16 of 17
hesenadvcAdded
(drcle)
H(x,YNYNYN
No Preservative Added
YN
YN
If a p'reservative is use4
Spcc$ Type and
Quantity of Prreservative:
Typc ofstmptc
Sample volumeYNOther(spec$)
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Crroundwatcr ltilonitoring Proccfiuc
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Dato:4.29.05 Rpvision: I '-
Page 16 of 17
h,esqredve Added
(drcb)
YNYN
No Rrescrvative Added
YNYN
If apreservative is usc4
Spec$ $pe and
qnntity of hescnrative:I
Tvoc of Samde
Sample volumeYNCIher(spec8)
" ... .-.1 lt:. . 1r1-,i:::_i' . t-r:l i,+:..: l:.f: Sf:"
: >*'1F-'-I
!- .i
li''
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Mitl - &oundnatcr hscharge P€rmit
Grounduatcr Monitoring Procedurc
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D^t,ji 4.29.A5 Rcvision: I
ATTACTMENT I
Pagc 15 of 17
FIELD DATA WONKSIAEEI FOR GROI]ND WATER
Location (well nanp)TLJU',?
pH Buffer 7.0
Specific Co'ndrctance-uMHO$cm
Depth to Watcr 77-zt
Conductancc (aVg) '
Well Water Temperature (avg)-
Date/Sampler
Narnc and initrab Elz" Lr 4-
pHBuffer4.0
Well Depth t'lir
Casing Volume OD 4" Well: q z. r (.653h)
,. 3" Well: (.367h)
Time:
Condrrcance-
pH
Temoerature
Tirnc:
Conductance
oH
Time:
conductance-
p
hrmpine Rate Calculation
Flow Ratc (Q), in g;pm.Timo to evacuate trro casing volumes (2V)
S6O=r -2VlQ=
-J-o,5
c:\Documg .nd scnhgr\dnr*\Dcsttop\GvDp crrurndn arcr Moriming proccdue 4 29 0f (3)doc
Conductance
pH
Temperature
,(
Mill - Groundw^aiter Discharge Pcrmit
Groundwatcr Monitoring Procedurc
tDaF:4.29.05 Revision: I '--
Page 16 of 17
hescnadve Addcd
(clrcle)
HCLYN YNYN
No Preservative Added
YNYN
Ifa preservative is use4
Spec$ Type and
Quantity of Preservative :
Tvre olSample
Sample volumeOther (specify)YN
c:\Documenb aod sctingsldnd\D6krop\cwDPcnroundrvatcr Monircing pr,ocedue 429 os e).e,
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Mill - Grouodwata Dischargc Pennit
Groudwatcr Monitoring ltocedurc
Specific Conductance uMHOVcm
Depth to Water t{.8Y
('
Dartc;:4.29.6 Rcvision: I
ATTACIMENT T
Proe l5 nf l7
FIEIJ} DATA WORKSEEET FOR GROI'ND WATER
Date/Sampler
Location (well nanp) ru:q -r r Name and initi als-ftl7z/sE
pH Buffer 7O pHBuffer4.o-
Well Depth ra +..f
Casing Volume OD 4' Srell: ftf .o (.653h). 3" Well:- (.36ft)
Wcll Water Temperature (avg)-
Time:Time:
Conrtrctance Conductance
pH
Temoerature
nH 'r'
Time:
Conductance
Time to evacuate two casing volumes (2V)
5/60 =G-<)T =ZYIQ=
conductance-
p
Temperature-
Rmping Rate Calculation
Flow Ratc (Q), in gpm-
t?.o
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Mill - GroundwaicrDischrrgc Fcrmit
&oudn€tcr Monitoring hocodure
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htcz 4.29.05 Rcvision:, I
Pagc t6 of l7
Tvocolllamole Srnplc
Totqn,
(drclo)
Semole Volumc(hdcrb llothcr
Filtercd
(clrcle)
Presernedve Added
(drcle)
tben s sDcdOGd
bolor)
VOCs YN 3x40ml YN HCI- Y' N
Nufiene YN l00ml YN YN
Itreaw Itdetals YN 250 nl YN YN
All CIher Non-
Radiolocics
YN a50 ml YN No hescrv*ive Added
Gross Alpha YN l.00Oml YN YN
Otlpr(spec$)YN Samplcvolume YN
If a preservativc is usc4
Spec$Tnc and
Quantity of Prreservative:
C:U)ocumcor aod Scaingsldt*UhJhop\GWDP Cloundwatcr Mmitcing Prroccdurc 4 29 05 (3).doc
C\,\_,Mill - Grormd*atcr Dischrrgc Fcrnit
Gtoundnatcr Monioring hoccduro
{'\_
Datc, 4.29.05 Rcvisbn: I
AITACHMEhIT I
Pap 15 of 17
FIELD DATA WORIGHEET FOR CROT]ND WATER
Datc/Sanpler
Location (well nanp) Tr-:q - ,9 Narne anO in itian 7f t4"f ,d
pHBuffer4.o-
wetrDe4rth W
3" Well: (.367h)
pH of Watcr (avg)
pH Buffer 7.0.
Spec ific Conductance-UMHOS/cm
Detrh to Warcr ?{.rf
Condwtance (aV$
Well Water Temperature (av9-
Casing Volurnc (V) 4" Welh-(.653h)
Time:
conductanct-
Time:
lt-nnrlrrnlnne.e
p
Tem
Time:
Con
p
Temperature-
Pumoing Rate Calculation
Flow Ratc (Q), in gpm.5/60= =
Tfune:
Cnndrrctance
pH
Temoerature
Tirp to eyacuate two casing volumes (2V)
T =2VlQ=
c:\Dmrncnrr ud sado$undnshop\awDp cirurndwrrcrMoitciry proccdurc4 29 05 (3).doc
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Mill - GrormdwabDischargs ltrmit
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Dtuz4.29.a5 Revisioa I
Page 15of17
ComrnentsuL eoz Da-i til ,+rIL
TvoedSamolo Shmolo
Taken
(clrde)
Srnrolc Volunc
0dbicll-othcr
Filter€d
(clrclc)
Prcscrrrdve Addcd
(drcle)
thrn os spcdfied
below)
VOCs YN 3x40 ml YN HCX. Y N
Nutrients YN 100mI YN YN
ItreawMetals YN 250 ml YN YN
All Othcr Non-
Rediolopics
YN 250 ml YN NoPreservativc A&d
Ciloss Alpttr YN l,(nO ml YN YN
CIher(spec8)YN Sample volume YN
If a preservative is urc4
Spec$Typc and
Quantity of Prcscrvative:
I
:,r*'ffr-',,':';'
C:\IhcumB and Scabgs\&rt[bftopWwDP Gqndwacr Mmining Prrocedurc 4 29 6 Q).ec
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Mitl - Grouaduatcr Discharge nermit
Ground$ater Monioring ltocedurc
e
Datci 4.29.05 Rpvision: I
ATTACIMENT 1
Page 15 of 17
FIELDI'ATA WORI$EEET FOR GROTJND WAITR
I-ocation (well narre)-Tt -tU-2o
Spocific Conductance uMHOS/cm
DepthbWat"r t3'"'
Date/Sampler
Nanrand-initarc Yfz"/'r- m'
pHBuffer4.Q
WellDepth
Casing Volurnc (V) 4' Well:-(.653h).. 3'Well: (.367h)
Well Water Temperatue (av9-
Time:
conductance-
pH '-
Time:
Condrctancp
pH
Temperatuq
Time:
Condu
-II
Temperature-
Pumping Rate Calculation
FlowRate (Q), in gpnV60= =
Time:
Conductance
Tirne to evacuat€ twocasing volumes (2V)
T=2VlQ =
c:Documcag rd sddrgrtdftt\Dghqp\GwDP Grotndrvrrcr Mciuing Piroccdrc 4 29 05 (3).doc
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I
Mill - Groundwa'tcr Dischargc Fermit
Grormdunts Monitoring Proccdttto
CDau:4.29.05 Rcvision: I ''
Pagc l6of 17
Epc-s4huqe Ssnplc
Telen
(drcle)
SrmdcVolunc
0ndcotg lf o0her
thrns specltrGd
Fittercd(drdcl
hcsGnadve Addcd
(clrc'le)
bclov)
VOCs YN 3x40ml YN HCL YN
Nutrients YN l0Onl YN YN
Itreaw Metals YN 250 lnl YN YN
All Other Nm-
Radiolocics
YN 25O ml YN No Preservative Added
Gross Alpha YN l.m0 ml YN YN
Othsr (spec8)YN Sample volume YN
Ifa prescrvative is usc4
Spec$ Type and
qrantity of Resenrative:
Commelrts A;n^aL * -iL c^! o?r'(. t r.-d
€loro 2'-k'
PLo-o ll\<'l<s '
I \L" \''*''
t\p\ r'r**t P? 4"
lquto
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Milt - Grourdwater iXschargc Pcrtrlit
Groundwatcr Monitoring Itoccdurc
tutei 4.29.05 Rcvision:
ATTACEMENT I
Pagc 15 of l7
(
I
FIELD DATA WONKSIIEET FOR GROT'ND WATER
Location (well nane)Tbq-zl
Datc/Samplet 1 , ,
Namc mdnitiAs tfx4or '4
pH Buffer 7.0 ' PH Buffer 4.O-
Specific Conducuncc rMHOS/cm Well Depth I zf-
Detrh to Water fl'ft-
Well Water Temperature (avg)-
Casing Volume 0f) 4" Well: '/r, f (.653h)
. }'Well: (.367h)
Time:
Conductance
Time:
Cnndrrcfanea
pH
Temperature
Condtrctance
pH
Tirne:
Temperature
Pumoing Rate Calculation
Flow Rate (Q), in gpm.Time !o evacuate two casing volurcs (2V)
5/60 == t-.0 T=2VlQ=lf,"o
c
p
Temperaturc-
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tvtill - Groundmtcr Discharge Fcnnit
Crfomduatcr ldonitoring hoccdurc
Datc:4.29.05 Revision: I
(
Tvoe olllemole Sam*
Tahen
(dnle)
SamolcYolumc
fidtualelfother
Flltercd
(circle)
Prescrvadve Added
(cftTJe)
than as srci0cd
bclow)
VOCs YN 3x40ml YN HCI- Y N
Nurients YN l00ml YN YN
Itreaw Metals YN 25O ml YN YN
All CIhsr Non-
Rediolocics
YN 250 ml YN No hescrvative Added
Gross AlDhr YN 1,000 ml YN YN
CIhcr(spec8)YN Sample volumc YN
Ifa preservative is us€4
Spec$ Type and
Quaotity of heservative :
C:\Docrnerrc ard Sctfug3hrt\Dghop\GWDP Clundwarr Moitcing Foccdrc 429 0S (3).&
. .(
Dalal: 4.29.05 Revision: I
ATTACHMENT 1
FIELD DATA WORKSHEET FOR GROT'ND WAITR
. Dat€/SamPler
Location(we[name) -R^rq-"-a- Nameand'nitiak VfSnlo.r -<-
pHBuffer4.0.
Well Detrh lrf
Casing Volume OD 4" Well: 3f"a (.653h)
.. 3"Welh-(.367h)
t
't
t;],
Mill; Groundwatcr Dischrgc Fcrrdt
Groudwatcr Monioring hoccdure
Specif ic Condrcance-rMHO9cm
Depth towatfr - ,C,?o
Cmftictance (al9-
Well Water Temperature (avg)-
Pagc 15ofl7
Tinp:Time:
Condrrclence Condrctance
p
Temperaturq
Conductance
pH
Temperature
Tinp:
Time to evacuate two casing volumes (2V)
T =2YlQ=t7.?
Conductance-
n
Temperature-
Ptrmpipg Ratc Calculation
FlowRate(Q), in gpm.a-V60=
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Mill- Groundwaicr Dischargc Permit
Groundwats Monitoring Proccdure
(\DaE:4.29.O5 Revision: I '
Page 16 of 17
Prcservrdve Added
(clrcle)
YNYNYN
No Preservative Added
YNYN
Ifa preservative is use4
Spec$Type and
Quantity of heservative:
Tvocof Ssmolc
Other (specify)Sample volume
...'r'
. .,,;\.r.'$v '.
C",
t;!,- if,jt:
' .itr'r"il -p
I.at
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Ivfitt - Groundwetcr brscharge krmit
Grounduatcr Monitoring ltocedure
(
DaE: 4.29.05 Rcvision: I
AITACIIMENT T
Page 15 of t7
FIELD DATA WORIGEEET FOR GROUND WATER
Date/Sampler t i /lncation(weil name) -rq: t1_ 6o Xanre anO initiArM
pHBufferT,Q pHBuffer4.O
Spec if ic Condrrc'tance_uMHOS/cm
Depth
WellDepth
Casing Volume (V) 4" Well: (.6S3h)
pHof Warer(avg)
3'Well: (.967h)
Wc[ \lrater Tempenture (avg)_
Time:Tfune:
Conductance_
PH
Temperaturq
Time:Time:
Conductarce
-
oH
Temperature_
hrmoing Rate Calculation
#y"(Q), ingprn.
pH
Temperature_
firne to evacuat€ fipo casing volumes (2V)T=2VlQ =--
c:\Docurm. and setriur\dh'r\Dc*lop\cwDp&urndwarcrMonitc4 nocca.rc 42g 05 (3r.fu
' (' (-' Mill-CrouaurdtcrOisciriigePermit Dats:4.29.O5 Revision: I "' -
Chormdwatcr MonitoringProccdure Page 16 of t7
Tvoe of Senole Samolc
Taken
(cincle)
Samolc Volumo
0ndcrtc if ottcr
thrn as sDcdffi
hclos)
Filtered
(clrcle)
Prescnadve Addcd
(clrcle)
VOCs rY/ N 3x40 ml Y({l HCr- <x/_ N
Nutrimts AVN l00nl Y (N)H'SO^ (v N
HeawMetals YN 250 ml YN HNOr Y N
All Other Non-
Radioloaics
YN 250 ml YN NoPrreservative Added
Gross Alpha YN 1.000 ml YN H"SOr Y N
Ottpr(spec$)YN Sample volunP YN
If a preservative is used,
Spec$ Type and
Quantity of heservative:
Comrents T'r Rl ^lr
C:\Doc'urmtr od Scd4!\&lt\DcahoP\6wDPGrurndnrrrMoircing hoccfus4 29 05 (3)'doc
-l f r'"'''{
Mill - Grourdwaitcr Discharge lbrnit Datc: 4.29.05 Rcvision: I ' '
&oundwatcr Monitoring Proccduro page 16 of 17
Tvoe o(Semolc Samnle
Talren
(clrcle)
Semolc Volumc
(lndlcate llother
Fittcr€d
(drcle)
hresenrdve Addcd
(circle)
then eg spedflcd
belos)
VOCg YN 3x40 ml YN HCL YN
Nubients YN l00ml YN YNHearyMealsYNe50mlYNNAll Other Non-
Radiolocics
YN 250 ml YN No heservative Addcd
Gross Alohr YN l.m0ml YN YNOther(spec$)YN Sample volurc YN
If a preservative is use4
Spec$Type and
Quantity of Prreservative:
Comments f,'1" l'. L '.* -#l rnr .(.
C:\Deuocos ad Scnbgglhrtt)l3boplcwDP Goundrvrrcr Monirriag plroccdurc a 29 0j (3).doc
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PIEZ-1e NS perched piezometer (not sampled)
MW-32 perched monitoring well installed April, 200II rtL showing concentration in uG/i
-,- temporary perched monitorinE well installed-1y' '\'' April, 2005 showinq concentritron in uG/[
HYDR.O
GEO
CHEM,INC"o'K*'
KRIGED SEPTELBER, 2005 CHLOROFORM (uG/L)
IUSA WI{ITE IUIESA
\PPROVED DATE REFERENCE
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F1 GURE
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EXPLANJATIIONI
MW-20O perched monitonng well
TW4-19
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PIEZ-1 perchedpiezometereMw-31 new perched monitoring well
+ (installedAprt,2005)
Tw1a'20 new temporary perched monrtonng wella" (rnstalled Aoril 2005)
II
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PERGHED WE8.L LOCATIOI{S
[T'SA W[.I[TE MESA
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Ittttl
White Mesa MonitorWell 4 Depth Over Time
Dato
%6,>:,%:..":,r4;;r"rdr.r,8r;'rru&',#t4:o& r&r".&rr&?qra&6&rro"
o.
=E 80.00tt
o
t!
=o: 90.00
CLoo
50.00
70.00
100.00
110.00
120.00
tl tl
White Mesa Temporary Well (4-A) Over Tlme
Date Of M€a3urcment
%uo!%eo!+uorur* bou %ros v%toaoe%,oe"r%"'%*r%*t;%r"r4."??%.ees,q%o;:a"q.
G
=Elt
bo
|!
=os
CLoo
30.00
40.00
50.00
60.00
70.00
80.00
90.00
100,00
110.00
120.00
\f\
I I
N
t/-r-t^"X \^fvV{U
t
50.00
70.00
100.00
110.00
(rtlI t(tr
60.00
White Mesa Mill Temporary Well (4-l) Water Level Over Time
Date of Measurement
"r.eloslsp.fusl"'"""*".fot'"|"'l*.'
o.
== 80.00tt
o
IE
=o; eo.oo
CLoo
120.00
rrt(ttr
White il€sa Mill Tomporary Well (4-2) Water L€vsl Over Tlme
Date of Meaauremgnt
'rA"rrO"r*q'r%"r%AU"ruo"l,roA"r%%'%r4r"r"WiW?.t{rri'"4Ur"yrr;"rqfq.r4rr4*4t r^
r
=Elt
L.o
(E
=o
CLoo
50.00
60.00
70.00
80.00
90.00
100,00
110.00
120.00
A ,4
Itttlltt
White Mesa Mill Temporary Well (4-3) Water Level Over Time
Date of Measurement
'ra%,e,h4aq-.%*,4,4aroq%4:,,%sr%%%,o"3,"/r""i,%,,,auPAro{q+a*rt*r+*V"{ee{,,r4v,a{ao"
70.00
50.00
60.00
100.00
110,00
o-
=g 80.00ll
o
(g
=o; eo.oo
CLoo
120.00
White Mesa Mill Temporary Well (44) Water Level Over Time
Date of Measurement
o.
=i Bo.ooott
bo(!
=o; eo.ooo
CLoo
*",i;e","7rJr?",&rortir","uirvii.
50.000
60.000
100.000
r ( t I r t ( t "t I ( I I
White Mesa Mill Temporary Well (4.5) Water Level Over Time
Date of Measurement
'r+oo "4oo 'rurr"r"% 2+o, or?o, 4r'orr", '% "% 'r%"r% 'r+ou
oao, 'r%"r% 'r+q oaq ,%"r% ,r"r" "r% 'e%
o-
=Elt
Lo
(U
=o
CLoo
50.00
60.00
70,00
80.00
90.00
100.00
110.00
120.00
a7
t Itrrtt(r
White Mesa Mill Temporary Well (4-O) Water Level Ove rTime
Date of Measurement
t r*%6.%"re+%?eszozrr%rorr%r"re%turr*"%"rr%'rrr%"%"%"%'rr"uroer%"%"rr%'rrr%?r%ar%eeotos
o-E
E4l
o
(g
=o
CLoo
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
F
tt Tt
White Mesa Mill Temporary Well (4-7) Water Level Over Time
Date of Measurement
'4n*%n %W"14eafoa,qena,tl'UrZ"".1ueuo!,+uor%uorl,rW%"r!,,rU"eu*\%u*reu*%u"f,+n^ocn^
b Bo.oo
.u
=o
CLt eo.oo
60.00
70.00
't00.00
110.00
^ ^,-.ta - ^-a
\J
Y Y
120.00
t (' r ( ( ( t t I t ( I t
White Mesa Mill Temporary Well (a-8) Water Level Over Time
Date of Measurement
"W%"r*,U%uolrrnaf;roarrr%rtrt;,rr%r"r%"r"%urrniAr*urre"*ueu"!rren^+e%"r"%%u{reu*?eo"uur^%rr%
o.
=E'fl
oo
=o
CLoo
( t t t 1' ( a t f r ( I I r I - I I t t
Whlto Mgsa T.mporary Well (4-9) Over Timo
Dais Of Moaautgrnont
+o"f ".fu ff iff ',ff qia"f o:ff ",i,r",,!e",,f;r.
50
60
70
o
=J
=80lt
o
a!
=o;eo
CLoo
100
110
120
,ar
tttt(rr
White Mesa Temporary Well (4-10) Over Time
Date Of Measurement
^"ru"r*'%1%o:?'aroe
,t rrart rr%ro:'rsros tt r"rt r"%a:rrsro"aofaouqu"rlrt o""%
50.00
o-
=i.= 80.00TI
o
|g
=o; eo.oo
CLoo
Itttlllltllllll
White Mesa Temporary Well (4-11) Over Time
Date Of Measurement
h"rttor"%a%%a:rrsroe ,trrr%%"lrrtr"r%t%rWrtr"%a:rrsro"hro"taror\r%t%
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
a a--a
-a *- .a-- .a a aa t t +t t t--. tt tt t \'ff
t trllr{
White Mesa Temporary Well (4-121Over Time
Date Of Measurement
%u;%u;","%%r"Jn,*ry4%uo!oar!+4"r%"r%v4%uoloruoi?4%""Jer,o"rrr,*%u,*
-f a aa o o t-O o o o o r r-
30.00
40.00
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
tltlttt
White Mesa Temporary Well (4.13) Over Time
Date Of Measurement
%u;%u;","%%UJn,*qea*%uo!aero!+e^r,r%"r%uqeeu{oerr3%r"Jeu,or*ru,*%u,*
r-o o o o r ' oo o o o oO '
r+_{1\r
V
30.00
40.00
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
t-I (' I t I I I I I I
White Mesa Temporary Well (4-14) Over Time
Date Of Measurement
*ri%rirrrrrrr%uJnt**t^%uoloruo!.etarrrtr"%t r"urq%uoirruoir<tq%u"dnto"%t*%u.*
30.00
40.00
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
t\ {ii
White Mesa Temporary Well (4-15) Over Time
Date Of Measurement
%u;%u;","%%t"{rtorq4%ur!o+rr?4r,r",q%tqqq*ui4"r"4%""Jnu""%",o"%s,o6
30.00
40.00
50,00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
--'-'l
--
\
\**/\ A A*\IV V
\t
\1
l. t ((((r{(
White Mesa Temporary Well (4-16) Over Time
Date Of Measurement
ue"olWrr!e,e^%""r%t*tqt+r!q+r:r,r%r,rr,q%r,*q4%roioruoireu,*%u"Jeuro"%r,*%ur*
.-^^o:
30.00
40.00
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
( (- ( ( | ( { t t | ( ( (
White Mesa Temporary Well (4-1Tl Over Time
Date Of Measurement
%u;%u;%sa%""u%u,*u4%e,o!oeuo!?4"rtq%tqq"%%u;%ur"?"%%r"Jeu,o"rrr,*%u,*
30.00
40,00
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
J$'
; di'
r")'
, |..,'
r t\t
d'. )^
Ltl
'!
S,l!t:\
i4;
-t
rt
iI
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ffi
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fci
. .;,
,{ir
J3"In'Il
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n?41
aj
.r'L'{';.t-i
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"{";:*"
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.""f c]4i ;.1;"tly 6'
'l (,. j-:
.-: ." :i,{i' . ._?*
.'l -;i _\t.' ll):;tl]1-J' ,:{.- *&;r\- F
.:? a..v :=*.s
-5.
?q;
':f ..{r;,'
'iJ
": :'
.:il'':{.'
.r\
..l.a
,,:Lt
(c
Nobo
obo
(oobo
Depth to Water (blw.MP)
{Ioo
oIoo
Depth to Water (btw.Mp)
=--
=o
=oo9'{oc,.s5reo9ilq-
Fa=co-l-|DIa.qi
=J t9o
o-J3o
E.d
I$
f"d
f"d
f"s
l^slc
f "d-.t/sls
'us
.d
"$
F
$
"sAo
.oN
I
White Mesa Temporary Welt (4-Z0l Over Time
Date Of Measurement
4ii:"?,f;r"iy"iy:;ly!;;y!;;r,i:y!;;y
30.00
(- t' (
30.00
40.00
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
(((
White Mesa Temporary Well (4-21) Over Time
Date Of Measurement
4i3f"?r;&,;*"?:;;y:;;f,i;y:;;y:;;y:6
o-
=Ett
ot!
=o
CLoo
((f(t(
White Mesa Temporary Well (4-22) Over Time
Date Of Measurement
1i3f"?"if"iyrf*:;ly:;;::;;f:;;y:;
30.00
40.00
50.00
60.00
70.00
80.00
90.00
100.00
110.00
120.00
Water Levels and Data over Time
White Mesa Mill - Well NIW4
Measuring
Water Point
Elevation Land Surface Elevation Length Of Date Of
(WL) (LSD) (MP) Riser (L) Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Depth
to Water Total Depth
(blw.LSD) of WgI
5,620.77 5,622.33 l.56 r23.6
5,527.63
5,527.63
5,528.43
5,529.93
5,528.03
5,528.03
5,527.93
5,527.93
5,525.93
5,528.33
5,528.13
5,528.33
5,528.93
5,528.93
5,528.93
5,528.83
5,512.33
5,528.91
5,528.83
5,529.16
5,526.66
5,529.76
5,529.08
5,529.00
5,528.75
5,528.91
5,528.25
5,529.00
5,528.33
5,529.10
5,529.06
5,529.21
5,529.22
5,529.43
5,529.40
5,529.53
5,529.86
5,529.91
5,529.77
5,529.79
5,530.13
3,529.85
5,529.90
5,529.92
5,530.25
5,530.20
5,530.l9
5,529.75
5,530.98
5,53 r .35
5,531.62
9/2s/79
r0/10t79
1/10/80
3t20t80
6n7t80
9/t5/80
l0/8/80
2/12t81
9^t84
l2nt84
2nt85
6tv8s
9n185
l0/l/85
r l/l/8s
12/ygs
3/l/86
6119186
9/r/86
t2/t/86
2/20187
4/28t87
8/14t87
lt/20t87
r/26188
6/1/88
8/23/88
rr/2t88
3t9t89
6/2u89
9/t/89
t1/15t89
2n6t90
st8/90
8/7/90
nn3t90
2t27tgl
5t2v9r
8t27t91
r2/3t91
3/17/92
6/tlt92
9/13/92
r2/9/92
3/24t93
6/8/93
9t22t93
t2n4t93
3t24t94
6tr5t94
8tr8t94
94.70
94.70
93.90
92.40
94.30
94.30
94.40
94.40
96.40
94.00
94.20
94.00
93.40
93.40
93.40
93.50
I10.00
93.42
93.50
93.17
95.67
9t.17
93.25
93.33
93.58
93.42
94.08
93.33
94.00
93.23
93.27
93.12
93.1I
92.90
92.93
92.80
92.47
92.42
92.56
92.54
92.20
92.48
92.43
92.41
92.08
92.|f
92.14
92.58
91.35
90.98
90.71
93.t4
93.14
92.34
90.84
92.74
92.74
92.84
92.84
94.84
92.44
92.64
92.44
91.84
91.84
91.84
91.94
108.44
91.86
9t.94
91.61
94.11
91.61
9r.69
91.77
92.02
91.86
92.52
91.77
92.44
91.67
91 .71
91.56
91.55
91.34
91.37
91.24
90.91
90.86
91.00
90.98
90.64
90.92
90.87
90.85
90.52
90.57
90.58
91.02
89.79
89.42
89.r5
Water Levels and Data over Time
White Mesa Mill - Well MW4
Measuring
Water Point
Elevation Land Surface Elevation Length Of Date Of(WL) (LSD) (MP) Riser (L) Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Depth
to Water Total Depth
(blw.LSD) Of Well
5,620.77 5,622.33 1.56 123.6
I
5,532.58
5,533.42
5,534.70
5,535.44
5,537.16
5,538.37
5,539.l0
5,539.13
5,542.29
5,551 .58
5,552.08
5,s52.83
5,553.47
5,554.63
5,555.13
5,555.73
5,556.03
5,555.73
5,555.98
5,556.05
5,556.18
5,556.05
5,556.l5
5,556.18
5,556.17
5,556.26
5,556.35
5,556.38
5,s56.39
5,556.57
5,556.68
5,s56.73
s,556.82
5,556.84
5,556.81
5,556.89
5,556.98
5,557.01
5,557 -14
5,557.17
5,556.95
5,557.08
5,557.55
5,557.66
5,557.78
5,558.28
5,558.23
5,558.31
5,558.49
5,558.66
5,559.01
t2/13/94
3116195
6127195
9/20t95
12/tt/95
3t28t96
6t7t96
9tr6196
3/20t97
4t7/99
5/1v99
7t6/99
9/28t99
t/3/00
4/4t00
5/2100
5t1U00
strst00
stzst00
6t9t00
6n6t00
6t26t00
7/6/00
7/t3/00
7lt8/00
7/25/00
8/2/00
8t9100
8/15/00
8/3 r/00
9t8t00
9t13l00
9t20t00
9t29t00
10/5/00
rotrzt00
l0/19/00
r0t23t00
rr/9t00
rvt4t00
tlt21t00
r r/30/00
l2t7/00
r/14/01
2/9t01
3t29tUl
4t30tol
5t3ltOr
6t22t0l
7n0t0l
8120/01
89.75
88.91
87.63
86.89
85.17
83.96
83.23
83.20
80.04
70.75
70.25
69.50
68.86
67.70
67.20
66.60
66.30
66.60
66.35
66.28
66.1 5
66.28
66.1 8
66.1 5
66.16
66.07
65.98
65.95
65.94
65.76
65.65
65.60
65.51
6s.49
65.52
65.44
65.35
65.32
65.19
65.1 6
65.38
65.25
64.78
64.67
64.55
64.05
64.1O
64.02
63.84
63.67
63.32
88.1 9
87.35
86.07
85.33
83.61
82.40
81.67
81.64
78.48
69.19
68.69
67.94
67.30
66.14
65.64
65.04
64.74
65.04
64.79
64.72
64.59
64.72
64.62
64.s9
64.60
64.51
64.42
64.39
64.38
64.20
64.09
64.04
63.95
63.93
63.96
63.88
63.79
63.76
63.63
63.60
63.82
63.69
63.22
63.1 I
62.99
62.49
62.54
62.46
62.28
62.11
61.76
I
Water Levels and Data over Time
White Mesa MilI - Well MW4
Water
Elevation Land Surface(wL) (LSp)
Measuring
Point
Elevation Length Of Date Of(MP) Riser (L) Monitoring
Total Depth
to Water Total Depth
(blw.LSD) Of \ilell
Total or
Measured
Depth to
Water
(blw.MP)
5,620.77 5,622.33 L56 t23.6
I
5,559.24
5,559.26
5,559.27
5,559.77
5,559.78
5,559.96
5,560.16
5,560.28
5,560.76
5,560.58
5,560.43
5,560.44
5,560.71
5,560.89
5,557.86
5,561.10
5,561.39
5,561.41
5,561.93
5,561.85
5,s36.62
s,528.56
5,535.28
5,534.44
5,537.10
5,539.96
5,535.91
5,550.70
5,557.58
5,558.80
5,560.08
5,560.55
5,561.06
5,56r.48
5,561.86
5,529.17
5,536.55
5,529.00
5,541.55
5,541.12
5,540.59
5,542.85
5,537.91
5,548.67
5,549.53
5,544.36
5,545.16
5,544.67
5,541.28
9n9/01
t0l2l0l
r!8101
r213l0r
v3/02
2t6t02
3t26t02
4t9t02
5t23/02
6ts/02
7/8/02
8/23/02
9n1/02
r0t23t02
rv22t02
r2/3t02
v9/03
2tr2t03
3/26103
4/2t03
5/|03
619/03
7/7/03
8t4/03
9tr1/03
r0/2/03
rll7l03
r2/3/03
yrst04
2trct04
3t28/04
4/12/M
5/t3t04
6/r8t04
7/28tM
8/30tM
9tr6tM
r0/11t04
r1tr6t04
r2/22t04
1lt8105
2/28/05
3/15/05
4t26/05
5124/0s
6/30/05
07t29t05
09112/05
49t27/05
63.O9
63.07
63.06
62.56
62.55
62.37
62.17
62.05
6r.57
6r.75
61.90
61.89
6r.62
61.44
64.47
61.23
60.94
60.92
60.40
60.48
85.7 r
93.77
87.05
87.89
85.23
82.37
86.42
71.63
@.75
63.53
62.25
61.78
6r.27
60.85
60.47
93.16
85.78
93.33
80.78
8l .21
8t.74
79.48
84.42
73.66
72.80
77.97
77.17
77.66
81.05
61.53
61.51
61.50
61.00
60.99
60.81
60.61
60.49
60.01
60.19
60.34
60.33
60.06
59.88
62.91
59.67
59.38
59.36
58.84
58.92
84.15
92.21
85.49
86.33
83.67
80.81
84.86
70.07
63.r9
61.97
60.69
60.22
59.71
59.29
58.91
9r.60
84.22
9r.77
79.22
79.65
80.18
77.92
82.86
72.10
71.24
76.41
75.61
76.t0
79.49
Water Levels and Data over Time
White Mesa MiIl - WeIl MW-4A
(WL) (LSD) (MP) Riser (L) Monitoring (blw.MP) (blw.LSD) Well
5,620.51 5,622.31 1.80 61.78 59.9861.55 59.7s
61.35 59.55
6l .3 l 59.5 I6r.12 59.3260.85 59.0560.83 59.03
60.35 58.55
60.37 58.57
85.43 83.6392.96 91.1686.77 84.9787.57 85.77
85.57 83.7782.07 80.2786.18 84.3871.54 69.74
64.64 62.8463.44 61.6462.15 60.35
61.68 59.88
61.17 59.3760.75 58.9560.36 58.5693.06 9r.2685.68 83.8893.23 9r.4380.68 78.88
5,560.53
5,560.76
5,560.96
5,561.00
5,561.19
5,561.46
5,561.48
5,561.96
5,561.94
5,536.88
5,529.35
5,535.54
5,534.74
5,536.74
5,540.24
5,536.13
5,550.77
5,557.67
5,558.87
5,560.16
5,560.63
5,561.14
5,561.56
5,561.95
5,529.25
5,536.63
5,529.08
5,541.63
5,541.20
5,540.67
5,543.45
5,537.99
5,549.27
5,545.08
5,544.94
5,544.71
5,545.23
5,545.00
Measuring
Water Point
Elevation Land Surface Elevation Length Of Date Of
Total or
Measured Total
Depth to Depth to Total
Water Water DePth Of
8l.l l 79.3181.64 79.8478.86 77.0684.32 82.s2
73.04 71.2477.23 75.4377.37 15.5777.60 75.80
77.08 75.28
77.3r 75.51
8t23t0z
9/rv02
t0/23t02
t|22/02
t2l3/02
U9t03
2n2t03
3/26t03
4/2/03
5n103
6/9t03
7 t7 /03
8t4to3
9/rr/03
r0t2/03
11/7/03
12t3t03
r/r5/M
2/t0104
3/28/04
4/t2tM
5/13/O4
6n8/O4
7/28t04
8/30t04
9/16t04
t0nt/04
1l/16104
r2/22t04
1/r 8/05
2t28/05
3lt5l05
4/26t05
5/24t05
6/30t05
07/29/05
09/12/05
09/27t05
I
Water Levels and Data over Time
White Mesa Mill - Wetl TW4-1
Water Land
Measuring
Point Length
Total or
Measured Total
Depth to Depth to Total
Elevation Surface Elevation Of Riser Date Of Water Water Depth Of
(WL) &SD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
z 5,620.77 5,622-33 1.02 111.04
5,540.98 lll8l99 81.35 80.33
5,541 . I 3
5,541.23
5,54t.23
5,540.98
5,541.03
5,541.03
5,540.93
5,541.23
5,541.23
5,541.33
5,541.43
5,541.73
5,541.43
5,541.43
5,541 . I 8
5,540.93
5,541.23
5,541.43
5,541.33
5,541.63
5,541.33
s,54r.63
5,541.63
5,541.65
5,541.63
5,541.85
s,541.79
5,541.91
5,542.17
5,542.31
5,542.43
5,542.41
5,542.08
5,542.93
5,542.87
5,543.09
5,543.25
5,543.U
5,544.08
5,544.49
5,546.14
5,547.44
5,548.71
5,549.20
5,549.64
5,s49.94
5,550.25
5,550.93
5,551.34
5,551 .59
5,549.64
5,549.94
ru9t99
uzt00
l/10/00
r/r7t00
v24t00
2nt00
2t7t00
2n4t00
2t23100
3tr/00
3/8/00
3/15t00
3/20/00
3/29/00
4t4t00
4^3t00
4/2V00
4128100
5tr/00
5lrr/00
5lt5l00
st2st00
6t9t00
6/r6/00
6t26t00
7 t6/00
7/13100
7n8t00
7l27lOO
812100
8t9t00
8n 5/00
8/31/00
9n/00
9t8t00
9n3/00
9t20t00
l0/5/00
rv9t00
r2t6t00
v14/0r
2/2t0r
3t29t0r
4t30tor
5t3llol
6t22t01
7/10t01
8/10/0r
9n9l0l
r0t2t0r
5t3ll0l
6t2v0r
81.20 80.t881.10 80.0881.10 80.08
81.35 80.3381.30 80.2881.30 80.2881.40 80.38
81.10 80.08
81.10 80.0881.00 79.9880.90 79.8880.60 79.5880.90 79.8880.90 79.8881.15 80.1381.40 80.3881.10 80.0880.90 79.8881.00 79.9880.70 79.6881.00 79.9880.70 79.6880.70 79.6880.68 79.6680.70 79.6880.48 79.4680.54 79.5280.42 79.4080.16 79.1480.02 79.0079.90 78.8879.92 78.9080.25 79.2379.40 78.3879.46 78.4479.24 78.2279.08 78.0678.89 77.8778.25 77.2377.84 76.8276.19 75.1774.89 73.8773.62 72.6073.13 72.1172.69 71.6772.39 7l.3772.08 7r.067r.40 70.3870.99 69.9770.74 69.7272.69 71.6772.39 7r.37
Water Levels and Data over Time
White Mesa Mill - Well TW4-1
Measuring
Water Land Point Length
Elevation Surface Elevation Of Riser Date Of(WL) (LSD) (MP) (L) Monitorins
Total or
Measured Total
Depth to Depth to
Water Water
(blw.MP) (blw.LSD)
Total
Depth Of
Well
5,620.77 5,622.33 1.02 I I1.04
5,550.25
5,550.93
5,551 .34
5,551 .59
5,551.87
5,552.40
5,552.62
5,553.12
5 55? 75
5,553.97
5,554.56
5,554.54
5,554.83
5 5S5 ?q
5,555.54
5,555.94
5,556.02
5,556.23
5,556.49
5,556.67
5,557.15
5 5S7 ?1
5,556.07
5,554.28
5,553.84
5,553.39
5,553.06
{ 55? 11
5,553.25
5,553.82
5,555.61
5,556.32
5,557.38
5,557.79
5,558.35
5,560.03
5,560.36
5,557.96
5,557.24
5,556.28
5,556.17
5,556.21
5,555.82
5,555.96
5,556.01
5,556.05
5,556.00
5,555.97
5,555.90
5,556.22
7n0/01
8t20t01
9n9t01
r0t2/01
I li8l01
l2/3t01
|3/02
2t6t02
3t26t02
4t9t02
st23t02
6t5102
7t8t02
8/23/02
9lrv02
tutnta2
t1/22/02
r2/3t02
u9t03
2tr2t03
3t26t03
4t2t03
5t1103
6t9/03
717/03
814/03
9/11103
10t2t03
1il7103
r2t3/03
vr5l04
2/10/04
3t28104
4fi2104
sn3t04
6n8t04
7t28104
8t30104
9tr6104
rOtru04
rIr6/04
l2/22/04
r/18t05
2t28t05
3/t5t05
4t26105
st24t0s
6t30/0s
7t29t05
9n2t0s
72.08
71.40
70.99
70.74
70-46
69.93
69.7r
69.21
68.58
68.36
67.77
67.79
67.50
67.04
66.79
66.39
66.31
66.10
6s.84
6s.66
65.1 8
65. l0
66.26
68.05
68.49
68.94
69.27
69.00
69.08
68.51
66.72
66.01
64.95
64.54
63.98
62.30
61.97
64.37
65.09
66.05
66.16
66,t2
66.51
66.37
66.32
66.2&
66.33
66.36
66.43
66.1I
71.06
70.38
69.97
69.72
69.44
68.91
68.69
68.19
67.56
67.34
66.75
66.77
66.48
66.02
65.77
65.37
65.29
65.08
64.82
64.64
64.16
64.08
65.24
67.03
67.47
67.92
68.25
67.98
68.06
67.49
6s.70
64.99
63.93
63.52
62.96
6r.28
60.95
63.35
64.07
65.03
65.14
65.10
65.49
65.35
65.30
65.26
65.31
65.34
6s.41
65.09
Water Levels and Data over Time
White Mesa Mill - Well TrN4-2
Water Land
Elevation Surface
Measuring
Point
Elevation Length Of Date Of
Riser
1.90
lt
Total or
Measured Total
Depth to Depth to
Water Water
l5
76.15
76.40
76.20
76.40
76.00
76.10
76.r0
75.70
75.60
75.50
75.40
75.50
74.80
75.00
75.30
75.20
75.00
74.90
74.90
74.60
74.90
74.60
74.60
74.50
74.65
74.55
74.55
74.54
74.39
74.34
74.32
74.30
74.18
73.85
73.75
73.68
78.89
78.25
77.84
72.54
72.52
73.62
73.13
72.69
72.39
72.08
71.40
70.99
70.74
70.58
69.93
69.98
Total
Depth Of
Well
tzt.r25
5,548.85
5,548.60
5,548.80
5,548.60
5,549.00
5,548.90
5,548.90
5,549.30
5,549.40
5,549.50
5,549.60
5,549.50
5,550.20
5,550.00
5,549.70
5,549.80
5,550.00
5,550.10
5,550.10
5,550.40
5,550. l0
5,550.40
5,550.40
5,550.50
5,550.35
5,550.45
5,550.45
5,550.46
5,550.61
5,550.66
5,550.68
5,550.70
5,550.82
5,551 .15
5,551.25
5,551.32
5,546.1 I
5,546.75
5,54'l.16
5,552.46
5,552.48
5,551 .38
5,551 .87
5,552.31
5,552.6r
5,552.92
5,553.60
5,554.01
5,554,26
5,554.42
5,555.07
5,555.O2
rr/9t99
v2t00
l/10/00
vt7t00
r/24t00
2n/00
2/7t00
2tr4/00
2/23t00
3/U00
3/8/00
3/15t00
3/20/00
3t29/00
4t4/00
4/13100
4t21/00
4t28/00
5/t/o0
st1v00
s/15t00
5/25t00
619/O0
6t16/00
6/26/00
7/6100
7/t3100
7tr8t00
7t27t00
8t2/00
8t9t00
8/15/00
8/3 l/00
9/8t00
9/13/00
9t20t00
10/5t00
tv9/00
t2/6100
v2610r
2t2t0l
3t29l0l
4t30/01
s/31/01
6/2ll0l
7/t0t0l
8120/01
9/19t0l
l0/2/01
1l108/01
l2/03t01
0l/03t02
74.25
74.25
74.50
74.30
74.50
74.t0
74.20
74.20
73.80
73.70
73.60
73.50
73.60
72.90
73.10
73.40
73.30
73.10
73.00
73.00
72.70
73.00
72.70
72.70
72.60
72.75
72.65
72.65
72.64
72.49
72.44
72.42
72.40
72.28
71.95
71.85
71.78
76.99
76.35
75.94
70.64
70.62
71.72
71.23
70.79
70.49
70.18
69.50
69.09
68.84
68.68
68.03
68.08
Water Levels and Data over Time
White Mesa Mill - Well TW4-2
Total or
Measuring Measured Total
Water Land Point Depth to Depth to
Elevation Surface Elevation Length Of Date Of Water Water(zl (LSD) (MP) Riser (L) Monitorins (blw.MP) (blw.LSD)
Total
Depth Of
Well
5,623.10 5,625.00 1.90 t2t.t25
5,555.19
5,555.43
5,555.67
5,556.01
5,556.O7
5,556.19
5,556.32
5,556.53
5,557.00
5,556.70
5,557.29
5,557.48
5,557.63
5,558.1 I
5,558.1 5
5,553.99
5,549.26
5,548.42
5,548.03
5,547.50
5,547.96
5,547.80
5,548.57
5,554.28
5,555.74
5,557.18
5,557 -77
5,558.35
5,558.47
5,559.28
5,554.54
{ {s? 15
5,549.93
5,550.17
5,550.65
5,550.23
5,550.37
5,550.41
5,550.46
5,550.60
5,550.49
5,550.39
5,550.61
02t06t02
03/26t02
04t09t02
05/23t02
06/05t02
07/08/02
08123102
09/ll/02
10/23102
11/22/02
r2t03/02
0r/09/03
o2n2t03
03/26/03
04t02/03
05/01/03
06/09/o3
07/07/03
08/0/.t03
09tru03
r0/02t03
rv07t03
t2/o3t03
0t/t5lM
02/10t04
03/28tM
04/t2t04
05/13t04
06tr8,t04
07/28t04
08/30/04
09tr6t04
t0ltl/04
lvt6t04
12/22/04
01/l 8/05
02/28t0s
03/L5to5
04126/0s
05/24/0s
06/30/05
07/29105
09/12/05
69.81
69.57
69.33
68.99
68.93
68.81
68.68
68.47
68.00
68.30
67.7r
67.52
67.37
66.89
66.85
71.01
75.74
76.58
76.97
77.50
77.04
77.20
76.43
70.72
69.26
67.82
67.23
66.65
66.53
65.72
70.46
72.7s
75.07
74.83
74.35
74.77
74.63
74.59
74.54
74.40
74.51
74.61
74.39
67.91
67.67
67.43
67.09
67.03
66.9r
66.78
66.57
66.10
66.40
65.81
6s.62
65.47
64.99
64.95
69.1I
73.84
74.68
75.07
75.60
15.14
75.30
74.53
68.82
67.36
65.92
65.33
64.75
64.63
63.82
68.56
70.85
73.17
72.93
72.45
72.87
72.73
72.69
72.64
72.50
72.61
72.71
72.49
Water Levels and Data over Time
White Mesa Mill - Well TW4-3
Measuring
Point Length
Water Land Surfece Elevation Of Riser Date Of
Total or
Measured Total
Depth to Depth to Total
Water Water Depth Of
Elevation (z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) YP.llt4l5,631.21 5,632.23 1.02
5,565.78 11/29199 66.45 65.43
!
5,566.93
5,567.03
5,566.83
5,567.t3
5,567.33
5,567.13
5,567.43
5,567.63
5,567.73
5,567.83
5,567.70
5,568.03
5,567.93
5,567.63
5,567.83
5,568.03
5,568.23
5,568.13
5,568.53
5,568.23
5,568.53
5,568.61
5,568.69
5,568.45
5,568.61
5,568.61
5,568.49
5,568.55
5,568.65
5,568.73
5,568.77
5,568.76
5,568.95
5,568.49
5,568.67
5,568.96
5,568.93
5,569.34
5,568.79
5,569.1I
s,569.7s
5,570.34
5,570.61
5,570.70
5,570.88
5,571.02
5,571.70
5,572.12
5,572.08
5,570.70
5,570.88
5,571.02
v2/00
l/10/00
Ut7t00
t/24t00
2/t/00
2/7100
2n4t00
2t23t00
3/U00
318/00
3/ryOa
3/20/00
3/29100
4/4tOO
4n3t00
4t2v00
4128/00
sn/00
5/r l/00
5/15t00
5/25/00
6t9t00
6/r6t00
6/26/00
716/00
7/6t00
7lr3l00
7tr8t00
7t27t00
8tzt00
8/9/00
8/16/00
8/3 r/00
9t8/04
9n3t00
9t20t0a
l0/5/00
tt/9/00
1216100
l/3tOr
2t9tor
3t28/01
4130101
st31t0l
6t2r/0r
7/10/0r
8/20tar
9/19tOr
l0t2/01
5t3lt0l
6t2lt01
7/t0/0r
65.30 64.28
65.20 64.18
6s.40 64.3865.10 64.0864.90 63.8865.10 64.0864.80 63.78
u.60 63.58
64.50 63.4864.40 63.3864.53 63.5164.20 63.18
64.30 63.28u.60 63.5864.40 63.3864.20 63.1864.00 62.9864.10 63.0863.70 62.6864.00 62.98
63.70 62.6863.62 62.6063.54 62.5263.78 62.7663.62 62.6063.62 62.6063.74 62.72
63.68 62.6663.58 62.5663.50 62.4863.46 62.4463.47 62.4563.28 62.2663.74 62.7263.s6 62.54
63.27 62.25
63.3 62.28
62.89 61.87
63.44 62.42
63.12 62.10
62.48 61.46
61.89 60.87
61.62 60.60
61.53 60.51
6r.35 60.33
61.21 60.19
60.53 59.5 r
60.11 59.09
60.15 59.13
61.53 60.51
6r.35 60.33
6t.21 60.19
Water Levels and Data over Time
White Mesa Mill - Wetl TW4-3
Measuring
Point Length
Total or
Measured Total
Depth to Depth to Total
Water Land Surface Elevation Of Riser Date Of Water Water Depth Of
Elevation (z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Ygllt4l
5,57r.70
5,572.12
5,572.08
5,572.78
5,573.27
5,573.47
5,573.93
5,574.75
5,574.26
5,575.39
5,574.84
5,575.33
5,575.79
5,576.08
5,576.30
5,576.35
5,576.54
5,576.96
5,577.11
5,577.61
5,572-80
5,577.89
5,577 -91
5,577 -53
5,577.50
5,577.71
5,577.31
5,577.33
5,577.34
5,578.24
5,578.38
5,578.69
5,579.1 5
5,579.47
5,579.53
5,580. l7
5,580.20
5,580.26
5,580.l2
5,579.93
5,580.07
5,579.80
5,580.35
5,580.57
5,580.86
5,581.20
5,581.51
5,581.55
5,581.68
8/20/01
9n9tOl
r0l2/01
l l/8/01
t2t3tOl
U3/02
2/6/02
3/26102
419/02
5t23t02
615102
7/8/02
8123102
9trUo2
10t23t02
rv22t02
r2t3t02
v9t03
2t12t03
3/26/03
4/2t03
5/l/o3
619/03
717t03
8/4103
9/tr/43
t0t2/03
lt/7/03
l2l3/03
r/rsl04
2/r0/04
3/28/04
4n2t04
5/13/04
6/18/M
7t28/04
8t30/04
9^6tM
tOnv04
t1/l6t04
t2t22t04
r/18/05
2/28/05
3/15t05
4/26t05
5/24/0s
6t30to5
07129/05
091r2/o5
60.53
60.1I
60.15
59.45
58.96
58.76
58.30
57.48
57.97
56.84
57.39
56.90
56.44
56.1 5
55.93
55.88
5s.69
55.27
55.12
s4.62
59.43
54.34
54.32
54.70
54.73
54.52
54.92
54.90
54.89
s3.99
53.85
53.54
53.08
52.76
52.70
52.06
52.03
5t-97
52.t1
s2.30
52.16
52.43
5l .88
5l.66
5r.37
5l .03
50.72
50.68
50.55
59.51
59.09
59.1 3
58.43
57.94
57.74
57.28
56.46
56.9s
55.82
56.37
55.88
55.42
55.13
54.91
54.86
54.67
54.25
54.10
53.60
58.41
53.32
53.30
53.68
53.71
53.50
53.90
53.88
53.87
52.97
52.83
52.52
52.M
51.74
51.68
51.04
51.01
50.95
51.09
5l .28
51.14
5t.41
50.86
50.64
50.35
50.01
49.70
49.66
49.53
Etevation (z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
5,612.301 5,613.485 1.184 114.5
Measuring
Point Length
Water Land Surface Elevation Of Riser Date Of
Water Levels and Data over Time
White Mesa Mill - Well TW4-4
5t25/00
6/9100
6n6/00
Total or
Measured Total
Depth to Depth to Total
Water Water Depth Of
101.340 100.15694.500 93.316
101.340 100.156
5,512.t45
5,518.985
5,512.145
5,517.465
5,520.145
5,521.435
5,522.005
5,522.945
5,523.485
5,523.845
5,523.885
5,524.555
5,513.235
5,516.665
5,519.085
5,522.t65
5,524.665
5,51 8.545
5,527.695
5,529.085
5,529.535
5,530.235
5,530.265
5,534.405
5,533.145
s,534.035
5,534.465
5,533.285
5,530.265
5,534.405
5,533.145
5,534.035
5,534.465
s,533.28s
5,533.865
5,534.275
5,534.7t5
5,535.435
5,536.445
5,536.405
5,537.335
5,537.325
5,537.975
5,538.825
5,539.275
5,539.765
5,540.205
5,540.295
5,540.795
5,540.985
5,541.675
5,541.765
5,541 .885
6126100 96.020 94.836716/00 93.340 92.156
7tr3/00 92.050 90.866
7^8/00 91.480 90.296
7t27t00
8t2/00
8t9t00
8/15/00
v3/01
2/9t01
3t27t0l
4t30t0r
5t3v0l
v3102
2t6t02
3t26t02
4t9/02
5t23/02
6ts/02
7/8t02
8t23/02
9t|00 88.930 87.7469t8/00 100.250 99.0669tr3t00 96.820 95.6369t20100 94.400 93.216
r0tst00 91.320 90.136ru9/00 88.820 87.636
1216100 94.940 93.7s6
90.540 89.35690.000 88.81689.640 88.456
89.600 88.416
78.770 77.58678.050 76.86677.40 75.85677.080 7s.89676.150 74.96676.160 74.97675.510 74.32674.660 73.476
85.790 84.60684.400 83.21683.950 82.76683.250 82.06683.220 82.036
6t22/0r 79.080 77.8967lr0/0r 80.340 79.rs68/20101 79.450 78.2669tr9t01 79.020 77.836r0t2t01 80.200 79.016st3vOr 83.220 82.0366t2t/al 79.080 77.896
7n0l0t 80.340 79.1s6
8120/01 79.450 78.2669/r9/0r 79.020 77.836r0l2/0r 80.200 79.016l1l8/0r 79.620 78.436r2/3t0r 79.210 78.026
9trv02 74.210 73.026t0/23t02 73.720 72.s36tr/22102 73.280 72.09612/3/02 73.190 72.006
t/9/03 72.690 71.5062/r2t03 72.500 71.3163/26/03 71.810 70.6264/2t03 7r.720 70.536
5/v03 71.600 70.416
Water Levels and Data over Time
White Mesa Mill - Well TW44
Measuring
Point Length
Water Land Surface Elevation Of Riser Date Of
Total or
Measured Total
Depth to Depth to Total
Water Water Depth Of
Elevation (z) (LSD) (MP) (L) Monitoring (blwMP) (blw.LSD) Well
5,542.025
5,541.925
5,541.885
5,54t.825
5,541.885
5,541.995
5,542.045
5,542.555
5,542.705
5,543.225
5,543.555
5,543.865
5,543.915
5,544.655
5,5U.795
5,544.845
5,544.705
5,544.525
5,544.625
5,544.305
5,544.585
5,544.685
5,544.675
5,544.785
5,544.795
5,544.775
5,545.005
619103
717103
8t4t03
9/lt/03
r0t2t03
tu7/03
r2/3/03
t/15t04
2tr0t04
3t28/04
4nzt04
st13tM
6/r8/O4
7t28/04
8130104
9t16t04
t0lrv04
tU16/04
12t22/04
l/l 8/05
2t28105
3tr5t05
4/26t05
st24/05
6/30/05
7t29l0s
9lr2l0s
71.460 70.276
71.560 70.316
71.600 70.41671.660 70.47671.600 70.4167r.490 70.306
71.480 70.296
70.930 69.74670.780 69.59670.260 69.07669.930 68.746
69.620 68.436
69.570 68.38668.830 67.64668.690 67.506
68.640 67.45668.780 67.59668.960 67.77668.860 67.676
69.180 67.99668.900 67.71668.800 67.61668.810 67.626
68.700 67.51668.690 67.50668.71 67.526
68.48 67.296
Water Levels and Data over Time
White Mesa MiIl - Well TW4-5
Measuring
Point Length
Water Land Surface Elevation Of Riser Date Of
Total or
Measured Total
Depth to Depth to Total
Water Water Depth Of
Elevation (z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) .YeI-S,elffis 5,640J0 t9S tZt.lS
5,579.30 r/2100 6r.40 s9.4s
5,579.60
5,579.35
5,579.60
5,579.50
5,579.50
5,579.90
5,579.90
5,580.20
5,580.00
5,580.04
5,580.70
5,580.30
5,580.00
5,580.20
5,580.40
5,580.50
5,580.50
5,580.90
5,580.50
5,580.75
5,580.80
5,580.92
5,580.80
5,580.90
5,581.05
5,580.90
5,581.05
5,581.06
5,581.08
5,581.07
5,581.25
5,581.32
5,581 .34
5,581.41
5,581 .37
5,581 .66
5,581.63
5,581.92
5,582.20
5,582.54
5,582.72
5,582.72
5,582.8r
5,582.92
5,583. r 7
5,583.28
5,s83.36
5,582.72
5,582.81
s,582.92
5,583.17
5,583.28
Ut0/00 61.10
l/t1 /00 61.35
ll24l00 61.1021v00 61.20
5/l/00
5/r ri00
5/l 5/00
s/2s/00
59.1 5
59.40
59.1 5
59.25
59.25
58.85
58.85
58.55
58.75
58.71
58.05
58.45
58.75
58.55
58.35
s8.25
s8.25
57.85
58.25
58.00
57.95
57.83
57.95
57.85
57.70
57.85
57.70
s7.69
57.67
57.68
57.50
57.43
57.41
57.34
57.38
57.09
57.12
56.83
56.55
s6.21
56.03
56.03
55.94
55.83
55.58
55.47
55.39
56.03
55.94
55.83
s5.58
55.47
2/7/00 61.202lt4l00 60.80
2123100 60.80
31v00 60.50
318100 60.703tr5t00 60.663t20t00 60.00
3129100 60.40
4t4t00 60.704lt3/00 60.504t2r/00 60.304t28t00 60.20
7tr8t00 59.80
60.20
59.80
60.20
59.95
6t9/00 59.906/16t00 s9.786t26100 59.90
7t6t00 59.807tr3t00 59.65
7121100 59.658t2t00 s9.648/9/00 s9.62
8i 16100 59.638t31t00 59.459/8/00 59.389tr3/00 59.369t20t00 59.29r0/st00 59.33
rr/9t00
r2/6t00
t/3/01
2t9/01
3t28t0r
4t30t0r
513U0r
6t22t0r
7not01
8t20/01
9/t9/0r
t0t2t0l
5/31/01
6/21/01
7ll0/0r
8/20t0r
9t19t0r
59.04
59.07
58.78
58.50
58.16
57.98
57.98
57.89
57.78
57.53
57.42
57.34
57.98
57.89
57.78
57.53
57.42
Water Levels and Data over Time
White Mesa Mill - WelI TW4-5
Measuring
Point Length
Total or
Measured Total
Depth to Depth to Total
Water Land Surface Elevation Of Riser Date Of Water Water Depth Of
Elevation (z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) .Ye!l-S,Otffis 5,6aMO 195 tZt.lS
5,583.36
5,583.49
5,583.84
5,583.79
5,583.96
5,584.39
5,584.12
5,584.55
5,584.42
5,583.65
5,584.90
5,585.02
5,585.20
5,585.15
5,585.42
5,585.65
5,585.65
5,585.92
5,586.22
5,586.01
5,584.81
5,584.34
5,584.40
5,583.88
5,583.57
5,583.39
5,583.97
5,585.28
5,585.50
5,585.87
5,586.20
5,586.45
5,586.50
5,587. l3
5,586.22
5,585.69
5,585.17
5,584.64
5,584.77
5,584.65
5,584.98
5,585.15
5,586.2s
s,586.79
5,586.s2
5,586.03
5,586.05
t0/2101 57.34 55.39
I l/8/01 57.21 ss.26
r2t3t01 56.86 54.9r
U3t02 56.91 54.96
2/6102 s6.74 s4.79
3126102 56.31 54.364t9/02 56.58 54.63
5123102 56.15 54.20
6t5ta2 56.28 54.33
7t8/02 57.05 55.10
8123102 s5.80 53.859llu02 55.68 53.73
t0123102 55.50 53.55
lt/22/02 55.55 53.60t2/3/02 s5.28 53.33v9/03 5s.05 53.102lt2/03 55.05 53.10
3126103 54.78 52.834/2t03 54.48 52.535tr/o3 s4.69 52.746/9/03 55.89 53.947/7/03 56.36 54.418/4/03 56.30 s4.359/tt/o3 56.82 54.87to/zto3 57.13 55.18lt/7/o3 s7.3r 55.36l2/31o3 56.73 54.78lltsl0/. 55.42 53.472llol04 55.20 53.253l28lw 54.83 52.884tr2/04 54.50 52.ss5lr3l04 s4.2s 52.306/18104 s4.20 s2.2s7/28104 s3.57 5r.628t30/04 54.48 52.539/t6/04 55.01 53.06r0/1r/04 55.53 53.58lt/16t04 56.06 54.rrt2/22/04 55.93 53.98l/18/05 56.05 54.102t28/05 ss.72 53.773ll5/05 55.55 53.604t26/05 s4.45 52.505t24/0s 53.91 5l.966t30t0s 54.18 52.237/29/05 s4.67 52.729lr2l05 54.6s s2.70
Water Levels and Data over Time
White Mesa Mill - WeIl TW4-6
Elevation (z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) (bly..LlD)
gg'ss
s.s22.28 5125100 86.50 8s.0s
Measuring
Point Length
Water Land Surface Elevation Of Riser Date Of
Total or
Measured Total Total
Depth to Depth to Depth Of
Water Water Well
87.27 85.8286.43 84.9886.64 85.1986.53 85.0886.65 8s.2086.61 85.1686.52 85.07
86.47 85.02
86.45 85.0086.43 84.9886.38 84.9386.38 84.9386.33 84.8886.25 84.80
86.39 84.9486.36 84.9186.49 85.0486.15 84.7086.06 84.61
85.88 84.4386.08 84.6385.89 84.M85.90 84.4585.82 84.3785.68 84.2385.55 84.1085.57 84.1285.89 84.4485.90 84.4585.82 84.3785.68 84.2385.55 84.1085.57 84.1285.53 84.0885.32 83.878s.42 83.9785.28 83.8384.84 83.3985.03 83.5884.55 83.1084.80 83.3584.47 83.0284.42 82.9784.29 82.8484.07 82.6284.18 82.7383.84 82.3983.68 82.2383.63 82. I 8
83.43 8r.9883.10 8r.6s83.04 8 r.59
5,521.51
5,522.35
5,522.14
5,522.25
5,522.13
5,522.17
5,522.26
5,522.31
5,522.33
5,522.35
5,522.40
5,522.40
5,522.45
5,522.53
5,522.39
5,522.42
5,522.29
5,522.63
5,522.72
5,522.90
5,522.70
s,522.89
5,522.88
s,522.96
5,523.10
5,523.23
5,523.21
5,522.89
5,522.88
5,522.96
s,523.10
s,523.23
5,523.21
5,523.25
5,523.46
5,523.36
5,523.50
5,523.94
5,523.75
5,524.23
5,523.98
5,524.31
5,524.36
5,524.49
5,524.71
5,524.60
5,524-94
5,525.10
5,525.1 5
5,525.35
5,525.68
5,525.74
6t9t00
6lt6100
6t26/00
716/00
7n3t00
7/r8t00
7/25t00
812100
8t9t00
8/r5100
8/3 l/00
9/81O0
9n3t00
9120100
l0/5/00
1lt9t00
12/6/00
v3t01
2t9t0r
3126101
4l30l0r
5l3r/0r
6t20/01
7 t10/0r
8t2A/01
9n9/0r
l0/2/01
5t31/0r
6t2v0r
Ttrot0r
8120l0r
9n9/0r
t0/2t0r
l t/8i01
r2t3t0r
u3102
2t6t02
3126/02
4t9t02
st23l02
6ls/02
718/02
8t23t02
9/lt/02
t0t23t02
nt22t02
r2/3t02
lt9/03
2/12t03
3t26t03
4t2t03
5fit03
Water Levels and Data over Time
White Mesa Mill - Well TW4-6
Measuring
Point Length
Land Surface Elevation Of Riser
Total or
Measured
DePth to
Date Of Water
Total
Depth to
Water
Total
Depth Of
WellWater
Elevation blw.
5,525.98
5,526.M
5,526.07
5,526.42
5,526.30
5,526.41
5,526.46
5,526.83
5,526.81
5,527.14
5,527.39
5,527.&
5,527.70
5,528.16
5,528.30
5,528.52
5,528.71
5,528.74
5,529.20
5,528.92
5,529.51
5,529.74
5,529.96
5,530.15
5,530.35
5,534.47
5,530.95
619/03
7t7t03
8t4/03
9nU03
l0/2/03
tu7l03
t2l3l03
vt5l04
2lr0l04
3128104
4lr2l04
5lt3l04
6lr8l04
7t28104
8t30/04
9tr6tM
1Altv04
tu16l04
12122104
1/l 8/05
2128/05
3lr5l0s
4t26/0s
5t24t05
6l30l0s
7l29lus
9lr2/0s
82.80
82.74
82.71
82.36
82.48
82.37
82.32
81.95
81.97
81.64
81.39
81.14
81.08
80.62
80.48
80.26
80.07
80.04
79.58
79.86
79.27
79.04
78.82
78.63
78.43
78.31
77.83
81.35
8r.29
8t.26
80.91
81.03
80.92
80.87
80.50
80.52
80.19
79.94
79.69
79.63
79.17
79.03
78.81
78.62
78.59
78.13
78.41
77.82
77.59
77.37
77.18
76.98
76.86
76.38I
I
Water Levels and Data over Time
White Mesa Mill - WelI TW4-7
Water
Elevation
(!vL)
Land Surface
(LSD)
Measuring
Point
Elevation
(MP)
Length
Of Riser
(L)
Date Of
Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total
Depth to
Water
(blw.LSD)
Total
Depth Of
Well
(blw.LSD)
5.621.07 r.20 l19
5,552.37
5,553.57
5,553.87
5,553.72
5,553.97
5,553.87
5,553.87
5,554.17
5,554.27
5,554.37
5,554.37
5,554.27
5,554.77
5,554.57
5,554.27
5,554.57
5,554.77
5,554.87
5,554.87
5,555.27
5,554.97
5,555.27
5,555.33
5,555.45
5,555.22
5,555.45
5,555.40
5,555.45
5,555.59
5,555.65
5,555.70
5,555.74
5,555.96
5,555.87
5,555.95
5,556.05
5,556.06
5,556.17
5,556.20
5,556.22
5,556.36
5,556.42
5,556.45
5,556.15
5,556.89
5,557.O7
5,557.62
5,557.51
5,557.77
5,557.84
5,557.98
5,558.33
5,558.57
rr/29199
r/2100
l/10/00
1/17t00
il24100
2lll00
217100
2n4100
2/23100
3/1100
3/8/00
3n5t00
3120100
3t29t00
4/4t00
4lt3l00
4t2v00
4t28t00
5/t/00
5/l l/00
str5t00
5/25100
6t9t00
6/r6100
6t26t00
7/6100
7lt3l00
7ll8l00
7t27t00
8t2/00
819100
8i 16i00
8/31/00
9/8/00
9t13/00
9t20/00
r0/5/00
101r2100
l0n9t00
10/23100
tU9t00
tut4100
I li30l00
r2t6t00
r/t4tOl
2t9/0r
3/29t01
4t30tOl
513v0r
6t2v01
7n0/01
8t20t01
9n9t0r
68.70
67.50
67.20
67.35
67.10
67.20
67.20
66.90
66.80
66.70
66.70
66.80
66.30
66.50
66.80
66.50
66.30
66.20
66.20
65.80
66.10
65.80
6s.74
6s.62
65.85
6s.62
65.67
65.62
65.48
65.42
65.37
65.33
65.1I
6s.20
65.12
65.02
65.01
64.90
64.87
64.85
64.71
64.65
64.62
64.92
64.18
64.00
63.4s
63.56
63.30
63.23
63.09
62.74
62.s0
67.50
66.30
66.00
66.15
65.90
66.00
66.00
65.70
65.60
65.50
65.50
65.60
65.10
65.30
65.60
65.30
65.10
65,00
65.00
64.60
64.90
64.60
64.54
64.42
64.65
64.42
64.47
64.42
64.28
64.22
64.17
64.t3
63.9r
64.00
63.92
63.82
63.81
63.70
63.67
63.65
63.51
63.45
63.42
63.72
62.98
62.80
62.25
62.36
62.10
62.03
6r.89
61.54
61.30
\
I
Water Levels and Data over Time
White Mesa Mill - Well TW4'7
Water
Elevation
(wL)
Land Surface
(LSD)
Measuring
Point
Elevation
(MP)
Length
Of Riser
(L)
Date Of
Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total
Depth to
Water
(blw.LSD)
TotaI
Depth Of
Well
(blw.LSD)
1.07 1.20 ll
5,558.53
5,558.62
5,559.03
5,559.08
5,559.32
5,559.63
5,559.55
5,560.06
5,559.91
5,560.09
5,560.01
5,560.23
5,s60.43
5,560.39
5,560.61
5,560.89
5,560.94
5,561.28
5,561.35
5,546.20
5,539.47
5,541.87
5,542-12
5,54r.91
5,s44.62
5,542.67
5,549.96
5,557.17
5,558.65
5,559.90
5,560.36
5,560.87
5,560.95
5,56r.64
5,543.00
5,541.91
5,540.08
5,546.92
5,546.97
5,546.51
5,546.66
5,546.81
5,548.19
5,547.11
5,546.98
5,546.92
5,547.26
t0/2/01
I l/8/01
r2l3lol
U3102
216102
3126102
419102
5123/02
615102
7/8102
8/23t02
9ltll02
10/23102
r!22102
r213/02
119103
2lt2/03
3/26t03
4/2103
5/t/03
6/9t03
717103
814/03
9/rU03
r0l2l03
11t7 t03
r2t3t03
y1sl04
2ltol04
3t28t04
4n2t04
5lr3l04
6l18/04
7128104
8130104
9lt6104
ro/11/04
tvl6l04
r2t22t04
l/18/05
2128105
3/tst05
4t26t05
st24t0s
6/30/05
7t29t05
9lt2l05
62.54
62.45
62.04
61.99
61.7s
61.44
6r.52
61.01
61.16
60.98
61.06
60.84
60.64
60.68
60.46
60.18
60.13
59.79
59.72
74.87
81.60
79.20
78.95
79.16
76.45
78.40
7 t.tl
63.90
62.42
61.17
60.71
64.20
60.12
59.43
78.07
79.16
80.99
74.1s
74.10
74.56
74.41
74.26
72.88
73.96
74.09
74.15
73.81
61.34
6r.25
60.84
60.79
60.55
60.24
60.32
59.81
59.96
59.78
59.86
59.64
59.44
59.48
s9.26
58.98
58.93
58.59
58.52
73.67
80.40
78.00
77.75
77.96
75.25
77.20
69.91
62.70
6r.22
59.97
59.51
59.00
58.92
s8.23
76.87
77.96
79.79
72.95
72.90
73.36
73.21
73.06
71.68
72.76
72.89
72.95
72.61
\
V
Water Levels and Data over Time
White Mesa Mill - Welt TW4-8
Water
Elevation Land Surface
5,616.80
5,543.
Measuring
Point Length
Elevation Of Riser Date Of
ll
t.4t
Total or
Measured
Depth to
Water
.M
Total
Depth to
Water
Total
Depth Of
Well
126.00
5,543.01
5,543.31
5,543.1I
5,543.41
5,543.31
5,543.31
5,543.71
5,543.76
5,543.86
5,543.86
5,543.91
5,544.31
5,544-21
5,544.01
5,544.21
5,544.4r
5,544.51
5,544.51
5,544.81
5,544.51
5,544.71
5,544.71
5,544.81
5,544.68
5,544.76
5,544.77
5,544.76
5,544.92
5,544.96
5,544.98
5,544.97
5,545.21
5,545.31
5,545.43
5,545.56
5,545-57
5,545.81
5,545.66
5,546.28
5,546.70
s,s47.18
5,547.31
5,547.49
5,547.49
5,547.83
5,548.13
5,548.30
5,548.45
5,547.49
5,547.54
5,547.83
5,548.13
l/2100
l/10/00
tlt7100
U24100
2/v00
217100
2/14100
2t23100
3lll00
3/8/00
3lr5lw
3l20lw
3/29100
4/4t00
4t13lo0
4/21t00
4t28100
51v00
5/l l/00
sll5/00
5125100
6t9/00
6lr6100
6/26/O0
716100
7ll3l00
7ll8l00
7127/O0
812100
819100
8/15/00
8/31/00
9/8100
9l13/00
9120100
10/5/00
tU9l00
r2t6t00
r/3/01
2t9/0r
3/2710r
4t30t01
st3y0r
6120l0l
7/1010r
8l20l0r
9n9/0r
t0l2/01
5/3t/01
6/2v0r
7 t10/0r
8t20t0l
75.00
75.20
74.90
75.r0
74.80
'74.90
74.90
74.50
74.45
74.35
74.35
74.30
73.90
74.00
74.20
74.00
73.80
73.70
73.70
73.40
73.70
73.50
73.50
73.40
73.53
73.45
73.44
73.45
73.29
73.2s
73.23
73.24
73.00
72.90
72.78
72.65
72.64
72.40
72.55
71.93
7 t.5l
71.03
70.90
70.72
70;72
70.38
70.08
69.91
69.76
70.72
70.67
70.38
70.08
73.59
73.79
73.49
73.69
73.39
73.49
73.49
73.09
73.M
72.94
72.94
72.89
72.49
72.59
72.79
72.59
72.39
72.29
72.29
7t.99
72.29
72.09
72.09
7r.99
72.12
72.04
72.03
72.04
71.88
7r.84
71.82
7l.83
7r.59
7r.49
71.37
71.24
7r.23
70.99
7l.l4
70.52
70.10
69.62
69.49
69.31
69.31
68.97
68.67
68.50
68.35
69.31
69.26
68.97
68.67
!
\l
I
I
I
Water Levels and Data over Time
White Mesa Mill - Welt T\il4-8
Water
Elevation Land Surface
Measuring
Point Length
Elevation Of Riser Date Of
Total or
Measured
Depth to
Water
Total
Depth to
Water
Total
Depth Of
Well.M
126.00
i
1
I
\
5,548.30
5,548.4s
5,548.62
5,549.03
5,548.97
5,549.19
5,549.66
5,549.64
5,550.01
5,549.97
5,550. l3
5,550.30
5,550,50
5,550.90
5,550.83
5,551.M
5,551.24
5,551.23
5,551.52
s,55r.64
5,549.02
5,544.74
5,543.78
5,543.39
5,543.05
5,543.19
5,543.21
5,543.40
5,548.l0
5,549.50
5,550.87
5,551.33
5,s51.87
5,551.92
5,552.69
5,s49.78
5,547.46
5,54s.21
5,545.09
5,545.61
5,545.24
5,545.42
5,545.4s
5,545.46
5,545.66
5,545.54
5,545.43
5,545.61
9/19/Or
tOt210l
l 1/8/01
t2l3l0l
v3/02
216/02
3126102
419102
sl23/02
615102
7/8t02
8/23102
9llU02
r0123102
tr/22/02
t2t3l02
v9103
2n2t03
3/26/03
412103
s/t/03
619103
7/7t03
814/03
9nt/03
t0l2/o3
rllT/o3
r2l3lo3
vt5t04
2n0/04
3128104
4/l2t44
5nya4
6^8104
7128/04
8130104
9ll6104
l0/1v04
tyr6t04
12/22/04
l/1 8i05
2/28t05
3trst05
4t26/0s
5t24t05
6t30t0s
7t29t05
9n2t0s
69.91
69.76
69.s9
69.18
69.24
69.02
68.55
68.57
68.20
68.24
68.08
67.91
67.71
67.3r
67.38
67.17
66.97
66.98
66.69
66.57
69.19
73.47
74.43
74.82
7s.16
75.02
75.00
74.81
70.1I
68.71
67.34
66.88
66.34
66.29
65.52
68.43
70.75
73.00
73.12
72.60
72.97
72.79
72.76
72.75
'72.55
72.67
72.78
72.60
68.50
68.35
68.18
67.77
67.83
67.6r
67.14
67.16
66.79
66.83
66.67
66.50
66.30
65.90
65.97
65.76
65.56
65.57
65.28
65.16
67.78
72.06
73.02
73.41
73.75
73.61
73.59
73.40
68.70
67.30
65.93
65.47
64.93
64.88
64.11
67.02
69.34
71.59
71.71
71.19
71.56
7r.38
7t.35
71.34
71.14
7l.26
71.37
71 .19
Water Levels and Data over Time
White Mesa Mitt - Well TW4-9
Measuring
Point
Elevation
Total or
Measured Total
Depth to Depth to
Water WaterLand Surface
LS
5,636.1I
Length Of Date Of
Riser
L48
Total
Depth Of
Well
r21.33
I
\
5,577.O9
5,577.09
5,577.29
5,577.09
5,577.39
5,577.29
5,577.19
5,577.69
5,577.69
5,577.79
5,577.79
5,577.89
5,568.49
5,578.14
5,577.84
5,s78.04
5,578.24
5,578.39
5,578.39
5,578.79
5,578.39
5,578.79
5,578.81
5,578.89
5,578.74
5,578.86
5,578.87
5,578.84
5,s79.03
5,579.03
5,579.05
5,579.O4
5,579.25
5,579.35
5,579.40
5,579.46
5,579-44
5,579.79
5,579.73
5,580.01
5,580.30
5,580.66
5,580.75
5,581.(M
5,581.12
5,581.l5
5,581 .5 I
5,581 .70
5,581.61
5,581.04
5,581.12
5,581 . I 5
5,581 .5 I
r2t20199
v2100
r/r0/00
llt7l00
t/24t00
2lt/00
217100
2tr4t00
2t23100
31'/00
3/8lW
3lr5l00
3/20100
3t29100
4/4100
4/13loo
4t2u00
4t28100
5/v00
5lty00
slt5l00
st25l00
6/9100
6lr6100
6t26t00
716100
7l13/00
7lr8l00
7121100
8tzt00
819100
8/r5/00
8/31/00
9t8tw
9l13l00
9120100
l0/5/00
1l19lo0
12/6t00
v3l0r
2t9t0t
3l27l0r
4t30/al
5/3u01
6/2ltOl
7n0t0r
8t20/01
9t19tOr
1012101
st31/01
6/21/Al
7/lOt0l
8/2At0l
60.s
60.5
60.3
60.5
60.2
60.3
60.4
s9.9
59.9
s9.8
59.8
s9.7
69.1
59.45
s9.75
59.55
59.35
59.2
59.2
58.8
s9.2
58.8
58.78
58.7
58.85
58.73
58.72
58.75
58.56
58.56
58.54
58.55
58.34
58.24
58.19
58. l3
58.1 5
57.8
57.86
57.58
57.29
56.93
56.84
56.55
56.47
56.44
56.08
55.89
55.98
56.55
56.47
56.44
56.08
59.02
58.82
59.02
58.72
58.82
58.92
58.42
58.42
58.32
58.32
58.22
67.62
57.97
58.27
58.07
57.87
57.72
57.72
57.32
57.72
57.32
57.30
57.22
57.37
57.25
57.24
57.27
57.08
57.08
57.06
57.07
56.86
56.76
56.71
56.6s
56.6'1
56.32
56.38
56.10
55.81
55.45
55.36
55.07
54.99
54.96
54.60
54.41
54.50
55.07
54.99
54.96
54.60
59
Water Levels and Data over Time
White Mesa Mill - WeIl TW4-9
Water
Elevation Land Surface
Measuring
Point
Elevation Length Of
Total
Depth to
Water
Total
Depth Of
Well
Total or
Measured
DePth to
Date Of Water
Riser
5,637.59 1.48
(blw
12r.33
I
5,581.70
5,581.61
5,581.83
5,582.17
5,582.21
5,582.57
5,583.12
5,582.77
5,583.21
5,582.94
5,582.71
5,583.67
5,583.82
5,584.01
5,583.88
5,583.81
5,584.28
5,584.41
5,584.68
5,584.49
5,584.51
5,583.59
5,582.96
5,582.98
5,582.57
5,582.25
5,582.09
5,582.48
5,583.69
5,583.89
5,584.30
5,584.59
5,584.87
5,584.96
5,585.50
5,584.81
5,584.40
5,583.91
5,583.39
5,583.54
5,583.34
5,583.66
5,583.87
5,584.74
5,585.26
5,585.06
5,584.67
5,584.75
9l19l01
t0l210l
I l/8/01
t2l3lor
t/3/02
216102
3/26102
4t9/02
5123102
6t5/02
718102
8123102
9/ru02
10123102
rt/22102
rzt3/02
u9103
2tr2l03
3t26/03
4t2103
5t1/03
6t9t03
7 t7 t03
8t4103
9/rlt03
r0t2l03
ru7l03
r2/3/03
vl5t04
2tr0l04
3/28104
4/r2104
5l13lo4
6lt8lo4
7t28t04
8/30t04
9lt6lM
l0/l l/04
1ln6l04
12t22t04
l/l 8/05
2t28t05
3/t5t05
4t26/05
5t24/05
6/30t05
7/29t05
9/t2/05
55.89
55.98
55.76
55.42
55.38
55.02
54.47
54.82
54.38
54.65
54.88
53.92
53.77
53.58
53.7r
53.78
53.31
53.1 8
52.91
53.10
53.08
54.00
54.63
54.61
55.02
55.34
55.50
55.1I
53.90
53.70
s3.29
53.00
52.72
52.63
52.09
52.7E
53. l9
53.68
54.20
54.05
54.25
53.93
53.72
52.85
52.33
52.53
52.92
s2.84
54.41
54.50
54.28
53.94
53.90
53.54
52.99
53.34
52.90
53.17
53.40
52.44
52.29
52.10
52.23
52.30
5l.83
51.70
5r.43
5r.62
51.60
52.52
53.1 5
53.r3
53.54
53.86
54.02
53.63
52.42
52.22
51.81
51.52
51.24
51.15
50.61
5r.30
51.7 |
52.20
52.72
52.57
52.77
52.45
52.24
51.37
50.85
51.05
51.44
51.36
\
I
\
Water Levels and Data over Time
White Mesa Mill - Well TW4-10
Measuring
Point
Elevation
Total or
Measured
Depth to
Water
(blw.M
Total
Depth to
Water
Totrl
Depth Of
Well
12t.33
Land Surface
LS
31.99
Length Of Date Of
Riser
2.25
\
l
I
l
5,576.75
5,576.92 2t6/02
3t26102
419102
sl23l02
6/5102
718102
8123102
9lrU02
10t23t02
tv22/02
r2t3t02
v9/03
2t12/03
3t26/03
4t2t03
5tv03
619103
717103
814103
9lty03
r0l2l03
tlt7t03
r2t3t03
1tr5104
2n0104
3t28/M
4t12/04
5/13104
6lt8/M
7128/04
8t30tM
9ll6104
tOltu04
tvt6104
r2122104
l/18/05
2/28/05
3tr5t05
4t26tos
st24t05
6l30lOs
7t29t05
9/rzt0s
57.49
57.32
56.81
57.02
56.44
56.77
56.69
56.14
56.00
55.75
55.81
55.81
55.58
55.58
55.46
55.34
55.41
56.19
56.86
s7.09
57.48
57.88
58.19
58.M
56.81
56.43
J).t I
)).))
55.31
5s.25
55.06
s5.1 8
55.46
56.44
s7.tl
57.28
s7.61
57.42
57.38
56.72
56.23
56.09
56.34
56.22
55.24
55.07
54.56
54.77
54.19
54.52
54.44
53.89
53.75
53.50
53.56
53.56
53.33
53.33
53.21
53.09
53.16
53.94
54.61
54.84
55.23
55.63
55.94
5s.79
54.56
54.1 8
53.52
53.30
53.06
53.00
52.8r
52.93
53.21
54.19
54.86
55.03
55.36
55.t7
55.1 3
54.47
53.98
53.84
54.09
53.97
5,577.43
5,577.22
5,577.80
5,577.47
5,577.55
5,578.10
5,578.24
5,578.49
5,578.43
5,578.43
5,578.66
5,578.66
5,578.78
5,578.90
5,578.83
5,578.05
5,577.38
5,577.15
5,576.76
5,576.36
5,s76.05
5,576.20
5,577.43
5,577.81
5,578.47
5,s78.69
5,578.93
5,578.99
5,s79.18
5,579.06
5,578.78
5,577.80
5,577.13
5,576.96
5,576.63
5,576.82
5,576.86
5,577.52
5,578.01
5,578.15
5,577.90
5,578.02
Water Levels and Data over Time
White Mesa Mill - Well TW4-11
Water
Measuring
Point
Total or
Measured Total
Depth to DePth to Total
Water Water DePth Of
73.18 71.4873.15 71.45
73.02 71.32
73.02 7t.32
72.68 70.9872.62 70.92
3128104 73.28 71.58
Elevation Land Surface Elevation Length Of Date Of
-- -- -- -- tzt3l
5.548.325,548.73 216/02 74'89 73'19
5,54g.O3 3126102 74'59 72'89
5,548.84 4/9102 74'78 73'08
5,549.30 5123102 74'32 72'62
5,549.01 6/5102 74'61 7291
5,549.22 718102 74'40 72'70
5,549.44 8/23102 74'18 72'48
5.s4s.s7 9/rll02 74'05 72'35
5,s49.64 ro/23102 73'98 72'28
5,549.58 rrl22l02 74'M 72'34
5,549.62 l2l3lo2 74'Oo 72'30
5,549.85 ll9l03 73'77 72'07
5,549.gr 2/12103 73'71 72'01
5,550.15 3126/03 73'47 7l'77
5,550.01 412103 73'61 7l'91
5,550.31 511103 73'31 7l'61
5.550.,14 619/03 73' 18 71'48
717103 73.29 71.59
8t4103 73.27 71.57\
1
I
5,550.33
5,550.35
5,550.44
5,550.47
5,550.60
5,550.60
5,550.94
5,551.00
5,550.34
5,551 .54
5,551 .89
5,5sr.94
5,552.49
5,552.74
5,553.01
5,553. t 1
5,553. l9
5,553.53
5,553.31
5,553.84
5,s54.04
5,554.23
5,553.87
5,554.46
5,554.57
5,553.86
9/r1103
r0t2l03
rv7l03
r2t3l03
r/15t04
2^0t04
4n2t04
5/13104
6/18lM
7/28t04
72.08 70.3871.73 70.03'tr.68 69.987r.13 69.438t30/04 70.88 69.18
9/16104 70.61 68.91
r0^u04 70.51 68.81
lllt6/04
r2t22t04
l/l 8/05
2t28t05
3ns/05
4t26t05
5t24t05
6t30t05
7129105
9/12105
69.78
69.58
69.39
69.75
69.16
69.05
69.76
68.08
67.88
67.69
68.05
67.46
67.35
68.06
70.43 68.7370.09 68.3970.31 68.61
Water Levels and Data over Time
White Mesa Mill - Well TW4'12
Water
Measuring
Point
Total or
Measured Total
Depth to DePth to Total
Water Water DePth OfElevation Land Surface Elevation Length Of Date Of
121.33L655,622.38 5,624.03
3.32 4l
I
I
1
I
I
\
5,580.71
5,581.34
5,581.13
5,581.27
5,581.35
5,582.38
5,582.27
5,582.51
5,581.91
5,582.72
5,582.93
5,583.01
5,583.1I
5,583.35
5,583.52
5,583.57
5,583.81
5,584.17
5,584.19
5,584.31
5,584.70
5,584.68
5,584.73
5,585.16
5,585.18
5,585.29
5,585.65
5,585.71
5,586.15
5,585.94
5,586.36
5,586.7s
5,587.00
5,587.15
5,587.38
5,587.38
5,587.74
8123102
9lrv02
r0123102
ty22/02
t2l3l02
y9103
2lt2/03
3126103
412103
5lll03
619103
7t7/03
8t4ta3
9lru03
r0l2/03
1117l03
r2t3/03
Ursl04
2110104
3128104
4lr2l04
slt3l04
6l18/04
7128104
8130/04
9l16104
t0lrllM
t,/r6104
12122/04
l/18/05
2t28/05
3lr5l05
4t26t05
5124/05
6t30t05
7t29105
9lt2l0s
42.69
42.90
42.76
42.68
41.65
4rj6
4t.52
42.12
41.31
41.10
4r.02
40.92
40.68
40.51
40.46
40.22
39.86
39.84
39.72
39.33
39.35
39.30
38.87
38.85
38.74
38.38
38.32
37.88
38.09
37.67
37.28
37.03
36.88
36.65
36.65
36.29
41.04
4r.25
4l.l I
41.03
40.00
40.1I
39.87
40.47
39.66
39.45
39.37
39.27
39.03
38.86
38.81
38.57
38.21
38.19
38.07
37.68
37.70
37.6s
37.22
37.20
37.09
36.73
36.67
36.23
36.44
36.02
35.63
35.38
35.23
35.00
35.00
34.64
Water
Elevation Land Surface
Water Levels and Data over Time
White Mesa Mill - Well TW4-13
Total or
Measuring Measured Total
Point DePth to DePth to
Elevation Length Of Date Of Water Water
Total
Depth Of
WellRiser
l
!
I
1
5.529.66 2 90'28 88'43
5.530.66 9llrl02 89'28 87 '43
5,529.10 lol23l02 90'84 88'99
5,530.58 lll22l02 89'36 87'51
5,530.61 l2l3l02 89'33 87'48
5.529.74 rl9/03 90'20 88'35
5.531.03 2ll2l03 88'91 87'06
5.531.82 3126/03 88'12 86'27
5,524.63 412103 95'31 93'46
5,531.54 5ll/03 88'40 86'55
5,538.46 619103 8l '48 79'63
5,539.38 7/7103 80'56 78'7r
5,540.72 814103 79'22 77 '37
5,541.25 9llll03 78'69 76'84
5,541.34 l0l2l03 78'60 76'75
5,541.69 11/7103 78'25 76'40
5,541.91 l2l3l03 78'03 76'18
5,542.44 lll5/04 77 's0 75'6s
5,s42.47 2ll0l04 77 '47 7s'62
5,s42.84 3128104 77 'r0 7s'25
5.543.08 4ll2l04 76'86 75'01
5,543.34 5ll3l04 76'60 74'75
5.s43.40 6118104 76'54 74'69
5,544.06 7128104 75'88 74'03
5,544.61 8130/04 75'33 73'48
5,s45.23 9116/04 74'71 72'86
5,546.20 lollllo4 73.74 7l'89
5,547.43 11116104 72-51 70'66
5,548.96 12122/04 70.98 69'13
5,549.02 1/18/05 70-92 69'07
5,550.66 2128105 69-28 67 '43
5.55r.26 3ll5l05 68.68 66.83
5,552.23 4126/05 67.71 65.86
s.5s2.87 5l24l0s 67.07 6s-22
5,553.42 6/30105 66-52 64.67
5,554.00 7129/05 65.94 64.09
5.555.21 9ll2l05 64.73 62-88
i
1
Water
\ilater Levels and Data over Time
White Mesa Mill - Well TW4-14
Measuring
Point
Total or
Measured Total
Depth to DePth to Total
91.47 89.62
9r.42 89.579r.41 89.56
91.61 89.76
91.48 89.63
91.41 89.56
91.00 89.15
90.98 89.1390.97 89.12
Elevation Land Surface Elevation Length Of Date Of Water Water Depth Of
(wL)(LSD)(MP)RileI.(L)Monitoring(b|w.MP)(blw.LSD)-YeI-tzt'lz
8/23102 93.87 92'02
5,519.28
5,519.95
5,520.32
5,520.42
5,520.70
5,520.89
5,521.12
5,521.12
5,521.24
5,521.34
5,521.36
5,521.35
5,521.30
5,521.35
5,521.36
5,521.16
5,521.29
5,521.36
5,521.46
5,521.54
5,521.59
5,521.69
5,521.71
5,521-76
5,521.77
5,521.79
5,521.80
5,521.82
5,521.82
5,521.86
5,521.85
5,521.91
5,521.93
5,521.94
5,521.84
s,521.99
9ltll02 93.49 91.64
t0123/02 92.82 90.97
tr/22102 92.45 90.60
t2l3l02 92.35 90.50
r/9/03 92.07 90.22
2^2/03 91.88 90.03
3t26103 91.65 89.80
412103 91.65 89.80
5/v03 91.53 89.68
619/03 9r.43 89.58
717103 91.41 89.56
814103 91.42 89.57
I
9/1v03
10/2103
rll7l03
r2t3t03
lll5104
2n0/a\
I
I
1
l
3t28t04 91.31 89.4691.23 89.38
91.18 89.33
91.08 89.239r.06 89.218t30t04 91.01 89.16
9lr6/04
t0llll04
rr/16104
4tr2t04
5lr3l04
6lt8/04
7t28t04
3t15t05
4/26t05
5/2410s
6/30t05
7t29/05
9nzt05
t2/221O4 90.95 89.10
l/18/0s 90.95 89.10
2t28/05 90.91 89.06
90.92 89.07
90.86 89.01
90.84 88.99
90.83 88.98
90.93 89.08
90.78 88.93
Water
Elevation Land Surface
Water Levels and Data over Time
White Mesa Mill - Well TW4-15
Total or
Measuring Measured Total
Point DePth to DePth to
Elevation Length Of Date Of Water Water
Total
Depth Of
WellRiser
I
I
I
l
I
1
!!!2ltoz so'70 49'40
5.574.97 9llrl02 50'48 49'18
5,575.10 10123102 50.35 49'05
5,574.gg ll/221a2 50'46 49'16
5.575.28 r2l3l02 50.17 48'87
5,575.41 l/9103 50'04 48'74
5,575.43 2ll2l03 50'02 48'72
5,575.63 3/26103 49'82 48'52
5,575.91 4/2103 49'54 48'24
5,575.81 5lll03 49'64 48'34
5,572.36 619103 53.09 5l'79
5,570.70 7/7103 54.75 53'45
s,slo.zg 814103 s5.16 53'86
5,560.94 9llll03 64.51 63'21
5.560.63 l0l2l03 64.82 63'52
5.560.56 rl/7103 64.89 63'59
5-564.77 r2l3l03 60.68 59'38
5,570.89 rllslOA s4.56 53.26
s,s72.55 2ll0l04 s2.90 5l '60
s.574.25 3128104 5r.20 49'90
5,574.77 4ll2l04 50'68 49'38
s,575.s3 sll3lo4 49.92 48-62
5,575.59 6118104 49-86 48'56
s.s76.E2 7128104 48.63 47 '33
5,527.47 9116104 97.98 96'68
5,553.97 11116104 7r.48 70'18
5,562.33 12122/04 63.12 61.82
5,550.00 l/18/05 '75.45 74-15
5.560.02 4126/0s 65-43 64.13
5.546.11 5l24l0s 79'34 78.04
5,556.71 6130/05 68'74 67.44
5,554.95 7129105 70.50 69-20
5.555.48 9lr2l05 69.97 68-67
Water Levels and Data over Time
White Mesa Mill - Wett TW4-16
Water
Elevation Land Surface length Of Date Of
Riser
1.83
Measuring
Point
Elevation
Total or
Measured
Depth to
Water
Total
Depth to
Water
Total
Depth Of
Well
121.33
.MP)blw.
\
I
5,563.45
5,563.75
5,563.68
5,563.68
5,564.16
5,5U.25
5,564.53
5,5&.46
5,564.79
5,564-31
5,563.29
5,562.76
5,561.73
5,561.04
5,560.39
5,559.79
5,561.02
5,561.7 5
5,562.98
5,563.29
5,564.03
5,564.09
5,565.08
5,su.56
5,563.55
5,561.79
5,560.38
5,559-71
5,559.14
5,558.65
5,558.54
5,558-22
5,558.54
5,559.24
5,559.38
5,559.23
8/23102
9lrU02
t0/23102
tll22l02
t2l3l02
v9t03
2n2t03
3/26103
4t2t03
5/v03
6t9t03
7/7103
8t4t03
9trll03
t0t2l03
rv7/03
nBla3
1lt5l04
2lt0l04
3l28lM
4lt2l04
5lt3lM
6/18104
7128104
8130104
9lr6104
tOlrll04
r1lr6104
12122104
l/18/05
2128105
3n5t05
4t26105
s/24105
6t30/05
7129105
9/t2t0s
6l.l I
60.57
60.27
60.34
60.34
59.86
59.77
59.49
59.56
59.23
59.71
60.73
61.26
62.29
62.98
63.63
64.23
63.00
62.27
61.04
60.73
59.99
59.93
58.94
59.46
60.47
62.23
63.64
64.31
64.88
65.31
65.48
65.80
65.48
64.78
64.64
64.79
58.74
58.44
58.51
58.51
58.03
57.94
57.66
57.73
57.40
57.88
58.90
59.43
60.46
61 .15
61.80
62.40
61.r7
60.44
s9.2r
58.90
58.16
58.1 0
57.t1
57.63
58.64
60.40
61.81
62.48
63.05
63.54
63.65
63.97
63.65
62.95
62.81
62.961
Water Levels and Data over Time
White Mesa Mill - Well T'W4-17
Water
Measuring
Point
Total or
Measured Total
Depth to DePth to Total
Etevation Land Surface Elevation Length Of Date Of Water Water Depth Of
121.335,625.24
I
5,542.17
5,542.39
5,542.61
5,542.49
5,542.82
5,543.03
5,543.04
5,543.41
5,543.69
5,543.77
5,544.01
5,544.05
5,543.99
5,544.17
5,544.06
5,544.03
5,543.94
5,543.98
5,543.85
5,544.05
5,544.33
5,544.55
5,544.59
5,545.08
5,545.26
5,545.48
5,545.61
5,545.46
5,545.66
5,545.33
5,545.51
5,545.57
5,545.46
5,545.45
5,545.33
5,545. l6
5,545.54
8123102
9lrv02
10123102
tv22l02
r2l3l02
v9t03
2n2t03
3126/03
4tzt03
s/v03
6t9t03
7/7t03
814103
9ltr/03
l0l2103
rv7l03
r2l3l03
vt5t04
2tr0t04
3/28104
4^2t04
5lt3l04
6lt8l04
7128104
8t30/04
9l16/04
t0/lv04
rUt6t04
r2t22t04
l/18/05
2t28t05
3t15/05
4126105
5/24/0s
6t30105
7t29t05
9lr2/0s
83.07
82.85
82.63
82.75
82.42
82.2r
82.20
81.83
81.55
81.47
8r.23
81.19
81.25
81.07
81 .18
8r.21
81.30
81.26
81.39
81.19
80.91
80.69
80.65
80.16
79.98
79.76
79.63
79.78
79.58
79.91
79.73
79.67
79.78
79.79
79.9r
80.08
79.70
81.02
80.80
80.92
80.59
80.38
80.37
80.00
79.72
79.64
79.40
79.36
79.42
79.24
79.35
79.38
79.47
79.43
79.56
79.36
79.08
78.86
78.82
78.33
78.15
77.93
77.80
77.95
77.75
78.08
77.90
77.84
77.95
77.96
78.08
78.25
77.87
Water Levels and Data over Time
White Mesa Mill - Well TW4-18
Water
Elevation Land Surface
Measuring
Point
Elevation Length Of Date Of
Total or
Measured
Depth to
Water
Total
Depth to
Water
Total
Depth Of
WellRiser.MP).LSD
I
I
l
l
l2l-335,639.13 5,&1.28 2.15 8123/02 56'15 54'00),J6J. rJ5,585.41 9llll02 55.87 53'72
5.585.47 10/23102 55.81 53'66
5,585.40 ll/22102 55.88 53'73
5,585.68 l2l3l02 55'60 53'45
5,585.90 ll9l03 s5'38 53'23
5,5g0.7g 2ll2l03 so'49 48'34
5,586.18 3126103 55.10 52'95
5,586.36 412103 s4.92 52'77
5.586.24 s/1103 55.04 52.89
5,584.93 6/9103 56.35 54.20
5,584.46 717103 s6-82 54.67
5,584.55 8/4103 56.73 54'58
5,584.01 9ll1l03 57 -27 55'12
5,583.67 l0l2l03 s7.61 55'46
5.583.50 ll/7103 57.78 55.63
5.584.08 12/3/03 s7 -20 55'05
5.585.45 rll5lo4 55-83 53.68
5,585.66 2ll0lo4 5s.62 53-47
5.586.13 3128104 55.15 53.00
5,586.39 4ll2lo4 54-89 52-74
5,586.66 5ll3l04 s4.62 52-47
5,586.77 6118/04 s4-51 52-36
5,587.35 7/28104 s3.93 51.78
5,586.34 8/30104 s4.94 s2.79
5,585.85 9116104 55.43 s3.28
5,585.22 10/11104 56.06 53.91
5,584.70 rr/16/04 56.58 54-43
5,584.81 12122104 56'47 54.32
5,584.68 1/18/05 56.60 54-45
5,585.02 2/28105 56.26 54.11
5,585.25 3lr5l05 56.03 53.88
5,586.31 4/26105 54.97 52-82
5,586.97 5124105 54.31 52-16
5.586.58 6/30105 54.70 52.55
5,586.10 7l29lv5 55.18 53.03
5.586.05 9ll2l05 55.23 53.08
Water Levels and Data over Time
White Mesa Mill - WeIl TW4-19
Water
Elevation Land Surface
Measuring
Point
Elevation
Total or
Measured Total
DePth to DePth to
Date Of Water Water
Total
Depth Of
Well
t21.33
Length Of
Riser
1.86
5.58r.88 8/23102
9lr1l02
10123102
tt/22102
t2/3/02
!9/03
2l12/03
3126103
412103
51v03
6/9103
717 /03
814103
8/30104
9lr6l04
r0lrua4
rv16/04
12122104
l/l 8/05
2/28105
3lr5/05
4/26105
sl24l05
7129105
9lr2l05
49.51
49.25
49.33
49.32
49.23
49.tr
49.10
48.65
48.57
82.92
66.63
68.86
67.29
65.38
76.23
8l.59
85.35
84.05
82.62
80.21
74.58
68.76
57.97
78.45
77.39
.65
I
I
I
5,582.14
5,582.06
5,582.07
5,582.16
5,582.28
5,582.29
5,582.74
5,582.82
5,548.47
5,5&.76
5,562.53
5,564.10
5,566.01
5,555.16
5,549.80
5,546.04
5,s47.34
5,s48.77
5,551 .18
5,556.81
5,562.63
5,573.42
5,552.94
5,554.00
47.39
47.47
47.46
47.37
47.25
47.24
46.79
46.71
8l.06
64.77
67.00
65.43
63.s2
74.37
79.73
83.49
82.r9
80.76
78.35
72.72
66.90
55.1 I
76.s9
75.53
Water Levels and Data over Time
White Mesa Mill - Well TW4-20
Total or
Measuring Measured Total
Water Point DePth to DePth to Total
Elevation Land Surface Etevation Length Of Date Of Water Water Depth Of
!IUO.U
-
5,565.70
5,546.53
5,540.29
7/29/2005 63.83
8/30/2005 83.00
911212005 89.24
:
Water Levels and Data over Time
White Mesa Mill - Well TW4'21
Water
Elevation Land Surface
Measuring
Point
Elevation Length Of Date Of
Total or
Measured
Depth to
Water
Total
Depth to
Water
Total
Depth Of
WellRiser.M
r20.925,639.35 l.l5
5,582.98
5,583.43
5,581.87
71291200s
81301200s
91t212005
56.37
55.92
57.48
Water Levels and Data over Time
lVhite Mesa Mill - Well TW4-22
L
Water
Elevetion
5,571.89
5,572.20
5,572.08
Lend Surfece
Meesuring
Point
Elevetion Length Of
Riser
t.r7
Total or
Measured Total
DePth to DePth to
Dete Of Weter Wrter
7t2912005
8t3012005
9llu200s
Total
Depth Of
Well
l13.5
57.11
56.80
56.92
I
I
I
II
i
ENEEGY UIBORATOREi lNC. '2393,5a1t Creek Hiohway t82ti0l) . P.O. Box 3258 . Casoer WY 82602
Toll Free 888.235.0515 . ( '235.0515 . Fax [phone] . -cisper@energy( - tm . wwwehergytab.com
LABORATORY ANALYTICAL REPORT
Client: Internatidnal Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-001
Client Sample ID: MW4
Report Date: 09126/05
Collection Date: 08/31i05 l0:10
Date Receiveilz 09/02/05
Matrix: Aqueous
Analyses Result Units Qual
MCL/
RL QCL Method Analysis Date / By
MAJOR IONS
Nibogen, Nibate+Nitrite as N
/OLANLE ORGANIC COMPOUNDS
Carbon tetrachloride
)hloroform
)hloromethane
Methylene chloride
Sur:'1,2-Dicfi lorobenzened4
Sun: Dibromofl uorornethane
Sun: p'Bromofl uorobenzene
Surr: Toluene-d8
7.0 mg/L o.2
10
50
10
10
80-120
70-130
8G120
80-'t20
8353.2
sw8260B
sw8260B
SW826OB
sw6260B
SW8260B
sw8260B
sw8260B
sw8260B
09/06/05 10:43 I jal
09/1t05 19:521jlr
09/13/05 13:32tjlr
09/15/05 19:52 I jlr
09/15/05 19:52 I jlr
09/15/05 19:521 jlr
09/15/05 19:52ljlr
09/15/05 19:52ljlr
09/15/05 19i52 I jlr
ND ug/L
3500 ug/LND udL
ND udl
105 %REC97.6 %REC98.4 70REC
99.2 %REC
D
D
D
D
D
D
D
D
Ofr 1 0 ?iti
keport
Definitions:
RL - Analyte reporting limit.
QCL - Quality control limit.
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant level.
ND - Not detecled at the reporting limit.
Tr-ack# CO5Ogil jOA tr.ar?e
ENEBGY LABOHATORIES, lNC. ' 2393 Sall Creek Hrghway (52601) . PO. Box 3258 . Casper, WY 82602
Toll Free 888.235.05t5 . ('' t-35.0515 . Fax 307.234.t635 . -casper@energy( m . www.ehergylab.com
LABORATORY ANALYTICAL REPORT
Client: IntemationalUranium(USA)Corp
Project: 3rd Quarter Chloroform Sarryling
Lab ID: C05090102-002
Client Sample ID: TW4-A
Report Datez 09/26/05
Collection Date: 08/31/05 l0:15
Date Receiveil: 09/02/05
Matrix: Aqueous
Analyses Result Units Qual
MCLI
RL QCL Method Analysls Date / By
MA'OR IONS
Nibogen, Nitrate+Nitrite as N
VOLANLE ORGANIC COMPOUNDS
Carbon tetrachlorld€
Chlorolorm
Chloromethane
Melhylene chloride
Surn 1,2-Dichlorobenzened4
Sun: Dibromoff uorornelhane
Surn p-Bromoff uorobenzene
Surr: ToluenedS
6.9 mg/L 0.2
10
50
10
10
80-120
7&130
8G120
80'120
E353.2
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
09/06/05 10:45ljal
09/15/05 20:31 ljlr
09/1 3/05 14:11 I jtr
09/15/05 20:31 I jlr
09/15/05 20:31 I jlr
09/1105 20:31 I llr
09/15/05 2O:31 ljlr
0915/05 20:31 / jlr
09/15/05 20:31 | ilr
ND udl
3800 ug/L
ND udL
ND uS/L
100 %REC
86.4 %REC
97.6 %REC
99.6 70REC
D
D
o
D
D
D
D
D
Rcport
Definitions:
RL - Analyte reporting limit.
QCL - Quality control limit.
D - RL increased due to sample matrix interference.
MCL - Maximum contiaminant level.
ND - Not detected at the reporting limit.
T r ac ktf CO5O9O 1OZ page
ENEncY LABonAToBtFs, tlvc. . 2393 salt creek flg^lway pz60t) . po B9x J2s8 . caspeti wys2602rott Free d88.2oi.0sts . (-' ??s.0src : Fax ioi.iii. i6ii":Ali6i6"ii6y(? tm . wrwv.enersy/ab.cvm
LABORATORY ANALYTICAL REPORT
Client: InternationalUranium(USA)Corp
Project: 3rd Quarter Chloroform Sarpling
Lab ID: C05090102-003
Client Sample ID: TW4-l
Report Date:
Collection Date:
Date Received:
Matrir:
09/26/0s
08/31/05 l0:00
09t02t05
Aqueous
Analyses Result Units Qual
}dCLI
RL QCL Method Analysis Date / By
MA'ORIONS
Nitrogen, Nibate+Nitite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetsachtoride
Chloroform
Chloromethane
Methylene chloride
Sun: 1,2-Dichlorobenzene{4
Surn Dibromofl uoromethane
Sun: p-Bromofl uorobenzene
Sun: Toluene-d8
9.8 mg/l-0.2
10
50
10
10
80-120
70-130
80-r20
8G120
E353.2
sw8260B
sw8260B
SW82608
sw8260B
sw82608
sw8260B
sw8260B
sw8260B
0906/05 '10:48 | jat
09/15m5 23:00 | jlr
09/13/05 14:49 | ilr
09/15/05 23:@ I itr
09/15/05 23:00 I jlr
09/1Y05 23:00 I lr
0911Y05 23:00 I jlr
09t15t0523:@ I itr
09/15/05 23:OO I jtr
ND uS/L2W udL
ND udL
ND uylr01 %REC
100 %REC102 %REC
102 %REC
D
D
D
D
D
D
D
D
Rcport
Dcllnitions:
RL - Analyte reporting limit.
QCL - Quality conbol timit.
D - RL increased due to sample matrix interference.
MCL - Maximum conbminant level.
ND - Not detected at the reporting limit.
Track# CO5O9O1O2 page
EI$EBGY LABOBAT0B0ES, tNC. - 2J9J sat creek HlqQway (a2601! . po. 89; J2ss . caspet wy a2602rotlFree888.2ss.0sts . ('-Ts.lsrs . Fax ibi.iin.io1s :d;piict"iiEy(- n.www.eiterslab.nm
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-004
Client Sample ID: TW4-2
Report Date: 09/26/05
Collection Date: 08/31/05 10:25
Date Received: 09/02/05
Matrix: Aqueous
Analyses Result Units Qual
MCU
RL QCL Method Analysis Date /By
MA'OR IONS
Nitrogen, Niuate+Nifite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachtoride
Chloroform
Chlorornethane
Methylene cfitoride
Sun: 1,2-Dichlorobenzene{4
Sun: Dibromofl uorometrane
Sun: p.Bromofl uorobenzene
Sun: ToluenedS
8.0 mgru D o.2
10
50
10
10
8&.t20
70-130
8G.120
8G,120
8353.2
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
09/06/05 10:50/jal
09/15/05 23:38 I ltr
09/13/05 't5:28 titr
09/15/05 23:38t llr
09/15rc5 23i38lilr
09/15/05 23:381jlr
09/15/05 23:38tllr
09/15/05 23:# | jlr
09/1V05 23:38 / jlr
ND ug/L
3900 uS/L
ND ug/L
ND ug/L96.8 %REC't01 %REC99.6 %REC99.6 %REC
D
D
D
D
D
D
D
D
Report
Delinitions:
RL - Analyte reporting limil
QCL - Quality conbol limit.
D - RL increased due to sample matrix interference,
MCL - Maximum contiaminant level.
ND - Not detected at the reporting limit.
l-
Tr ac ktf co5o9o 102 Page
ENEBCY LABOBATOHES, l4lc. ' 2393 Salt Creek HEhway (82601) . PO. Bo7 3258 . Casper, WY 82602
Toll Free 888.235.0515 . (-- ?35.0515 . Fax 307.234. \OSS . cisper@energy( tm , wwwehergylab.com
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Saupling
Lab ID: C05090102-005
Client Sample ID: TW+3
Report Datez 09/26/05
Collection Date: 08/31/05 09:35
Date Received: 09/02/05
Matrix: Aqueous
Analyses Result Units Qual
MCL/
RL QCL Method Analysis Date / By
MA'OR IONS
Nitrogen, Nihate+Nifite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tehachlodde
Chlorobrm
Chloromethane
Methylene chlorlde
Sun: 1,2-Dichlorobenzene'd4
Sun: Dibromoff uoromethane
Sun: p-Bromoff uorobenzene
Surr: ToluenedS
3.5 mga 0.2
1.0
1.0
1.0
1.0
80-120
70-130
8o-120
8G120
8353.2
sw8260B
sw8260B
sw8260B
swE260B
sw8260B
sw8260B
sw8260B
sw8260B
09/06/05 1'l:03/Jal
0913/05 16:07 I jlr
09/1V05 16:O7 I ilr
09/13/05 16:Q7 ljlr
09/13/05 16:07/Jlr
09/1V05 16:07 ljlr
09/13/05 16:07 /jlr
09/13/05 't6:,07 ljtr
Ogt13l05 16:O7 I jlr
ND ugA
ND ugrlt
6.4 ug/L
ND udL
100 %REC115 %REC
110 %REC100 70REC
Rcport RL - Analyte reporting limit.Delinitions: QCL - euatity conbol limit.
D - RL increased due to sample matrix interference.
MCL - Maximum mntaminant level.
ND - Not detected at the reporting limit.
Track# COSOgOlc.2 page
ENEBGY LAEOEATOBIES, lNC. . 2393 Salt Creek Highway (8260t) . P.O. Bo-43258 , Caspet WY82602
Tb// Free 888.235.05$ , f"?35.0515 . Fax [phone]?9 . casper@energyl( tm , www.energylab.comi
LABORATORY AIYALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarpling
Lab ID: C05090102-006
Client SampleID; TW4-4
Report Date:
Collection Date:
Date Receiyed:
Matrir:
09/26/05
08/31/05 09:55
09t02/05
Aqueous
Analyses Result Units Qual
MCI./
RL QCL Method Analysis Date /By
MA'OR IONS
Nitsogen, Nltrate+Nitrite as N
VOLATILE ORGANIG COMPOUNDS
Carbon letracfilodde
Chloroform
Chloromethane
Methylene chlorlde
Surn 1,2-Dichlorobemened4
Sun: Dibromofl uoromethane
Sun: pBromolluorobenzene
Sun: ToluenedS
9.9 mdL 0.2 E353.2
sw82608
SW826OB
sw82608
sw8260B
8G120 SW8260B
70-130 SW8260B
8&120 SWE260B
8G120 SW8260B
09/06/05 11:05/jal
09/16/05 00:17 ljlr
0911V05 16:45 ljlr
09/16/05 0O:17 tllr
09/16/05 @:17 I ilr
09t/1fl05 00:17 / jlr
09/16/05 Wil7 t jlr
09/16/05 0O:17 I jlr
09/16/05 00:17 /jlr
ND ug/L
3200 ug/L
ND ugr/LND ug/L
96.4 %REC'102 o/oREC
100 o/6REC
101 %REC
D
D
D
D
D
D
D
D
10
50
10
10
Report RL - Analyte reporting limit.Delinitions: eGL - euatity conbol limit.
D - RL increased due to sample matrix interference
MCL - Maximurn contaminant level.
ND - Not detected at the reporting limit.
Tr ac ktf CO5O9O1O2 F)age
ENERGY L/IEOBATOHE?! INC .-2393 Salt Creek Highway (sp60t) . P.O. B9r A2sa . Casper; Wy 92602
Toll Free 888.235.0515 . ( 'c35.0515 , Fax 307.294. t639 rm . www:eheriylab.com
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarpling
Lab ID: C05090102-007
Client Sample ID: TW4-5
Report Date: 09/26/05
Collection Date: 08/31/05 09:25
Date Receivedz 09/02/05
Matrix: Aqueous
MCL/Analyses Result Units Qual RL QCL Method Analysis Date / By
MA'OR IONS
Nitrogen, Nitrate+Nibite as N
VOLATILE ORGANIC GOMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene chloride
Sun: 1,2-Dicfilorobenzened4
Surr: Dibromofl uoromethane
Surn pBromofl uorobenzene
Sum Toluene{8
6.0 mg/L o.2 E353.2
ND ugA82 ug/L
5.8 ug/L
ND udL98.4 %REC
114 %REC
110 06REC
99.2 %REC
D
D
D
D
D
D
D
D
2.5
2.5
2.5
2.5
sw8260B
sw8260B
sw8260B
SW8260B
8G.120 SW8260B
70-130 SW8260B
8G120 SW8260B
80-120 SW8260B
09/06/05 11:0E/jal
09/13/05 17:24 ljlr
09/13/05 17:24 lllr
09/1Y05 17i24 I jll
09/13/05 17i24ljlr
09/13/05 17:24 I jlr
09/1Y05 17:24 I Jft
09/1Y05 17:24 I ilr
09/13/05 '17:24 I ltr
Report
Delinitions:
RL - Analyte reporting limit.
QCL - Quality conbol limit
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant level.
ND - Not deteded at the reporting limit
Tracktf CO5O9O'tC-2 page
ENEBGY LABORATORIES, tNC .'_2393 Salt Creek Htghway (82601) . PO. 8gx325S . Caspet; W 52602Toll Free 888,235.0515 . (' oa5.ntts . Fax A07.254. toSi :AipeiAienirlyl(" ,m . n+vyyeherbylab.com
LABORATORY AIIALYTICAL REPORT
Client: International Uranium(USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-008
Client Sample ID: TW4-6
Report Date:
Collection Date:
Date Received:
Matrix:
09/26t05
08/31/05 09:50
09102t05
Aqueous
Analyses Result Unlts Qual
MCI,/
RL QCL Method Analysis Date I By
MA'OR IONS
Nitrogen, Nitrate+NiMte as N
VOLANLE ORGANIC COMPOUNDS
Carbon tetrachlodde
Chloroform
Chloromethane
Methylene chloride
Sun: l,2-Dichlorobenzened4
Sun: Dibromoffuoromethane
Sun: pBromoff uorobenzene
Sun: Toluene-d8
0.8 mdL 0.1
1.0
1.0
1.0
1.0
80-120
7S.130
8S.120
60-120
E353.2
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw82608
sw8260B
SW8260B
09/06/05 1'l:10 l jal
09/13/05 18:03 /jlr
091Y05 1E:03/jlr
09/13/05 18:03 /jtr
09/13/05 '18:03 / jlr
09/13/05 18:03 /jlr
09/13/05 18:03 /jlr
09/13/05 1E:03 /Jlr
09/13/05 18:03 / jlr
ND ug/L10 ug/L
2.8 udLND ug/L97.2 o/oREC
116 %REC111 %REC
102 %REC
Report
Delinitions:
RL - Analyte reporting timit.
QCL - Quality conbot limit.
MCL - Maximum contaminant level.
ND - Not detracted at the reporting timit.
Trackt* coSo9o1o2 Page
ENEBGY L/l0onAroBEs:lltg: - 2J9J salt creek llgQway (szo7t) . po.Bg4,s2s8 . casper; wyazffi2TottFreea&8.23a.1sts . ( ,.ss.osts , Fax 307.2l4.roii :dipird"iirsy(- "n. www.ifieriTytao.coi-
LABORATORY .{NALYTICAL REPORT
Client: Intemational Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sanpling
Lab ID: C05090102-009
Client Sample ID: TW4-7
Report D*ez 09/26/05
Collection Datq 08/31/05 10:05
Date Receive dt 09/02/05
Matrix: Aqueous
Analyses Result Units Qual
MCL/
RL QCL Method Analysis Date / By
MA'OR IONS
Nitsogen, Nihate+Nifite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tebactrloride
Chloroform
Chloromethane
Methylene chloride
Surc 1,2-Dicfilorobenzened4
Surc Dibromolluorometrano
Surr: pBromolluorobenzene
Sun: Toluene{8
5.2 mg/L 0.2
10
50
10
10
80-120
70-130
80.120
8G.120
E353.2
sw8260B
sw8260B
sw8260B
SW8260B
sw8260B
sw8260B
sw8260B
sw82608
09/0905 11:13/jal
09/1 6/05 00:55 / jlr
09/13/05 1E:4'l ljlr
09/1d05 @:55/ jlr
09/16/05 00:55 /jlr
09/16/05 00:55 /jlr
09/16/05 00:55 /jlr
09/1d05 00:55/ jlr
09/16/05 00:55/ jtr
ND ug/L
3100 ug/L
ND ugn-ND ugn-
98.4 %REC101 o/6REC
100 %REC
99.6 %REC
D
D
D
D
D
D
D
D
Report
Delinitlons:
RL - Analyte reporting timit.
QCL - Quality conbol limit.
D - RL increased due to sample matrix interference.
MCL - Maximum conbminant level.
ND - Not detected at the reporting limit.
Track# co5o9o102 Page
ENEBGY LABo4AroilEg:lltt^c: '-2J9J salt creek flglway pz6ot) . po. @ty s25s . caspet wy 82602ro// Free 888.215.0s/s . i--:is5.osrs-. Ei ibi.iii. ioii :Hliiid"iiEy(^ tm . w,ruenersylab.com
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-010
Client Sampte ID: TW4-8
Report Date: 09/26/05
Collection Date: 08131/05 09:45
Date Receivedt 09/02/05
Matrix: Agueous
Analyses ]$/ICU
RL QCL
MA'OR IONS
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIG COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene chtoride
Surn 1,2-Dichtorobenzene-d4
Sun: Dibrornofl uoromethane
Sun: p-Bromofl uorobenzene
Surn ToluenedS
Result Units
mg/L
Method
E353.2
SWEz60B
SW82608
sw82608
sw8260B
sw8260B
SW8260B
sw8260B
sw82608
Analysis Date /
09/06/05 11:20 I lal
09/13/05 19:20titr
09/13/05 19:20 I jtr
09/'f 3/05 19:20 | ltr
09/13/05 '19:20 I ttl
09/13/05 '19:20 | itr
09/13/05 19:20 t jtr
09/13/0s 19:20 t ilr
09/13/05 19:20 lih
0.1
1.0
1.0
1.0
1.0
8o-120
70.130
ao-120
80-120
ND ug/L
1.1 uyL1.7 udl
ND UdL
98.4 %REC118 %REC
112 %REC102 %REC
Report
Delinitions:
RL - Anabrte reporting limit.
QCL - Quality controt limit.
MCL - Maximum contaminant level.
ND - Not detected al the reporting limit.
Tr ac k+f co5o9o 1o2 Page
ENEBGY LABOEAT0HE|:IIfl9: .._2J93 Salt Creek llgtlway (sp60t) . pO. B% J2sa . Casperi W A2602ro// Free 888.215.0s/s - ( -'.iss.os6 : Fai ibi.iii. roii' :'";;r;;6";;;cyf' m . wwtv,enersytab.com
LABORATORY AIIALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sanpling
Lab ID: C05090102-01I
Client Sampte ID: TW4-9
Report Date: 09/26/05
Collection Date: 08/31/05 09:30
Date Receivedz 09/02105
Matrir: Aqueous
Analyses Result Units Qual
N{CI.I
RL QCL Method Analysis Date / By
MA'OR IONS
Nihogen, Nitrate+Nibite as N
VOLATILE ORGANIG COMPOUNDS
Carbon tetachloride
Chloroform
Chloromehane
Methylene chtoride
Surn 1,2-Dlchlorobenzene-d4
S urr Dibromofl uoromethane
Sun: p.Bromofl uorobenzene
Sun: Toluened8
1.3 mgru 0.1
1.0
1.0
1.0
1.0
80-120
7S.130
8|u-.120
80-120
E353.2
SW8260B
sw82608
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
SW82608
09/06/05 11:23tjal
09114105 11:48 | flr
09114t05 11:48 | jlr
09l14tOS 11:48 | jlr
OV14n5 f:48 t itr
091'l4t05 11:48 I itr
09n4ni f:48 | jtr
09l14ni fi:48 tjtr
Ogl'14t05 11:48 t jtr
ND uS/LND ug/L
2.9 ug/LND ug/L102 %REC
110 %REC'|12 ToREC100 %REC
Report
Definitions:
RL - Analyte reporting limit.
QCL - Quality control limit.
MCL - Maximum contaminani level.
ND - Not detected at the reporting limit.
Tr acl<# co5o9O1O2 Paere
ENE&GY LABoRAToBtFf:lltg: '-2J9J salt creek lrlg^trwav (a2oot) . p.o. Bg J2s8 , casper; wya2602roltFreeaat.2rs.osrs . i-' issoss : Fax ibiiili6le':rili6id"ii;srf( w.wvvw.ehersyrao.cii-
LABORATORY ANALYTICAL REPORT
Client International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-012
Client SampleID: TW4-10
Report Date: 09/26/05
Collection Date: 08/31/05 09:20
Date Receivedz 09/02/05
Matrir: Aqueous
][.[CLI
RL QCLAnalyses
MA.JOR IONS
Nitrogen, Nitrate+Nlbite as N
VOLATILE ORGANIC GOMPOUNDS
Carbon tetsachloride
Chloroform
Chloromethane
Methylene cfrloride
Sun: 1,2-Dichlorobenzened4
Surc Dibrornolluoromethane
Sun: p..Bronolluorobenzene
Sun: Toluene{8
Result Units
1.1 mg/L
Method
E353.2
sw82608
sw82608
sw82608
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
Date /By
09/06/05 11:25 I jal
09114t05 12:27 I jtr
09n4n5 Q;ZI t jtr
0914/05 12:27 | jlr
09/1405 12:27 lllr
Ogl14t05 12:27 I jlr
09l14n9 12:27 | jlr
09/14/05 12:27 I jlr
O9114t05 12:27 I ilr
0.1
2.5
2.5
2.5
2.5
8o-120
70-130
80-120
80-120
ND ug/L
110 ugA
6.2 ug/L
ND ug/L
98.8 %REC116 %REC110 70REC
101 %REC
D
D
D
D
D
D
D
D
Rcport
Dcfinitions:
RL - Analyte reporting timit.
QCL - Quality oonbol limit.
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
Tr ack# CO5O9O 1 02 page
ENEBGY LABOBATOHE9!-141C. '2393 Salt Creek Highway (8260t) . P.O. 1o-x 3258 . Caspet WYS2602
Toll Free 888.235.0515 . ( ''2-35.05/5 . Fax [phone] , -casper@energyl( tn . wwweitergylab.com
LABORATORY ANALYTICAL REPORT
Client: International Uranium(USA) Corp
Project: 3rd Quarter Chloroform Sanpling
Lab ID: C05090102-013
ClientSample ID: TW4-ll
Report Dilez 09/26/05
Collection Date: 08/31/05 09:10
Date Received: 09/02105
Matrix: Aqueous
Analvses Result Units Qual
nilcr/
RL QCL Method Analysis Date /By
MA'ORIONS
Nitrogen, Nitsate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetsachloride
Chloroform
Chloromethane
Methylene chloride
Sun: 1,2-Dichlorobenzened4
Surc Dibromoff uoromethane
Sun: pBromofl uorobenzene
Surn ToluenedS
9.4 mS/L 0.2
10
50
10
10
80-120
7G,130
8G,120
8o-120
E3s3.2
SW8260B
sw8260B
sw8260B
sw8260B
sw82608
sw82608
sw82608
SW8260B
09/0d05 11:28 I la)
09/16/05 01:34 I jtr
09/14105 13:06/jlr
09/16/05 01:U I jlr
09/16/05 01:34 /jlr
09/16i/05 01:34 | jlr
09/16/05 01:34 | jlr
09/1605 O'l:34 ljh
09/16/05 01:34 lilr
ND ug/L4400 udL
ND ug/L
ND ug/L
97.2 %REC
101 %REC104 %REC
100 %REC
D
D
D
D
D
D
D
D
Report
Definitions:
RL - Analyte reporting limit.
QCL - Quality control limit.
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant tevel.
ND - Not detected at the reporting limit.
Trackt* CO5O9O 1C 2 page
ENERGYLABOBATOBE1T.II1g:.2J9JSaltCreekHiqhway(82601).pO.ezezsa. Caspe4,Wyaz602Tolt Free 888.235.05ts . ( '2.ss.05/s . Fax 307.254. taSi :dspiiaienersytr: -: ,r**:;;;;Ci/"b.A;-
LABORATORY AI\TALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sanpling
Lab ID: C05090102-014
Client Sample ID: TW4-12
Report Date: 09/26105
Collection Date: 08/31/05 08:30
Date Receivedz 09/02105
Matrix: Aqueous
Analyses Result Units Qual
I0/ICLI
RL QCL Method Analysis Date / By
MAJOR IONS
Nitrogen, Nitrale+Nibite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tehachloride
Chloroform
Chloromethane
Methylene chloride
Surn 1,2-Dichlorobenzene-d4
Sun: Dibromofluoromethane
Sun: p-Bromofl uorobenzene
Sun: Toluened8
1.5 mg/L 0.1
1.0
1.0
1.0
1.0
8/U-.120
70-130
80-120
80-120
E353.2
sw8260B
sw8260B
sw82608
sw82608
sw8260B
SW8260B
sw8260B
SW82608
09/06/05 11:30 I jal
Ogtl4ni 15:40 tllr
09114105 15:,40 I jlr
09n4ni $:40 t llr
09t14105 15:40 I jlr
09t1U05 15:40 I jlr
OU14l05'15:40 | fir
0911U0515:40 | jtr
09t14t0515:40 / jlr
ND ug/L
ND ugA
5.8 udL
ND ug/L
96.0 %REC112 %REC108 %REC
104 %REC
Report
Dellnitions:
RL - Analyte reporting limit
QCL - Quality conbol limit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting timil
Track# co5o9a1o2 Page
ENEBGY LABORATOBES! t!9: .-2s9J salt creek Highway (82601) . po. B%-g25a . casper wa2602TottFree888.235.05ts ' ( us.05ts . Fax eoz.aa.r&i :'"hipiid"ii;syt(' ,r:w**.eiiisi"o.:ci;-
LABORATORY AIIALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Cliloroform Sarrpling
Lab ID: C05090102-015
Client Sample ID: TW4-13
Report Datez 09/26/05
Collection Date: 08/31/05 08:40
Date Receiveil: 09/02/05
Matrix: Aqueous
MCI,/
RL QCLAnalyses
MAJOR IONS
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene chloride
Sun: 1,2-Dicfrlorobenzened4
Sun: Dibromolluoromethane
Surn p-Bromofl uorobenzen€
Sun: Toluene{8
Result Units
4.6 mg/L
Method
E353.2
SW826OB
SW826OB
sw8260B
SW826OB
sw8260B
sw8260B
sw8260B
sw8260B
Analysis Date /
09O6/05 11:40 I lal
09/14/05 16:521jlr
09114105 16:521jlr
09t14l0s 16:52 lilr
09114105 16:521 tlr
09/14rc5 ft:521llr
09/14lO5 16i52 | ilr
09t14lOS 16:52ljlr
09/14105 16:521jlr
0.2
1.0
1.0
1.0
't.0
8&120
70-130
80-120
80-120
ND udL
ND ug/L
3.1 udL
ND UdL100 %REC
119 %REC108 %REC102 %REC
Rcport
Delinitions:
RL - Analyte reporting timit.
QCL - Quality conbol limit.
D - RL increased due to sample matrix interference.
MCL - Maximum conlaminant level.
ND - Not detec{ed at the reporting limit.
Trackt* CO5O9O1OZ page
ENERGY L/IBORATOflEI tNC ' 2393 Salt Creek Highway (82601) . PO. 8o21 3258 . Caspe4 W s2602To//Free888.235.0515 . (.' ag5.1sts , Fax Jzz.2?4.tobs .b)soerdenergyQ ' .m.www.eheriytab.com
LABORATORY ANALYTICAL REPORT
Client: Intemational Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarpling
Lab ID: C05090102-016
Client Sample ID: TW4-15
Report Date: 09126/05
Collection Date: 08/31/05 09:00
Date Received: 09/02/05
Matrix: Aqueous
Analyses Result Units Qual
MCLi
RL QCL Method Analysis Date / By
MAIOR IONS
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANTC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene chloride
Sun: 1,2-Dichlorobenzene{4
Sur: Dibromofl uorometrane
Sun: p-Bromofluorobenzene
Sun: Toluene-d8
0.2 mg/L 0.1 E353.2
swE260B
SW82608
sw8260B
sw8260B
8G120 SW8260B
70-130 SW8260B
80-120 SW8260B
8G,120 SW8260B
09/06/05 11:43ljal
09l14lOS 17:31 I jlr
09/16/05 06:03 / jlr
09l14lOS 17:31 I jlr
Ogtl4lOS 17:31 I jlr
09l14tOS 17:31 ljlr
ogtl4l0s 17:31 ljlr
09114t05 17:31 ljlr
091'l4tOS 17:31 ljtr
ND UgL960 ug/L
5.4 uS/LND udL101 %REC
110 %REC107 %REC101 70REC
D
D
D
D
D
D
D
D
5.0
50
5.0
5.0
Report
Definitions:
RL - Analyte reporting timit.
QCL - Quality confol timit.
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
Tracl<# CO509O'tO2 page
ENEflGY LABORAT0RES:IIfl?:,'-2J9s saft creek Highwav (s2601) . p.o. @1s2ss , casper; wseffizrottFree8B8.2JS.05/5 . {"w.0s15 . Fax,0r.ti.i63e :'";W6";;6f,.n.wwueher!7ylab.coi-
LABORATORY ANALYTICAL REPORT
Client: Intemational Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-017
Client Sample ID: TW4-16
Report Date:
Collection Date:
Date Received:
Matrix:
09/26/05
08/31/05 09:05
09/02/05
Aqueous
jDfCI/
RL QCLAnalyses
MAJOR IONS
Nibogen, NiFate+Nitite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chlorobrm
Chlorornethane
Methylene chloride
Sun: 1,2-Dichlorobenzene.d4
Sun: Dibromofl uoromethane
Surn pBrornofl uorobenzene
Surn Toluene{8
Result Units
ND mgn-
Method
E353.2
sw8260B
SW826OB
sw82608
sw82608
sw8260B
sw82608
sw8260B
sw8260B
Analysis Date /
0906/05 11:45 I lal
09/1d05 02:12t jtr
09/16/05 02;121jlr
09/16/0s 02;12t jtr
09/1 6/05 02:12 | jtr
09/16/05 02:12tllr
09/16/05 02i12lilr
09/16/05 O2:12 I jlr
09/'f6/05 02:121jlr
0.1
1.0
1.0
1.0
1.0
80-120
7tr130
8o-120
8G120
ND ug/L
85 ugA
3.2 . ug/L43 ug/L
99.2 ToREC109 ToREC104 %REC
104 %REC
Report
De linitions:
RL - Analyte reporting limit.
QCL - Quality confol limit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
I
-fracktf CO509O1OZ pagr e
ENERGY UIBOBATORIF E lNC. ' 2393 Salt Creek HlqQway (s2601) . P.O. 8-q/ 3ZS8 . Casper; WyBz602ro//Free888.23i.0sts . ( bs.lsrs . ni g0i.2st.i66e':;tri;i6"i6;sff ,m.www.eheisytab.com
LABORATORY ANALYTICAL REPORT
Client: InternationalUranium(USA)Corp
Project: 3rd Quarter Cbloroform Sanpling
Lab ID: C05090102-018
ClientSamplelD: TW4-17
Report Date:
Collection Date:
Date Received:
Matrir:
09/26/05
08/31/05 l0:55
09/0?/05
Agueous
MCLI
RL QCLAnalyses
MA'OR IONS
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene chloride
Surn 1.2-Dichlorobenzened4
Surn Dibromofl uoromethane
Surn pBromofl uorobenzene
Sun: Toluened8
Resull Units
ND mg/L
Method
E353.2
SW8260B
sw8260B
sw8260B
sw8260B
sw82608
sw8260B
sw8260B
sw8260B
Analysis Date /
09/06/05 1'l:48tJal
09/14105 fr:37 I jtr
Ogl14n520:37 lill
09n4n520:37 ljlr
09114t05 2O:37 t jtr
09114tO52O:37 ljk
09/14105 20;37 |ik
0911410520i37 lilr
Ogll4lOS 20:37 I jlr
0.1
1.0
1.0
1.0
1.0
80-120
7G130
8&120
8G120
ND udLND ug/L
3.2 ugAND udL99.2 70REC
113 70REG
110 70REC102 %REC
Report
Definitions:
RL - Analyte reporting lirnit.
QCL - Quality conbot limit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
Track# CO5O9O1O2 page
ENEncY L/lBonAToBtEE tMc. . 2Jg? salt creek Hig-hway (d2ffi1) . p.o. Boly J2s8 . caspe4 w a2602roltFree888.235.051s . (::W0515 . Fax307.ise.i61s :"isp;,i6eii6tff m,www.eherlyao.ioi-
LABORATORY ANALYTICAL REPORT
Client: IntemationalUranium(USA)Corp
Project: 3rd Quarter Chloroform Sanpling
Lab ID: C05090102-019
Client Sample ID: TW4-18
Report Date: 09/26/05
Collection Date: 08/31/05 08:05
Date Received: 09/02/05
Matrir: Aqueous
Result Units
I0iICLI
RL QCL Method
MAJORIONS
Nibogen, Nitrate+Nifite as N
VOLANLE ORGANIC COMPOUNDS
Carbon tebactrloride
Chloroform
Chloromethane
ilelhylene cfrlodde
Surn 1,2-Dictrlorobenzene{4
Sun: Dibromofr uorornethane
Surn pBromo0uorobenzene
Surn Toluene-d8
13.3 Dmg/L 0.2
1.0
1.0
1.0
1.0
8G120
70-130
80-120
8G120
E353.2
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
Analysis Date /By
09/06/05 11:50/Jal
O9h4lO521:.'16 | ilr
0u14t05 21:16 | llr
09n4n521:16 lllr
0914/05 21:16 lJlr
09l14n5 21:'|-6 I lJr
09/14to5 21:161jlr
09114t05 21:16 I jlr
091141O5 21;16 I jlr
ND ug/L
39 ugA2.8 ug/L
ND ug/L
100 %REC117 %REC
112 %REC103 %REC
Report
Definltlons:
RL - Analyte reporling limit.
QCL - Quality conhol timit.
D - RL increased due to sample matrix interference.
MCL - Maimum contaminant level.
ND - Not detec{ed at the reporting timit.
Tr ac k+f co5o9o 1a2 Page
ENEEGY LAB0BAT0BIFS:,!!,I9: .._2J9J salt creek HEhway (s260r) . p.o, Bq( Jzss . caspet wy a2602rolt Free 888.235.0srs .
1-- ies oit-:-a, ibi.iii.;H;':L;;;;;d";;6y/r tm . wwwenersylab.com
LABORATORY AIIALYTICAL REPORT
Client: IntemationalUranium(USA)Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-020
CllentSamplelD: TW4-19
Report Date:
Collection Date:
Date Received:
Mrtrix:
09t26t05
08/31/05 08:25
09/02/0s
Aqueous
Analyses Result Units Qual
]VICU
RL QCL Method Analysis Date / By
MA'OR IONS
Nitrogen, Nifate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene cfiloride
Sun: 1,2-Dicfi lorobenzene.d4
Sun: Dibromofi uorornethane
Sun: p-Bromof uorobenzene
Sun: ToluenedS
4.6 mS/L 0.2D 8353.2
sw8260B
sw8260B
sw8260B
sw82608
80-120 SW8260B
7G130 SW8260B
80-120 SW8260B
8&120 SW8260B
09/06O5 12;N I jal
0916O5 02:50 / jlr
O9|14NS 21:55 | jlr
09/16/05 012:50 ljlr
09116105 02|,50 I jtr
09/16lo5 02:50 / jlr
09/16/05 02:50 | ilt
09/1d05 02:50 I jlr
09/1d05 02:50 I ilr
ND ug/L
1400 ug/L
ND ug/L
ND udL105 o/oREC
110 %REC99.2 ToREC100 %REC
D
D
D
D
D
D
D
D
5.0
50
5.0
5.0
Report
Delinitions:
RL - Analyte reporting limit.
QCL - Quality contsol limit.
D - RL increased due to sample mahix interference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
Track# co509o1o2 Page
EIvEFGY LABonAro4Fs2llvg: ._pJ93 satt creek l1lgjway (a2o0t) . po. Bo; J2i8 . caspet wyae6o2To/tFree888.23i.0515 . (- ?s5.0s15 : Fa, ibT.tiitols' :")tp"id"ii6yt7" tm.www.enersytab.com\.r
LABORATORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-021
Client Sample ID: TW4-2O
Report Datez 09/26/05
Collection Date: 08/31i05 08:55
Date Receiveil 09/02/05
Matrix: Aqueous
Analyses Result Units Qual
D{CLI
RL QCL Method Analysis Date / By
MAJOR IONS
Nitrogen. Nibate+Nitrite as N
VOLATTLE ORGANIC COMPOUNDS
Carbon tetrachloride
Chlorofonn
Chlorornethan6
Methylene chlorlde
Sun: 1,2-Dichlorobe nzene-d4
Sun: Dibromofl uoromethane
Sun: p-Bromof uorobenzene
Surr ToluenedS
2.9 mga 0.1
10
50
10
10
8G.120
70-130
8G.120
80-120
E353.2
SW6260B
SWE260B
sw82608
sw8260B
sw82608
sw82608
SW826OB
sw82608
09/06/05 12:O3 ljal
09/'16/05 03:29 / jtr
091111c5?2;Ut jtr
09/16/05 03t29 lilr
09/16/05 03:29 lilr
09/1 6/05 03:29 / jlr
09/16/05 03:29 lltr
09/'16/05 03:29 / jlr
09/16/05 03:29/flr
ND ug/L3800 udLND udlND ug/L
99.6 %REC108 %REC107 %REC100 %REC
D
D
D
D
D
D
D
D
Report
Delinitlons:
RL - Analyte reporling limit.
QCL - Quality conbol limit.
D - RL increased due to sample matrix interference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
t-
T r ac k# COSOgO 1OZ pae,e 23
EIvEBGYLABoBAToBtFg tMc .23gJSattcreekHighway(8260t), po.Bprszsa . casper; wa2602Tott Free 888.2J5.0515 . (: .ss.osrs . Fax J07.234.robi . biiii,ia6"iitcl(' tm . www.enersytab.com
LABORATORY AJYALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID; C05090102-022
Client Sample ID: TW4-21
Report Date: 09/26/05
Collection Date: 08/31/05 08:15
Date Receivedz 09/02/05
Matrix: Aqueous
MCI,/
RL QCLAnalyses
MA'OR IONS
Nifogen, Nitrate+Nitdte as N
VOLATILE ORGANTC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene chloride
Surr: 1,2-Dicfi lorobenzene-d4
Sun: Dibomoff uoromethane
Surn p-Bromofl uorobenzene
Surr: ToluenedS
Result Units Method
E353.2
swEz60B
sw8260B
sw8260B
sw8260B
80-120 SW8260B
7G.130 SW8260B
80-120 SW8260B
8G120 SW8260B
Analysis Date /
09/0fl05 12:051Jal
09/16/05 04:08 /jlr
09/16/05 il:08 / jlr
09/16/05 (X:08/ jlr
09/16/05 A4:081ilr
09/16/05 il:08 / jlr
09/16/05 04:08/ jlr
09/16/05 04:OB t jlr
09/16/05 04iO8l ill
10.1 mg/L
ND uS/L78 udl
ND ugA
ND ug/L
100 %REC1't2 70REC108 %REC108 %REC
5.0
5.0
5.0
5.0
D
D
D
D
D
D
D
D
Report
Definitions:
RL - Analyte reporting limit.
QCL - Quality control limit.
D - RL increased due to sample matrix interference.
MCL - Maximum contaminanl level.
ND - Not detected at the reporting limit.
24
I
Tr ack# co5o9o 1 o2 Page
ENEBGY LABOBATOBIE$ -qvg: . 2J93 satt creek llglway pz60t) . po. Bg4 325a . c*pq wy az6o2To/tFree888.235.05/5 . (\.* "ss.osts . Faxa0z.2a4.tals':"i$iid"i6;sj,(' ,n.wywuehefuytab.cii
LABORATORY ANALYfl CAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-023
Client Sample ID: TW4-22
Report Dztez 09126/05
Collection Date: 08i31/05 08:50
Date Received z 09/02/05
Matrix: Aqueous
I/ICLI
RL QCLAnalyses
MA'ORIONS
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tehachloide
Chlorofiorm
Chloromethane
Methylene chloride
Sun: 1.2-Dicfi lorobenzene{4
Surn Dibromofr uoromethane
Sun: p-Bromofl uorobenzene
Sun: Toluene.d8
Result Units Method
E353.2
sw82@B
sw82608
sw8260B
sw8260B
sw8260B
sw8260B
sw8260B
sw82608
Analysis Date /
09/06n5 12:OB I jal
09/16/05 04:461jlr
09/16/05 04:46 | jlr
09/16/05 M:461jtr
09/16/05 M:46ljlr
09/16/05 M:46 I jlr
09/1 6/05 O4:46 / jlr
09/1€/05 04:46 I jlr
09/16/05 M:46 I jlr
15.7 mg/L
ND ugA
290 ug/LND ug/LND ug/L
100 %REC109 %REC't10 %REC101 70REC
D
D
D
D
D
D
D
D
0.3
5.0
5.0
5.0
5.0
80-120
7G.130
80-120
8o-120
Report
Definitions:
RL - Analyte reporting timit.
QCL - Quality control limit.
D - RL increased due to sample matrix interferenc€.
MCL - Maximum contiaminant level.
ND - Not detected at the reporting limit.
Track# COSOgO1O2 F)aete
ENEBGY LABOBATOPIE-i lNC. '2393 Salt Creek Hjq_Qway (52601) . P.O. Bo132SB . Caspe4 WyA2602To//Free888.235.05/s . (-o,ss.^Sti . Fax eoi.ist.i63i :'die;ide;;sy(-.= ,i:**w."frirlitan.Toi-
LABORATORY AJ\TALYTICAL REPORT
Client: IntemationalUranium(USA)Corp
Project: 3rd Quarter Chloroform Sanpling
Lab ID: C05090102-024
Client Sample ID: TW4-60
Report Date: 09126/05
Collection Date: 08/31/05 06:35
Date Receivedz 09/02/05
Matrix: Agueous
MCU
RL QCLAnalyses
MA'OR IONS
Nitrogen, Nllrate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tebachlodde
Chloroform
Chloromethane
Methylene chloride
Surn 1,2-Dichlorobenzene-d4
Surr Dibromofi uorornethane
Sur: p-Bromofl uorobenzene
Sun: Toluene-d8
Result Units
mdL
Method
E353.2
sw8260B
sw82608
sw8260B
sw8260B
SW8260B
sw8260B
SW8260B
sw8260B
Date / By
09/06/05 12:10 I jal
0911410519:39 / rh
09l14lOS 19:39 / rh
09114105 19:39 / rh
09/14105 19:39 / rh
O9nA0519:39 / rh
Ogn4n5 19:39 / rh
09n4n5 19:39 / fi
09114105 19:39 / rh
0.1
1.0
1.0
1.0
1.0
8G120
70-130
8G,120
80-120
ND ug/L
2-7 ug/L2.4 ug/L
ND ug/L
96.4 %REC98.4 %REC
111 %REC
103 %REC
Report RL - Analyte reporting limit.
Delinitions: eCL - euality conbot limit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limil
Track# co5o9o1o2 Page
ENEBGY LABO&ATOHES, lNC. . 2393 Satt Creek Hishway (A2601) . p.O. Box 3258 , Casper W A2602To/1Free888.235.0515 . (-c.35.0515 . Fax 307.294.rc3e . cisperdenergy(- ,nawww.ihebytab.ni-
LABOR.A,TORY ANALYTICAL REPORT
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sarrpling
Lab ID: C05090102-025
Client Sample ID: TW4-63
Report Date: 09/26/05
Collection Date: 08i31/05 l0:10
Date Receivedz 09 102/05
Matrix: Aqueous
MCI,/
RL QCLAnalyses
MAJOR IONS
Nibogen, Nitrate+Nifite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetsacfiloride
Chloroform
Chloromethane
Methy,lene chloride
Surr 1,2-Dichlorobenzene{4
Sun: Dibromolluoromethane
Surr p-Bromofluorobenzene
Sun: Toluene-d8
Result Units
6.8 mg/L 0.2
Method
E353.2
sw8260B
sw8260B
sw82608
sw8260B
80-120 SW8260B
7G.130 SW8260B
80-120 SW8260B
80-120 SW8260B
Date / By
09/06/05 12:20 I jal
09/16/05 O5:24 | jlr
09/14/05 2O:24 I rh
09/16/05 O5:24 | jlr
09/16/05 O5:24 I jlr
09116105 05i24 | jlr
09/16/05 05:24 | Jlr
09/16/05 05:24 I jll
09/16/05 05:24 I jE
ND ugA
3100 udl
ND ug/L
ND udL
99.2 %REC
112 ToREC113 06REC
104 06REC
D
D
D
D
D
D
D
D
25
50
25
25
Report RL - Analyte reporling limit.Dcfinltions: eCL - euatity conbol limit.
D - RL increased due to sample matrix lnterference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limiL
Track# CO509O1OZ page
ENERGY LAB0RAT0RES:!!-O: '_2J9J salt creek flqtlway (s260t) , po. Bo;32s8 . casper, wy a2602To// Free 888.2ss.051s . (:" 'ss.o5r5 . rax eoi.iia.roii' :rbip"id"iirstf "m . wyw.ifrirbyao.coi-
LABORATORY ANALYTICAL RBPORT
Client: Intemational Uranium (USA) Corp
Project: 3rd Quarter Chloroforrn Sarrpling
Lab ID: C05090102-026
Client Sample ID: Trip Blank
Report Date:
Collection Date:
Date Received:
Matrix:
09/26t05
08/31/05 06:20
09/02t0s
Aqueous
Analyses Result Units Qual
]udCLI
RL QCL Method Analysis Date / By
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chlorornethane
Methylene cfiloride
Sun: 1,2-Dicfi lorobenzened4
Sun: Dibromolluoromethane
Sun: p-Bromofluorobenzene
Sun: Toluene{8
ND uS/L
2.6 ug/L
2.3 u/L
ND ug/L
102 o/oREC
't07 %REC
102 %REC
101 %REC
1.0
1.0
1.0
1.0
w120
70-130
ffi-120
80-120
sw8260B
sw8260B
sw8260B
sw8260B
SW8260B
sw8260B
sw8260B
sw8260B
09/13/05 12:.il | jlr
09/13/05 12:54 I jJr
09/13/05 12l.il1jn
09/13rc5 12;* I jh
09/13/05 12:il I jlr
09/13/05 12:illjll
09/13/05 12;54 I jlr
09/13/05 12:illjlr
Report
Definitions:
RL - Analyte reporting limit.
QCL - Quality conbol limit.
MGL - Maximum contaminant level.
ND - Not detected at the reporting limil
TracR# COSO9O1O2 page
L
L David Frydenlund
I
I From: David Frydenlund [[e-mail]]L,Sent Monday, October 31, 2005 3:06 pM
| , To: 'Dane Finerfrock'
IL Subiecfi White Mesa Mill, 3rd Quarter 2005 Chloroform Monitoring Results
I Dear Mr. Finerftock,t:LJ
We are sending two copies of the Write Mesa Uranium Mill Chloroform Monitoring Report for the 3d euarter of 2005 to
I you by Federal Express.
It- Attached to this email is an electronic ggpy of all laboratory results for chloroform monitoring conducted during theQuarter, in Comma Separated Values (CSV) format.I'
L Yours truly,
I , David C. Frydenlund
l/It- Vice President and General Counsel
l,I : IntemationalUranium (USA) Corporation
t_
Page I ofl
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SCALE iN FEET
MW-20
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EXPLANATION
perched monitoring wellihowing
elevation in feet amsl
temporary perched monitoring weln
showing elevation in feet amsl
perched piezometer showlng
elevation in feet amsl
perched monitoring well installed April, 200i
showing elevation in feet arnsl
temporary perched monitoring well installed
April, 2005 showinq elevation in feet amsl
_1
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'ffiWffil,l
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HYDR.O
GEO
CHEM,INC.
KRIGED SEPTEMBER, 2OO5 WATER TEVELS
IUSA WHITE MESA
REFERENCE
H :/7 1 800O/septO5/wt0905.snf
FI G URE
\LJ:z
-,!J.J
Zu.t*',
,2*41i&
(Jl
Date of Sample crw CHCIS Values Nitrate Values Samplinq Event
31-Auq-05 MW4 3s00 7.0 3rd Quarter Sampling Event
25-May-05 MW4 3170 7.1 2nd Quarter Samplinq Event
16-Mar{5 MW4 2900 6.3 1st Quarter Sampling Event
17-Nov-04 MW4 4300 7.5 4th Quarter Samplinq Event
17-Sep-04 MW4 3300 6.71 3rd Quarter Samolino Event
22-Jun-04 MW4 NA NA Unable to ourqe/samole
29-Mar-04 MW4 NA NA Unable to purge/sample
8-Nov-03 MW4 3800 8.0 4th Quarter Sampling Event
15-Oct-03 MW4 3800 8.1 Well Pumping Event Sample
12-Sep-03 MW4 3500 8.5 3rd Quarter Samplinq Event
29-Aus-03 MW4 4100 8.4 Well Pumping Event Sample
30-JuF03 MW4 3600 8.1 Well Pumpinq Event Sample
23-Jun43 MW4 4300 8.2 2nd Quarter Samplinq Event
30-May-03 MW4 3400 8.2 Well Pumpinq Event Sample
3GAor-03 MW4 3300 NA Well Pumpinq Event Sample
28-Mar-03 MW4 2000 8.3 Quarterly
24-Nov-02 MW4 2500 8.1
12-Seo-02 MW4 6000 8.45 UDEQ Event
22-May-02 MW4 4300 8.21 Quarterly
26-Mar-02 MW4 4700 8.19 First 1/4 2002 Sample
8-Nov-01 MW4 5200 I UDEQ Split Sampling Event
?QSqp:01 MW4 5300 9.45 Quarterly
22-Jvn41 MW4 6300 9.02 Quarterly
29Mar-01 MW4 4i!60 8.77 Quarterly
30-Nov-00 MW4 6470 9.37 Quarterlv & Solit Sample
2-Seo-00 MW4 5420 9.63 Quarterly
15-Mar-00 MW4 5520 Quarterly
15-Mar-00 MW4 5430 Quarterly
28-Seo-99 MW4 6200 Shallow Sample
28-Sep-99 MW4 5820 Deep Sample
28-Sep99 MW4 6020 TotalSample
31-Auq-05 TW4-A 3800 6.9 3rd Quarter Sampling Event
25-May-05 TW4-A 3740 7.8
16-Mar-05 TW4-A 3700 7.1 1st Quarler Sampling Event
17-Nov-04 TW4.A 4100 I 4th Quarter Sampling Event
l_Z--sep:Q+TW4-A 3300 6.83 3rd Quarter Sampling Event
22-Jun-04 TW4.A NA NA Unable to purge/sample
29-Mar-04 TW4-A NA NA Unable to ourqe/sample
10-Nov-03 TW4.A 4500 8.4 4th Quarter Samplinq Event
12-Sep-03 TW4-A 3400 8.6 3rd Quarter Sampling Event
23-Jun-03 TW4-A 4700 8.4 2nd Quarter Sampling Event
28-Mar-03 TW4-A 4500 8.2
2zfNov-02
:-:r.,Eekqe:
-""*,9"1*eg;[-5**
. **_e_9:Mgy:S**
"-,19:l{en9q-*17-Nov-04*-i7:sffi.i-*
TW4-A I**fW44 *]
-* *u- - -i
^*- rw+1 "*l
--",rY- -":TW4-1 i* rw4f1 * l
-" qqqq_*_
_5J99**_*."3999_*
-*"*- qgqa -. --" ?290___ __
"*--, -309-q-----
2800
q,5_*"_*_i8.3 ie.8 I**--
10"6
*-*l
****-q;"-*""'-'
t*_-.-_**^".4,- *J_1-1_ _;10.8 i
-**9s9*9'Jv*--*
_v_ffi
*ff 9"9ve$,q--s*enP!rrs-Fvsn!
."-aQ-Qqerts:-9enplils--Eyenl*
*l*Q*en9r*ssnpft p*e"vs$__
"_ --4!r*q{Ane- t_sgp- t!1s, Fvent _
3rd Quarter Samplinq Event
3100
3200
l?-9gp:-9r---i 2nd Quarter Samolino Event 1;
-.- - " :*:.*. * -*tuv.,.--...-.,.-l
TW4-1
TW4-1
28-Jun-99 i TW4-1
8-Nov-03 i TW4-3 i ND ,. 4.8 : 4th Quarter Sampling Event i
i...."-.!"2.,:Sep:0.?i.TW-t3]''"l!P.4.qierQQve(91"S..mp.]|ng.+.e znci OuartTW4-3 : ND r 4.8 I fnd Qqarter Sampling Evqlt i
i - -au.rd-.e?-"-" J" rw:'a," -r- "- {p""q:.---':;-i-9-i,---::"i:,:.--- - -Qe."r,.e'lv---:--, "-"-:i 1z-sep-ol i ""iM:z-- -T"^^^obdo "'-"'i-"---*0A,i--- i -ubeositiiSamptin6EGi-:
, zbrtr"y-o2 i "TWa.-? I qioo .. _qz-B_ 1: -._*qqurte;it-" ii zo-lr,rar-oz t " iw+-a i 5100 r b.98 ; iir;fih zoo2 sampb -
i a-rrrov-or i -fi;Vai- -,i- " "tiido:, : f-":"-to1 -*"- ilqDEos;;t_S"'nlils_=_y3lt*l
i::J-q-'$ep-er- -l ::-" iwt{,;":" "1eeo-:*il-:- -::it-r*"- i--- "--sscf,eiil-- - " "-l; iz-je1,oi i fwL2 i "559q_*-i _ 9.6?-::"i_"__Qua'te'ry" ":i -" )d-Mai:iti* "l** rW+-z i bbeo*"*-"i*"**lot-*--f-**-*- tjiiirteirv- - l
i**rs.l1-6;:,oo ." -_t_1y3j],::i: *:r.:_q* "". i_:::;:::_oJ:::-:j :_o,qaf-"-ir"y,q"s"pjii-s""rp'e -j
r "1q-Wpq* : -ffi"1-**:?510:":" i-:-*--:::" r :""" :-cig"r#t--:-.-"--ii -dt-huo-Os
' fW+-g '
" ND , -- d.5 igrOQuarterSamplinqEvent""i *-...-.*; 25-May-05 ; TW4-3 : ND ' 3.7 j Znd Quarter Sampling Event I
, ro-Mii-os i rW+-s : Np
17-Nov-04 TW4-3 ND 4.'l 4th Quarter Sampling Event.:.. :..::.
i..-_ l_7_s_en-04_ i
i'":2a.jJn.o4'""i.-iu/...1.3...'.:"-.:'tlo".''"-"."'.,.cb':'::]:*:]:I 29-Mar04 i fW+-g i ND ; 4.48 i 1st Quarter Sampling Event i
Date of Sample ctw CHC]3 Values Nitrate Values Samplinq Event
12-Sep02 TW4-3 2.3 4.32 UDEQ Split Samplins Event
21-Mav-02 TW4-3 2.4 4.U Quarterly
26-Mar-02 TW4-3 11 3.87 First 1/4 2002 Sample
7-Nov-01 TW4.3 170 3.6 UDEQ Split Samplins Event
20-Sep-01 TW4-3 300 3.06 Quarterly
21-Jun-O1 TW4-3 390 2.61 Quarterly
27-Mar-01 TW4-3 u7 1.85 Quarterly
29-Nov-00 TW4-3 836 1.97 Quarterly & Split Sample
TW4-3 836 1.56 Quarterly
15-Mar-00 TW4-3 834 Quarterly
29-Nov-99 TW4-3 702 Quarterly
28-Jun-99 TW4.3 3s00 7.6 Quarterly
31-Auo-05 TW4.4 3200 9.9 3rd Quarter Samplinq Event
25-May-05 TW4-4 24W 11.3 2nd Quarter Samplinq Event
16-Mar-05 TW4.4 3100 10 1st Quarter Sampling Event
17-Nov-04 TW4-4 3600 11.6 4!h Quartel Samptilg Fyej!
17-Seo-04 TW4-4 3100 10.8 3rd Quarter Samplinq Event
22-Jun-04 TW4-4 3500 11.1 2nd Quarter Samplinq Event
29-Mar-04 TW4-4 3200 12.1 l 9_! Q uartel Sam ptin g _Ey,gt! _
8-Nov-03 TW4-4 3500 12.2 ll! Q V e{g 9amp-l in s _Event
12-Seo-03 TW4-4 2900 12.3 3rd Quarter Samplinq Event
23-Jun-03 TW4-4 3600 12.3 2nd Quarter Sampling Event
28-Mar-03 TW4-4 3300 12.8 Quarterly
24-Nov-02 TW44 3800 13.4 Quarterly
12-Seo-02 TW4-4 4000 12.6 UDEQ Split Sampling Event
22-May-O2 TW4-4 3200 13.4 Quarterly
26-Mar-02 TW4-4 3400 13.2 First 1/4 2002 Sample
8-Nov-01 TW4-4 2900 15 UDEQ Split Sampling Event
2_0;-S9p10,1 TW4-4 3200 14.8 Quarterly
20-Jun-01 TW4-4 3100 14 Quarterty
28-Mar-01 TW4-4 2260 14.5 Quarterly
28-Nov-00 TW4-4 1.O2 Quarterly & Split Sample
2-Seo-00 TW4-4 Quarterly
6-Jun-00 TW4-4 ND Initial
31-Aug-05 TW4-5 82 6 3rd Quarter Samplinq Event
TW4-5 113 3.7 2nd Quarter Samolino Event
16-Mar-05 TW4-5 't20 4.9 1st Quarter Sampling Event
17-Nov-04 TW4-5 180 5.1 4th Quarter Samolino Event
17-Sep-04 TW4-5 150 4.79 3rd Quarter Samplinq Event
22-Jun-04 TW4-5 200 4.78 2nd Quarter Samplinq Event
29-Mar-04 TW4-5 2',to 4.99 1st Quarter Samplinq Event
8-Nov-03 TW4-5 240 4.6 4th Quarter Samplinq Event
*- ]a9_ei:09*_*l23-Jun-03 1
--28+vtar$ Iec*&-* 4!{i!!@{4@ry4&.124-Nov-02 l.{...".,".-q-i
-l-q:ssP*?--
l
-- 2-?:ligv-:.L*^
26-Mar-02 l
::-.?rrerp:**- l
20-Sep-01 l
TW4-5"*"* iw4€
TW4-5*-*T\n/4€
TW4€
-roff"--- -IryJ:s*-*
-*IWi:t- .
TW4-5
200
"?9_0 _*_
*?*g**__.
260
_"__, _ggq____
300
"....-**
-**--?qq -.-"240
3rd Quarter
2nd 96n€;
Qt
Event
Event
. VPFQQellSenPlrng FY.e$ -;_** *Oqqlt_efU**_ _-*
**_lin!"_11J.?993Senple _ * -
- Uq-E9*qilit 9sn plim-Eys[ -i9yeretly,-* l
I
L"- aq:l-vra!-"-i* - IlU3"f*-- l- ?19-- -" : -**-QJt -- - j . *-9ve$eny "" "---*l
Date of Sample crw CHCIS Values Nitrate Values Sampling Event
28-Mar-O1 TW4-5 236 3.88 Quarterlv
29-Nov-00 TW4-5 255 3.16 Quarterlv & Split Sample
2-Sep-00 TW4-5 124 .86 Quarterly
15-Mar-00 TW4-5 49 Quarlerly
20-Dec-99 TW4-5 29.5 Ouarterlv
31-Auq-05 TW4.6 10 0.8 3rd Quarter Samplinq Event
25-May-05 TW4-6 2.5 0.4 2nd Quarter Sampling Event
16-Mar-05 TW4-6 ND 0.2 1st Quarter Sampling Event
17-Nov-04 TW4-6 ND ND 4th Quarter Sampling Event
17-Seo-04 TW4-6 ND ND 3rd Quarter Samplinq Event
22-Jun-O4 TW4-6 ND ND 2nd Quarter Samplinq Event
29-Mar-04 TW4-6 ND ND 1st Quarter Samplinq Event
8-Nov-03 TW4-6 ND ND 4th Quarter Samolinq Event
12-Seo-03 TW4-6 ND ND 3rd Quarter Samplinq Event
23-Jun-03 TW4-6 ND ND 2nd Quarter Samplinq Event
28-Mar-03 TW4-6 ND 0.1 Qqarterly
24-Nov-02 TW4-6 ND ND Qgarterly
12-Sep-02 TW4-6 ND ND UDEQ Split Samplinq Event
-z-_!!ev:92-**
TW4-6 ND ND Quarterly
26-Mar-02 TW4.6 ND ND First 1/4 2002 -Samp-te7-Nov-O1 TW4-6 ND ND
ND
UDEQ Split Sampling Event
20-Sep-O1 TW4-6 3.6 Quarterly
20-Jun-O'l TW4.6 ND ND Quarterly
26-Mar-01 TW4-6 ND 13 Quarterly
28-Nov-00 TW4-6 ND ND Quarterly & Split Sample
2-Sep-00 TW4-6 ND Quarterly
6-Jun-00 TW4-6 ND lnitial
gtAss-05 TW4-7 3100 5.2 3rd Quarter Sampling Event
25-May-05 TW4-7 2700 5.4 2nd Quarter Sampling Event
16-Mar-05 TW4-7 3100 5.2 1st Quarter Sampling Event
17-Nov-04 TW4-7 3800 6 4th Quarter Sampling Event
17-Sep-04 TW4-7 3100 5.59 9r{Quartgr$_e1npline'-Fyglr!
22-Jun-O4 TW4-7 2900 4.83 2nd Ouarter Samolino Event
29-Mar-04 TW4-7 2500 4.63 1st Quarter Sampling Event
8-Nov-03 TW4-7 4500 7.1 4th Quarter Samolino Event
,t?:s,ep-93 TW4-7 3600 7.6 3rd Quarter Samolinq Event
23-Jun-03 TW4-7 5200 7.6 2nd Quarter Sampling Event
28-Mar-03 TW4-7 1800 4.8 Quarterlv
24-Nov-02 TW4-7 2300 4.6 Quarterly
1 TW4-7 1500 3.18 UDEQ Split Sampling Event
TW4-7 1600 3.89 Quarterlv
26-Mar-02 TW4-7 1500 3.76 Frsl114 2002
8-Nov-O1 TW4-7 1 100 2.5 UDEQ Split Sampling Event
20-Sep-01 TW4-7 1200 3.38 Quarterly
20-Jun-01 TW4-7 1 100 2.65
" 23:Met:91
29-Nov-00_a- _
15-Mar-00
TW4-7 i- - TW+' -"--1..
T\^/+7 -l******'"** ^**"--"-tTW4-7 i
747 I
-:-- e*-:6e8 i
-:-:o-rs*-i
- __-,9uqrt_e.jtt*_.___ ___l- -- -9s?rcilv* *"" "- **J
Date of Samole clw CHCI3 Values Nitrate Values Sampling Event
16-Mar-05 TW4-8 10 ND 1st Quarler Sampling Event
17-Nov-04 TW4-8 120 ND 4th Quarter Samplinq Event
17-Seo-04 TW4-8 120 ND 3rd Quarter Samplinq Event
22-Jun-O4 TW4-8 110 o.52 2nd Quarter Samplinq Event
2$Mar-04 TW4-8 24 0.6s 1st Quarter Sampling Event
8-Nov-03 TW4-8 21 0.1 4th Quarter Samplinq Event
12-Seo-03 TW4-8 66 ND 3rd Quarter Samplinq Event
23-Jun-03 TW4-8 420 ND 2nd Quarter Samplinq Event
28-Mar-03 TW4-8 320 0.8 Quarterly-
24-Nov-02 TW4-8 450 ND Quarterly
12-Sep-02 TW4-8 300 ND UDEQ Split Samplinq Event
22-Mav-02 TW4-8 210 0.77 Quarterly
26-Mar-02 TW4.8 190 0.62 First 1/4 2002 Sample
7-Nov-O1 TW4-8 180 ND UDEQ Split Samplino Event
2GSep-01 TW4-8 180 0.35 Quarterly
20-Jun-01 TW4-8 180 ND Quarterly
26-Mar-O1 TW4.8 116 ND Quarterly
29-Nov-00 TW4-8 107 ND Quarterlv & Split Sample
2-Sep-00 TW4-8 102
15-Mar-00 TW4-8 21.8 Quarterly
29-Nov-99 TW4.8 ND
31-Auo-05 TW4-9 ND 1.3 3rd Quarter Sam pli4g,,!yq!
25-May-05 TW4-9 1.2 1.3 2nd Quarter Sampling Event
16-Mar-05 TW4.9 3.8 1.3 1st Quarter Sampling Event
17-Nov-04 TW4-9 26 1.2 4th Quarter Sampling Event
17-Sep-04 TW4-9 39 0.81 3rd Quarter Sampling Event
22-Jun-M TW4-9 48 0.75 2nd Quarter Sampling Event
29-Mar-04 TW4-9 €0.82 1st Quarter Sampling Event
8-Nov-03 TW4-9 46 1.1 4th Quarter Samplino Event
"*1?:9_9993-TW4-9 32 1.1 3rd Quarter Samplinq Event
23-Jun-03 TW4-9 33 0.8 2nd Quarter Samplinq Event
28-Mar-03 TW4-9 u 0.6 Quarterly
24-Nov-02 TW4-9 51 0.6 Quarterlv
12-Sep-02 TW4-9 49 0.2 UDEQ Split Samplins Event
22-May-O2 TW4-9 38 0.65 Quarterly
26-Mar-02 TW4.9 41 0.5 First 1/4 2002 Sample
7-Nov-01 TW4-9 49 0.1 UDEQ Split Samplins Event
20-Sep-01 TW4-9 19 0.40 Quarlerly
20-Jun-01 TW4-9 59 .15 Quarterlv
27-Mar-01 TW4-9 43.6 ND Quarterly
29-Nov-00 TW4-9 39.4 ND Quarterlv & Solit Sample
2-Sep-00-*_TW4.9 't4.2 Quarterly
15-Mar-00 TW4.9 1.88 Quarterly
20-Dec-99 TW4-9 4.24
31-Aug-05 TW4-10 110 1.1 3rd Quarter Sampling Event
25-Mav-05 TW4-10 62.4 0.8 2nd Quarter Samplinq Event
16-Mar-05
17+lov{4
iTSeD-o4"*-
-_- iW4:fo -
l
TW4-10 i**""rw4-i6*-:
_**_ 119 __*
63
l:l-Qtl3|1-.elSerrPl!ng-Eyg!!-
-{lt-Q.sa:!-e-r9*enpliw-.FJsl!-3rd Quarter Samplinq Event
22-Jun-0/,TW4-10 32 ND 2nd Quarter Samplinq Event
29-Mar{4"8+tov-Gt*-"-" "--rw+.10_ _".
TW4-10
22**"""* 75**
0.1 I-*oc-----l !:!9_yqler__s-qnpling-*Ey_en!
4th Quarter Sampling Event
9ll-cJ_s_V--aluep" I !!t1g!9.vgluqq. -L Sampling Event
-_ J_Wfl[__ _L*_____Z-1"_____^ j-**"__q,{-_^,_*_j_9t99q9rtgls-enp_lrrr"g_ F_v_ent* "IWtl a i- l p -*"| ". - *"^"-e*-** - " i -.a4-oqs!".".1"94n:p1ilegy-eg
-.--I!t!':1^o*"-':---.--2"9,*"'*"'--"-"i--"---"-^-0.'?'--''...-'.''-'-l-------9'TW4-10 , lq i ND i Ouarterlv ,
:" -ngJ.0_*.1"__: _ 6-_ " _f _r_vg"- "" I "_uoegpprySerplils-eveiir;Tlnrif {n t <z i n << i n,.a4^-r., iI-W*:19-- "L*-- 1Z *j " . 9J1 "-."**L""-TW4-10 i t0 i O.t+ l First 1l42oo2Samote 126-t'tn-if f-__ngjq* j*- _rq_:_:.:_o.i_o_ " _l - r:pit4 z"oozgimpr" -
i
rjry*l1" " _i*_ 3109_,_TW4-11 I 3590
I tnitialSample i"".".,*,.1"-,"-",-..-,... -.* .-. "- -."
- .. . 9,4_- _ _91"d Quarter S.amp-llng Evg1l! ;10.3 i 2nd QuarterSamplinq Event j
??-:lsrQ-+--l-llKll--L*".qf q9*-**L'----eft ***J*?n9"9,qelsr-9a!u1n-g.Evenli
?9_-!ter:94*_J_""""Ut1-ll** L_ *_qgqo*- __;* __9_."91*_"-__l_ l$ q_usrtsr gepplrl_o_Ev_e.!l-J
6tl^..44 1 ?tlr/ z. t F^^^ : ^^ t . ,
|-**9:|!-qy:Q-3----""j-"*,-Iw*:,11..."-..^-L,.,*""-5?-09-'"-*"--j""^---.'9,3---'-"."! 12-Sep-03 1 TW4-11 ! 4600 I 9.9 | 3rd Quarter Sampling Fv-"qn!- j
i *_rggq1-ql :-i-*_1rysn::_:-_"_ st0_0-::-l_9.1,_ _ i)nd oGnd $dri6"E"dil**zgJq1;qg-----j____*Jw{-11 i 5700 I g.+ | znd Quarrer Samptins lyent j* isLvr;r-o3 T-"- ru/+11 ?-**-s;oo--T--*-0:;*-*- f-** oulrteriv ii-.--""'" *" . " - l --* - " -t.. *".n, lf-.-. AA t +r^tt /2 ! F^^^ i ^ - |
16-Mar-05 i TW4-11 i 4400 i A.z*- --i-- -"-***-*'*-"--'4----'--{r t!^.. n, I nlr, i. 1 F^^^ , ^ r b] 9-esf-e: 9,erP-li-ne--FyerJ i
Zdiuii-m* "- 1
**Tftt4-iC*-*
;
2a-Mar-bf """1 rwa-rg
:..:.:.-'."...*.."...{..',,..'.--....,.*:.':;**."....-.'...t..".-;;:-'::..-:-.'-:.:...':;:.:".'::.Y^,:,:;,::.:'.,':N-q.* " _ - i, ""__."""-"q,4.."_ -._ i_.2n9_"9"Veg-e1_S-,ampling Eyel! ,2&\49i-9-9-"]-"iW-*$-.l."."...."l!:---"i""---"9'--a.--....i-:..:.":"
12-Sep-02 ": TW4-13
, ..}f!9v;0"3_ r Tw4-1?- ,*?* "ryD r 1.*9* _. 4*jth Qyarter gampling Event
,
i_-* 1?:sep:w_J_*IW1J3-_*;*__*"NL_ _*i*- -_ l.g_i*9r_9*Qsa4sr QenpJng Fu.e$ i
**-?.9:lu*9*-i**JW*L?***-"-".*.UD *"",*,i"-"---'^j,9*--.-*1*2-n9*Qserl-ef-s-.?t-!p-r"rns *Evgn"!-l
1 _.__z*flIg:-,9l_i____:lU3l? _i*__- _ll_D i 2.2 *_"j_"*"__"__" __9y_.e4,e_rlv 1i::jr.qep-ea-::-Tre€- -l- ::jF-
-[-:-r*q1-:j::q[E{*s-pllt
gj;[q1e*!i.r't .j: _ -9:t--6yg_-_09_ i "lULL-9" _---i*_*____Lrg.*. "--i_-"- _ *t9 --..__j"*s:{_Qttefgr"9snplbs_ey,e-$_ ir- -z+'r,tbv.os I iWa-rg " i--- r.jD-*---l------"*45---_"1-*r_lti*.q:yg9i_$'!.mpgiigy-e1it"ji- iag;:9s_"""j""*tyvsd i - Nq, : :" 4,1 " i lljQyartel**i1;jgvep j
|-.1Z-Nev.--9l**i--TW4-131ND-*-''.-.i-.-.----
i : -i?,,:1ds--0"{ -:i 11v,4rt9 "-:i:: -".t!q" " -i , - +,|is- -"-- i*grdOuartersainpiing event"":, ?2-.runb_rd
* i __rw]-ig ---t: "ryrt -j .. 0.i/"- :-2nqlfa;ia?Sa,rn'ptinllvenr 'r ,.?9-lYt-et9*-- j,,-- rW*
i 9-Nov-03 1 TW4-13 i ND : 0.9 i 4th Quarter Samplinq Event i
i 1z,S1ip-_op : :WLi:_- .l .::"*g_2g0 i - b.si" - l- 0beo Spriisamjrins eveni
.*__A-_l4"t 9a *i___Jy1*tj__i*-:::r_?_911_l _-,_9,[7 . - i _ . 9ua1_e4y .. _ "_ _:-' [6-M;i[ 11*-i*- - 4dixt---j*--e"60"-"- - i **Firlill,i'2iroi5tmriie*-
i_ _ ?p_-M,?rL2 _ "j _ -:w*:l"t** j-,."_"
I _21;Jaq02 I TW4-11 i 4700 j I Initiatsampte
- i * l-i,f- " i sio Quarter Samprin! evbnt I
^ " i- l*!:g- -* :i A'Id or;'iei.q3mpr'"; EveJ,! i
CHC13 Values
310*-3oo**"*-
"* 1_4gg-___
NA
NA
3000
***
i-*-*?"9:9*e!:[Q-*-j-*-TWf-1-9 .-j---" *9]93-_.---1---"_ "."_3"J"-"_*." j "Wsl lunpils_*Eyen!*qamr_q_j
l--zJ:.s-ePj99-*:*-IMlg**J-*?9:-0.'^0"-"".""-"J""-"-?.2*-^--L.Wsl|fy"n-p-ing.E,-:9ni 12-Sep-03 i TW4-15 i 2500 | z.t i 3rd Quarter Samplino Event i'--+- ***!*- *-!.-* ----"-i-* - -1. -v'-' -. --;; 15-Auq-03 i TW4-15 i 7400 i 16.8 r Well Pumoino Event Samole ;
i *:ffi - og*l :: ml e,*- l-** ruq:* j --:f e5: Ihs3seffisinp trl-s- Fye "iji_?9:Usr-os J* _ rWlJ_?_ L_-- Nq _*__r_ ."oJ**__i _ -_**9ue{ely _ji 24-Nov-02 I TW4-15 i ND i trtO I Ouarterlv I; 12-Sep-02 i TW4-15 | 2.6 j ND i UDEO Solit Samolino Event i*.*--.#^@+*__& *._L,_ _. .i***..*._.L
i __91-4ts*{9 _.J"_*Iyttlp__"1*___ .8j"*..__.f- .*."__- N_D**_*;"-_gl9-9us!-e-r_9?Tpljngpetl_ j
-*Ni!LqJe*yge9-q-l -- - *S-eq' p-lns-EJ-gn!
rq--Msr-os_,t:Jm1g__J-_ 3tE- i* :: *o"'3 "-_ --i_ier_quaireisamplp-* 17+lov:04
-- * -{{*-*"1 1;fduarteiSamplinti-E fit '
0.2 ?iinda;6isem9ge[,.e'-*s-anP-lts"-*-9-nL j
t* _ _lz:*s-ePgl--,_ "j^ ** Ifl iJq* *1 22-Jun-04 i TW4-15|- -4l$ q1_L**r
I 6Ala--A. t -
" "** 9'-59, " --"t 3g9!$t!el-9--ildiLsF-vsnl-j_ _ _lt{-- _ i_ _UtaQlg!oqu1se"/"s-{rtfle_- _,z2:ru;-o4-"-T-*rwg;il_m:*I":Iil:::I:UffiF sFJi"ilpH::,--q$4er-04 tr"--
*-"t'tn-..-T - - r'iq - - il*Iirrabi; to purdAambi" -
i+---*.*..t- _- _-_Jgiler9g*-ffi*t*_*3€** i flhsselersilpl'n-sErqlli29-Oct-03 I TW4-15 | 3100 i S.t i Well Pumoino Event Samole ,
i --lq:!la'-pq:" J:"*rw+-J6:- J* *-?ie -T:: _: _N.6*:_ _ I ;iiil"-tUqd"'5;r'il_ffi-eyirrl; "_"_lZ:Nor-91_"" i- _JW.4JQ* _ L----"_9-q9.. i " , ._l!P - __*1" J!!l-9-t1"q:!er "s_empl'lg -Eve1t. ,17-Sep-04 ! TW4-16 : 400 : ND ; 3rd Quarter Samplinq Event ;-*-*- *{- 4-.'.*. -. +..- - .. ". "-*^. 't. .-. .-.' 22-Jun-04 I TW4-16 i 530 i ND ; 2nd Quarter Samolino Event ;
f . ag-Mslt-"gl _f*_Lw4-1il-L:- *J3o_ " "i" *[o_ ***_rsde$erSflnpriniEvenL]i -q:N9L-03*-.L**IWt16*_j*-_190__* i_ _N_D_ _ "_i""+thor?*r9_anfi11s$vgnt r
' 12-Sep-03 1 TW4-16 ; 350 ; ND i 3rd Quarter Samplinq Event :, *-.!. ..".:" .." -..*.,- r*-..v..,- .. l
i- 2e-Mar-04*-_*1__ Tlvl-]q
i *_ i:Nev:Q9 *l _IW-+"!9._"
i*-39-i43v:99**L IW+:t0j 16-Mar-05 i fW+-t6 "au- * i ryD**_.* t_?s9 geergssnplrlg*EvstJi*- 16-t'/aro5 *f*-rw4-i 6**\- **[40 -T*"- ND*-"- l- i;iouari;$il;linfEvdi-i
;"-"-lZ:Nor-91-""l-_Jw.4Jq*-L-_'*9","5,'g""-..
i.-* 1 L5-epre-{-i:::W{r il
: rE vvts vv , I rr- rv t vwv I rrv I vrv gqqrrgr vqrrrv[rrv Lvvrra j
": ?"3.J6tgg"-"i- tw4;6-- i-- 3i.ii-:". i - --*ruo" - _"r znoQuart'eis"*frlqiei,enr ;-""*-.+ --..r ...29.[ti0C*i __IW,ii6*"""] - 2oo I Nb__- i euarreity--"" :i*:1roer-e?-:-l-*Tfi-4.i-6*-j- :.::2m:-"j:::- A:::*-i::-:_ -qdse,ly*,*--"--. j
i*-_]?"sep-:0"?**i--*rw*re**t_*_J19__J____ *_NP_*_L*uoe*QSplr!_9_enp-liN _Erqn! .;
i----11:6tu:95* -i---J-wJJZ* L- *"N-q --- "i i 3t{9qs!q"rsamp.lip-E-ve-$-j1 2ff!{ay;Qs t* TM:.|/_ _ j,-. _N_D " :_ - ryD _ j T9-Qqelef"*sgmpljns.Evelt*,30-Mar-05 i TW4-17 i ND i ND i 1st Quarter POC Samplinq i
i.--..]-6;.!4al-0s""""-'i"*'.-.T-WJ.-"u.-.-"L"-..-.-J{P-"."",.j:*---
i---1Z:|!qv:.qJ---:l.fJ!a:1J--*L--*--|'q"----j""."-r9-----i-+rnp.!:|9l!9-lp9''p: - l?:$sp--q1 ; -f"yv-tV --l * ND . -, ND "- - i alqg",6ffg"?rbFg[ven-t .l-- --12:l"un:Q4---j"--:Tw-CiL--j"* -- "x-q"_:" :-- i-:::::lrt::* i:ro"sr?rtil:qar"pltrle_-Fy'q'lj :i
i'.-?9-.Mar:o1"--^j-'""^].y"1:1.Z'..-",-.,.l*--.*-""ll"p---i-.l!pi-eggee;;'3--*-tyr*,ii:,- "l:--:-""N0-,:":"-i"--:ltg-- i 1lh s"r{Rrcj:=$:erpljn6-E-i.".$_ j
l**"1?:9_ep:93 *! _r1ry1-12__j*.* fiD** : ____N_q* l*3-rg9!g{9r_$fpln_s_Eyenr.,i ze-jun-os i tWa-17- j- * ^ND*-**il****ND **" lZnci ii;Ariar Samptils EV#i"j
i----?.:l[il:F,, " i -
","-f]{. :1 -J*:*-ND--*--.i-: -:-irid::"-:-i-"-
" ,0"tt"', ;.:-"*-:-2a-r,rd;:rla _; *TW+ii:* i:: ^ No __rlp":,."
" -" " euarteay :
, l2-Qep;o-! I"1;Wt"ii j-- 16 I -r,itt:--"" ;tt"oeg.qp-ttgamptinge*venfi
_._9]:Aug-q5-- -f __.IW1:t9_ i 3e .l - 13-:3_ -_ _i" "9t_0"99?1!er s"qryplLtg Fye-n!-
, " - 2*s:l&r-99- J .I_Wt-Jq _ . -"" _**?9,q _ i__ €._9-_*_, "l?F 9sercjQq.rpl!Ls_**sn!-j:- -"10-Ma;G* l" - rWAl6 - '" '-*C8 i i?.t'- *:l;touarie/SamiiiiriiiEi/ilt
ii ^*.:T-*: '__ i _*r'rr' l-*---. -"* -"*i'!/-Nov-04" :--_TW"4-.18 I "51 .17.3_ 4thQuartersgqptilg.[v-9nt*;
:".^_-"f 7_:"SSp:"q1".. i ."_ rw4-18 i 38 1 14.5 i" g1$.,/sy?lleJ__s-epplil!_9 !ve.1t _l.-*-4:-l-vn:9.1.-]'::"r.:]8.--"--],"-..--.""9?-i12"?-i..2'nao"a*ers.9I!rbri"-EJ.9:*j
,..-29;\{a104"],-"T]Yl-:.t9-."'|90--
24-Nov-02
Date of Samole clw CHCI3 Values Nitrate Values Sampling Event
7-Jun-05 TW4-19 1200 5.7 2nd Quarter Samplinq Event
16-Mar-05 TW4-19 2200 5.3 1st Quarter Samplinq Event
17-Nov-04 TW4-19 1800 3.6 4th Quarter Samolino Event
17-Seo-04 TW4-19 2600 4.5 3rd Quarler Sampling Event
16-Aug-04 TW4-19 7100 9.91 Well Pumping Event Sample
22-Jun-04 TW4-19 NA NA Unable to purge/sample
29-Mar-04 TW4-19 NA NA Unable to puroe/sample
9-Nov-03 TW4-19 2600 4.8 4th Quarter Samplinq Event
29-Oct-03 TW4-19 4600 7.7 Well Pumping Event Sample
25-Sep-03 TW4-19 4600 9.2 Well Pumoinq Event Sample
12-Seo-03 TW4-19 2500 5.7 3rd Quarter Sampling Event
15-Auq-03 TW4-19 2600 4 Well Pumpinq Event Sample
l5-Jul-03 TW4-19 2400 6.8 Well Pumping Event Sample
23-Jun-03 TW4-19 4500 11.4 2nd Quarter Sampling Event
15-Mav-03 TW4-19 4700 NA Well Pumping Event Sample
28-Mar-03 TW4-19 4200 61.4 Quarterly
24-Nov-02 TW4-19 5400 42 Quarterly
12-Sep-02 TW4-19 770o 47.6 UDEQ Split Samplins Event
31-Auq-05 TW4-20 3800 2.9 3rd Q u arter Sam p l! n g !1,e!
25-May-05 TW4-20 39000 10.1 2nd Quarter Samplinq Event
31-Auo-05 TW4-21 78 10.1 3rd Quarter Sampling Event
25-May-05 TW4-21 192 14.6 2nd Quarter Sampling Event
31-Auq-05 TW4-22 290 15.7 3rdI z9-Mey-o_9 TW4-22 340 18.2 2nd Quarter Samplino Event
cttf
o
o
-(E
F
7000
6000
5000
4000
3000
2000
1 000
0
MW4-ChloroformValues
- Trend
Sample Date
i
I
i
i
l
i
rcDrl-o
o
(u
F-i<
;
MW 4A - Chloroform Values
7000
6000
5000
4000
3000
2000
1 000
0
..'$'$,$$'$f".$*$$$n,"lqh$'$$$'$s
Sample Date
--l
ct)5
o,6
.>(E
C
7000
6000
5000
4000
3000
2000
1 000
0
TW4-1 - Ghloroform Values
E--- I
l-t,unq]
Sample Date
I
i
I
j ct)]5
oo>
(ue
!
i
;
7000
6000
5000
4000
3000
2000
1 000
0
TW4-2 - Chloroform Values
tr-iL-rrylo i
Sample Date
TW4-3 - Chloroform Values
-ct)3
o'-o
-(!
F-
4000
3500
3000
2500
2000
1 500
1 000
500
0
- Trend
,".$*"$$st$s*"$$*"w$&;$,s
Sample Date
TW4-4 - Ghloroform Values
=ct)3
o'6
->G'g
4500.00
4000.00
3500.00
3000.00
2500.00
2000.00
1500.00
1000.00
500.00
0.00
+
- Trend
Sample Date
TW4-5 - Ghloroform Values
350.0
300.0
= 250.0
q)
- 200.0v,'-o
F 150.0g
100.0
50.0
0.0
+
- Trend
""'$$$$.f,$$*$$'$'$$"$.$$.$$'sSample Date
TW4-O - Ghloroform Values
=CD5
o''o
.>(Ec
12.00
10.00
8.00
6.00
4.00
2.00
0.00
+
- Trend
,.$$$$"w$$"q.$s$$$s$$$$$f
Sample Date
TW4-T - Chloroform Values
=Et
=o'-o
.>(u
C
6000
5000
4000
3000
2000
1 000
0
+
- Trend
Sample Date
500.00
450.00
400.00
350.00
300.00
250.00
200.00
150.00
100.00
50.00
0.00
TW4-8 - Chloroform Values
ct)
=o'-o
.>oF-
- Trend
u".$'N"$'.\".$K.$K"$',$"$ts
Sample Date
TW4-9 - Chloroform Values
-Et5
.9o
-G?-
70.00
60.00
50.00
40.00
30.00
20.00
10.00
0.00
- Trend
.."%.s$.$'is't**.,ssss.'$s'tsr
Sample Date
TW4-10 - Chloroform Values
160
140
120
-3 100
a;'6 80
->E60
40
20
0
-a-
- Trend
6$.*s{ffi e$"$l!e\si.c},$s,$
Sample Date
TW4-1 1 - Chloroform Values
t-
+
- Trend
ct)
=o'-o
.>og
7000
6000
5000
4000
3000
2000
1 000
0
*"%.e,"%',*uttrst{C!e\si*}to.s,S
Sample Date
TW4-l 2 - Chloroform Values
1.6
1.4
1.2
-3 1.0
ai'6 0.8
E 0.6
0.4
0.2
0.0
"'t ootr"'fodtr odot ."7
Sample Date
TW4-13 - Chloroform Values
1.00
0.90
0.80
- 0.70
C"5 0.60
ut'-o 0.50
E o.4o
0.20
0.10
0.00
+
- Trend
""To"Pof ;ss..fo"us*+9r$,":.a'":.tr\0$"t'
Sample Date
TW4-15 - Chloroform Values
=ct)
=o'6
->Gtr
9000.0
8000.0
7000.0
6000.0
5000.0
4000.0
3000.0
2000.0
1000.0
0.0
-+-
- Trend
Sample Date
II
TW4-16 - Chloroform Values
ct)3
o'-o
.>Gtr
600
500
400
300
200
100
0
."To"ueoo's;ss..So"usno9r,o":.f:"tr\0,*r".
Sample Date
TW4-17 - Chloroform Values
1.8
1.6
1.4
E 1.2
5
.d 1.0
o
oe
0.4
0.2
0.0
- Trend
rQi trcrl I llJllt IJAI|I ISample Date
i
-l
TW4-18 - Chloroform Values
500
450
400
350
300
250
200
150
100
50
0
r ct)a,J, ti
tO.>(E
?
""o*o.u&gdf
,ss."do"usoo$rst:"f:"tfJ
Sample Date
TW4-19 - Chloroform Values
ct)rt-
o
o
-(uc
9000
8000
7000
6000
5000
4000
3000
2000
1 000
0
-+
- Trend
--g ,..9 ^r.nf "d ^at- o,S'
Sample Date
-d -^f
45000
40000
35000
E 30000
5
ui 25000
ob 20000oe
1 0000
5000
0
TW4-20 - Chloroform Values
+
- Trend
t'T
Sample Date
TW4-21 - Ghloroform Values
E)
=o'6
-(E
FL
250
200
150
100
50
- Trend
srt'oo"tr
Sample Date
I
TW4-22 - Chloroform Values
400
350
300
-3 2so
ui'-o 200
.>E 150
100
50
0
- Trend
o'"trsrt'
| ^ lrrrnla Flqfa IIsample Date
ENEBGY LABOBATOBIES, NC. '2393 Salt Creek Hlg,lway (52601). P.O. 8ox.32i8 , Casper, WyA2602To//FreeBB8.2Ji.05/5 . q., 6zs.0srs . Fax J0z.2li.tois :dipii6"iirsyt' .m. www.eheisylab.coi'
QA/QC Summary Report
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sampling
Method: E353.2
Sample lD: MBLK-I
Nitrogen, Nitrate+Nitrite as N
Sample lD: LCS-2
Nitrogen, Nitrate+Nitrite as N
Sample lD: C05090107{t0tCMS
Nitrogen, Nitrate+Nitrite as N
Sample lD: G05090107-00|CMSD
Nitrogen, Nitrate+Nitrite as N
Sample lD: MBLK-i7
Nitrogen, Nitrate+Nitrite as N
Sample lD: G05090102{14AMS
Nitrogen, Nitrate+Nitrite as N
Sample lD: G05090102.0t4AIrtSD
Nitrogen, Nitrate+Nitdte as N
Sample lD: MBLK-32
Nitrogen, Nitrate+Nitrite as N
Sample lD: G05090102-024AMS
Nitrogen, Nitrate+Nitrite as N
Sample lD: C05090102.024A1|SD
Nitrogen, Nihate+Nitrite as N
Sample lD: MBLK-08
Nifogen, Nitrate+Nitrite as N
Report Datez 09/26/05
Work Order: C05090102
Method Blank
ND mg/L
Laboratory Control Spike
2.63 mS/L
Matrix Spike
2.47 mg/L
Mafix Spike Duplicate
2.52 mg/L
Method Blank
ND mg/L
Matrix Spike
3.54 mg/L
Matrix Spike Dupticate
3.50 mg/L
Method Blank
ND mdl
Matrix Spike
4.88 mdl
Matrix Spike Duplicate
4.95 mg/L
Method Blank
ND mg/L
0.03
0.10
0.10
0.10
0.03
0.10
0.10
0.03
0.10
0.10
0.03
110
90105
90
90102
110
110
102
110
110
90
90
98
99.4
99.5
Batch : A200$09.06_1 _NO3_0 1
09/06/05 t0:38
09/06/05 10:40
09/06/05 10:55
09/06/05'10:582.0 10
09/06/05 11:18
09/06/0s 11:33
09/06/05 't 1:35
1.1 10
09106/05 11:55
09/06/05 12:'t3
09/06/05 12:151.4 10
09/06/05 t2:35
RL %REC Low Limit High Limit RpD RpDLimit eual
Qualifiers:
RL - Analyte reporting limit.ND - Not deteited at the reporting limit.
Tr ack# co5o9o 1 02 PaE e
EIIERGY LABOBATOPIEQ:INI.._2J9J satt creek lplway (a2601) . p.o. Bo;J2s7 . casper; w azffi2Tott Free ffi.235.0s15 . {.- 1ss05t5 . Fax s02.2a4.rc!e :'"iiptid"i6;cy( .m. www.ehergyao.coi'
QA/QC Summary Report
Client: Intemational Uranium (USA) Corp
Project: 3rd Quadcr Chloroforrn Sanpling
Report Date: 09126/05
Work Order: C05090102
RL %REC Low Limit Htgh Limit RpD RpDlimit euat
method:sw8260B
Sample lD: l4Sep-05_LGS_4
Sur: l,20lcttlooberzensd4
Surn Dibrornofr uoromelhane
Sun: pBromofr uqob€nzene
Surr Toluene-d8
Sun: Dibromoiuoromehane
Sun: p-Bromofiuorobenzene
Surn Toluene.dS
Sample lD: G05090102{r25AilSD
Sur: 1,2-Dicilorobenzened4
Surn Dibromofluoromethane
Sun: FBromofl uorobenzene
Sun: ToluenedS
Labora@ Conbol Spike
Mabix Spike Duplicate
1.0 88.8 80
1.0 96.4 70
1.0 151 80
1.0 110 80
0.s 94.8 800.5 sx.l 70o.5 1U 800.5 102 80
120
130
130
120
Batch: R55{97
09/14105 14:55
091141O517:'1'l
s
09/14105 21:09
091'14t0521:il
10
10
10
10
' orc analy'te is ottsue of eceptanca rangB. The sampb meets the remainder of the QA crilerla, theeforB this batch ls approved.- s=sunog6t6 rccovery outsila eCadvisorylimlts.
Sample lD: l4-Sep.{t5_llBlK_7 Method Blank
Sun: 1,2-Dlcfilorobenzend4
Sun: Dibromofl uorornethane
Surn pBromof, rrorobnzens
Surc Toluene-dE
- s=Sutrogab tecowy olrtsid€ oc advbory limib. sinc6 lhe remainder of the eA is acceptabte, tho balcfi is apprwed.
Sample lD:C05{t90102-{t25BtS Matdx Sptke
Sun:1
120
130
120
120
120
130
120
120
120
130
120
120
80
70
80
80
50
50
50
50
80
70
80
80
50
50
50
50
84.8
95.6
118
102
103
95.6
116
106
0
0
0
0
Queliliers:
RL - Analyte reporting limit.
S - Spike recovery outside of advisory limits.
ND - Not detected at the reporting limit.
Track# co509c-1C-2 Page 30
ENERGY LABORATORFE tMc. . zggt satt creek Highway (a2tu1) . p.o. Bo;_J28 . casper; wa260zTo//Freeffi.85.0st5 . { 1sj.0st5 . Fax s1zza4.tobs :'";spi6er6rsy/{- .n.www.iheigytao.coi'
QA/QC Summary Report
Client: International Uranium (USA) Corp
Project: 3rd Quarter Chloroform Sanpling
Sampfe lD: 14€ep{Xi-LCS_4
Carbon tetacfiloride
Chlorcbrm
Chloromethane
Methylene chlorirle
Surn 1,2-Dichloroberuene{4
Sum Dibrornofr uorornethane
Sun: p-Brornofl uorobenzene
Surn ToluenedS
Report Datez 09/26/05
Work Order: C05090102
Laboratory Conbd Spike5.2 ugA
4.8 ug/L9.6 ug/L
4.E udL
ND ug/LND ugAND udLND ugA
980 ug^
43(X) ug/L
12OO uglt950 udL
1100 udL
4300 ug/L
1400 udL
960 ug/L
1.0 lU
1.0 96.E1.0 193
r.0 96.81.0 88.8
1.0 96.41.0 151
1.0 110
0.5
0.5
o.5
0.5
0.5 94.80.5 sN.40.5 1g
0.5 102
50 98.4
s0 119
50 '124so 94.8s0 84.E
50 95.650 't't8
50 102
50 106
50 123
50 135
50 96.4
50 10350 95.650 116
50 106
Batch: R55500
0914/05 14:55
s
O9l14lO517:.11
s
09/14105 21:09
0911410521:il
20
20
20
20
10
10
10
10
70
70
65
70
60
70
EO
80
130
130
135
130
1m
130
130
120- on6 ana[,b ls orrtsid€ of acc€ptaoco langs. - s=sunogpb rarery outside oc advisory limiB.
Sample lD: l4Sep-(Xi_ilBlK_7 llethod Blank
Carbon tetracfrloride
Chloroform
Chloromethane
Methyene cfiloride
Sun: l,2-Dicfi lorobenzened4
Sun: Dlbrornolluoromethane
Surn p Brornofi uorobenzene
Surn TcNuened8
80
70
60
80
- s=sunogEt8 rscovery oltside QC advlsory limits. Sinco lh€ romainder of the eA is a@ptado, the babh is apprwed.
Sample lD: G(Xi090102.0258ilS Mafix Spike
Carbon tetsacfilodde
Chloroform
Chloromethane
Methy'ene chlorlde
Surc 1,2-Dchlorobemened4
Surn Dibromofr uorornethane
Sun: pBromofi uorobenzene
Sun: Toluened8
Sample lD: G0509O102-{!25BMSD Matrix Spike Duplicate
Carbon tetracfiloride
Chloroform
Chloromethane
Methylene chloride
Sun: 1,2-Dichlorobeeened{
Surn Oibromofl uoronrethane
Sun: pBromofluorobemene
Sun: Toluene.d8
- One analyte is ortsids of acceptalce reng€. The sample meets th6 remaind€r of the OA siteria, lhersbrB lhis batdi b approved.
70
70
70
70
EO
70
80
80
70
70
70
70
80
70
80
80
120
130
120
120
130
130
130
130
120
130
120
120
130
130
r30
130
120
130
120
120
7.4
0.9
9.0
1.7
0
0
0
0
RL %REC Lorr Umit High Limit RpD RpDLimit elal
Qualifiers:
RL - Analyte reporting limit.
S - Spike recovery outside of advisory timits.
ND - Not detected at the reportng limit.
Track# COsOgO102 page
ENEECY LABORATORIEE lNC. ' 2393 Salt Creek Hbhway |1ffiil . PO. Box 3258 . Caser W 8ffi2
Toll Free 888.2J5.0515 . (-- 75.05/5 . Fax a02.234.63e .'cispr@energyt{',n . wwweitergytab.nm
QA/QC Summary Report
Client: International Uranium (USA) Corp
ProJect: 3rd Quarter Chloroform Sanpling
Report Datez 09126/05
IVorkOrder: C05090102
tuialyte Result Units RL %REC Low Limit High Limit RPD RPDLimit Qual
Method:sw8260B Batcfi: R55503
091U05 10:24Sample lD: 13€ep.05_LGS_1
Carbon btrachlorlte
Chlorobrm
Chloromethane
Ivlethy'ene cfilorlde
Surn 1,2-Dlchlorobeeened4
Sun:
Surn pBrcmofl uorobonzen€
Surn TohpnedS
Sample lD: l3€ep.{t5_}IBLK_4
Ca6on tehchloddo
Chlorotorm
Chlorornethane
Methylene cfiloride
Sun: 1,2-Dichlorobemened4
Sun: Dibromof uo.omelhane
Sun: pBrornofluorobemene
Sun: ToluenedS
Sample lD: G05090l02.0t3BtlS
Carbon tebachloride
Chloroform
Chloromelhane
Methylene cfiloride
Surr 1,2-Dichlorobemene-d4
Sun:
Sun: pBrornofl uorobenzene
Sun: ToluenedS
Sample lD: C05090102-013BMSD
Carbon tetachloride
Chlorobrm
Chloromethane
Methylene chloride
Sun: 1,2-Dicfiloroberzened4
Sun: Dibrornofr uoromethane
Sun: f Bromofr uorobenzene
Sun: Toluene{8
- S=SutrogEte recovery out$d€ OC advisory limits. Since tlre remainder of the QA is acceflable, the batcfi ls appio/ed.
Laboratory Control Spike5.7 ug/L
5.3 ug/l-4.7 ug/L
5.2 ug/L
Method Blank
ND
ND
ND
ND
Matix Spike
1300
5600
900
1100
Matsix Spike Duplicate
120,J ug/L
5@0 ug/L
1OO0 udL
1100 ugA
1.0 't14
1.0 106
1.0 9.41.0 103
1.0 9E't.0 106
1.0 1031.0 1(x)
0.5
0.5
0.5
0.5
0.5 97.6
0.5 106
0.s 101
0.5 99.2
50 130
50 116
50 90.450 106
50 103
50 115 7050 115 80
50 100 80
50 120 70
50 120 70
50 101 70
so 107 7050 98.4 80
50 112 70
50 130 80
50 101 80
091305 t2:15
0914/05 13:45
70
70
65
70
80
70
80
80
130
130
135
130
120
130
130
120
uS/L
uga
ugn-
ug/L
ug/L
ug/L
uga
udL
80
70
80
80
70
70
70
70
EO
120
130
't20
120
130
't30
130
130
120
130
120
120
130
130
130
't30
't20
130
120
120
8.3
0.7
1'l
1.1
0
0
0
0
0914/05 14:23
20
20
20
20
10
10
10s
10
Qurllllcn:
RL - Analyte reporting limit.
S - Spike recovery outside of advisory limits.
ND - Not detected at the reporling limit.
Tr ac ktf coso9o 102 Page
ENEfuCY LABORA|OR|ES, lNC. . 23fi Satt Creek Highway (52ffi1) ' P.O. tur' 3255 ' Caspet W 82602
rZiFiiiaaaziNiiii :'{=rss.zsts . Fax szr.n4.rc3s .'chsper@energy( m'www.energvtab.com\' "-
QA/QC Summary RePort
Client: Intemational Uranium (USA) Corp
ProJect: 3rd Quarter Cbloroform Sanryling
Report D*ez 09126lO5
Work Order: C05090102
R€sutt unitre RL o/6REC Lorr Llmit High Limit RPD RPDUmit Qual
Method:swE260B
Sample lD: l4€eP.05-LCS-2
Carbon tetrachlodde
Chlorofom
Chloromethans
Methylene c$loride
Sun: 1,2-Dlchlorobenzene.d4
Surn Dibromofl uoromelhane
Surr p-Bromofi uqobenzene
Surr ToluenedE
Sample lD: l4SeP-05-ftlBLK-5
Carbon bfachlorkte
Chloroform
Chlorornelhane
Methylene cfilorlde
Sun: 1,2-Dicfrlcrobetzened4
S un: Dibromofi uoromethane
Sun: pBromofr uoroberueene
Sun: Toluened8
Sample lD: G05090102'013BttlS
Carbon tebachlodde
Chloroform
Chloromethane
Methylene cfiloride
Sun: 1,2-Dlctrlorobenzened4
Sun: Dibromofr uorornelhane
Sun: pBromof uorcbenzene
Surn TduenedS
Sample lD: G0fl190102'{ll3BllsD
Carbon tebachlorkte
Chloroform
Chlorornelhane
MothYene cfilotide
Sun: 1,2-Dlchlorobenzened4
Surn Dibromoiuoromethane
Sun: p.Bromofl uorobenzene
Sun: Tduened8
Sample lD: l$SetrOS-LGS-2
Carbon tefachloride
Matix Splke
1300 udl
5600 udL
900 ug/L
1100 udL
Laborabry Confd Spike
12 ug/L
11 ug/L
9.0 udl
9.8 udL
Method Blank
ND ugA
ND ug/L
ND ug/L
ND udL
124 70
113 70
90 65
97.6 70
95.2 80
104 70
114 80
104 80
101 80
106 70
104 80
99.6 80
130 70
116 70
90.4 70
106 70
103 80
115 70
115 80
100 80
Batdt: R55510
09/14/05 09:13
091,f/05 11:09
09/1{05 13:45
Oil1tdti14:23
20
20
20
20
10
1010s
10
091S05 10:44
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
50
50
50
50
50
50
50
50
130
130
135
130
120
130
130
120
120
130
120
1m
130
130
130
130
120
130
1n
124
130
130
130
130
120
130
120
120
130
8.3
0.7
11
1.1
0
0
0
0
Mablx Splke Dupllcate
12OO udL
5600 udL
1000 udL
1100 udL
Laboratory Conbol Spike
6.3 udL
50 120
fl) 120
50 101
50 107
50 98.4
50 1',12
50 130
50 101
70
70
70
70
80
70
80
80
701261.0
- S=Sunogpte recovery ot lBide QC advisory llmils. Since the remainder ol fre QA is acceptable, tho badl is apptoved'
Qurlilicn:
RL - Analyte reporting limit.
S - Spike recovery outside of advisory limits.
ND - Not detected at lhe reporting limit.
Track# CO5O9O'tOZ Page 5J
ENEBGY LABORATOBFq Nc,-_zae! salt Qrgek fllqlway (a260/-l . po.Bgrz2is . casper; wya2602TotlFree888.215.0sts , (.. i?s.0515 , Fax J02.2J4.63e ;'ciipiicienersytT-=;:*r;:;;;Ai;b.;;'
QA/QC Summary Report
Client: Internafional Uranium (USA) Corp
Project: 3rd Quarter Ciloroform Sanpling
Sample lD: 15SepO5_LGS_2
Chloroform
Chlorornethane
Methylene chloride
Sun: 1,2-Dichloroberzened4
Surn Dibromofr uoromethane
Sun: p-Bromofi rrcKrbenzeno
Sum Toluened8
Report Date: 09/26105
lYorkOrder: C05090102
Laboratory Contrd Spike5.7 ugrrl-
7.1 ugA
5.6 udL
Method Blank
ND ugAND ugAND ug/L
ND ug/L
1.0 114
1.0 142
1.0 112'1.0 96.41.0 1021.0 1021.0 100
0.5
0.5
0.5
0.5
0.5 1000.5 107
0.5 1030.5 98.4
Batch: R55510
09/1fl05 10:,f4
s
09/1905 12:40
70
65
70
80
70
80
80
80
70
80
80
130
135
130
120
130
130
120
- one analyte is oulsirle of acceptanco ran€6. The sampte meeta lh€ remainder of the eA criteria, thsrefor€ this batch is approwd.
Sample lD: 15.Sop-05_MBLK_5
Carbon teFacfrloride
Chloroform
Chloromethane
Methylene chloride
Surn 1,2-Dichlorobenzened4
Sun: Dibromofl uoromethane
Surn pBromofl uorobenzene
Sun: ToluenedS
120
130
120
120
RL %REC Low Limit High Limlt RpD RpDLimtt eual
Qurlifiers:
RL - Analyte reporting limit.
3 - Spike recovery outside of advisory limits.
ND - Not detected at the reporting limit.
Track# CO5O901O2 F)age 34
ENERoT L/lBoBATonEs, tMc. - 2393 satt creek f^glway (s2ffi1) . p.o. qx J25a . casper, wy a2602rottFreeo88.235.05ts . { 1s.05ts : FiibT.iii.itili :6ii,i6riiiclT m.www.enersytab.mm
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ENEBGVLABOEATOilEE lNC. .2S9SSattCreekHilhway(82ffit) . PO.89x3258 . Caspe, WY82ffi2
TollFree888.235.05l5 . ( :':e.35.615
. Fax [phone] . casper@energy( ..
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Energy Laboratories Inc.
Client Name Int€malional Uranium (USA) Corp
Wofi Order Number C05090102
Cheddist compbted by:
Shipplng conlainer/cooler in good condifron?
Custody sEals intacl on shipping contrainer/cooler?
Custody s€ab lntad on sampb bottles?
Chain of custody present?
Chain of custody signed when plinguished and rcceived?
Chain of custody agrees with sample labels?
Samples in proper container/botUe?
Samplc contahers intacl?
Suffdcnt sample volume for indicated test?
All samples eceived within hoHing time?
Container/Temp Blank temperatuo in compliance?
Water - VOA vials have zero headspace?
Water - pH acceptable upon receipt?
Adlusted?
Sample Receipt Checklist
Cani€r nam€ Next Dav Air
Dale and Tme Received: 9nn@5 10:00:fi)
Received by las
Revieued by
Yes M
Yes M
ves I
Yes M
Yes M
ves M
Yes El
ves M
Yes gl
ves Ul
ves M
ves El
Yes g
non
No fl
NoD
no fl
No[]
NdT
NoD
Nol
t{o f]
no fJ
non
No fl
tto !
Checked by
Not Present f]
Not Preseil !
Not Present U
11.4'C On lce
No VOA vials submitted
NotApplicabh I
n
Any No and/or l,lA (not applicable) Esponse must be detailed in the commenb section below.
Client contacied
Contacied by:
Comments:
Date contacted:
Regading:
Person contacied
Conec,tive Ac{ion
T r ac ktt co5()90102 Page
ENERGY UIBOBATORIES, lNC. .2393 Salt Creek HEhway (1mU . PO. ryx3258 ' Caspet W82602
Toll Free 888.235.0515 , (- - ?35.0515 . Fax 307.234. t&9 ' 'cisper@energy(. 'n ' wwwenergylab'com
Date: 2&Sep-05
CLIENT:
Project:
International Uraniwn (USA) Corp
3rd Quarter Chloroform Sarpling CASE NARRATIVE
Sample Dellvery Group: C05090102
ftIIS IS T}IE FINAL PAGE OF THE LABORATORY ANALYTICAL REPORT
BRANCH LABORATORY LOCATIONS
eli-b - Encrgy Laboratories, 1ns. - Sillings, MT
eli-f- Energy Laboratories, Inc. - Idaho FaUq ID
eli-g - Energy Laboratories, Inc. - Gillette, WY
eli-h - Energy Laboratories, Inc. - Helena, MT
elir - Enerry Laboratories, Inc. - Rapid City, SD
eli-t - Energy Laboratories, Inc. - College Station, fi
oRJGTNAL SAMPLE St BMTTTAL(S)
All original sanple zubmittals have been retumed with the data package. A copy of the submittal(s) has been included and
tracked in the data package.
SUBCONTRACTING ANALYSIS
Subcontracting of sarryle analyses to an outside laboratory may be required. If so, ENERGY I-ABORATORIES will utilizc
its branch laboratories or quafihed contract laboratories for this seryice. Any such laboratories will be indicated within thc
Laboratory Analytical Report.
SAMPLE TEMPERATLTRE COMPLIANCE: 4oC (+2"C)
Terperature of saqles reccived rnay not be considered properly preserved by accepted standar&. Sanples that arc hand
delivered irrrnediately after collection sh"ll be considered acceptable ifthere is evide'nce tbat thc chillfu€ prooess has begun
ENERGY IABORATORIES,INC. - CASPER WY certifies that certainnrethodselections contained inthis reportmeet
requiremenb as set forth by NELAC. Sorne client specific reporting requirenrcnts may not require NEIrq,C reporting
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The total number of pagcs of this report are indicatedby the page number located in the lowcr rigbt corner.
Track.# CO5O9O1O2 Page
Ghain of GustoOy and Analytrcal Request xecoro pase I or
PLEASE PRINT, provide as much information as possible. Refer to conesponding notes on reverse side.
Lle
Address:
V"a. 6ar ta1
6lo*J,i, M fcrrt &-;JTi'vL &y)bw'L>zt / cwi 6"7'Lz"'/
?e-8o.1 (qr7> 6"t-2>zl
Report Required For: POTWMWTP E DW El
Other
Special Report Formats - ELI must be notified prior to
sample submittal for the following:
NEHc fl A2LAO LevellVO
o
E3B.=zOLgsag
9fFeF*Pfr. F-Y,X- o v,=,
EAbq:55
tr
MATRlX
Notify ELI priorto RUSH
sample submittal for additional
charges and scheduling
Collection
DatE
Custody
Record
MUST be
Signed
R.linqubh.dby(pdnt): D.b/Tim.:
In certarn crrcumrtrncer'"'*i,"Tg::::x5u'"ry,hi"til:59;idt,$rr5;;::ll*ff n *:f:i1[i:J"i."fYH"',]?::itT.T.'p.to the anarvrrr requested'
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!:t!l
Ghain of Gustody and Analytical Request Record pase r
PLEASE PRINT, provide as much information as possible. Refer to conesponding notes on reverse side.
Eltg-av of3lzrrrFan:m=
sniiK uv:
iCgelgl lD(s) .
In ccrtrrn'rcum't'n*'' "-*;'""i,f;*:fi::Ty,Hl;::$ffiin:Ti,Ti"5;;::il$*fi R:t:;,fi:[i3J1fi:tffJ,]i::il'!o"f-'*" the anrrvarr rcquerted'
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T*Ln*Ironl l).o*;un (',-on.u1 ,bn zd &L),/L- cLb.oL' ^ 9o^el
Report MailAddress:
?,o, Oox fu1
Ble,*Ar",r, 0s tr,r-r,
, Phone, Fax, E-mail: Sampler Name if other
Ta-uzJ 'Tbt< nrta b*>'zzzt /ay)at-?a-z<t
7o* 95 cqTr>b"t-zz2 I
Report Required For: POTWMMTP E DW E
Special Report Formats - ELI must be notified prior to
sample submittral for the following:
NELAC B A2LAE Level IVE
$sa.s>8,g 3 i'€,
I tasi$*r
tr
MATRIX
Notify ELlpriorto RUSH
sample submittal for additional
charges and scheduling
(Name, Location, Interval, etc.)
Collection
Date
Custody
Record
MUST be
Signed
DrtCTimc:
cl,lo5- ttaDa-rJTotc
by (pdnl): Dabmmo: SlgmtlB:
ReceiptTemp/' <.4fu\
Custody Seaff)Nlntract / YrN
Signature \-/ N
Match
Lab lD
-tAZ-Ghain of custoOy and Analytical Request ]tecord
PLEASE PRINT, provide as much information as possible. Refer to corresponding notes on reverse side.
Page 7 of ?,Z@E@E
'T.u.c,-14 A^n-J.- Cl-to-ofo.* S
Report MailAcldress:
?"o'(bt at Po7
6b*lr,0l /tyr1
Contact Name, Phone, Fax, E+nail:
D''Jn-l- utr) b?t->z-z f ru7n a*r'z>4
?.o^ kf t'tsf) G*t-z'z-zl
Report Required For: pOfwfWvWp E DW E
Special Report Formats - ELI must be notified prior to
sample submittal for the following:
ruetec E ezunE LevelVE
6
EgB.Sl c0>l IE=S5l
Etgs:$s'tr
MATRIX
Notify ELI prior to RUSH
sample submittal for additional
charges and scheduling
Collection
Date
Custody
Record
MUST be
Signed
by (pdnt): D.tCTkne:
Uau\l I utLt-
by (printl Oab/nm:
to dient: Lab
Shipped by:
Custody Sedfntact I Y
Signature I Y/N
In certarn'rcumrtrncet'""+;;'.:oJll*'"xE::'3I*ffi3:11fiiiTi,Till:;,?:rl:ntfr":i::lf"#,:JXTr#l:;J,l?::ilT.:i.'o."the anervsrs requeated'
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E*fl7tsw
I4@@tg Ghain of GustoOy and Analytical Request Record pase3 or
PLEASE PRINT, provide as much information as possible. Refer to corresponding notes on reverse side.
3
Receipl ]empI l[J- an
Custody
lntact
Signature
Match
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64 &u,-1.. cLto-ofor,^ S.qt
Contact Name, Phone, Fax, E-mail:
\*ilrwu lutD b?*-zz>t / rr. r> b?r-zzLl
Report MailAddress:
Qo'Qot tol
9l+)'--1, UI *qrr,
l'- B- lv7:-- btt-zza'1
POTWAAAA/TP E DW E
Special Report Formats - ELI must be notified prior to
sample submittal for the following:
NELACE A2LAE LeveINE
oo€
e3E'-
egig,o<F>
E tEg
:5s'
tr
MATRIX
Notiff ELI prior to RUSH
sample submittal for additional
charges and scheduling
by(print): Dab/llme:Custody
Record
MUST be
Signed
R.cclwd by (pdnt): Dsl6/Timo: Signlaturc:
L.ABORATORY USE ONI.
ln ccrLln clrcumrtrnccr, rlmplcr rubmlttod to En.ryy Laboretorlcr, lnc, may be subcontrectod to othor c.rtmcd leboretorlcr In ordor to complotc the analyalr r.quo.tad.
I I
fElvsZ-
taRitrAJfrtlli3t Ghain of Gustody and Analytical Request Record pase 3 or ?
PLEASE PRINT, provide as much information as possible. Refer to corresponding notes on reverse side.
Custody Seal)fllntact tY I
Signature \yMatch '(
Lab lD
?cl &u-,Jr-, e, CLb-ol*'* S'alryT. ul.c,
Sampler Name if other than Conlact:
Da-:J7L )c &..r) (** 'wt f cuzr> b*7-zz4
Report MailAddress:
?,c, $ox tas
Bl--l,r*rrUt) gUS-tl
Q.r- $-.5 &,t) u*r'zz'z't
Report Required For: POTWWWTP E DW n
Special Report Formats - ELI must be notified prior to
sample submittal for the following:
NELACEI A2LAE Level VE
5
E3g.
e 3 i't,
Eias:59
tr
MATRIX
Notify ELI priorto RUSH
sample submittral for additional
charges and scheduling
Collection
Date
Gustody
Record
MUST be
Signed
Rdinquish€dby(pdnt): Drb/nmc:
rORY USE ONLY
In cert ln clrcumrtancls, rempler rubmltted to Energy Laboratorlcc, Inc. may bc subcontractod to oth.r certlfcd leboratorlcr In order to completc the analysl! roquost d,
Thlr tcrver er notlce of thlr po$lblllty, A3l sub.contract drte wlll bo cloarly not tcd on your enaly,tlcal report.
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6;E.
,rllndent;tz^zzl unain of Uustooy. and Analytical Request Record pase 3 or 3PLEASE PRINT, provide as much [nformation as possibl5. Refer to conesponding notes on reverse side.
YW
Custody Seal
Intact
Signature
Match
|ncerta|nc|rcumrtancor,..mplc!.ubmlttodtoEncrgy.!.:bori;|o',|nc'm.ybo"uu"ontoa"o
Thlr rervcr s. notlce of thlr po*tblllty, All ruL-contnct dat wlrr Oe ciearly-not8tod on your inalyqcaireporglr!-!^ ----
L/ (LL--rIo,*
Report MailAddress:
P,o.8"u bl
t3t.^J,-1, 0l *rrrt D-,* J-i-.- L (qzi 6W-z?1) l rr rf) 6?7 -u-.1
Qu*- 6"-3 &vA L?7'a'a:z't
Report Required For: POTWWWTP E DW E
Other
Special Report Formats - ELI must be notified prior to
sample submittal for the following:
NELAC I A2IAE Level IVE
Other
EDD/EDT E Format
E!9".E(a>1 9E=96
EtEEi,F*r.!<l
MATRIX
Notify ELlpriorto RUSH
sample submittal for additional
charges and scheduling
Collection
DatE
Custody
Record
MUST be
Signed
by (pdnt): Dardllme:
it-li'tc 1l.l"r lrto
Lab lD
Visit our web site at www,enargylab.comfor additional information, downloadable fie schedule. forms. & links.
ENEBcf LABOBATOqES, lNC. . 2393 Saft Creek Highway (52601)' PO. qx 3258 ' Caspet 1W82602
ToI Free 888.235.05t5 . ( )35.0515 . Fax [phone] . cesper@energyl( 1m'wvvw:enerMaD'com
\- \-\2
ANA LY TICAL SUMMARY REPORT
September 26,2005
David Turk
Intemational Uranium (USA) CorP
6/.25 S Hwy 191
Blanding, UT 84511
Workorder No.: C05090102
ProjectName: 3rd Quarter Chloroform Sampling
Energy Laborirtories Inc. received the following 26 sanples from Intemational Uranium (USA) Corp on9/2/2005 for analysis.
Srmple ID Client Sample II)Collect Date Receive Date Matrh Test
c05090102-001 Mw4 08/31/05 lO:10 09102105 Aqueous Nitrogen, Nifate + Nitrite
SW8260B VOCs, Standard List
c05090102-002 Tw4-A 08/31/05 to15 09/02105 Aqueous Same As Above
c05090102-003 TW4-l 08/31/05 l0:00 09/02105 Aqueous Same As Above
c05090102-004 rw4-2 08/3 l/05 lO:25 O9/02105 Aqueous Same As Above
c05090102405 TW4-3 08/3 l/05 09:35 09102105 Aqueous Same As Above
c05090102-006 TW4-4 08/31/05 09:55 O9/0405 Aqueous Sarne As Above
c05090102-007 TW4-5 08/3 l/05 O9:25 09102J05 Aqueous Same As Above
c05090102-008 Tw4-6 08i3 t/05 09:50 09/02/05 Aqueous Same As Above
c05090102-009 Tw4-7 08/3 l/05 lO:05 09102105 Aqueous Same As Above
c05090102-010 Tw4-8 08/3 l/05 09:45 09102105 Aqueous Same As Above
c05090102-01I Tw4-9 08/3 l/05 09:30 09/02105 Aqueous Same As Above
c05090102-012 Tw4-10 08/31/05 09:20 09102105 Aqueous Same As Above
c05090102-013 TW+l I 08/31/05 09:10 09/0205 Aqueous Same As Above
c05090102-014 'I"w4-12 08/31/05 08:30 09/02/05 Aqueous Same As Above
c05090102-015 Tw4-13 08i3 l/05 08:40 09/02105 Aqueous Same As Above
c05090102-016 Tw4-15 08/3 l/05 09:00 09102/05 Aqueous Same As Above
c05090102-017 Tw4-16 08/3 l/05 09:05 09/02105 Aqueous Same As Above
c05090102-018 TW4-17 08/31/05 l0:55 09/02105 Aqueous Same As Above
c05090102-019 TW4-18 08/31/05 08:05 09i02/05 Aqueous Same As Above
c05090102-020 TW+19 08t31/05 08"25 09lOU05 Aqueous Same As Above
c05090102-021 Tw+20 08/31/05 O8:55 09/0405 Aqueous Same As Above
c05090102-022 TW4-2r 08/31/05 08: l5 09/02/05 Aqueous Same As Above
c05090r02-023 08/31/05 08:50 09/0205 Aqueous
Tr ac l<tt co5o9o1o2 Pa9e
TW4-22 Same As Above
EilEPeY LABOBATOBIEE tNC. .2J9J Satt Creek Hig^hway (s2ffi1). pO. ex32s6 . Casper; WA2ffi2Tott Free 8M.?J5.0s15 . ( 'T5.056 :-Fax sbi"J4:r6ii' :dZrii6"ii6y( ,m. mrw.enersytab.com1\
c05090t02-024 TW4-60 08/31/05 06:35 09102/05 Aqueous Same As Above
c05090t02425 TW4-63 08/31/05 l0:lo 09/0V05 Aqueous Same As Above
C05090102-026 TripBtank 0881/05 06:20 09102/05 Aqueous SW8260B VOCs, Standard List
There were no problerns with ore analyses and all data for associated QC rnet EpA or laboratory specificationsexcept where noted in the Case Narrative or Report.
Ifyou have any questions regarding these tests results, please call.
Report Approved Byl *a?r*fu
T r ac klt CO509 O 1 OZ pa ere