DRC-2008-002343 - 0901a0688083f581

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DENISOJTI
MINES
VIA FEDERAL EXPRESS
August 29,2008
Dane L. Finerfrock, Executive Secretary
Utah Radiation Control Board
Utah Department of Environmental Quality
168 North 1950 West
P.O. Box 144810
Salt Lake City, Utah 84114-4810
Dear Mr. Finerfrock:
Denison Mines (USA) Corp.
1050 tTth Street, Suite 950
Denvor, CO 80265
USA
Tel: [phone]
Fax : [phone]
www.denisonmines.com
K'o
Re: Transmittal of 2nd Quarter 2008 Chloroform Monitoring Report'White Mesa Uranium Mill
Enclosed are two copies of the White Mesa Uranium Mill Chloroform Monitoring Report for the 2nd Quarter of
2008, as required under the State of Utah Notice of Violation and Groundwater Corrective Action Order No.
UGQ-20-01.
Yours very truly,
/*A*
DENrsoN Mtnes (USA) ConP.
Steven D. Landau
Manager-Environmental Affairs
White Mesa Uranium Mill
Chloroform Monitoring Report
State of Utah
Notice of Violation and Groundwater Corrective Action Order UDEQ
Docket No. UGQ-20-01
2 "d Quarter (January through March)
2008
Prepared by:
Denison Mines (USA) Corp. (DUSA)
1050 17th Street, Suite 950
Denver CO 80265
August 29,2008
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1. INTRODUCTION
This is the Quarterly Chloroform Monitoring Report, as required under State of Utah Notice of
Violation and Groundwater Corrective Action Order State of Utah Department of Environmental
Quality ("UDEQ") Docket No. UGQ-20-01 for the 4't Quarter of 2008 (the "Quarter") for
Denisori Mines (USA) Corp.'s ("DUSA's") White Mesa Uranium Mill (the "Mill"). This Report
also includes the Operations Report for the Long Term Pump Test at MW-4, TW4-19, TW4-15
(MW-26) and TW4-20 for the Quarter.
2. SAMPLING AI\D MONITORING PLAN
2.1. 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 Monitoring
Groundwater Monitoring was performed in all of the chloroform monitoring wells, being the
following wells:
o MW-4
o TW4-A
o TW4-1c TW4-2o TW4-3
o TW4-4
o TW4-5
o TW4-6c TW4-7
o TW4-8o TW4-9o TW4-10o TW4-11o TW4-12
o TW4-13o TW4-14o TW4-15 (MW-26)o TW4-16o TW4-17 (MW-32)o TW4-18o TW4-19o TW4-20. TW4-21o TW4-22o TW4-23o TW4-24o TW4-25
The locations of these wells are indicated on the map attached under Tab A.
Wells sampled during this reporting period were analyzed for the following constituents:o Chloroform
. Chloromethane. Carbon tetrachlorideo Methylene chloride. Chloride
o Nitrogen, Nitrate + Nitrite as N
a)
b)
c)
b)
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2.1.2. Groundwater Head Monitoring
Depth to groundwater was taken in the following wells and/or piezometers during the Quarter:
All of the chloroform contaminant investigation wells listed in paragraph2.l.l above on
6t24 & 6125108;
All of the point of compliance monitoring wells under the Mill's Groundwater Discharge
Permit ("GWDP") on 5/28108 through 6/18/08.
Piezometers - P-l, P-2,P-3, P-4 and P-5 on 5129108.
In addition, weekly depth to groundwater measurements were taken in MW-4, TW4-15 (MW-
26),TW4-19 and TW4-20, as part of the long term pumping test for MW-4.
,,Sampling Methodology, Equipment and Decontamination Procedures
The sampling methodology, equipment and decontamination procedures that were performed for
the chloroform contaminant investigation during the Quarter can be summarized as follows:
2.2.r.
a)
2.2.2.
a)
Well Purging and Depth to Groundwater
A list is gathered of the wells in order of increasing chloroform contamination. The
order for purglng is thus established. Mill personnel start purging 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
Before leaving the Mill office, the pump and hose are rinsed with de-ionized ("DI")
water. Mill personnel then proceed to the first well which is the well indicating the
lowest concentration of chloroform based on the previous quarters sampling results.
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 gpm pump) is then lowered to the bottom
of the well and purging is begun. At the first well, the purge rate is established for the
purging event by using a callbrated 5 gallon bucket. After the evacuation of the first
well has been completed, the pump is removed from the well and the process is repeated
at each well location moving from least contaminated to most contaminated. All wells
are capped and secured prior to leaving the sampling location.
Sampling
Following the purging of all chloroform investigation wells, the sampling takes place
(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 Laboratory). Once Mill Personnel arrive at
the well sites, labels are filled out for the various samples to be collected. All personnel
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involved with the collection of water and samples are the outfitted with rubber gloves.
Chloroform investigation samples are collected by means of dedicated bailers and the
wells are purged by means of a dedicated portable pump. Each quarterly pumping and
sample collection event begins at the location least affected by chloroform (based on the
previous quarters sampling event) and proceeds by affected concentration to the most
affected location. The dedicated portable pump is appropriately decontaminated prior to
each purging sampling event and the QA rinsate sample is collected after said
decontamination but prior to the commencement of the sampling event.
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)
(ii)
(iii)
First, a set of VOC vials is filled. This set consists of three 40 ml vials provided
by the Analytical Laboratory. The set is not filtered and is preserved with HCL;
Second, a 500 ml sample is collected for NitratesArlitrites. This sample is also
not filtered and is preserved with H2SO4 (the bottle for this set is also provided
by the Analytical Laboratory);
Third, a 500 ml sample is collected for Chloride. This sample is not filtered and
is not preserved; and
c) After the samples have been collected for a particular well, the bailer is disposed of 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.
DUSA completed (and transmitted to UDEQ on May 25,2006) a revised Quality Assurance Plan
("QAP") for sampling under the Mill's GWDP. The GWDP QAP was reviewed by UDEQ and
has been approved for implementation. The QAP provides a detailed presentation of procedures
utilized for groundwater sampling activities under the GWDP. While the water sampling
conducted for chloroform investigation purposes has been conformant with the general principles
set out in the QAP, some of the requirements in the QAP were not fully implemented prior to
UDEQ's approval for reasons set out in correspondence to UDEQ dated December 8, 2006.
Subsequent to the delivery of the December 8, 2006 letter, DUSA discussed the issues brought
forward in the letter with UDEQ and has received correspondence from UDEQ about those
issues. In response to UDEQ's letter and subsequent discussions with UDEQ, DUSA has
incorporated changes in chloroform QA procedures in the form of a separate document. The
chloroform QA document describes the differing needs of the chloroform investigation program,
and is and attachment to the GWDP QAP where QA needs other than those described in the
chloroform QA document are addressed. The current version of the QAP dated June 18, 2008
has been approved by UDEQ, including those requirements for Chloroform monitoring under
separate attachment to the QAP.
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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 paragraph2.l.l
above and sampled June 25,2008.
2.4 Depth to Groundwater Sheets
Attached under Tab C are copies of the Depth to Water Sheets for the weekly monitoring of
MW-4, TW4-15 (MW-26), TW4-19 andTW4-20 as well as the monthly depth to groundwater
monitoring data for chloroform contaminant investigation wells measured during the quarter.
Depthto-groundwater measurements collected on June 24 & 25,2008 for the Chloroform wells
were utilized for groundwater contours are included on the Field Data Worksheets at Tab B of
this report.
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 piezometer, 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 June 24 & 25,2008 data for the
temporary Chloroform monitoring wells listed in paragraph 2.I.2 (a) above, May 28 through
June 18, 2008 data for the wells listed in paragraph2.1,.2 (b), and May 29,2008 for Piezometers
or the piezometers listed in paragraph2.l.2 (c) above.
Also included under Tab D is a groundwater contour map of the portion of the Mill site where
the four chloroform pumping wells are located, with hand-drawn stream tubes, in order to
demonstrate hydraulic capture from the pumping.
3.1.2. Comparison of Current Groundwater Contour Maps to Groundwater Contour
Maps for Previous Quarter
The groundwater contour maps for the Mill site for the first quarter of 2008, as submitted with
the Chloroform Monitoring Report for the first quarter of 2008, are attached under Tab E.
A comparison of the water table contour maps for the Quarter to the water table contour maps for
the previous quarter indicates similar patterns of drawdown related to pumping of MW-4, MW-
26 (TW4-15), TW4-19 and TW4-20. Water levels and water level contours for the site have not
changed significantly since the last quarter, except for a few locations.
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Reported decreases in water levels of approximately 9 feet in TW4-11, of approximately 7 feet
in TW4-21, and of approximately 4 feet in MW-28 occurred, and a reported increase of
approximately 5 feet occurred at MW-19. The decrease in water level at TW4-11 results in a
water level that is more typical for that well than the apparently anomalous value reported for the
previous quarter.
Water level decreases occurred at MW-4, MW-26 (TW4-15), TW4-19, and TW4-20. Water
level fluctuations in these pumping wells are due in part to fluctuations in pumping conditions
just prior to and at the time the measurements are. The largest decrease (increase in drawdown)
of approximately 33 feet occurred at TW4-19, and the smallest decrease, of nearly 3 feet,
occurred at MW-4.
3.1.3. Hydrographs
Attached under Tab F are hydrographs showing groundwater elevation in each chloroform
contaminant investigation monitor well over time.
3.1.4. Deoth 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 of the Effectiveness of Hydraulic Capture
Perched water containing chloroform has been removed from the subsurface by pumping MW-4,
TW4-19, MW-26 (TW4-15), and TW4-20. The purpose of the pumping is to reduce total
chloroform mass in the perched zone as rapidly as is practical. These wells were chosen for
pumping because 1) they are located in areas of the perched zone having relatively high
permeability and saturated thickness, and 2) high concentrations of chloroforn were detected at
these locations. The relatively high transmissivity 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 concentrations 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 containing high chloroform concentrations
in the vicinity of the pumping wells is occurring. As noted in Section 3.1.2, decreases in
measured water levels (increases in drawdowns) occurred at pumping wells MW-4, MW-26
(TW4-15), TW4-19 and TW4-20 between the first and second quarters of 2008. Overall, the
combined capture of TW4-19, TW4-20, MW-4 and MW-26 (TW4-15) has not changed
significantly, but has increased slightly, since the last quarter. The large increase in drawdown at
TW4-19 has increased the apparent capture zone of this well relative to that of other nearby
pumping wells.
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I Although high chloroform concentrations exist at some locations downgradient of the pumpingr wells (for example, near TW4-4), the low permeability of the perched zone at these locations
r would prevent significant rates of chloroform mass removal should these wells be pumped. By
I pumping at the more productive, upgradient locations, however, the rate of downgradientr chloroform migration will be diminished because of the reduction in hydraulic gradients, and
- natural attenuation will be more effective.I 3.2. Interpretation of Analytical Results
I 3.2.1. Copy of Laboratory Results
r Included under Tab H of this Report are copies of all laboratory analytical results for the
t groundwater quality samples collected under the chloroform contaminant investigation on June
25,2008 along with the laboratory analytical results for a trip blank.
I 3.2.2. Electronic Data Files and Format
I DUSA has provided to the Executive Secretary an electronic copy of all laboratory results for
I groundwater quality monitoring conducted under the chloroform contaminant investigation
during the Quarter, in Comma Separated Values (CSV). A copy of the transmittal e-mail is
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included under Tab I.
I 3.2.3 Current Chloroform Isoconcentration MapI
Included under Tab J of this Report is a current chloroform isoconcentration map for the Mill
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3.2.4 Data and Graphs Showing Chloroform Concentration Trends
I Attached under Tab K is a table summarizing chloroform and nitrate values for each well over
time. TW4-14 had a small amount of water just sufficient for sampling (see the discussion in
I Section 2.1.1 above)
Attached under Tab L are graphs showing chloroform concentration trends in each monitor well
I over time. As TW4-14 was previously dry, a trend gaph for that well has not been included.
3.2.5 Analysis of Analytical Results
I Comparing the analytical results to those of the previous quarter, as summari zed inthe table
included under Tab K, the following observations can be made:
I a) Chloroform concentrations have increased by more than ZOo/oin the following wells,
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compared to last quarter: TW4-11, MW-26 (TW4-15), and TW4-20.
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b) Chloroform concentrations have decreased by more than 20% in the following wells,
compared to last quarter: TW4-6, TW4-9, TW4-16, TW4-19, andTW4-21;
c) Chloroform concentrations have remained within 20o/o in the following wells compared
to last quarter: MW-4, TW4-1, TW4-2, TW4-4, TW4-5, TW4-7, TW4-10, TW4-18,
TW4-22, andTW4-24;
d) Chloroform concentrations at TW4-16 decreased from I I pdL to non-detect; and
e) TW4-3, TW4-8, TW4-12, TW4-13, TW4-14, MW-32 (TW4-17), TW4-23, and TW4-25
rernained non-detect.
In addition, between the first and second quarters of 2008, the chlorofotm concentration in well
TW4-20 increased from 13,000 pglL to 30,000 yt{L, the concentration in TW4-21 decreased
from 390 ltglL to 160 1tglL, and the concentration in TW4-22 decreased from 1,400 ltglL to
1,200 ltElL. Wells TW4-23 and TW4-25 remained non-detect for chloroform, and the
concentration in well TW4-24 decreased slightly from 1.5 to 1.4 1t/L.TWa-24,located west of
TW4-22, andTW4-25, located north of TW4-21, bound the chloroform plume to the west and
north.
Chloroform concentrations in TW4-6, which was the most downgradient temporary perched
well prior to installation of temporary well TW4-23, decreased from 52 to 24 1tglL. This well has
likely remained outside the chloroform plume due to a combination of 1) slow rates of
downgradient chloroform migration in this area due to low permeability conditions and the
effects of upgradient chlorofoffn removal by pumping, and 2) natural attenuation. Both TW4-6
and TW4-23 bound the chloroform plume to the south.
3.3. Quality Assurance Evaluation And Data Yalidation
Quality assurance evaluation and data validation procedures in effect at the time of sampling
were followed. These involve three basic types of evaluations: field QC checks; Analyical
Laboratory checks; and checks performed by DUSA personnel, as described below.
3.3.1 Field OC Checks
Field Quality Control samples for the chloroform investigation program consist of a field
duplicate sample, a field blank and a trip blank. These check samples are to be generated for
each quarterly sampling episode. During the 2nd Quarter of 2008 duplicates (TW4-65, duplicate
of TW4-17 and TW4-70, duplicate of TW4-17), a DI blank (TW4-60), an equipment rinsate
sample (TW4-63) and a trip blank were collected and analyzed. The results of these analyses are
included with the routine analyses under Tab H.
3.3.2 Analytical Laboratory OA/QC Procedures
The Analytical Laboratory has provided summary reports of the analytical quality
assurance/quality control (QA/QC) measurements necessary to maintain conformance with
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NELAC certification and reporting protocol. The Analytical Laboratory QA/QC Summary
Report, including copies of the Mill's Chain of Custody and Analytical Request Record forms,
for the November sampling event, are included under Tab H.
3.3.3 Mill OA Manager Review
The Mill QA Manager, which, for these sampling events was DUSA's Manager of
Environmental Affairs, performed four types of reviews: a determination of whether Mill
sampling personnel followed Mill sampling procedures; a review of the results from the Field
QC Checks; a review of analytical reports for holding times and qualirying indicators for the
data; and a review of the Analytical Laboratory 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 personnel 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
All parameters were within the limitation for the TW4-17 duplication exercise, however, one
parameter (Chloride) is annotated for the duplication of TW4-8 with a relative percent difference
of. As such the results fo Nitrogen, Nitrate + Nitrite as N and for Methylene Chloride are
provided with qualification relative to duplicability of data. The results of the QC evaluation of
duplicate samples for this lt't Quarter, 2008 event is provided in the table below:
Chloride 29 29 45 29 43%
Nitroeen. Nitrate + Nitrite as N ND ND ND ND 0
Carbon tetrachloride ND ND ND ND 0
Chloroform ND ND ND ND 0
Chloromethane ND ND ND ND 0
Methylene Chloride ND ND ND ND 0
The quarterly results over time have shown improvement in the presence of chloroform in the
field blank and rinsate sample. This quarters field blank TW4-60 found Chloroform at T3 uglL
whereas the equipment rinsate blank TW4-63 found chlormethane at slightly above the detection
limit (1 .a u/L). While improvement is noted, the QA Manager has on July 9, 2008 required the
sampling personnel to purchase laboratory grade De-ionized (DI) water for field blank and
equipment decontamination and to discontinue the use of onsite DI water.
c) Review of Analytical Laboratory QA/QC Analysis and Analytical Reports
The QA Manager reviewed the Analytical Laboratory's QA/QC Summary Reports and made the
following conclusions;
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(i) Check samples were analyzed for each method used in analyzing the
Chloroform investigation samples. These methods were:
Parameter Method
Nitrogen, (ttitrate + Nitrite as N) 8353.2
Chloroform, 8624
Carbon tetrachloride 8624
Chloromethane 8624
Methylene chloride 8624Chloride A4500-CL B
(ii) The check samples included at least the following: a method blank, a laboratory
control spike (sample), a matrix spike and a matrix spike duplicate;
(iii) All qualifiers and the corresponding explanations in the summary reports are
reviewed by the QA Manager. The qualifiers reported were for matrix
interference in chloroform analyses in some of the analyzed monitoring location
samples, however, the results exceeded the re-established reporting limit. The
other qualifying data were for spike recovery on a surrogate analysis related to
chloroform recovery for one of the surrogates, all other surrogates were
acceptable. The recovery in surrogate analysis for chloroform relates to matrix
interference.
(iv) The laboratory holding time for all analyses was within chloroform specification
and sample temperature was acceptable upon receipt.
4. LONG TERM PUMP TEST AT MW-4, TW4-15 (MW-26), TW4-19 AND
TW4-20, OPERATIONS REPORT
4.1. Introduction
As a part of the investigation of chloroform contamination at the Mill site, DUSA has been
conducting a Long Term Pump Test on MW-4, TW4-19, TW4-15 (MW-26) andTW4-20. 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
a)
b)
c)
4.3.
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first phase of the pump test and collect the initial two days of monitoring data for MW-4. DUSA
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 12,2001, and in the
May 26,2004 Final Report on the Long Term Pumping Test.
Data collected during the Quarter included the following:
Measurement of water levels at MW-4, TW4-19, TW4-15 (MW-26), andTW4-20 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);
Measurement of pumping history:
(i) pumping rates(ii) total pumped volume(iiD operational andnon-operationalperiods;
Periodic sampling of pumped water for chloroform and nitrate & nitrite analysis and
other constituents, as discussed in detail in Section 3.2 above.
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 commencsment of pumping TW4-20,
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 are included
under Tab C. Monthly depth-to-water measurements for October are recorded in the Field Data
Worksheets included under Tab B.
4.4. Pumping Rates and Volumes
4.4.1. MW-4
Approximately 62,780 gallons of water were pumped from MW-4 during the Quarter. The
average pumping rate from MW-4, when the pump was pumping, was approximately 4.0 gpm
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 transferred to the Cell 1 evaporation pond through a pipeline installed specifically for
that purpose. At the end of the 3rd Quarter, 2007, and since commencement of pumping on
April I 4, 2003, an estimated total of approxim ately | ,644,740 gallons of water have been purged
from MW-4.
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4.4.2. TW4-19
Approximately 380,310 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 3.1 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. At the end of the l't Quarter, 2007, and since commencement of
pumping on April 30, 2003, an estimated total of approximately 8,104,510 gallons of water have
been purged from TW4-19.
4.4.3. TW4-15 MW-26)
Approximately 44,840 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
5.5 gpm 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 purpose. At the end of the 1't Quarter, 2006, and since commencement of
pumping on August 8, 2003, an estimated total of approximately 1,156,960 gallons of water have
been purged from TW4-15.
4.4.4. TW4-20
Approximately 39,360 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 6.0 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 tums 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 882,160
gallons of water have been purged from TW4-20.
4.5 Daily Inspections
Denison has submitted an Operations and Maintenance Plan, Chloroform Pumping System,
White Mesa Mill, Blanding, (Jtah, Revision 1.0 to UDEQ for approval. Upon approval of that
plan, the Mill will commence documenting its daily inspections of the operational status of the
chloroform pumping wells on the daily inspection form, an example of the form of which is
attached as Tab M.
4.6 Operational Problems
There were no operational problems reported for this period.
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4.7 Conditions That May Affect Water Levels in Piezometers
No water was added to any of the three wildlife diversion ponds during the Quarter.
5. CONCLUSIONS AND RECOMMENDATIONS
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.
Between the first and second quarters of 2008, the chloroform concentration in well TW4-20
increased from 13,000 ttdL to 30,000 pgL, the concentration in TW4-21decreased from 390
ltglL to 160 1tglL, and the concentration in TW4-22 deueased from 1,400 ltglL to 1,200 1tglL.
Fluctuations in concentrations in these wells are likely related to variations in pumping in TW4-
20 and nearby wells, and their location near the suspected former office leach field source area.
Regardless of these measured fluctuations in chloroform concentrations, sampling of temporary
wells TW4-24 (located west of TW4-22) and TW4-25 (located north of TW4-21), indicated
these wells remain outside the chloroform plume and thus bound the plume to the west and
north. Chloroform was not detected atTW4-25 and was detected at a concentration of less than2
pglL atTW4-24.
Continued pumping of TW4-19, TW4-20, MW-4, and MW-26 (TW4-15) is recommended.
Pumping these wells, regardless of any short term fluctuations in concentrations detected at the
wells (such as at TW4-20), helps to reduce downgradient chloroform migration by removing
chloroform mass and reducing average hydraulic gradients, thereby allowing natural attenuation
to be more effective.
The chloroform concentration at downgradient well TW4-6 decreased from 52 to 2a pglL.
Although fluctuations in concentrations have occurred, this well has likely remained outside the
chloroform plume due to a combination of 1) slow rates of downgradient chloroform migration
in this area due to low permeability conditions and the effects of upgradient chloroform removal
by pumping, and 2) natural attenuation. Chloroform remained non detect at downgradient
temporary well TW4-23. Both TW4-6 andTW4-23 bound the chloroform plume to the south.
t2
IIIIIIIII IIIIrIIIII
BOUNDARY
_85,',?1-E\)fri gD \v)-
t
)/\dt
\
\\
ltlil
rr,rrr-[S[fe
////,/
MW-22o
T38S
\//-\-_zz
MW-20o
0 3000
SCALE IN FEET
o temporary perched monitoring well
PtEZ-1' 't ' perched piezometer
Mw'31 perched monitoring well? installed April, 200-5
fw4-20+ temporary perched monitoringY well installed April,2005
TW4-23j&-- new temporary perched monitoring well.x installedMay,200T(locationsapproximate)
\\\
rla Mw-21
tl
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$
\\\\N
I
EXPLANATION
perched monitoring well
//
tt//
--i4\\_-tZ
It
\l
ll\
f wildlife oond
4
,(//'lt'11
l1
l1
^lr- 1l
gl
gl
1l
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1l
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gl
;l
PtEz-4 -fr-=---.s-:-'::
-/'a/'/j'/
PtEZ-5
CELL NO.2
CELL NO.44
HYDRO
GEO
CHEM,INC.
SITE PLAN
AND PERCHED WELL LOCATIONS
WHITE MESA SITE
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Milt - Ca.ouadwater Discharge Penuit
GroundwaFr lllonimring
Qualiiy Assurance Plan (QAF)
F[E[,DDAT'A
Description of SamPliag
ATg',Aem@Nq1
WTffTE MESA, IIRA,NETJM MI[,N,
Date: 2.25.fi7 Eevision: 2
Fage40of4l
WATERF&R
Redox Potential (Eh)-
Tubidity
Temperatue-
Redox Potential (Eh)
Locarion(wennarne) /41,J { f,ffi"'llu*irr*r6r,rr, ,{. 4*" I
Date and Time for Purging I "l q -fi f1 anetSampling(if different) *"-*ll1- -
Wett Purgins Bqulp usea:lSump or
-bailer
Well Pump (if other $r* er**1iltil/r6/- l.J .
SamplirrgEven, drl',rfro' .-. kev.WellsamptedinsamplingEvent $A
pl&utrerl.a i -O
-
pllBufrer4.A 'y.f,
-Specific Condu ctsn..r--1'f - Z-tfrfffiO}t cm
Deptlr to Watrer netoreparyur1}Zfl!-
WellDepttrryl. #
-
CasingVolume (V) 4" I[ell:-]-l ----.(.653h)
3" Well: * (.367h)
Condu0fitnae(avg)---1 - pEoJ,Water(ivg)
Wetl Water TernP, (av il
-1---
Redox Poteniiel (Eh)--ubidity
Weritber Con A. l-l eey , 14 ,,a. ,^y Ext'l Amb. Temp.(prior to sampling oven q-W-
e,,nawalu* lA28 conductanee . -
,r,,,|'LL{ -
t"rp"roto* l/. b {
Redor Potential {EA$[{--
Tit&iditY -{s
Time:-Gal"Purged- Time: Gal. Purged
Conductanee-
;;
/
Redox Potential (Eh)-
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IWrll - Grourrlqater Dircharge Permit
CrourdwalerMonioring
Quality Assurarce Plau (QAF)
Date: LL,l7.M Revisiorr-- I
Pap4l of 41
Turbidity
PumDirs Rate Catculatisn
FlowRae(Q),ingpm. i----Time to evactrete ny:gEi4gvolunss (2V)
T=ZVIQ=
Volume of Water Purged trli/hen Field Parameters are Measured_
Number of casing volumes evacuabd (if other than two) . . . --l
If wel[ evacuabd to &5ness, number of callons evacuated - ."..-
Name of Certified Analytical Laboratory if OtherThan Bnery LaAsJl .L a lwt
TvpeofSmrle Sainnle
Taken
(elml+) -
SriifliloVqhmq
(tndieateif s&cr
FiltefSd
(citcle)
Premrv,ativeAdded
(cifcle)
thdii as eoeclfied
below)
voch ft)N 3x40ml Yff}IICI, (YI N
Nuhienfs {Y) N l00mI Y H.5Or (X N
EeawMetals YN 250itrI YN IINO, Y NAII Other Non-
Rodioloeics
YN 250mI YN NoPreservativeAdded
GtussAlpha YN 1-000 trd YN HrSOr- Y N
Other(specify)
lr,*r*l fui*@N Samplevolume Y@ U
If apresenrative is use4
SpecifrTypeand
Quantity of Ppservativc:
Weather Cond.--Ee$s"-Al'rd
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Mill - Crroundumter Discharge Permii
Grourdwater l\{onitorirg
Qualiry Assurance Plan (QAP)
Date: 2,25.A7 Revision: 2
Page40of 4l
ATTECEpffiBEg
WEIXTE MESA TJRANTT}M MILL
F'[ElllD DATA WORKSITEEf EOR GBO{rND ![/I?'ER
Descripionof samplingBvent: *!! Gtr'orto r hLanfoTuvr
Location(wettnanw)-!j: L- irHl'ilu*r" t /tr,,,r,r(, tlrthLy I Pyert pfrkfu
Dateand?ime torPur$ng /r'24'08 . andsampting(if ditrereng b.J,S . til .
weu purging Equip usee I$ffn * {ffi{Ilfu,i,u Pump (if other rhan semrtt-b-uatA-{u
samplingBvent ChiornfzLaru
-
Pruv. Well Sampled in SamplingEvent--rd3:F
pIIBuffer?.Q -7.i pHBuffer4.0 q.a
Speific Conductance*76'. E.-ulfiIos/cm ltlell Depth , .,-. I I i-
Depth to WaterBeforePurging--lk!,'Lff- Casing Volumo (10 4'Wen: 5a-ol (.653h)
3" lVell: (367h)
condue&ince (avd /fi: ^ pHof writer(ivs),* 4a ,
trtIelt Water Tern p. (av g--il&--Redor Poterntial (friltr.:f-Twbidity a.t*
Ext' I Amb. Temp.(prior to sampling even r)--g-' (.'--
. i t., I
conau"mnce I [?3
pH .L,{"{ -t"mp"rut.t" 15. Ll-3 .
RedoxPotenti a.rgi--9? L-
Turbidity
{..' ,
\._."'
Redox Potential (Eh)
Time:-Gal. Purged-
Redox Pot€Etial (Eh)-I '-r
Timq-Gal. Purged-
Redox Potential (Eh)-
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MiU - Grourdqmter Discharge Permit
GrnundwaErMonitoring
Qualily Assurance Plan (QAP)
DatE: tl.l7-05 Revision: I
Page4l of4l
furbidity____ <:F-
Volume of WaterPursed Wher FieldParametem areMeasured 6C
Pumping Rate Calcdation
FlowRab(Q), ingPm. I5/60= =----*b
Time to evacuatE two casfurg volumes (2V)
T=ZYIO= ii r"lln
Number of casing volumes evacuated (if other than two)
If well evacrnted to dryness, number of gpllons evacuated
NameofCertifiedAnalyticallaboratoryifoErerThanBs"r5ylobs t fu{r/ lrtLs-Se*r qF{ ,W Atuen,.,l vtJrsr frt*/X-'i-l l-x6g
TvoeofSgmnle Sar[ptre
Takeq
GqCE) ,
SriihrileVolume
-
(inifleatelf athet
Filtered
(cirde)
PftgervativeAddd
(qiT.d"t
'thidlr as s{gFfied
belowl'
VOCs (VN 3xrt0ml YN/HCI, {fl N
Nufrieats ff)N 100mI Y 4!P H"SO. tr N
HdawNtetala Y69 250hl YN }INO, Y N
All Other Non-
Radiolosics
Y@ 250mI YN NoPreservative Added
Gross Alpha Y6I 1-000mI YN H"SO, Y N
Other(spccify)
{**0"1. Id*,;t
@N Samplevolume Y@
If a preserrrative is use(
SpecffiType and
Qruntity of Pr-escrvative:
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Mill - Crormdwater Discharge Permit
Grousdwater Monitoring
Qualiry Assurance Plan (QAP)
Date: 2.25.07 Revision: 2
?aee40 of 4l
ArTAcHhffiBryS
Wfif[TE MESA E'RAI{tr{'M I!trLL
TryEI,DDATA
DescriPtion of SamPling
srlmplllrgF:vent f,{^larufueMl
-,nnutt*t.O 7'b
-
Specific Conductanw--f k'L uilWit}Stcm
Depth to Waier Before Putgru&*--69-LL*
Conductdnce
ltrell Water TemP. (avg)-
Locarion{wenname) %/il-,2 * iffiH, initiatsla*w.
Dag6anclTime torftwgtng t2. 2 L{. O{ and,Sampting(ifdifferenO L:45:Q3.-
Wel pursing Eqnip use& &ffin * y#;r**rrrr*p (if other than senneq&a&{fr:L
Prev. Well Sampled in SamptingEve{f/dll:{
pHButrer43 .. 'f.4 -
:
RedoxPotential (Eh)-
weltoepth, f,/-1. 13-
Casing voluma N) a" Welk.fr1{Z-(653h)
pHof Writer
3" WeIl:--. --(.367h)
--Redox Potentiat (gtrl------T-utbidity
-weiither con "lA,S9- Ext'l Amb. Temp.(prior to sampling event)-ig:L
Timel ltlqf , ,.. Gal.Purged -l(Tiine;---*- G al, Purged, . .
conductance }L{}t Condrrctance
RedoxPorndar'Gh) 315-
70.j
Time:- Gal. Purged- Time:- Gal. Purgcd -
(:,
RedoxPotEntial (Eh)-RedoxPotential (Eh)-( l':;
Volume of We.ter
Pumnine Rab Calculation
FIowRate (Q), ingpm.
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MiIl-GrouarlwaterDischargePermit Date: LL-17.06 Revision: I
Groundwater Monitoring
QualitJ, A$urarce PIan (QAP)
--*"---
Page4l of41
516O= =
Time to evacuat& qwo casingvotumes (2V)T=eVlq= ll frin -
Number of casing volumes evacuated (if other haa t*r) -- --
,ailrtd ---
-
Name of CertifiedAralytical laboratory if otherThanEnergy t*r / * J rt1 " 4' r/L
Tvpeqf Spmrle Somule
Taken
fcircte)
SdryileVglune
{Indtmtelfofher
4Iltored
(drc,IeJ
Prrerereative Added
(eiTclc)'ftnii ar snecificd
hetnw)
YOG WN 3x40 mI YIIP\HCI,N
Nrrlrients IDN l0Oml Y H'SO, lY N
EdawMetals Yc[250frt YN IINO. Y N
All other Non-
Radbloeics
YfiP 25Oml YN No Prcservative Added
Gross Alpba YN)1,000 Bl YN H'SO, Y N
Other(speciff)Yxr Samplevolrmc Yy
If a preservative is used,
SpecifyT5rpe and
Quantity of Pre.s€rvative:
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Mill - Gmunduaoter Discharge pennit
Orouadwater Moniforing
Qudity Assmance Plan (QAP)
Dae: 2.25.07 Rsvision: 2
Page4$ af41
$TT&C.SMENTI
WHITE ft4ESA IJRANII'M MT[,L
ETEI,D DATA WpBE*$EIEEf, F1OR GtsOUND WATER
Descripion of SampliugBvent, .{4"'' (th "o* o . C hlnq
Locarion (well name) I/a/V - S
-
ffi,fh -iti,rrf-*a *11,,4 , PVq^r l*/r,ra
DaroandTime tortwgml A.l4-08 anAsampting(if ditrewfi) L.&S ...f $
wen purgingnquip used: &trr* X#:tl-'*"r pump (if oth ertt,unsenne;aJetr$A-frA
SamplingEven Pnev. Well Sampled in Sampling Event_Ia{-!, -? S
pllButrera.0 . ,'10pHBuftr?.0 , 7rr ,
Specific Conductance-f{ :-ulldggs/cm wettDepth, /00
-Depfh 0o Water Before Purgi
"e_-!1 7 [ j_ Casing Volume (Vy +" W ett: 3 l. / ( . (enAy
Oonduetrince tavg\ il*
-
3" Well:____*_(357h)
WellWaterTemp.(avg)-g24._ Redoxporential(Ehlg_fir*idity Ar&t\
weatlrer cond fufu- Ext'l Amb. Tcmp.(prior to sampting even0-:2..r{:--
conarrcarce-!&L|
ps 116
RedoxPotentiat@)-5lJ__ Redoxporentiat(Eh)
nlrtidiry---ll5--
Tihe: . . .,. Gal.Purged-__-__--_- .*
Time:- Gal. Purged- Time:--- cul. p*g"d_
L],
RedoxPotsnrial (Eh)__RedoxPotential (Eh)-
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Mill*GroundwaterDischugepermit Dare; ILJ?.A6 Revision: t
Crroundwater Monimring
Quality Assurame Plan (QAp)Page4l of4l
Tfdiditv ---'--
Voluneof Waterh*ged
Pumoine RafE Calculatipn
FlowRat€(Q),iagpm" /S/50= = h Time to evacuate two casingvolumes (2V)T=ZV(A= ll 4
-
Number of casing volumes evacuated (if other than two) ,._,
If well evacuated todrynesq numberof gallorrs eyucuutcd **---:
-
Name of certified Analytical Laboratory if ottrer Than Energy Lubrffif oFF-to ilrweriu"! uh>r fi,r*/j-,iJ L.rlg
Tvneof Ssmplq SaqrIe
Taken(clftt t .
SiiE Jqlrolume
findlcatslf o&er
Biltofe{
(cifcle)Prys.+rativeAdak4
fcircle)'thtifi as.gncelEed
belosv)
VOCs Y)N 3x4Oml l'6y.HcJ-NNuEients&lN I{X}ml Y6E HrSO/}Tt{HeawDfEtals Y ftI)250hI YN HN& YNAII Other Non-
Radiologics
Y6)2.50r,[YN No Preservative Added
6ross Alpha YA9 I.000 mI YN Hz^SOr Y N.AP N Sampli volume Y&
Bapreservative is usc{
Specify"ype and
Quantity of Preservative:
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Mill - Groundwater Discharge Permit
Groundwater Monitoring
Quality Assurance Plen (QAF)
Date: 2.25.07 Revisior: 2
Page40of 4'l
r.ocation(weilname)--jl1 :LL- *r#ilu,ritars -re.r.r ll'll;,lril +. fiU ?,Jw
DateanrlTimeforPurging -a'}|-vZf andSampling(ifdifferen$ L:.}S-Of,
-?rrlt 5f,.rnPlL
Well Purging Equip Used: $-pump or :s bailer Well Pump (if other Sran Bennet) C"r,,^ot S-s
SamplingEvent 4h\,'."Srg . Prev.Well Sampled insamplingEventJwyil
Description of SamPling
ptr'hutrer7.0--1-'O.pII Buffer4.Q ql" 0
SpecificConductance '(6-Lunraroycm Wennegth , llLl .S
Deprh to Water Before Pureing---rt9*L?:-- Caeing Volume ,"lf #r1:}}5]=!g;ly
Conductdnce (av$W pHofW:iter(ivg) , N/A "-
Well $/ater TemP . (av s) -&.,&-Redox Potentiol fehfu/Aru.b iairy Al/fr.
!ffeathcrCond. 5ro*.."rh e ]n,.r[s- Ert'lAmb.Temp'(priortosamplingevent)-6-[iA
coodu.tun* -}L{Ll4
-
conductance , ,;.
,u b.L{ -
T"mperatur" -. i\.\A 'r*tout*, At f 14
RedorPoteotial Gh) ) -q:]-- Redox Potential (Eh)-
TubidE }jI Tutbidity.
.t *i' -f '. r
WHITE MESA {'RAN[{'M MX}.T,
Time:- Gat. Purged- Time:-Gal- Purgpd-
Redox Potential (Eh)-RedoxPot€ntial (Eh)-
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MilI - Grourrhmter Diseharge Permit
Grcund rvater ldonitoring
Quality Assuraace Plan (QAP)
Date: ll.i7-06 Revision: I
Pap{t of 41
VolumeofWaterPurged?l/henFieldPararnetersafeMsaswed. Lt
-
PumpingBate Calculation
FlowRate (Q), in epm.S/ff)= = -.- €
Numberof casing voluoss evacuaed(if otherthan two)
ff well evacuatsd to dr5mess, number of gallono evacuated
Name of Certified Analytical l-aboralory if Other Than Energy Labq
I5f,6":"'* iT"'frtr -1T ""1
lYre of Scqlrlq $lamnle
Talien(clftlel
SiinrllqVolume
findicete if other
Fil@reil
(circlel
Piesemative Adtled
(eif4e)
--..u_-=_
VOCs N 3x4Oml Yrm HCT,N
Nuuients ff)N lqlml YN)EI"SO, TY I N
}Iriawlfietals Y &IT 250hI YN III\fO. Y N
AII Other Non-
Radiolosics
Y qg,/2508I YN NoPteserva$ve Added
Crross AIPha Y&,1.tr10 ErI YlR TI*SO, r Y N
Other(specifY)
f*nefa\ fxorfuar,irat
aN Sampldvolume YQ,l el
If aprcsenrative is use{
SpecifyTypeand
Quantity of hesenrative:
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Mill - &oundwalerDischarge Permit
Grouirdwafier Monitoring
QualiEy Assurance FIan (QAP)
Date: 2.25 -O? Bevision: 2
Page4oof 4l
AT:TA.CX{&@T.IE'1
WEffiTts MESA [.IR.ANTT]M M&,8,
FOR
DescriPion of S arnPling
Locarion(warname) L[:5- il#r'ilu initiatslantaLtatt',.\ r tyar f*lueL.
Date urd Time torwslng A'il 4' A8 *na.saryorrns $f ditrerent) L' J.<' 4iJ1
welt purging EErip use& NrKn -r X#r!!r*al Pump (if other than BrrnatkhatA-fis
SamplingEvarr ehlnc^rotx - Ptev.WbllSampledinSamptinsBventgalk((
pttButrer?.0-----J,/)
SpecificConductance'2L'F -uMllosi/cm WellDeptn . .l?'l'75
Depth to Water Beforc Purgine-lgJg- Casing Volume,rrf ,;1il,,il}:g;ii,
Conduetdnce @vg|, ile
-
Welt Water ?ernP. (av $-,u l+--
pHufWilw(alvslr'Y4
RedoxPotential &$ am f*idtty att.
Exf I Amb. Temp.(prior to sampting evon03-t4r:-
conducance ll7{
/ -_pH b- f S
RedoxPoEntialfs$ J-gg--
Timq-Gal.Purged- Tims 6al. Purged-
Redor Potential (Eh)-
t
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( .,;
RedoxPotentiat (Eh)-
Redox Potential (Eh)-
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Mll - Grouudssater Discharge Permit
Broundnoter Monitoring
Quality Assurance PIao (QAP)
Date: 11.17.06 Revision: I
Paga4l of41
VolumeofWaterPurgedWhenFietdPasametersareMeasure, 9(\
-
Pus8ing Rate Calculation
FlowRate(Q),ingpm. I5/60= =- L,
Time to evacuate two casiqg volumes (2V)T=ZViQ= 15 nn;^-
Number of casing volumes evacuated (if other than two)
lf well evacuated to drymess, number of gallons evacuated
Nareof ccrtifiedAnalyticallaboratoryif otherThan F-wreyLabs /. Sa{ r/ 1/u]. <,,*r ap{-to Arrnnfirl y+htr flt*/X-i*'l Ltrf,s
Tvne of Sample $aqole
T"kgU
(clrcle|
$riihiileVoJume
(tudicute if other
Filbred
(circle)
PreserrffveAdded
{circle)
vo(k N 3x4{lml Y6f/,HCL {V N
Nufricuts ]N t00ml Y fi:A HrSOr ffJ N
HdawMetals Y1I0 230tfrl YN Hlt[Or Y NAII Other Non-
Radiolosics
YCIi 250mI YN Nohescrvative Added
Gross Alpha YAS l.fllOsI YN HrSO{ Y N
Other (spccifY)
/**e"l fix*,tit<
ryN Samplevoluue v&
If apresewatira is uee4
$pecifyTypeand
Quaffity of Presenrative:
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Mill - Grouadwater Discharge Peirrit
Groundwater Monitoring
QueliEy Asstrrance Plan (QAP)
Dale: 2.25.U7 Revision: 2
Fage 40 of4l
Arr'&aE{IldEsT I
WHINTE MtsSA {IRAI\[[{IM MXT,E,
ETEI,B DATA WSRKSHEET FOR GBOUND TryATER
Description ofSamplingEvent Aid Gt apr* rt
Locarion(r"rroam") ....-t{:G iffililc initiars/tonnta ttotl!{*&tu-&h,a-
DateandTimeforPurging A'.:1,4' 08 andsampting (it dttteffifi,, L. J$ . lL -
welt purging Equip used: XHffi rrXrffgf'ft"lPurnp (if ofirer than seffie0Jrtrarg),f&
Sampling Even t, Chlnr,{,nt*
pHButrer?.O 7.O -
Specifi c Conductance-f 6--2,*unfitoslcm
krev- Well Sampled in SamplingEve$rs!-5
pHBuff"r4o ..'{.d
-
WellDepth . LQ-0
-Deprh to rJfatergeroru Purging-75]3- Casing Volume (V) 4' Wetf-l'tl-(.653h]3'Well: .(.367h)
Condrie&mce (avg\ ilt . - pHofWriter titv$.i/,/A -
Wcll Water?emp . (tvvl-at*- RedorPotentiat ehl ,"4* idity afi
WeatherCond-.Exf I Amb. Temp.(prior to sarnpling event)-S" c '-
prr . [..f]3
femperaturej?.Lt?
-
tt*"r-::al- Gal. Pureed-}g--
conarctanee 36Sj
Redox Potentiat (Eh)*- 3(8.-Redox Potential {Eh)
Turbidity,
Time:- Gal. Purged Time:- Gal. Purged-
( l';
Temperature-
Redox Potsntial (Eh).-..--
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Mill - Grouadumter Discharge Permit
Groundwater lfionitorirrg
Quality Assurance Pltn (QAP)
Date: 11.17.06 Revisioiu I
Pageni of 47
Tlfuidity-- -/Turbidrty*__* ,---:-
Volume of Water Purged When Field parameters are Measured . jt =
Pumoine Rate Calcul alion
FlowRa&e(Q), iagpm.$/60= E- b Time to evacuste twq casing volumes (2V)T=2V/Q= C pri,"
Number of casing volumes evacuated (if other than two)
If well evacuated to dquess, nunftor of gallone evacuated
Name of Certified Analytical t-aboratnry if Other lhan Energy Labs.
to Ant tirl llnr < -\e*f aFFWhsr'fr**/X-iJ laA*
Itne of Samnle Su*plE
Eakct(circi6) ,
Sriihile,Vqlume
finffcateif other
Ffltered
(circle)
Preeerrative Added
fdrsle)
vock (Y) N 3x40ml Y@ HCL N
Mtrients $)N t00ml Y@ H*SO. 1[J NIIeaw hfctals Y(6)250'fri YN m.rc' Y NAll Other lrlon-
Radiolocics
Y6'}25Oml YN NoPreservative Added
GmssAlpha YAO I.000 mI YN II2SO{ Y N
O0rcr(spccify)
*wul Eoa,;.t
UN Samplevolume Y&
Ifr preservative is used,
Specify?ypaand
Quantity of Preservative:
U,
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A3r'aa4&4q,4ffi1
WEfiT'E MESA ITRABMUM Ef,M,L
F'rcT,D DATA, WORT$EIEET $'OR. GEOIJhID WAT'ER
DescriptionofSamplingEvent:.#,"i1 Ge*o.*o C,}l,aooftOvt* -
Mill - Groundwater Diseharge Femnit
Groundwater Monitoring
Quality Assurance Plan (QAP)
SamplingEvent Ckhr^AW *
plIBuffer?.O 7,{) -
Specific Condu"t^"r.-46.7 rrWostr^
pn. 7-d s .
t"*pr*t* /{'02 -
Redox Potenriat feD-_l-{ 3--
Turbidity 65 I
Date: 2.25.M Revisioa: 2
Paga40of 4l
Location (well name)-*- 7
DarsandTimeforPurging A':14'08 a*sampling(if ditterentl L'&< 't4
-
Weu purging Equip used: EW, ,r X#ri{!6*a Pump (if other than BenneghtuuAdag
Prev. Well Sampled in SamplingBvent-Idq -.-l
pHBuffer4.0 .q.0
Welt Depth l}.l
-
Depth to WaierBefore Purgrng bfi-13- Casing Volume (V) 4" 1trelh 315&--(.653h)3"'llllell: ('367h)
Condueance (av$l il*- .:
-
pHofWriter
Well WaterTemp ,(avg-atfr--_ RedoxPotential @h) nf+ Tlrrrbidity ru'?
tlfeatherCond..Ext'l Amb. Temp.(prior to sampling eventl-583J-*
Sampler ,-
NamL and in iurstlr,arrr a ttrtt,t ^$, Qy d,t P*lurA
BedoxPotential (Eh)-
Turbidity
Time:- Gal. Purged Time:-Gal.Ptryed-
Redsx Poteffial (Eh)-Redox Potential (Eb)-
Mill - Groundwater Discharge Permit
Cnoundwoter Monitoring
Quality Assurance Plar (QAP)
Date: 1L.17.86 Revision: I
Pagefil of4l
Volume of WaterPurged WhenFieldParameters areMeasured 7?.
-
Pumpin$ Eate Calsulatips
FlowRate(Q), ingpm. I5/60= = 0
Turbidity <F - .
Time to evacuafe iwo msing volumes (2V)T=ZVIQ= ij). A:. ___
Number of casing volumes evaflated (if othet than two)
If well evacutted to d4ness, number of gallons evacuated . .
Name of C,€rtifiedAnalytical Laboratory if OtherThan Energy Labs.w Aurri,,l
l/ar'< 1**f aFFrttrr$"ib-;J lx*<
Tcnc of Srmnle Snpple
T4pu(cirtle)
SihdlgYo.tu+e(lndicq&if ofter Til,teqg(4rcte)
Preserrefive Added
(ciqcle)'erifieg specifierl
hetow)
VOCs nlN 3x40ml Y6P HCL A N
NuEients tr)N lO0ml Y tfo H"SO, n ,N
HiawDfietals Y([p 250ht YN IIhIO. Y NAtl Other Non-
Radioloeics
Yd,.)250mI YN NoPreservative Added
GlossAlpha Y /!0 1.0t0Oml YN E-SO, Y N
OttrerGpecifY)
l*p*a^n frraanLt
rylN Samplivolume Y&@
If a preservative is used,
Spec$Typeaud
Qrantity of PPservative:
U,,
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Mill - Crotmdwater Discharge Permit
Grouadwater Monimring
Quality Assurance PIan (QAP)
Date: 2.25.aT Revisios: 2
Page(Oof l,l
ATT'ACHMEI{T. 1.
WfiTITE ME$A {JRANEUM M[N,E,
FTEI,D DATA WORKSHEE*T E OR GROT}ND WAT'ER
DescriptionofSamplingEve*: .*!d (']t aorr fi - Chl
Location (wennatret IN4 - * f,XHl'llr*, ias/kan*r tlotLio , tyur P*ked-
DareandTime forPurgiug A'14' 08 and Sampling(rt ditrereg b'3$' l* -
weu purging Equip use* Nrff, ,, lffi:I'r*ll Pump (if other tnan Benna0JsurtA-{'n
SamplingEvent thhr^foO-* prev. Well Sampled in SamplingEventfa.r {:'14
pHBuffer7.0 ......... 7-l) -.
Specific Conductur""-?L E*,rtr,ttOSl"t
Depth to Water Before Purgine-I=g*8 q-
wetlDepth , t,2 L.
-
Well lltrater Temp . (xv e\*at&.-
Casing Volume (V) 4" IJVelt: 3-1. i -4 (.653h)
3" Well:
-(.367h)pHof ltrriter
Redgr Potentigrl tElh) U4 turbidity ry4,,.
Redox Potentisl (Eh)--J-[J--RedoxPotential (Eh)-
Turbidity( f(5
WeatherCond -Ber}]ylllzrd\|- Ext'l Amb. Temp.(priorto sampling "v"n0-]1'L--
Con&tc&lnce
('. r
condustnnce 31ff _-
PH 1.Jg *
Tima:-Gal- Purged Time:- Gal. Purgpd-
(iRedoxPotential (Eh)-RedoxPotential (Eh)-
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Mitl - Grounduater Discharge Permit Date; 11.17.05 Revhion I
Groundqmt€r MoniiDring
Quality Assurance PIaa (QAF)Paga(l of 41
Turbidrty----- -/Ttxbid*y--- --'
Volume of WaterPurgrd .iilhenFieldPararrcf€rs areMeasured. 7}-
-
Punrping Rafe Calculation
FtowRate(Q), ingpm. /5/60= =--E
Time to evaeuats_two casing volumes (2Y)
T=ZVIQ= l]-
Number of casing volumes evacuated (if other thau two)
If well evacuated todrynes+ numbarof gallons eyacuated
Name of Certified Analytical Laboratory if GlrerThan BnerBy
-to
Tvpgof$Fmnle Samule
Talien
(clrcle)
Siiiirrile Vqturye
(indlcate if ofter
Filtered(cirrlel PreserJrntive Added
fcirsle)'&iiit as roecified
helowl
VOCs tr)N 3x4Oml Y 6f/HCT-N
Nuftieil$&)N tmml Ytw IIr.S-Or $) N
HriawMctals Y 6{)250bI YN IIT{O. Y NAII Other Non-
Radioloeics
Yg)25Oml YN NoPreservative Addd
CnossAlpha Y4$I.Omml YN ILSO, Y N
Other (specify)
/rrt*erl- fr$ca,ti-\
'&N Smplivolumc Y&
If rpreserrrative is use4
SpecifyTlpe and
Quantity of Pleservative:
"r-- u.,
r //ts
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Milt - Groundwater Dischmge Permit
ffmunduater Monitoring
Quality Assru'ance PIan (QAP)
Date: 2.25.W Revision: 2
Pag40of 4l
AEEACE@NE-T
V{MME MES.q, UR^ANE{IM MI[.N,
E[E[,D DA?A WOHKSTTEES F1OR GE(}UND WASER
Descriptionof SamplingEvent: -,A-dd Al,*o*o - C hlw
Lncation(wellname) L\ -q
-
ffiIilc rlnrttats/tr,,twttt,,t/;;.t^{ t Zy*r P*lre*
DateandTime farYw$ng L'14'08 andsampting(if dtfr.lr;rrrl L'38 '14
welr pureins Equip used: XHrl', * f#i!!"** Pump (if other rhan Bwnel-hituL-frs
SamplingEven*hltmf00.^ - Prev.WellsarnpledinsamplingEventjtlg*),3
pHBuffer7.0-----34)
SpecifrcConductance. 79..'f u[4HOS/cm WellDeprfr,. l]t .]]
-Depth ro Warer Before Purging-s2j5- Casing Volume (V) 4" Wen: q5 '1.1 (.653h)
3" !ilell:-J.357h)
Con&ieunce (avgl 4* = pHolWriter (wd.,. ft4,-
Well WaterTemp.(avu\-Jt/+.- RedoxPotential &t> at* f*idity a'e,
p
Temperature l5 f()
tyeathercond. Pr"ltt tt"Y$" Ext'l Amb. Temp,(priortosarnplingevent)-25]("
fi rretg 5 !,- cal. kuged--G-&--
conductancej- l .
Redox Poterrtial CU-}}$-Redox Potential tF.hI
ro*iaitv W@ L{=}8 Turbidity
Time:- Gal. Purged- Timq- Gal- Puqed-
RedoxPotential(Eb)- RedoxPotential(Eh)-= ,,'
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Titn* .,- Gal. Purged------:*
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Mill - GroundwaterDischarge Permit
GmuudwaterMouimring
Quality Assurance Plas (QaP)
Twbidtty----- {
Date: 11.17.06 Revision: I
Page 4l of 41
Ttrbtdtty--_-_-*-
Volume of Water Furged When Field Parameters are Measured-ru1
PumugeBgts.Cahladen
FlowRaE(Q),in$m5/60= =- b Time to evacuflte two casiqg volumes (2V)T=ZVIQ= 15 l"in.
Numberof casing volumes evacuated (if otherthan two)_
lf well evaeuafsd to dgrnese, number of gallonsevacuate{_
NameofcertifiedAnalyticallaboraroryiforherThanh.rwLtus I *r11 ?/u|r-St*r oF€'to ilnwrrirr^"! wh>{ fri'*/X-'iJ L*6s
TvpeotSample Sqmple
TSken
fqit'da)
SriihrileVo,hme(lnilicoteif oflrer
Filtere4
(circle)
PresewativeA.ddeC
(pBsle}
fhdif as.-Eppciff,sd
helow)
VOCs }N 3x40ml Y6f/+ECI. /YJ N
Nutrienis .)N 100ml Yrp H'Sor ff./ N
EdawMetals Y (fiil 25Oinl YN IN[O. Y NAll Ofter Non-
Radioloeics
Y @ 25Orml YN NoPteservative Added
Gross Alpha YAT t.000ml YN HISO, Y N
Other (specify)
1***l- Earq^di.-\
-CPN Sample volume
:----
Yde @
If apranervative is used,
SpecifyType and
Quanfity of Preservative:
*l- bqqt -
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Mill - Grouridwater Discharge Fermit
Oroundwater Modtoring
Quality Assurance Plan (QAP)
Dats: 2,25.07 Rsvision: 2
Page4A ot 4l
/af-T'ASnm@NTI
WHETE MESA. URAit{[tJM Mff,L
EEEI,D X}AT'A WORKSHEET FOR GBOIJND WATER
DescriptionofSamplingEvent: Ano! fi,tfiarro ChLnoa
Locarionlwen narue) Li-l[).- irlflorTlo* iaarfir*o H,tt;!t^,, , P,far P*lwd*
DateaudTime torWgng A'.L4'08 andsampling(if ditrerenrl L.&4 - lA
nrell purging Equip use& #rffo ,, lffi:41-1vreil Pump (if other ftan Berrnet)-h-tuul-dw.
SanplingEvent Chhrnfu&& Pmv. Well Sampledin SamptingEvert Tt!g:)\
pllBuffer ts 7.O . pnBufifer4.o 'e{.0 :
specificconductance-f4 f*u&firos/cm wellDepttr.. . Ila
-
Depth to Water Beforc Pursi"s-5i{-31-- Casins Volume,*rf #;t,;}*.r.!frfl|,
Conducetnce'(avgt .. ilr+
-
pHoJryi16r(ave) . l/4
Well UlaterTemp.(ave\--aL&,- neAoxPotential ffl,t ttr* t*idity at'*
WeatherCona.-Ea.tL,+-eto"ag- Ext'l Amb. Temp.(priortosamplingeve*t-3!'{
conauctaece JJl0
RodoxPotentialtgD-3$- RedoxPotential(ffi)-
t'? tt
Time:-Gal.Purged- Time:-Gal.Purged-
Redox Poteutial (Eh)-
L:;
Redox Potential (Eh)-
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Mill - Groundwater Discharge Ferait
Cmundwater &fonitoring
Qnalify Assurance PIaa (QAP)
Date: LL.fi .AS Revision: I
Pagefil of 4l
furbidity , ---- __
Volume of WaterPurged When Field Paramebrs areMeasured 7# - .
Pumpine Rats P&lculation
FlowRats(Q), ingpm. /S/6{l- = 14 T =ZYIA= l?Time to evacuate two casing volumes (2V)3/60= =
Numberof casing volumes evacuated(if o&er than two).
If well evacuafed to &yness, number of gallons evacuate,rl . .
Name of Certified Analytical Laboratory if Other Than F-rere1 l-absJ*fu_a-to Antarri,rl
l/n, s \t*f at{frrrrm-lfiJ l-xes
TvoeofSsmple $aq&
Takcn
feit'clE)
SiindleVolume
-
findiuteif ofher
filtered
(circle)
P,rpqerva€veAddcd
{giTcle}'thtiil as 4fistl
lrelow)
YO(h {vN 3x4tlml Y&pi E(x,}N
NutricnB tr)N l00nt Y/fiD II"SO,IN
Edawtrrleals Y d$)250hI YN I$ilo. Y NAll Othgr Non-
Radiolosics
Y6)250m|YN NoPreservatirrcAdaH
GrossAlpha Y /!$I.fil0ml YN H,SO. Y N
Other (specify)
f"f,*bL ,Enrqaait-s
-ryN Sampldvolume Y@
If a preservative is us€{
Spec$Typeand
Quantity of hescrvative:
-TU.
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Mill - Grouaduater Dirscharge Pennit
Groundwater Monitoring
Q uality Assurance Plan (QAP)
Date: 2.25.V1 Revision: 2
Page4fiaf l,l
arqA,pEIMENT I
UIIITTE MESA ['RAh[I{IM &f,ILI,
EM[,D DASA WOEKSHEPT S'OR GBOUNI! WA,TER
Description of SamplingBvent:.0, not fii *oIs rt Chlao+fo|uvt
Location(wellname)...-. Ll- ll ffi:'il, niaas/t,,qttrrt ttoil;,I,:i , Eye,t P*lwd*
DateandTimeforPrrrging A',L4' Oil and sampling(it ditrercnq L.J'S' tll
well purgingF4uip use& Mff, * Xo#l?V*.rl Pump (if otherthan s..eir,ne\lslls)-{e
SamplingEvent ehlxnfu|.,tx -. Prev.WellsampledinSamplingEvent-fra1L(
pgBuffer?.0 7-1) pHBrtrera0----Jd.0
SpecificConductnw-9'8.7 .ulvtrIoS/cm WellDepth. lQO -
Depth to Watcr Before Purern&_ta,Al- Casing Volume fif) 4" Well: e$t { (.653h)
condriemnce (avsj , il4
-
p*oflilrier a"rr'' Il*--*G**
$re[ Water Temp (N*--al /+--Redgxp6lshtial6;h|. 4/*'twbidrty at4
WeatherCond.cl"oud ,l' Ert'l Amb. Temp.(prior to sampling svent)-3e. ' '-
remperotur" 15'66 -
Redox Poentint (Eh)--1-@ Redox Potentiat (Eh)
TurbiditY AA.1
-Timq- Gd. Purged- Time:- Gal. PurEBd-
RedoxPoteotial (Eh)( .:i
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-
RedorPotential (Eh)-
Mill - GrouadwaterDischarge Permit
Grouudwaret Moaitoring
Quality Assurance PIan (QAF)
Date: 11-17-06 Bevisiou I
Paee4l af41
Volurne of lVater Purged trilhen Field Paramef€rs are Msasured q B
-
P.umping Ra.tg Calculation
Flow Rate (Q), in epm. t5/60= =-b Time to evacuateturo casirw volumee (2V)
T=ZVIQ=ll *iyt
Number of casing volumes evacuated (if other than two
If well evrcuated to dryness, number of gallons evacuated
Name of Certified Analytical Laboratory if OtherThan Energy J i-rd*
Tvroof.Ssmole Sqmp,Ig
TokeT
fcirda) '
SiinnhYqlu+e
dndicete if other
Filtered
(g!rcle)
Preservative Added
fclrcle)'tttiii as Epecified
helow)'
VOCs {Y) N 3x40ml YW)H(x,,|N
Nutrictrts tr)N t0tlmt YI@ H,SO. /L, N
I{iawSfctals Y dfj 230frt YN HN(}YNAll Other Non-
Radiolocics
Y6[}250ml YN Noheservatire Adaled
Gross Alpha Y /h0 1.000 utl YN ILSO, Y NWNSmpldvolumeYN
If apaservative is use4
SpociffTypeand
Quantity of Preservative:
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Mill - Groundwater Discharge Permit
Groundwater Monimring
Quality Assurance Plan (QAP)
Description of SamPling
Date: 2.25 -A7 Revisiou 2
Page4CIof 4l
Location(well name) fdY- / 2- *#ilr- *iatr(to^,rrt tlott t:i r EYu,P*h'eL
DareandTime nrnxgrng A',24'08 .-- andsampling (if ditrercnl b'J*E'tf1 /
welr purging Bquip use& Nrffn ,, fful|t'*4 pump (if other than Bemetilsudd-fre
SamptingEvent ehfuafOg* - Prev.WEllsampledinSamplingEventi!4g(L3
plfl^Butret? -A*---3'A pllButrer4o--go
SpecificConductmw:9t8-'? .uwtoycu wettuepth, /dl. S .
DeptrrtoWaterBefoep"rer"es4=4.1-CasingVolumerrr*"#_?l:.+;1li:#l
Conductdnce (av}:t ilt :
Wolt Watcr TemP . (wg -41&--
oHofWdter(ivd, nlA
Redpr PoEntial (ih, /t//+ Turbidtty 44
weathercord -f ,fl- tl' - Ext'lAmb.Temp'(priortosamptingevent-?3i:-
Redox Potontisl Ch)-ti0J- Redox Potential (Eh)-
l').f,
aETACEmflENTX
WffiETE MES.A [.'RAII[TT]M MILT,
fim",- Gal. Purged- Timq-Gal. Purged
Redox Potential (Eh)-
tj:;Redox Potential (Eh)-
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Mill-CrouslwatelDischargePermir Date: LL.|T.06 Revisioir I
Groundwater Monitoring
Quality Assuance Plaa (QAP)Page{l af 4l
Ttxhidity- ,.-{- T*b66y__t:
Volumeof IVaterfurgpd
Fumnine Rate Calculation
FlowRate (Q), ingpm.$/60= =------_l
, I gpa. 1 Time to evacuate turo casing volumes (2V), D T=2vlo= 14
Numberof casing volumes evacuated (if o&erthas two)
If well evacuaEd to dqmess, number of gallons evacuatrid -.-al
NameofcefiifiedAnalyticallaboratoryiforherThanenerwl*s / :furr/ 'lkr js St*r oFfW Aurri,"^! tiL>r fl*x/X-'iJ /:re<
IYreofsaurole $qr.nple
Takqt
(circle)
SriinrileVqlumq
6ndieateifother
I'iltered
f4tde)
Premluative Added
(cl+de)'ftriili as specified
below)'
YOCs ff)N 3x40 ml Y6PT ECL 7N
NutricnB ff)N l00ml Y 1TE tLSOr /N
EriawlVletals Y rtrI)25AfrI YN II}i[O. Y NAll Other Non-
Radioloeics
Y6)25Oml YN No Prreservatirre Added
GrossAlohr Y69 t.000ml YN H,SO" Y N
Other(spscify)
/**e"{l -laarsa,i><
.UN Samplevolume Y&
If apeservative is used,
Specify$tpe and
Quantiry of tneservntive:
'r-- { -
Mill - Groundwater Discharge Penrit
Grouadwater l\4onitoring
Qurtiry Assurance Plan (QAP)
E'TE[,DDAT'
DescriPtion of SamPlirg
Daie: 2 "25.A7 Revision: 2
Page 40 of4l
ATT'ACHMEI{T1
WffiETE MESA IJRANTUM M[LT.
Location (weu name) f$"/{:l. . i,ffiXtllu* itiats{,,,vtrr tloll;{*o , Ey+r !*lucrL
Date and Time for Purging /-':l-'4' 0g urrd Sampling (if ainercnrl h'35 " ltll
r/rell purging Equip used: ,Hft * Xr#"?V*rupump {if orher tt,,n1e*eilh!)Md-{&
samplineEvenr clrtrnrro4$ prev.wen {#ffiinffis**-gl*it-
pHBuffer4.0.tl.0pHBufferT.Q -7.rt
specificconductance-76'.E*uufiIoslem weltpepth - - Jd S' E-
Dep& to water Batorcrrrynl--!9*31*- casing volume ,"lf #ril1ffi!$fll,
conductdnce (av$ il*
-
pnofwater(avy),, azc
-
weltwaterTemp.(avet-sr&- Red.pxPotentiat &r ru* r*dity at* -
WenherCon l. S Z, nLa . ExflArnb.Temp.(priortosamplineevent')At-" *
Redox Potcntial (Eh)-
conuuctua"". .l4L\L
p
t"mp"ratur" l5 iL\
-Redox Potenti"r fru-$Q!.--
Time:- Gal- Purged-Time:- Gal. Purged-
f ';Redox Pot€ntial (Eh)-Redox Potential (Eh)-
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Mill-GrouadwaterDischargePermit Date: 11.17-AG Revision: I
Grouudwater Monitoring
Qnality Assurance Plau (QAP)Page 41 of41
Volume of lVaterPurged
Pumping Rate Calculation
FIowRate (Q), ingpm. ts/fl)= L b Tiuc to evacuate two cashg volumes (2V)T=?YIO= I )
-
Number of casing volumes evacuated (if other than two)_-T--
If wpll evacuated to drj'ne$s, number of gallons evacuahd .l-
Nameof certifiedAnatyticalr.aboratoryifothcrThanBnqwLabs l, <zr d/ l/u.',. \t*t ot€'to Autd*,! wlt'r fr*'+/X-'iJ I.tAE
TvoenfSample Sam,nIe
Taken
fdrel6) .
SriihdeVo.tqg
(inrlicate If other
r.hriit as smciEed
Elliered
(circlel
PregervafiveAdded
(cfrytle!
below)
voch N 3x4Oml Y6I/6 HCL N
Nutricott ,)N L00Et YrP IIrf,Oa ,N
IltiawMetale Y d{$l 254tut YN HNO- Y NAII Other Non-
Rndiolopics
Yo,25Oml YN NoPreservative Added
GroseAlpha Yd$I.0mml YN HzSO. Y N
O&er(speci$)
{a*atr- firre*iz\
-&N Samplevolume Y&
If aprcservative is used
SpecrfyTyp" and
Quantity of P.raservative:
U.
Mill - Giouadwater Discharge Pennit
Grourdwater Moniauring
Quality Assurance Plan (QAP)
Deseription of SamPling
Da,rl 2.25.07 Revision: 2
Page4.O of 4l
ATTACHMEIqS T
WEffiTE MESA T,RAI{IUM M[L[,
r,ocarion(welrname) t.rq- l--rl f,ffi:"tilrin iua*ltntto,ttrtt;fi+ r Eyu P*lwL
DateandTime to*wgtng !.'14'08 NtdSampling(itdittercn1 {r,:JS 'lil
-1tre1 purging Equip use* Nrff, * l#!!**rtt pump (if ogrer tlan BeffieqJstut$l 6*
SamplingEvent C,hteof-4!e*nt - Prev. Well Sampled inSanrylin1Bvlilt-Tlzut' /3
pnnufer7.0 7-O
-
pHButrera-O '?.0
SpecificConductance-76. f-ufufiIos/cm WetlDepth i2l . 3 3
Depth to Watern"f*, P*e*e--*A,q-86-- casins volume ,lf -X;1:16s=.,:[|f,1,
Couducta'nce(wg .4ft : pHoJWriter(irvg) " zua --- -
Well WaerTernp .(avg)-al&.- RedgxPotential @tl nn f"rbidity at+
Wedther Cond.- E:rt'l Amb- Temp.(prior to sampling event)------j*
Tine:--Grl.Purged
,-^ndrrnt.tnce
RedoxPotrntial
Turbidity.
(:,
Tihe:.-------*--Gal.Purged-----'*
RedoxPotential (Elr)-
Tlrrbidity
Time:-Gal. Purged-Time:- Gal. Purged-
Conductance
Redor Potential fijt).i ";Redox Potentiat (Ett)-*-
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Mitl - Crouadwater Discharge Permit
Gmudwuter l\4oaitoring
Quality Arsurance Plan (QAP)
Date: 1"L.17 -06 Revision: I
Page4l of41
Turbidity Turbidity___ -=-:--
Volume of Water Purged !ryhen Field Parameters are Measurerl
Pumpiqg R4ts Cplculation
FlowRate(Q), inEPm.
5/60= =h
Number of casi4g volumes evacuated (if other than two).
Time to evacuate tvo casing volumes (2Y)
T=2VIQ = 7 -
If well evacuated to dqmess, number of gallons evacuated _
Name of Certified Analytieal Laboratory if Other Than Bnergy l-abs I *Ltw Wrti:G
'l/ar', \**r otr€frE-fl**lJ-'J /*d*
T-rpg of SamPIe Sarnpler4eu
(sit'sl!)
SriihdleVokrme
-
findicatsif ofher
Elltered
(cirqle)
Prescr:pailve Added
(cifdel
thtlL *s Fpeciffeilftelnrr)
VOCs )N 3x40ml YtrI Hfl, ffJ N
Nutriens ,)N l00ml Yd9 H,SO. iy) N
II6aw Xfietals Y (.hI)250hI YN HNE YNAII Otle,r Non-
Rrdioloeics
Y6i 2^50 nil YN No Preservative Added
GrossAlpha YA}1.000 mI YN H.SO, Y N
Ofter(spocify)
/or*e"!. Iatrcad;L\
.UN Samplevolume v@ @
If aprcservative is useq
SpecifyTlpeand
Qrantity of Presenmtive:
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Mill - Crouudwater Discharge Permit
&oundwater Monitoring
Quality Assurance PIan (QAP)
Date: 2.25.07 Revision: 2
Page4Oaf 4l
ATTACE{MENTl
W${XTE MES.A {,'RAI{ET'M MILT,
Date and Time for Purging
F'TET,B DATA. WORKS}NEET TOR GROT'ND WATER
DescriptiorrofSamplingEvent; 2^o1 {.?wo.rto -lLln*ro'+,ror- -
Sampler
Location (rvell name) .f,hj-'|.: I ( - Nr"it *Ai"iuals12n*, ll .11a*-P-
and Sampling (if differenO , -::7 -
$rell purging Equip Used: Xpump or -bailer
Well Pump (if other than }rewrcL $d&&/.-d,'rt*,c*s
SamplingEvent Prev. Welt Sampled in SamplingEverfi*-UZ-
SpecificConductf,ncej&1-uMH0S/cm Wetl Depttr , +a+
-
Depth to Water Before Purgi nefu4*- Casing Yolume (V) 4" !trell;---'--J'653h)- !t?o.", z S"TiIetl: - (.367h)
Conduc&lnce (Lv* ** pHofWiter(avg)..
---
pHBuffer 7.O- Z: A PHBuffer4.o 4- a
-
l{elt WaterTemp. (avs)- .-
-
Redox Potential (Eh)--:3urbidiry -
,{ Ext'lAmb. Temp.(prior to sampling "r.ot)-S-d4WeatherCond.
Condu.tanc" 32 /'S
-fi_ A,gL _
Tempcrature I[ rv
Conductance. ,l
Temperature /
Redox potential (HD20S- Redox Potential @h)-
TurbidiElt , Ll)
"urbidity.
Timq- Gal- Purged-Time:-Gal. ftrrgpd-
Redox PoBntial (Eh)RedoxPotential (Eh)-f .;
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Ml!-CnoundumterDischargePumit Date: Ll.l7.A6 Revision: I
Groundwater Monibriag
Qualig Assurance Plan (QAP)Page4l of41
Turbidity- Turbidity
Volume of Water Purged When Field Paramekrs are Measursd-:-
Pusping Rate C. alculation
FIowRaie(Q), ingpm. _-.F Time to evacuate two casing volumes (2V)
5/60= =T=ZVIQ= --
Numberof casing volumes evacuated (if other than two)
IfwellcvacuatedtodrSmesgnumberofgallonsevacuated .. -l---.. -. .-
Name of Certified Analytical Laboratory if Ottrer Than Energy Labs.
fr*J L
TvmofSamPle $amole
Taken
(circle)
&imnleVolume
(inffcffeifoflter
filtered
(circlq)
Preserveffve Added
(SiTd")
'tha'd ac cDecified
belowl
voft /.YI N 3x40ml Y46 IIcx. {p N
NuEients qN 100ml Ytr H"SO. (E N
I*LwXfetals YN 250iirl YN HNO. Y N
All Other Non-
Radiolosics
YN 250mI YN NoPremrvatlve Added
GrossAIph*YN 1.tX)0 ml YN H,SO. Y N
Ottrer(spociff)
L^r*l Aracd^tt'
UN Samplevolume Y8 &
lf apresewatirre is use4
SpecifyTlpe and
Quantrty of Prreservative:
,0
a*717
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Mill - Crrourrdrruater Discharge Pea-ait
Crourdwater Monitoring
Quatiiy Assurance Plan (QAP)
F'[ET,T} DA.TA
Date: 2.25.A7 Revision: 2
Page*Aof 47
.4,TTAAH@NT'1
WHHT'E MESA {M.ANIT]iV[ MI[,E,
DescriptionofSamplingEvent: LJ-""' Ul*fi.oTr4- C.lqlotnf??wL -.
Locarionqweltnarnel Ll^ 1A
-
ffiXtll.* itiat ftornrd,ttotl;lX t Eyw P*hvL
DateandTimeforpnrging A.t4-0# anasampling(if ditreren1 b'J.5 " d* -
Wel purging Equip Used: Nffo rr X#:flr*It Pump (if other than serlrte$-h!)aaA-{e
SamplingBve* Chlrc*laA^ - Prev.WellsampledinSamplingEventS\{i:J$
pHBufferTO a-r\pnBufferao t D
-
specificcondtmtmrc df8-J---a\[tras.r;m wetlDepth lt'l]
-
Depnr & warer Before Pureine-!3. 3!-- casing volume,*rf #fiii5.()JA--!fiil|,
Con&ie&ince pHof Wtiter(avgl .,4A -
weilwarcrTemp.(wc,t-{t&.- Redp,qPotential -Gln> rur+ t*idtty at,*
lfferitherCond. i:*,].q., ( ln.*r}.5 Ext'lAmb.Temp.(priortosamPlingevent]-]S-C--
Iirn"tj9-36--GalPureed-78
-
Tiine:,.'. -Gal'Pnrged--:-
RedoxPotenti *f*>&--
r*tioity {F .Y
Redox Potential (Eh)-
Turbidity
Tim.t_.- Gal. Purged- Time:-Gal. Purged
t:iREdox Potential (Eh)-Bedor Potsntial (Eh)-
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Mill - Grormduarcr Discharge Permit
&ounduraterMonimring
Quality Assuranee Plan {QAP)
Date: 11.17.06 Revisioa: I
Page4l of 4.1
'twbdiq-*-**z'-TttrslidiLY-.-----..-"-
Volume of Waler Purged Wren Field Parameters areMeasured--tl o X
Pumsitrg Rare CalcIlation
FlowRate (Q), ingpm. t5/60= = .b -
Time to erraeuale two casing volumes (2V)
T=2VlQ=l7 14r ^
Numberof casing volumes evacuated(if otherthan tsyo)
If well evaouated to dr5mess, number of gallons evacuated
NameofCertifiedAnalyticallaboratoryifotherThanBnergytabs / .,E.rr/ ?/0c'. S"*f ttf'lo Aucn,-'l $'h'r fla*/X-|zJ l:rLg
TcrrGCIf SamDle $amole
Tske,E
(dfcL)
SiipiileVdume
findlcateif ofter
Filter.ed
{drcle}
Prsserva$,ve Adaled
fcircle)
VOCs {Y) N 3x40ml Y 6f/HCL 7N
Nurients E)N I00ml YAD HISO. ff,/ N
Ileaw Mctals Y {10 250'tu1 YN HNO, Y NAtl Other Non-
Radiolocics
v6D 25Otrtl YN NoPlaservetive Added
GrossAlpha Y I,N 1.000 sl YN IITSOa Y N
O[rer (specifY)
t;*ar!" frtrea*iz-<
.U) N Samplevolume Y&
If a preseiuative is ueed
SpecifyTypeand
Qrantity of h€servative:
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Mill - Crmundwater Di,scharge Pennit
Groundwater Monitoring
Quality As$nrance Plan (QAP)
DFSI: 2.25.tri Revision: 2
Page40of4l
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ATTA.CHMENT 1
WHME MESA {MA.EIIUM MILT,
SryEE,DDATA F'OR.GROUFIT} WAT'&R
DescriPion of SarnPliqg
Sampler
Ircation(urellnarne) J-bJ I -,3- Nameandinitials-T?
Date and Time far Ywging L - 2 s" A--{ and Sampling (if different)
Welt Purging F4uip Used. llpump or -bailer
lVell Pump (if other than Aerure0-4€L
-SamplingEve* cL{*oad-** .-- . Prev.Well Sampled inSamplingBvent zrrl4-
pI{Buftr7-0 J .t-t pHBuffer 4fr .4.o
SpecificConductance-{9.Z--uM[I0S/cm WellDepth , 1.. -O -
Depth towaterBeforePurgine--27- /!, CasingVolunre%f.X;tryff;ff,
Conduetance(avg)- PHofWtier
WellWaterTemp.(avg)- RedoxPofcntial@nl----:urbidity-
Ext'l Amb. Temp.(prior to srfirpling rvrot}-l 1. : L
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f'nnrf'r:tance 3 g 0t
ps--J.--3%
,"*****. lt'-il -RedoxPotenti8t (Bh)
rurbidiiy )6 '2 -_.rurbidiw. L{ .Lt{
-
Tirne:-Gal- Purged .
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(iRedoxPotential (Eh)-Redox Potential (Eb)-
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MiIl - Grousdwater Dischatge Permit
Groundwoter Monimring
Quatity .{ssurance Plaa (QAF)
Dare: LL.17-06 Revision: I
Page4l of4l
-----
Volumeof WaterPurged
Pumpins Rate Calculation
FlowRate (Q), ingpm.Time to evacuab two ca*ing volufles (2V)
S/@= q 2>..Js T=[YlQ= 2 (14 ,^,-t
Numberofcasingvolunesevacuated(ifother ru**A l, / ( t/-
Ifwellevacuatedtodrlmees,numberofgallonsevacuated.--1 -
NameofCertifiedAnalyticallaboraloryifotherThan eruW ,;aW f , 5rl -l,L* w AWL
Tvoeof Samule Samule
Taken
&rdet
srihrileVolume#
fmilicate if other
filte#ed
(circlo)
Prerervotive Added
fci{cle}
thil'if ?p gpecified
Y0Ce N 3x40mI Y 0S7 HCX" V,] N
Nutrients ZN 100mI Yds ESo, q6 N
IfiiawMetals YilO 25ALril YN ENO, Y NAll Other Non-
Radiolosics
Y&25Omt YN NoPrcservative Added
GrossAlpha Y TqI 1.000 mI YN HrS0, Y N
Other(spec$)
f ,,,*iliue,o&
uN Samplevolune Y[E
If a preservative is used,
SprcifyTypeald
Quatrtity of Preseruative:
(/
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***ffiMrr,L
FIET,B MAT'A WORKSEEEN'FOR GR,OTINE} WATER
Description of Sampling Event , 2- n" Qu.*or, o C hlrn, "*
r.ocarion (wett name) t .- I t i,l[lllla *t mns/t,dttro ttotl>{I , Dy*r P*h,eL
DaeandTime torYurgtn] 6'i.4'08 an{Samplrng(i taitrerenq. L J'A-'191 .
vfelt purging Eryrip used: 5Hffi * X##V**ll Pump (if other than eeffieqblalAfr;
Sampling Even t el/llyl"rrtw
-
Prev. lyell Sampled in Sampling EventJ^{-dt'l
Il4ill - Croundwater Discharge Periait
Groundwater Moribring
Quaiily Assurance PIas (QAP)
ru*p"**r, - IS -# -
Redox Porenti at W- 3 tl 1-
)-i'7
Date: 2.25 -A7 Revision: 2
Pagedfrof 47
pIIBuffer?.0 a,n
specificconductnrce-f$.?-*ul&ros/cm wetlDepttr, .lU.1
-
Deprh ro Water Before Purging--$$-[l- Casing Volume (v] 4" wen:-5!gl-(613h)
condderdnce (ave) u*
-
rnorw.orGur) l')Yitl'----:-(1trh]
wollfi/aterTemp.(wil-*tft,- RedoxPotential @hl rv* rmidity -,va*
Weather Cond.-Esh.1p_!1.*4r=- Ext't Amb. Temp(prior to sampling event)-.&7 o('-
Gd.Puryed-ff[- Tiinei-. ,-. Gal.hrged-----.-;-
RedoxPotential (Eh)
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Redox Potentiat (Eh)- '
- ."
Redox Potential (Eh)-
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Mll - Crroundumter Discharge Pecmit
Crouudwabr Monitoring
Qirality Assuaace Plan (QAP)Pageal of4l
Tu$idity----_ ----1
volunnEofwaterPurgedwhenFieldParast,brsaroMeasur'd lQff
-
PnmpinF Rate C,atculation
FlorpRafe (Q), ingPm.t Time to evacuate hvo casiqg volumes (2V)
5160=T=2YlA= lil
Numberof casingvolurresevacuated(if other fhantwo)._
-
_
If well evacuated to dgmess, aumberof gallon$ eyacur
Name of Certified Analytical Laboratory if Other Than Energy
Date: 11.17.06 Revision: I
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Tvoeof Snmple Sqmple
Taken(drde)
SiiiuileVqlume
(lndicate if ot&er
filtere4
(circleI
Preservntive Adiled
forget
ihf;ii ae spceified
below)
VO{ls N 3x40ml YCf,)+HCL 7N
Nuttienfs ')N lmml Y 1tp HrS-O.c iY, N
HriawMetals Y (ff)250rht YN IINO. Y NAll Other Non-
RadioloEics
Y@ 250mI YN NoPresefirative Added
(koss Alpha Y /ls t.{m0ml YN H,SO, Y N
Other(speciff)
(n*orlt Dtrqaaiz^\
ryN SamplsvoIuEE Y@
If a preservative is use4
SpecifyType und
Quantity of Preservative:
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Mill * Groundwater Dischmge Pennit
Groundwater Monitoring
Quality Assurance Plan (QAP)
Date: 2.25.07 Rpvisioa: 2
Fage 40 of4l
A.TTAC.EIMENTl
$/HITE MF,SA {IRAMTIM MILI
EIEI,DE}A,TA
Description of Sampling Event.J'
Sampler
location (wetl name) 7hi { - I t-- Nami and initials*Ti.
DateandTimeforPurging /,)-..,?,<AX. *ndSampling(ifditrerenQ<-1I
-
lyell purging Equip Used:rlbump or -bailer
Well Rlmp (if other than B ennett &rfut .
SamplingEvent fLL,yr,nnu,-- . Prev.UIell Sampled in SamplingEvent @4.
pHBufferT'0 'l
"r>pluutura.o--:*!- O
SpecificConducance-f&, ]-ulvfiIos/cm WetlDsP
Well WaterTemp.(avg)-Redox Potential (Eh)-;:llfurbidity
WeatherCon a !)r-f, l!^Zy ExflAmb.Temp.(priortosamplingeven0-2-7"-1'*
urged-----r*
ConductaEce )71A
Redox Potential (Eh)-
Tirne:- Gal. Purged-Time:-Gal. Purged-
Conductance .
-
Redox Potential (Eh)- Bedox Potential (Eh)-
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Mill - Groundwrter Disch*rge Permit
Crouadwater ivlonitoring
Quality Assurance PIm (QAP)
ftrbiditj{
Date: tI.17.06 Revision: I
Page(l of4l
Tutidity
\
VolumeofWaterPurgedWhenFieldParametersareMeasur€d -
Pumpine Rate Slculatioq
FlowRate (Q), inEPm. _Time to evacutte two oasing volumos (2V)
T =ZYIQ=--.-'
H
Number of casing volumes evacuated (if other than two)
Ifwell evacuated to dqmass, numher of gallons evacuatd
-
-
Name of Ceftifted Analytical Laboratory if OtherThatrBnergyLahs
TVpe ofSaUUile Snmnle
T+ken(ctrele}
$l&pleVqlu+efindcateifofter
I'tltpred
(cimlpf
Preserfirtive Adilsd
(circle)
VOCs g)N 3x40ml yoglr HCx- {Y N
Nutrients 7N lfilml Y IEI)H}lo ZN
I{dawMetals YN 250h|YN IINO. Y NAII Other Non-
RedioloEics
YN 250mI YN NoPreservafive Added
Gross Alpha YN 1,000 ml YN H'SO, Y N
Ottrer (specifY)UN Samplevolume YN N}
If a preservative is use{
SpecifyTypc and
Quantity of Prcsenrative:
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Mill - Gr-oundwater Discharge Fennit
Groundwater Monitoring
Quality Assurarre Plan (QAP)
Date 2.25 -07 Revision: 2
AtrTA.CtrTMENTl
WHI?E NfiESA URAI{IUM flffi E,T,
EIELB DAT'A WORKSIIEET FOR GRO{INO WATER
DescripionofSamplingEveil: fl 'd U,+t-t o- c-l,lr,rr
Page4/.l-af 4l
Sampler
Location (wettnarag TN \ :2(\ -
ilr.#ilarrifiaklitec--il-
Date anrl Time for furging d' I {- O ? and Sampling (if different) i
Wel purging Equip Use& f-numU or-bailer Well Pump (if other than BerneLXuL-fra1i"ir,/.
SamplingEvenl Prev. Well Sampled in Sampling Event,lr,/ A
E.opHBuffer7.0 pHBuffer4.0
qg 7 uMHos/cmSpecific Conductance-.1-
Depth to lVater BefarcPvrgtns,JLt'5J-
ConducEince <"*gl '/
-
pHof Wfier(avg\ . .- .,.-
1{ell Water TemP' (avg}-Redox potential{Etr)jlturbidity l-
Weiither Con a",ileq/k M- Ert'l Amb. Temp-(prior to sampling eve Oil l' '-
Conductancerrnarrirnrnnce I q 1K
Redoxpoential W*21
-
RedoxPotential(Eh)-
^rwataky . ?-LL . Turbidig
Tims-Gal. Purged Time:- Gal. Purged-
Conductancq
Temperature-
Redox Potential (Bh)-
t
Iil'lellDepth. P/fr
-Casing Volume (V) 4" Wetl: .--(.653h)
3 " lVell:____Z__13 67h)
.;Redox Potential (Eh)-
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MII - GrourdnraterDischarge Permit
Gmundwatee Moniaring
Quatity Assurance PIan (QAP)
Date: 11.17-06 Revision: I
Pagefil of41
Volume of WaterPurged trVhen FieldParameters are Measued.
Pumping R+f,e CalcBlation
FlowRatrc (Q), ingpm. F--Time to evacuate two casing volumes (2V)
516O=T=ZVIQ= ----
Numberof casing volumes evacuated (if other than two
lf ryell eyaeuared to dgmess, number of gallons evacuatsd 4--:- .
NameofCertifiedAnatyticallaboratoryifotherThan eougyl;abr f -{ --, lfi, {tuf hAwt
Tvne..qf $rmrle Snmrle
Taken
(circle)
$rimrileVqlqme
findicrte if oihsr
tr'iltered
fcircle)
Preservative Adited
(clftle)
t&tiii as seFcifreq
hdow)
VOC6 {YN 3xzt0ml Y IICT- (Y- N
Nutients {?N lfi)ml Y II,SO, ff) N
EdawMetals YN 250hI YN ITINO, Y N
Atl Other Non-
Radiolosiss
YN 25Oml YN NoPreservatitc Added
GrossAlpha YN l.fril)mI YN H,SO, Y N
O&er(specifY)ryN Samplevolume Yg}N
If apreservative is used,
SpecifyTlrye and
Quant$ of Preservative:
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Mill - Grouudunter Discharge Permit
Grouadrvater Monibring
Quality Assurance Plan (QAP)
Datei 2.25 -07 Revision: 2
Page44of n"!
ATTACHMENY {
WE{XTE MESA EIRAI{TI'M MII,L
FNE{,D DATA WORKSHEET F'OR GROUIqD WA?'ER
Description of SamplingEvent: ?. ^ot &r p, orr Q *. -C lqlnerro| vvt
Sampler r'
l.ocation (well narne) Ll - ],\- wr#ioi, itiulrilrnn tloil f-i , ty*t P*lail-
Dac aad Time totRwgng A'24' 08. andsampling (if ditfercnt) b,'J.S ' rtA
-welt purging Equip use* /$ff, ,, j{ffi#t'*ol Pump (if other than BffineqJtr$aAde
Sampling Evenw Prev. Welt Sampled in SamplingEvent-frd-k il
pllBuffera.O 't dpHBufferTOA-r\
SpecificConductance Eg'f-d,fiIoS/cm WellDepth, I$
-
Depth to Ytlater Before Pufging---.16 iqr-LIL- Casing Volume (V) 4" Vttelh Lt).3f . (553h)
3" Welk . (367h)
conduefiince tavgl il*
-
pHofligriter(avg) , 14 - '
WellwatsrTemp.(wg-at&- XedpxPotential PO rrr+frrbidity at4
Weither Con 4.. ? ^,lt * c\o-dt/ Ert'l Amb. Temp.(prior to sampling 6vent)-j ( o '-:-
Timq-l:@--Gal-Purge4. . . (n
conduchnce 2 tr48 - -pu 7-a7 *
tumprrt* ,,lV'Lf
-
Redox Potential CD-*!ZIg t{.2?
Time:- Gal. Purged Time:
-
Gal. Purged -
RedoxPotential (Eh)-
Turbidity
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T
Ljj
Time: ,.. --Gal.Purged---------:*
Redox Potential (Eh)-RedoxPotentiat (Eh)-
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Mll - Groun&mtel Discharge Permit
Gtourrdwnter Monioring
Quatity Assurance Plan (QAP)
Date: 11.17.06 Revision: I
Page4l of4l
ftrbiditY
Volune of Water Ftuged When Field Pammeters are Measurcd
Pqmpine Rate Calcuation
FlowRate(Q), ingpf,,Time to evacuate two casing volnmes (2V)
S/fl)= =h T=ZVIQ= I4
Numbr of casing volumes svacuatgd (if other than two
Name of Certified Aualytical Laboratory if Other Than Energy I,abq
-lo
ff well evaeualed to dqmess, number of gallons evacuatsd . .--. - -:-
'l/n, s \**f orfffi/Wy=,i.J L-tt<
Tvpeof S,amule S*mnls
Takcn
{eifcli')
SaihrileVolume
-
(tnifioteif other
FilteryC
(cirele)
PrsgfvsftveAddod
(crfglp)'ffitE sp-dfi"d
helnw)
voc ]N 3140ml Y6PT HCT. N) N
Nutsients ')N 1{l0ml Yllp L[-SO, lY) N
IleawMetels YdJ,)250riil YN Htilo. Y N
All Other Non-
Rndioloeics
Y@ 250mI YN No PrsservativeAdded
GrossAlpha YA}lIm0ml YN H"SO, Y NryNSamplevolumoY@@
If a preservative is used,
Specifyfipc and
Quantity of Ppservative:
Mill - Groundwater Discharge Peiiait
GrousdwaierMoaiOring
Qualisy Ass urance Plan (QAPI
ilryE[,DDAT'A
Deseriprion of SamPliqg
Date: 2.25.*7 Revision: 2
Page40of 4l
AfrilacHn@I\I?1-
WHETE MESA {IRANIT]M MTT,L
Locarion(wettnu*") '1 - }1 - m:tilr* ftkk{r,rtltr: ilrtt".,i:,, t qN il*tu€{L
DateandTime torBwsiw L.1.4-A{ aadsampling(if *trerent) L.J,S . tl* -
Prev, Well Sampted in SamplingEventlflathj0
well porging Equip used: &lffo ", X#:t''*"t pump (if orher rhan Bemeil huti'{ts
Sxmpling$vqt.eWnf.oL.*
pflBaffer7.$ 7,O
-Specific Conducrance f8l. '7 uI&IOS/cm wellDeptr IJS ,-
Dspth to WaterBefore Purginc=ElqL- Casing Volume (V) +' WeU: i8.55 (.eSgn)
Con&ierance (avg) , il*
-
3" Well:-... . {367h}
pHof Ttlriter(ivg) " <tl4 -. ,
Well $rater Te nlp. (frt9 -tt&-- . Redox Potential &l af-P tu rbidity ,t*
WedtherCond- p,{.t\.* alod4\g/ - Ext'lAmb.Temp.(priortosamptingevent)-3fL--
(-- '
RedoxPotemti"t(fr)--11t--- RedoxPotential(Eh)
JLA
Tirre:-Gal.Purged- Time:-Gal.Purged-
Redox Potential Ghi i.;Redox Potential (Eh)-
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nfiU - GroundunerDischarge Permit
Groundrvater Moaibring
Quality Assurance Plau (QAP)
Date: ll.fl .a6 Revision: I
Paged,l of 4.1
Tu$idity.Turbidiry
Volume of Water Purged When Field Paramefers are Meas ;ur.:d---L^E-
PumpinB Rafe Calculation
FlowRate (Q), ingpm. I
5/60 = =------E
Time to evacuatetwo casing volumes (2V)
T=ZVIQ= l3 . ,-- .---
Number of casing voluneo evacuated(if otherthan two)
If well evacuated to dqmess, numberof gallons evacuate.d
NameofCertiEedAnalyticallaboratoryifotherThannrcrgyl-als f +r/ -l/..te.t Sr*t lFf ,'lo A*i;'"^! vtlr'r fl"r'+/X-'i-'{ L-rLs
rrpesfEssds Sgunple
Talen(ciqde)
Sriihlile-Vo.lume
finilicate if othet
filtefed
(cirde)
Preservative Added
(cir.cle)
't&a'ii qq *reeified
helowl
vo(3 (Y) N 3x40ml Y 6fi HCL {l', N
Nufiients {v) N lfilml YrP H"SO, n N
EriawMetals Y6)25OIn YN HNO. Y N
Atl Other Non-
Radioloeics
v@ e50ml YN NoPreservative Added
Gross Alpln Y4g 1.000 mI YN H'SO. Y N'ff) N Samplavolume Y@ @
If apresorvative is used,
SpccifyTypeand
Quantity of Pleservative:
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Mill - Groundwater fischarge Permit
GrourdwterMonitoriry
Quality Assurance Plan (QAF)
AEgAgffit@Ng3
Vff{TTE MESA I'RAI'ffUM IIdXLI,
Date: 2.25 -07 Bevisiom 2
Page4Aof4l
WATERFIEtr,BDATA
Description of SamPliug
location(wen n*) .. 'l - x1 *ffiJllu* id?drfi^t,a tt,tl;;!I , Ey*^t P*fu*
DarcandTimeforPurging A',L4' 08 .,und Sampling(it artrercnq L'35' tt1
v{e1purgingEquip use& -Hf, o, lo#r?V*4l pump (if other than ser,net,kms)rts
SamptirrgEvent Chlnc,#or..lu*
-
PrenWellsampledinsamplingEvent3!:!
pll Buffer 7.0.-7 -fi
SpecificConductance -?fl.'7 *mtostcm WeUDepth , 1).i'a
-
Depth to water Before Pureine-ttfftl -- casing volume ,*rf #i,,,1,{11 .!:;ll,
condueunce(avg) l/ , pllofWriter&r1;+
WellWatertemp,(ave\-at&-- ' RedotPotential@DZr* furUidity ltt.
WetiherCond. P^,Jl.fiJ l"*ct.y Exf tAmb.Temp.(priorosamptingevent)-]S"C:-
TitnB:----"#- Gal. Purged-----..--' *
e,,oawuao 33%l
-
RedoxPotential(Bn) 1 b tt
r*idiry /0 f
Redox Potential (Eh)-
?urbidity
fi*e,- GaI. Purged- Time:-6al' Purged-
RedoxPotential (Eh)
t-j;RedoxPotential (Eh)-
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MII - Grorndumter Dischmge Permit
GrnuudwaerMonioring
Qnality Assurance Plar (QAP)
Date: 7L-17 -06 Revision: I
Paga4l af4l
Volume of ,tfi/alerPurged When Field Parametef,s areMeasured--26-
Pumpins Rate Cetculation
FlowRate (Q), in gpm. ,5160= =-_= b Time to evacuatetwo casing volumes (2V)
T = 2VlQ= 11 -
Number of casing volumes evacuated (if other than two)
-If wcll evacuated to drlmess, number of gallons eyacuated
NameofCertiftedAnalyticallaboratoryif0therlhanEnergyUa". / *r"/ lk.'s 5r*r dPF ,W iln',rari,rl vih'r ftt*/-1='iJ L-+dg
Tvogof Samole Sqmple
Taken
(qtutl+I '
Si,inile,YpIq{q!q
(indiclts lf othet
Eiltercd
(circle)
PrererrafiveAdrI4
(ciFle)'thiil as snmifled
hitow)'
VOCs )N 3xzt0ml Y 6S/ ,.HCX- {y) N
Nurients .)N l00mI Y rlD II^SO. iYl N
Heaw l![etals Y d{)250trI YN IINO. Y NAll Other Non-
Radiolosics
Y CIIJ 250mI YN NoPrcservativo Addcd
Gtoss Alpha Y /10 I.mOmI YN H,SO, Y N
Other(specify)
/"**u{l frr*,oirt
Ul N Sampldvolume Y&@
Ifa preservative is use4
Speci$Type and
Qustrtity of lteservative;
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Mill - Grotrrdwater Diccharge Ferinit
Grourrdwater Monihring
Quality Assurance Plan (QAE
Description of SamPling
Dae; 2.25-A7 Revision: 2
Page40af 4l
ATTAC.HME,NTl
WE{XT'E MESA UP.AMUM M[g,t
(: '
n-L,13-
,"**** - L= ,*,
-RedoxPotsntial (fr)
TrrbiditY.
Locarionlwetl nanel '1 - }L{ irffitilrin irtals")rdnrtt tt^lt"f^"t t Pyl"t, P*rt
DateandTime t$?urgn1 l"'14'09 . and Sampling(itdittetenil L,:3.5 'til
tifeu purging Equip used: dW, * {#JfV*ol Pump (if other than Benneil-hltaal{ta
sampling EventllrIroft aa\Prev. lMell Sampled in SamplingEventjllJ$il
pllBttrera.o , 'tf-dpr:.BrfterT.o-----3=O
SpccificConductane-f{L-ulftIos/cm Well Depth lJ]. -
Depth to Water Before Purging-SLlLg- Casing Volume (V) +' We1:5).21-(.eSf fr)
3" Well: - (.367h)
Coadrieftrnce(avg) 14 = pHofWdter (ave) , ft$ ' -
WellWaterTernp.(we)-4L--' RedoxPorEntial @hl ru*.-flffJidity ru4
fiIeather Cond. fis,: h,.y gla-& Ext'l Arnb. Temp.(prior to sampling event)--aq.4.-
time:-@L-- Gal. Purged-Jfu2--
fnntuctwce, fi\Zfr*
RedorPote*ial cn)-83-
L\:tb
Time:- Gal. Purged-Tinrs- Gal, Purged-
Temperahre _-TemPeratrue r
Mill - GrormdsmterDiscbarge Permit
Grounduater Monitoring
Quality Assurauce Plaa (QAP)
Date: ll.l7-85 Revisionr I
Prye4laf 4l
Volume of Wats Purged \flhen Pield Parameters are Measured-bH
Punpin g Rate Calculetion
Flow Rate (Q), in gpm. /5/60= =-----E-
Time to evacuate two casiqg volumes (2V}
T=2VIQ= l{ . .. ...
Numberofcasingvolumese,acuated(ifotherthant o) *
-
*
If welt evacuatid to dryness, number of gallons evacuated
Nane of Ce*ified Analytical Laboratory if Other Than EneW I.absJL:*tJ]o Ann rir.i
'l/ac.,. \**r ot€W;; fl)x/X-'iJ L-tAs
Tvpeof $nmP-le Sq+rple
Taken
(circlel
SiinoleYo,luup
(indicalcitsihqt
Filtercd
(eircle)
Prere$ative Added
fclrcle)
thtil ae sDecified
trolorp)'
VOCs IY) N 3x40ml Yof/i H(x,7N
Nutrients tr)N l00mI Y1[p IIr.SPr f:[./ N
Heewhfletals Y (f{)250itrI YN IINO. Y N
AII Other Non-
Pndiolocics
Yo)250mI YN NoPrasenrative Added
GrossAlpha Y/N 1-(mml YN H"SO. y N
Other(specifY)
{**o"l- frKean;L\
.UN Sampldvolume Y&
Ifa prescrvative is useq
SpecifyTlpeand
Quantity of Pfcservative:
{J;
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Mill - Crmundwatcr Discharge Pannit
Grourdwa8er Monitoring
Quality Assrrance Plan (QAP)
FXEI,DDAT'A
Da.tr: 2.25 -07 Revision: 2
Page40 of4l
Af,AA.CHMEI{T I
WHITE MESA {IRANT{'M MII,L
Date and Time for Puging A.-,24 - 0g und Sampling 1it dittercnt) L'J,S ' Af1
welrpurgingEquipused: #iffn* l#r\%, *o (if other *anseffi*)-h-eratA{E
SamptingEvent ehlorfoLn , Prev.Well Sampled in SamplingEvent*'4*
ptttvtrErlo 7-O PH Eufferao '{ 0
-
SpecificConductance-f{.,2*nlr,Etos/cm a,.ellpsp*- I Y3'I {,-- -
Deprh ro waterBefore Purgi r, ffi r- casingvolum, *r;"#;Iffifr:;,
Conductdnce (wel ilfi' pltofWinrr(av* ' 4?-
-welt waterTem p.(avgl-3)/+--* Redor Potential (Eh) /ll-Turbidity alrt-
we*e*ond.dca)*a_Exf tAmb.Temp.(priortosamptinsevenr)*Pa-L-
t"*p".t*" . 15'3Y-
Redor Potsnti nt tr;i- ---!ftO--
Trlrbidiry 5,2,/
-
r"i' .
(..-' '
*lnau*w"e 2731
/ 0--oH b'l\
Redox Potential (Eh)-
Tur:bidity
-
Time:-Gal- Purged ..
Redox Potential (Eh)
Time:_- Gal. Purged-
Redox Potential (Eh)-(i
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MII - Groundwarer Dis charye Permit
CroundwarerMonitoring
Quality Assuraace PIao (QAP}
Date: t1.17-06 Revision: I
Page4l of4l
Volumeof WaterPurged
Puqping Rate Calculaf ion
FlowRate (Q), ingpm. I5/60= ------E
Time toevacuatetwp casing volumes (2V)
T=2VIQ = 2d ._ .
Number of casing volumes evacuated (if other ttran two) --
-
If well evacuated to dr5mess, number of gallone eva"rotsd , -l'
Name of Certified Analytical Laboratory if OtherThan BaqWI.tbsJL :M*-lo Arr*;-l
*t- tFFZg-,J l-rLE
L.z;,os
IYpeof$amPle Ssmnle
TrBgu
(clrde)
SrimflpVoluqne
finilicnte itothcr
Eitted
(circle)
PreeerqotiveAdded
(Circt4
thlidaglEecified
below)
VOCs {y) N 3x40 ml Y6P HCL {V N
Nutrients tr)N 100mI YrN)Ehs0l fg) N
HriawMetals v([p 250tul YN HNO..YN
All Other Non'
Radioloeics
Yd)250mI YN No Preservative Added
GrossAlpha Yn0 l.fil0ml YN rLSO, Y N
Other (specifY)
l**orl. fiilnaiz-\
'ffN Samplevolume Y@
If aproservative is used
SpecifyTypcand
Quantity of Preservative:
a"
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Mill - Groundr.vater Discharge Penuit
Grounrlwater Monitoring
Quatiry Asstrance Plan (QAP)
DescriPtion of SamPling
Arr&cHbqN,T,1
WE{IT'E MESA UR^ANIT}M MIE,t
Date: 2.25 -O? Revision: 2
Page40 of4l
VgATER
t/v\-
Location (wellname) {N!l- [d-Samoler n Affiffid initiakdan'ur tloll,ilr,,l, {'{a,'t t l*n'*J'
Date and Time forPurging 9$ : BaL-*d samPling (ir differcnt)-
WeltpurgirgEquip Use& gffiumpor-baiter WellPump (if otherthan nenneil@
pHBufferT
samplingEve ", Al,nt*r^
-
Prev. Well Sampled in SamplingEve*--dtl&
grll *r{ )pHBuffer4.O.?.a
Specifrc &tductance*!&3--.:tMmAShm 'WellDepth, ary*
-
Depth m Water Before Purgin e il il*- Casing Volume *lf ,,ffi'.==!fill)pHofWater(ivg). 1--
Redor Potenfi"f CetD--t'Tu{Ui dity -- -b
Conduetance (avg) -:-./
Well Water Tem P. (av g) --- ":-
-weathercond *-*- Ext'l Amb.Temp.(priortosamplinrwent)-3L:-
Conductance. L\5 Conductance --
pn . t.ST _.
t*mpentur" il'..1(
-Redox Potentiar fnnlUSS*---''
i UC)
Temperature-
-
Redox Potential (Eh)-
Turbidity
time'- Gal. Purged-Time:- Gal. Purged-
Conductance-Conducfance
Redox Potential (Eh)-
pH.
Temper0ture - :
Redox Potential (Eh)-ti
bs Eb*r
Mill-GrouadwaterDischargePermit Date: LL.17-05 Revision: I
Groundwater Monitoring
Qualhy Assurance Plan (QAP)Page4l of41
VolumE of Water Purged I[hen Field Parameters areMeasured----:-
PnmsigF R4te Calculation
Flow Ratre (Q), in gpm. ,A Time to evacuate two casing rrolumes (2Y)
5/60= =& T=2VIQ= ..-_ .
Numberof casingvolumesevacuated (if otherthan two) - --:-l -Bwell evacuated to dryness, number of gallons evacualed -----
Name of CertifiedAnalytical Laboratory if otherThaa nwrevr,$sM &^l t
Ivreof Sample Ssmple
Take.E
(cinctp)
$omdleV-ohpeftnfistsifdq $lllterd
(cirele)
Preservafive Added
fclrde)
thtid as sDecifted
helow)
VOCs /Y) N 3xzl0 ml Yrffi }Ifl, @ N
Nutrients 2N 100mI Y H"SO, &t N
Hdawnfietals Y 1t$)250mI YN HNO. Y N
All Other Non-
Radiolosics
YS 250ml YN No Pressffative Added
GrossAlpha Y6P I,00OEI YN H".qO, Y N&N Samplevolume Y6F
If a preservative is use{
SpecifyType and
Quantity of Preservative:
81",,-a
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Mill - Groundwater Discharge Peimii
Groundwater Morioring
QualitY Assurance PIan (QAP)
AT'TAcrydENr-1
WNflITE MESA URANIE]M MTT,L
F[E[ADA,TA,
DascriPrion of SamPling
Sampler
Location (wellaurre,) fN 4 - [a3,
-
Naun and initials:{a
Darl 2.25.07 Revision: 2
Fage40of 41
WellDepth "-:--
-
Casing Volume (V) 4" Well: - (653h)
3" Well:---*
-(367h)pHofWliter(iffg)., ,-.-
' .'i
Redgx Pgtential (Eh)--furtidity -.-
QJ,o,
DateandTime tarP@ng d'23'0Y andsampling(ifdifferent) .-
Welt purging Equip Use* j(pump or -bailer
$rell Rlmp (if other than Bennet]-
ltSamplingEven her,. Well Sampled in SamplingEventfl#-
pmnurerzo , ... 7'C) pnnuner+'o -'f'0
Specific Cond t cranw,*q tLZ-t fuIHASbm
Depth toWaterBeforcPrrging . -. :---
conduemncetaw)S
Well $IatErTemP' (avg)-- --'
enndwra*ce .4- f) ,
pa - 1.i!.&-
Weithergon d. 1k+-,1 3 ExflAmb.Temp.(ptiortosamplo,ee,{enq;l-do"
Redox Potential (Eh)-
r*bidiryf,W l-frY turbiditv
fi*r_ Gal. Purged Time:-Gal. Purged .
Redox Potpntial (Eh)-Redox Potential (Bh)-
<...\ '-;
W- l2inL*re
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iuill-GrouadwaterDischargePermit Date: 11.17.06 Revisioa: I
Cruundvrat* Monitoring
Quatity Assuraace PIan (QAP)Paga{l of 47
Volume of WaterPurged WhenFieldParameters areMeasured , --'i- -
PumpinF Bab Catculation
FiowRate(Q), ingpm. I Timetoevacuare
5/60= T=2VIQ=-
Number of casing volumes evacuated (if other than two) - T-
-If well evacuatsd to dryness, nurnber of gallons evacuated . - - .I
NameofCertifiedtuialyticatl-aboratoryifotherThan f-n|J{r]LaAs fly'-'b 1eV- Vfrz\ "'
two casingvolunCI (2V)
^+
frt"tu
TvpeqfSnmnlP Saryple
Takc.F
(circle)
SiinrlleVolume
findicnteif othq
Eitterei!-
(circle)4r,emrvotlveAdd4(clrcle)
thdilss suecified
hdow)
YOCh 2N 3x4Oml Y 1tl) ir rcL qAN
Nurients lvN l00ml Y N{)FT"SO, & N
EiawMetols YftI 250hI YN IINo. Y N
Atl Other Non-
Radiolosics
Y&25Oml YN No Presenative Added
6rosoAIPha Y {TV l,m0mI YN HrSOr- Y N
Other(sPecifY)&N sanee.vY YdP E)
lf apreservatfue is uaeq
Speci$Type and
Quantity of Ifeservative:
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Mill - Groundwater Discharge Pennii
Groundwater Monitoring
Quality Assurance Plan (QAP)
Date 2.25.A7 Revision: 2
Page40of4l
ArrA,cHMtsNT I
WffiITE MESA URANI{}M MILE,
FtrEn D DAT'A WORKSHEET F0lR GRqUND WATER
Descriptionof SamplingEvenh f,.n1 ()'lor|c Chloro\i:rt'' -
Losarion (wetl narue) T\iLi - @ t5 . ii#'Jil, *itialsll.,ni',Ee. ]Jsl!,J^* Pol*r.
DateandTimeforPurghg LALI,/f''F andSampling (if dlttetent) L/)S/OK
Well Purging Equip Use& JLRump or X_bailer lvell Pump (if other than Bennet)-
SamplingEvent Prev. Well Sampled in SamplingEvent-
pHBuffer?,O -7.f) * pHBuffer4.Q tlO
Specific Conductance, g I .7 rMHOS/cm '[Vell Depth-
Depth to Water Before Pursrnr- casing volume *lf #;1::_,:fii1,
Conductf,nce (avg) .-:-- .
Well WaterTemP'(avC)-- -- *
pH of Writer (avg)*
RedoxPotentiat (Eh)- -Turbidity
.-
WeatterCond'Ext'l Amb. Temp.(prior to sampling event)-J&-
fi rr"S::"L_ Gal. pureed-LL5_
conductaace ..3g0l
-'...0LTemperature t )
Redox Potential (ED--a85--
turbidiry 16'A .
rim"r-3tq-- Gal. Purged-3lJ:*
r-^nrhrcfrnce Sfti(
ps . ts
I,L ,L'7
RedoxPot€nti*Gn) 197--
TurbiditY.tl ,(ul
Time:- Gal.Purged-
Redox Potential (Eh)-Redox Potential (Eh)-I l'.,
D*o\i.rfe cf Twq- fl
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Mill - Grouadwata' Discharge Fermit
Groundrnater Moritoring
Quality Assurance Plan (QAP)
Tu$idiE{
Date: 1t.17.06 Revision: I
Page4l of4l
Turbidity
(^Time to evacuate two casing volumes (2Y)T'zVtQ= 2QQ /1:n.
Numberof casingvolumesevacuated(if otherm*t*o) - :--..J:fl r t/.
If well eyacuated to drlmess, nurnber of gallons evacunEd .::--
Name of Certified Analytieal Laboratory if OttrerThan Ensrry Labq O /WL
oo,6
Volume of Water Purged Whet Field Parameters are Measured_-:14 '
Pumninq Raoe Calculation
FlowRate (Q), ingPm.
TYrcof Samnle SamrleTrku
(ciryIe)
SrimnleYolume
(lnffeoteifolbq
Filtered
(circle)
Preseryativs 4dlaled
(cifcle)'thed as enecified
}elnrr)
VOCs (Y-)N 3x40 ml Y 1N}HCX, (YJ N
Nutiens vlN 100mI Y a$r H,.SO. (Y )N
I{r*rwMetals YN)250ml YM I{I[O, Y NAll Other Non-
Radiolosics
Yq/250mI YN NoPreservative Adrled
GrossAlpba Y 6q)1.000 mI YN H,SO. Y N
Other(speci$)
G<n<ral Lno*t 'tit
€JN Samplevolume YAD Y /N \t/
lfa preserrrative is use{
SpecifyTypeaad
Quantifl of hreservative:
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t Mit! - Groundwater Dircharge Fen-oit
0rourdwater Moaitoring
Quality Assurance Flan (QAP)
Date: 2.25.fr7 Reuision: 2
Pa4e40af 41
aT'TAeSe4EN?1
VfT{NT'E MtsSA URA.NEU.]td R,flI,L
FXEtr,D DITT.A WOMKSE{EE" F.OP"" GR,OUNE} WA?ER,
Description of SamplingEvem: ! ^ 4 CI,*o*rtt lL/o-o r,a.r^
Location (wettnatw)7h:l al -Va f,U:'ilrin inasTi^*,- # . 4 +* ilL
DaeandTime loiPwgtng { "25 '0 V and Sampling(if differcnr}
Wetl Purging Equip Use&
-pump
or Sbailer Well Pump (if other than Bennx)-
Prev. Well Sampted in SamplingEven
pHBufferT.Q
Specific Conductance-----uMll0si/cm WellDenth
Depth to Water Before Purging--- Casing Volume (ty') 4" Well: (.653h)
3" Welt: {367h)Conduefdnce(avg)-- pHof.Wdter
WellWaterTemp.(avg)- RedoxPote,trtial(Eh)-turniAiry
WedtherCond.Ext'l Amb. Tempdprior to sampling event)-j-[,
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Time: - ... Gal.Rrrged-
Conductance-
RedoxPotential (Eh)-
olf
Temoerature
Tiine: ,.. Gal. Purged_-__- . *
Conductance-._ - . ..,
RedoxPotsntial (Eh)-
?urbidity
Time:- Gal. Purged-
Conductance-
Time:-Gal. Purged-
C,onductance-
pHPTI
Temperature-
Redox Potential (Eh)-RedoxPotentiat (Eh)
L:;
J)*fl,-,uL d t&nrl -g
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MilI - Crouudttnter Discharge Permit
Gmtndwater Moainring
Quality Assurance Plaa (QAF)
DarE: ll.17-06 Revision: I
?agefil af41
Volume of WatEr Purged Wheq Field Faramete.rs are lMeasured-
Pumpins Rare CglPulatioq
FIowRate(Q), ingPm.Time to evacuats tryo oasing volumes (2V)
5160 = -T=2VlQ=
Number of casing volumes evacuated (if other f&an two)
If well evaeuated to dr5rness, number of gallous evacua
Name of Catified Analytical Laboratory if Other Than Energy Labs
} *f,;*t{- { r*v-K
TyneofSamo.le Sapptre
Taken
&irrcie)
SiiniilqVo,lump
fl:nrfleato ifothrr
Elltered
fcircle)
Presemative Ad,$gC
fcircle)
{htiil aq speclffgg
helorr)
voch lwN 3x4Oml f /ff) i4 TICT- (J/ N
Nutrients (ylN lO0ml Yru H'SOr (Y N
I&iawlUetals YN 250'iiil YN Htilo. Y NAll Other Non-
Radiolosics
YN 250m|YN No Prc,servative Added
Gross Alpha YN 1-000ml YN H,SO, Y N
Other (specify)
/nn rnJ-E*,**
UN Samplevolume YN
If aprc.servative is usc{
SpecifyTypcand
Quantity of Pr-eservrtive:
.:/
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Chloroform Wells
D"t"_-1_-21 ofl_ mm*s I / L,.tsx
bz.,*vhy,tb
Time
t0\,,
!b.{tL
t047
l0 2"
ri ti
tofi?
ln7.v
l0\ I
ilL{
la t7
la ?0
lo*a _
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$361
ta.z*
04 St
ffi{1
taal
01'{0
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0q.s-.1
ffis7
t4s t
llt a 4
M41
ot3 I
Well
MW.4
TW4-1
TW4-2
TW4-3
TW4-4
TW4-5
TW4.6
TW4-7
TW4-8
TW4.9
TW4-10
TW4-11
TW4-12
TW4-13
TW4-14
TW4-15
TW4-16
TW4-17
TW4-18
TW4-19
TW4-20
TW4-21
TW4-22
TW4-23
TW4-24
TW4-25
Depth
7'lj(,1.2;_
trr t"LLlz-s i
toL'i7
53. s6
v s t2
,\l S3
*y3, * ?
b< sI
3b.,<'/
,5 0,1{
qt.0Affi,97 -{rl.ls
77.r b
F4'tt
,5v-/ g
7i. s /
s? ./".?-.
';{. L€
Comments
11,1r'^ r';'r ," l' H ,,,
JeL&e-
-J_\[,. ts
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DateS-7.d,?_
Time Well
fiY{ tlw {V3.'*6 Flow-4.5
Depth to Water
rmns {14.tt,,26
Cornrqlents
Meter CIs/tsqo .
Meter Os oA e e(, ,
ftt.{8. Till-/s-I lf.sf Flow__l;.6
ilno on o*m-----f--
ffiS€ .-attt- t?*{. Yl Flow__?. /*Q?r,a
Meter 00!/?t0
-
t1/50 T^/ t- ,zo -4s st Flow_S_._Z Gt,,a
Meter d L(7t17fl _
Lt2 bl; L
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Depth to Water
Datej:ll:0$_**Hs t 2L3 16
-Titng WelI Depth Gomments
-
INM fiNT C q.n Flow-t-1*a*
Meter Os tao zo ,
lott{ fNq-t{ v? g? , . Flo* x" o**,, "^*^*R * o{ Meter
Ir,tfi Thtrt-.ry ?S ?rl Ftow . t. l Lt^
Meter tlsOF
P"|*,
t0 t? 7N4- ,? a .( l.Ss Flow V. 7 L p*^
Meter_a) t1Z- sgz6
NNte ,, _ 1e107t\
hrn, nr. *
t
lk .*o lt*t.6.o1aq w Eov, qoN At^u"A ,/0 trlow nto* y?^,U& Da<- tt
?o'?C F"6[tr"r,' rvtu - I
+! Ani ntot NndX W A€2^'4't 7n"r{'r s
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Date Ll-2!'09
Tirne Well Deqth Gomments
-
l.( I '* {n,., 1.ffi.ad, Ftow { L Gtq
Meter fi3t4tq)
Depth to Waten
mmHs . S23 ,q S _
bL q*; Ftow llt.1 h hal _
7"r- rT Meter llz n
/tltt,, t4.t,,; t (l ',\ ()d0
-frffi*Ftow ffiV,.Lbtn,4f 4l Meter,Wfl"d ?
+r --T/ l'tl -ls -
Tr+t4: l1 .-
i<- Tb.tq-?(\ - dg.S'l Flow .S x lal<
Meter O,t to 4 t)
lrtktf (l q,<2- qZ
Y {&ylo,, flu, ftrrrL au1i,t{,t*f
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Datej-3yt;4.
Tiryp Well
Depth to Water
mmHs-} L\ - 01x
Depttl Corqrrlents
(TT ' rilN 1.?{ {q , Ftow_ll(_
Meter :i<s llno *
-012{ 7hl.{-rr t4 T/._ Flow F.l_
MeterJd4, rt 7 cr .
r /azl .tw4- t1 clL.ai? Flow_Z,7
Meter 03tf (t(\
l{ il- ,rtst |-Lit Flow S. y
Meter_0_{_b4/rf /
'1f, '\1",^-t {)t,d|D /}fili, +r,,.ri'f i*
5,ru%/.dJs-Gt4,{ -W+
blkl,/"A-
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Tirne WeEl
Depth to Water
mm*s Ug.7't1
egrnments
)qst p,lrtr Ll ?t. qy Fbw f..< _
Mete
l',,nry Tl",tl fi W
Meter ea ta.<ze_
rw* X.7
-Meterffi-"{f?ld
Meter Ot VzVO
lr'=ry-
r=
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I aate_€. t-2 - oX_ mmHg_lJes
I Time UVp!!- Depth eomrnentsI
- --.l.-r ttt ?i):J
r lot6 - rr,-t "l- ls 7t.73*- FIow s.5. a p,\
I Meter OO l.sr{qo .
CI.t23 T tut- tI - qz s L. Flow
I.
r tozl TNrt-?o - 1t-.{tL FIow q.0 (,pA
Ir==
-
I_I 4 w+TLp-,. ?1347"
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Date S -.,1L-€.-(-_
Tjpe Well
Depth to Waten
mmtas I t?,S,QL
Comments
Frnr { 7Z 16 , FlowJGl-PA
Mete
tt^19-lf t*.6/ Flow rz-G_Ia
Meter <@ n"'.:Ortrd .
r.,^) 1'17 _ t-a l'l Flow_$i__tE&
Meter r;r-lo3.{i) ,
fat l-Lt),.6e. ** Fto* 5.0 Cplt .
Meter oq1fl3on .
al
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Date s-2"-rr6_
Time Well
Deptf-r to Waten
mmtls L lS,7 \1 ,
eonrnrents
tut^i tc 7? lL FIow - .l.A ,GPA ,Meter frSafrg,tO :
rw q. t s' E7 "l* Flow S.o CpM
Meter ,:r',reasO _
rq q,-. tl _ 7q X0 Flow t { 6p$_
Meter osnaatn .
r+'as
Meter oqojqrc
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Date_S 21- o Y_
Time
Chloroform Wells
mmng LTA,ziK
)T 3_{
t33 0
t,<14
tz r"l
Fl0
t2s (
rSt{,
.2a fl)Jl^
$2'l
tLw q
t* ?8_
uoc
lLl ,l
tL{ }5
l'{ tf
.als6 #
Itlol .
110'l
tr,t[,
tLtsL
li5 3
13 LIJ
\3111 ,
1,1 lz
iL^q'
rs 'll
Well
MW-4
TW4-1
TW4-2
TW4.3
TW4-4
TW4.5
TW4.6
TW4-7
TW4.8
TW4.9
TW4-10
TW4-11
TW4-12
TW4-13
TW4-14
TW4-15
TW4-16
TW4-17
TW4-18
TW4-1e
TW4-20
TW4-21
TW4-22
TW4-23
TW4-24
TW4-25
Depth
73-AL
6a-rU
6q L\)
u{J,su\
t"Ll:l{<
54 "orzs l'l
Lq,q(
6q oa
t^i "ct6
E3 "ll
1,,1.,fl 5. .
.,31 .ff3
_€0.6f
$q3:
1q gq
6s.qx
7a,..1:l .
..5_!..10
86.q2
hI ,t-{ .
6tr nss.q\
61-*1
q0..ii
_5_p , t{ ?
Gomments
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Depth to Water
mmtts [ 2A,7L 8
Tirne Wel[
- -
tlepth eornqrentq
iqq b Fi*, ,_bs.tL,
Meter
_ltl-es
1'1 lL bi, * R 31.),6
Meter
4 t. ts Flow
l(?5 \UJ^LI} _:Lq Lt
t,<Ao . tM 2\ il?. e i Flow_
Meter
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Eepth to Water
Date c/X/c:g mmHg bl7 g (}
DFPttr eomnrents
-
rqu; t pq3 Flowl}=&P}{
Meter osea.ttrr .
tt til .t.urLt _ i5 - 7k09 Flow S,!LGpM
Meter ocr=..ql() _
,ttt.{A Twq - lq d 4. tO Flow
Meter soe[l#0
NA{ -i-wil -}.D 7Yll- FIow 5aG_?11
Meter r^\r.'7 I6D_
\.4-li.rtrn'
CIos s zc)
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t Da:*-L13-Lcv6- mmt{s Gla 55q ,
I Time FVell Depth eomments
I lt\q AhJ q Ta LlT Ftow 'i lGp/A *r % Meter
l=_%
r ir.{[ ffi -l.
I % Meter on3Sq7n .
r io37 uaru.-ta- ccLT Fm
l,Meter ossx e so _
Ir Il5'1.._ Tir[{ - }0 cL l} Flow 45 G.pA:*- Meter .>S t tS,6o ,
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WetI
Date_
Time
G" l6-o6
Depth to Water
Deptil
mmHs qll.o3
Sonnrnents
Flow "{ S_CIA
Hnut"i
Flow__B o._erp/r
fU"t*
ose5 lqw q l\.63
o6i 5 T\^r:1- t5 {l qa .
ilir._, Twi_l _ lcr 67 C{6 Flow_ qq,(;pM
Meter__ rf6,t)_ll 0
0600 .i-wl{ -,. 4p c.t.l), Flow-_L-u_GM_
Meter l:,\i 57S 0
WerFR "9q1r10,
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Depth to Water
Date L/)-a /cs mmHg L).S tO}-
Tirne Comm
Flow q 1 GPr'\
Meter o3g7o
Flow WLWB\ 4t> cpn
Meter oS rq 8
Water:
aate L/30/tsx
Depth to Water
mmHq L37.5Ll
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Time Comments
Flow '-{.5 f, pN{
Meter C)()50r] l()
I I I I I I I I I
l(
tl
ll\
//
lt//.4=;.?\\-
. Jp,'
tl
tl
\\t\
N \r.
A
I+
3
MW-20Oil62
oo
\\o-s\-
**
__
MW.22atl50
3000
SCALE IN FEET
EXPLANATION
perched monitoring well showing
s462 elevation in feet amsl
temporary perched monitoring wellO sssz ihd[,1|l66r-;i* in feetamstPtEz-1 perched piezometer showingg 5592 elevation in feet amslMW-31 perched monitoring well installed April,
f ssls sholing ehvation in feet amsl
NorES: Locations and elevations for Tw4-23,Tw4-24, and rw4-2s are approximate
r. --_^ temporary perched monitoring well installed'(4 55/s April, 2005 showing elevation in feet amsl
\A, __.^ temporary perched monitoring well installed,ta 5540 uay, zoo? itrowing approximite elevation
_,(r(Jq/?1--U, \
)Er,u)\y,/ -
t
)(\dt
PtEZ-3e5607
\\
\\
ll
lt
/t
i(//\,l;
l1
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^]l
1l
1l
1l
1l
1l
1l
1l
1l
1l
gl
gl
1l
1l
1l
1l
1l
,*,-ffif"Iw1-23 I
\
PtEz4 X-=----:':'=c5539 ,,, \
HYDRO
GEO
CHEM,INC.
KRIGED 2nd QUARTER, 2008 WATER LEVELS
WHITE MESA SITE
H :/71 8000/aug08/wl0608.srf
IIIIIIIIII
IIIIIIIIIIIIIIIIIII
\
\\
il
lt
lt
PIEZ€.5607
i(ttt
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1l
1l
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1l
;l
1l
1l
gl
1l
1l
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tt////-\-y'-
. .,l}ro
ll
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\l
\\\r MW-20\ aat6l\\-\\
MW-31 perched monitorir€ well installed Apd[ 2ms
f ss45 sho\rrirE elevation h feet amsl
r temporary perched monitoring well hstalledI5573 Aplil, 2m5 shorring elevation in hel amsl
u1 __.- temporary perch€d monitoring well instalbdI 5540 emy, zmz'strorvirq approximite elevation
0 3000
SCALE IN FEET
5461
EXPLANATION
perched monitoring rivell showing
elevation in feet amsl
temporary percfied monitorirE well
shoring ebvation in feet amsl
perched piezometer showir€
ebvation in feet arnsl
O sssz
N
I \
PtEZ-1e 5592
MW-22{rt50
,//////,//,//NOTES: Locations and elevations for TW4-23,TW4-24, and TW4-25 are approximate;
Water levels for MW-02, MW-20, and MW-22 are from the fourth quarter,2007
HYDRO
GEO
CHEM,INC.
KRIGED 1st QUARTER, 2008 WATER LEVELS
WHITE MESA SITE
Quarterly Depth Summary
2nd Quarter 2008
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WELL
MW-1
MW-2
MW.3
MW.3A
MW-4
MW-5
MW.11
MW-12
MW-14
MW-15
MW-17
MW-18
MW-19
MW-20
MW-22
MW-23
MW-24
MW-25
MW-26
MW-27
MW.28
MW-29
MW-30
MW-31
MW-32
PIEZ.1
PIEZ-2
PtEZ-3
PtEZ-4
PtEZ-s
DATE
6t4t2008
614t2008
5t28t2008
512812008
512712008
6/1 8/2008
6/1 6/2008
6t17t2008
6t18t2008
6118t2008
5t28t2008
6t412008
61412008
6t17t2008
6117120A8
61912008
512812008
6t12t2008
5t27t2008
6t2t2008
6t3t2008
6t3t2008
6t312008
6t3t2008
61512008
5129t2008
512912008
512912008
512912008
5129t2008
DEPTH WELL
MW-4
TW4.1
rw4-2
TW4-3
rw4-4
TW4-5
TW4-6
TW4-7
TW4-8
TW4-9
TW4-10
TW4-11
TW4-12
TW4-13
TW4-14
TW4-15
TW4-16
TW4-17
TW4-18
TW4-19
TW4-20
TW4-21
TW4-22
TW4-23
TW4-24
TW4-25
67.14
109.63
83.51
85.58
73.38
106.9
91.44
108.84
't04.15
106.9
77.86
72.16
50.53
78.98
67.64
1 13.93
114.92
76.9
79.06
51.44
78.45
103.1
78.24
71.9
76.67
63.66
14.63
31.26
52.27
47.15
DATE DEPTH
6t25t2008 77.24
6t24t2008 61.98
6t24t2008 69.49
6t2412008 47.64
6t24t2008 64.62
612412008 54.19
6t24t2008 73.23
6124t2008 68.13
6t24t2008 69.04
6t2412008 52.15
612412008 54.37
612412008 62.61
612412008 36.64
612412008 49.94
6t24t2008 89.86
6t25t2008 79.89
612412008 63.96
6t25t2008 77.16
6t24t2008 54.81
6t25t2008 95.92
6t25t2008 69.53
6t24t2008 60.19
612412008 55.96
612412008 67.84
6t24t2008 56.49
612412008 50.65
White Mesa MonitorWell4 Depth OverTime
Date
70.00
&
=i so.ooo
o6
=o; e000
eoo
100.00
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lr
lr
lr
lr
lr
lr
lr
lr
lr
lr
lr
l,
wv;X,*i*;/"y;,s;:,{;Ayf&x7k{;s**;Ay*iaf*?,yA1te,Waf,;r",?,;i;W!*,,re!d
White Mesa Mill Temporary well (4-l) Water Level Over Time
Date of Measurement
G
=,l eo.ooo
o6Bo; so.oo
qoo
'*.i;:,*#*;,*,::i;,,*;-,7,1y&",*;:;3*;**;:8:.;l:"*.;,4
White Mesa Mill Temporary Well (4'2) Water Level Ovor Time
Date of Measurement
"**!f,*aoo'41'",r*i""*fq*"*:'"%:-"r::"%,"'*",oo*.r@',,o?n u"'*"u@q""bo",'u'^b""!'+o"''*"?**ru
70.00
L
E-l eo.oog
o6
=o; so.oo
4ocl
100.o0
White Mesa Mill Temporary Well (4-3) Water Level otrer Time
Date of Measuretnent
c 70.00
=3o
@f 80.00
Bo
qI gooo
100 00
Whib Mesa Mill Temporary Well (44) Watsr Level OverTime
Date of Measurenrent
L
=-=0
@6
=o
aoo
".*g;i#r,w#xft,ierft #a*;,;3r!,**"y*{
White Mesa Mill Tsmporary Well (4'5) Water Level Ovor Time
Date of Measurement
'a.f ;e,f;ei7$"o'7rll',"d!eaf!',i!'
White Mesa MillTemporary Well (46) watBr Level OverTime
r
E! eo.ooo
o
G7o; eo.oo
eoo
100.00
Date of Measurement
%#*8F*&r#rt*tr*a&:8FA**#{{;rfu &
White Mesa Mill Temporary Well (4-7) Water Level Over Time
Dats of Measurement
"'u,!;"r?:,r*",8",i,?-{:",r*,",ri?,!t",.
50.00
60.m
b 80.00
6
=o
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white Mesa Mill Temporary well (4-8) water Level Olrer Time
Date of Measurement
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White Mesa Temporary Well (4-g) OverTime
Oate Of Measurement
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Date Of Measurement
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White Mesa Temporary Well (4-11) Over Time
Date Of Measurement
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White Mesa Temporary Well (4-13) Over Time
Date Of Moasurement
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Date Of Measurement
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Vllhite Mesa Temporary Well (4-16) Over Time
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White Mesa Temporary Well (4-17) (MW-32) Over Time
Date Of Measurement
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Temporary Monitoring Well TW4-18 (Over Time)
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Date Of lvleasurement
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White Mesa Temporary U\Iell (4-20) Over Time
Date Of ltileaaurement
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White Mesa Temporary Well (4-21) Over Time
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White Mesa Temporary Well(4-221Over Time
Date Of Measurement
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40.00
50.00
60.00
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100.00
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Date of Sample CHCI3 Values
Nitrate
Values Samolino Event
28-Seo-99 MW.4 6200 Shallow Samole
28-Sep-99 5820 Deeo Sample
28-Sep-99 6020 TotalSamole
15-Mar-00 5520 Quarterly
15-Mar-00 s430 Quarterly
2-Sep-00 5420 9.63 Quarterly
30-Nov-00 6470 9.37 Ouarterlv & Solit Samole
29-Mar-01 4360 8.77 Quarterlv
22-Jun-01 6300 9.02 Quarterly
20-Sep-01 5300 9.45 Quarterly
8-Nov-O1 5200 8 UDEQ Solit Samolinq Event
26-Mar-02 4700 8.19 First 1/4 2002 Samole
22-Mav-02 4300 8.21 Quarterlv
12-Seo-02 6000 8.45 UDEQ Solit Samplinq Event
24-Nov-02 2500 8.1 Quarterly
28-Mar-03 2000 8.3 Quarterly
30-Apr-03 3300 NA Well Pumoino Event Samole
30-May-03 3400 8,2 Well Pumoino Event Sample
23-Jun-03 4300 8.2 2nd Quarter Sampling Event
30-Jul-03 3600 8.1 Well Pumoino Event Samole
29-Auq-03 4100 8,4 Well Pumoinq Event Sample
12-Sep-03 3500 8.5 3rd Quarter Samplinq Event
15-Oct-03 3800 8.1 Well Pumoino Event Samole
8-Nov-O3 3800 8.0 4th Quarter Samolino Event
29-Mar-04 NA Unable to ouroe/sample
22-Jun-04 NA Unable to purqe/sample
17-Seo-04 3300 6.71 3rd Quarter Samolino Event
17-Nov-04 4300 7.5 4th Quarter Samplinq Event
16-Mar-05 2900 6.3 1st Quarter Sampling Event
25-Mav-05 3170 7.1 2nd Quarter Samolino Event
3l-Aus-05 3500 7.0 3rd Quarter Samplinq Event
1-Dec-05 3000 7.0 4th Quarter Sampling Event
9-Mar-06 3 100 6.0 1st Quarter Samolino Event
14-Jun-06 3000 6.0 2nd Quarter Samplinq Event
20-Jul-06 2820 t.2 3rd Quarter Samolinq Event
9-Nov-06 2830 6.4 4th Quarter Samolino Event
l5-Aue-07 2600 6.2 3rd Quarter Samolinq Event
10-Oct-07 2300 6.2 4th Quarter Samplinq Event
26-Mar-08 2400 5.8 1st Quarter Samolino Event
25-Jun-08 2500 6.09 2nd Quarter Sampling Event
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Date of Samole CHCI3 Values
Nitrate
Values Samolino Event
28-Jun-99 TW4-1 1 700 7.2 Quarterly
10-Nov-99 5.79 Quarterly
15-Mar-00 1 100 Quarterlv
10-Apr-00 1490 Grab Sample
6-Jun-00 1 530 Quarterlv
2-Seo-00 2320 5.58 Quarterlv
30-Nov-00 3440 7.79 Quarterly & Split Sample
29-Mar-01 2340 7.15 Quarterly
22-Jun-01 6000 8.81 Quarterlv
20-Seo-01 12.8 Quarterlv
8-Nov-O1 3200 12.4 UDEQ Split Samplinq Event
26-Mar-02 3200 13.1 First 1/4 2002 Samole
22-Mav-02 2800 12.7 Quarterly
12-Seo-02 3300 12.8 UDEQ Solit Samolinq Event
24-Nov-02 3500 13.6 Quarterly
28-Mar-03 3000 12.4 Quarterlv
23-Jun-03 3600 12.5 2nd Quarter Samplinq Event
12-Seo-03 2700 12.5 3rd Quarter Samolinq Event
B-Nov-03 3400 11.8 4th Quarter Samolino Event
29-Mar-O4 3200 11 1st Quarter Samplinq Event
22-Jun-$4 3100 8.78 2nd Quarter Sampling Event
17-Seo-04 2800 10.8 3rd Quarter Samolino Event
17-Nov-04 3000 11.1 4th Quarter Samolinq Event
16-Mar-05 2700 9.1 1st Quarter Samplinq Event
25-Mav-05 3080 10.6 2nd Quarter Samolino Event
31-Aue-05 2900 9.8 3rd Quarter Samplinq Event
l-Dec-05 2400 9.7 4th Quarter Samplinq Event
9-Mar-06 2700 9.4 1st Quarter Samolino Event
l4-Jun-06 2200 9.6 2nd Quarter Samplinq Event
20-Ju1-06 2840 9.2 3rd Quarter Sampling Event
8-Nov-06 2260 9.2 4th Quarter Samolino Event
15-Auo-07 2300 8.4 3rd Quarter Samolino Event
10-Oct-07 2000 7.8 4th Quarter Samolino Event
26-Mar-08 2000 7.6 1st Quarter Samolino Event
25-Jun-08 1 900 8.68 2nd Quarter Samolinq Event
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Date of Sample CHCI3 Values
Nitrate
Values Samplinq Event
10-Nov-99 rw4-2 2510 Quarterly
2-Sep-00 5220 Quarterlv
28-Nov-00 4220 10.7 Quarterly & Split Sample
29-Mar-01 3890 10.2 Quarterly
22-Jun-01 5500 9.67 Quarterly
20-Seo-01 4900 11.4 Quarterly
8-Nov-01 5300 10.1 UDEO Solit Samolinq Event
26-Mar-02 5100 9.98 First 1/4 2002 Sample
23-May-02 4700 9.78 Quarterly
12-Seo-02 6000 9.44 UDEO Solit Samolinq Event
24-Nov-O2 5400 10.4 Quarterly
28-Mar-03 4700 9.5 Quarterly
23-Jun-03 5100 9.6 2nd Quarter Samolino Event
12-Seo-03 3200 8.6 3rd Quarter Samolinq Event
8-Nov-O3 4700 9.7 4th Quarter Sampling Event
29-Mar-04 4200 9.14 1st Quarter Samolino Event
22-Jun-$4 4300 8.22 2nd Quarter Samolino Event
17-Seo-04 41 00 8.4 3rd Quarter Samplinq Event
17-Nov-04 4500 8.6 4th Quarter Samplinq Event
16-Mar-05 3700 7.7 1st Quarter Samplinq Event
25-Mav-05 3750 8.6 2nd Quarter Sampling Event
31-Aue-05 3900 8.0 3rd Quarter Samolino Event
l-Dec-05 3500 7.8 4th Quarter Samplinq Event
9-Mar-06 3800 7.5 1st Quarter Samplinq Event
l4-Jun-06 3200 7.1 2nd Quarter Samolino Event
20-Jul-06 4120 7.4 3rd Quarter Samolinq Event
8-Nov-O6 3420 7.6 4th Quarter Samplino Event
1S-Auo-07 3400 7.3 3rd Quarter Samplinq Event
10-Oct-07 3200 4th Quarter Samolino Event
26-Mar-08 3300 6.9 1st Quarter Samplino Event
25-Jun-08 3100 7.44 2nd Quarter Samplinq Event
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Date of Samole CHCI3 Values
Nitrate
Values Samolino Event
28-Jun-99 TW4-3 3500 7.6 Quarterlv
29-Nov-99 702 Quarterly
15-Mar-00 834 Quarterlv
2-Seo-00 836 1.56 Quarterly
29-Nov-00 836 1.97 Ouarterlv & Solit Samole
27-Mar-01 347 1.85 Quarterly
21-Jun-01 390 2.61 Quarterlv
20-Sep-01 300 3.06 Quarterlv
7-Nov-01 170 3.6 UDEQ Split Samplinq Event
26-Mar-02 11 3.87 First 1/4 2002 Samole
21-Mav-OZ 204 4.34 Quarterly
12-Sep-02 203 4.32 UDEO Solit Samolino Event
24-Nov-02 102 4.9 Quarterlv
28-Mar-03 ND 4.6 Quarterly
23-Jun-03 ND 4.8 2nd Quarter Samolinq Event
12-Sep-03 ND 4.3 3rd Quarter Samplinq Event
8-Nov-03 ND 4.8 4th Quarter Samplins Event
29-Mar-O4 ND 4.48 1st Quarter Samolino Event
22-Jun-l4 ND 3.68 2nd Quarter Samolinq Event
17-Seo-04 ND 3.88 3rd Quarter Samolino Event
17-Nov-04 ND 4.1 4th Quarter Samolino Event
16-Mar-05 ND 3.5 1st Quarter Samplino Event
25-Mav-O5 ND 3.7 2nd Quarter Samolino Event
3l-Aus-05 ND 3.5 3rd Quarter Samolino Event
l-Dec-05 ND J.J 4th Quarter Samplinq Event
9-Mar-06 ND J.J 1st Quarter Samolino Event
14-Jun-06 ND 3.2 2nd Quarter Samplinq Event
20-Jul-06 ND 2.9 3rd Quarter Samolinq Event
8-Nov-O6 ND 1.5 4th Quarter Samplinq Event
28-Feb-07 ND 3.1 1st Quarter Samplinq Event
27-Jun-07 ND 3.3 2nd Quarter Samolino Event
l5-Aue-2007 ND 3.1 3rd Ouarter Samplins Event
r011012007 ND 2.8 4th Ouarter Samolins Event
26-Mar-08 ND 2.8 1st Quarter Samolino Event
25-Jun-08 ND 2.85 2nd Quarter Samplinq Event
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Date of Samole CHCI3 Values
Nitrate
Values Samplinq Event
6-Jun-00 1\ t4-4 ND lnitial
2-Sep-00 ND Quarterly
28-Nov-00 3.85 1.02 Quarterlv & Split Sample
28-Mar-01 2260 14.5 Quarterly
20-Jun-01 31 00 14 Quarterly
20-Seo-01 3200 14.8 Quarterly
8-Nov-01 2900 15 UDEQ Split Samplinq Event
26-Mar-02 3400 13.2 First 1/4 2002 Sample
22-Mav-02 3200 13.4 Quarterly
12-Sep-02 4000 12.6 UDEQ Split Samplins Event
24-Nov-O2 3800 13.4 Quarterly
28-Mar-03 3300 12.8 Quarterly
23-Jun-03 3600 12.3 2nd Quarter Samolino Event
12-Sep-03 2900 12.3 3rd Quarter Samolinq Event
8-Nov-03 3500 12.2 4th Quarter Samplinq Event
29-Mar-04 3200 12.1 1st Quarter Samolinq Event
22-Jun-04 3500 11.1 2nd Quarter Sampling Event
17-Sep-04 31 00 10.8 3rd Quarter Samolinq Event
17-Nov-04 3600 11.6 4th Quarter Samplinq Event
16-Mar-05 31 00 10 1st Quarter Samplinq Event
25-Mav-O5 2400 I 1.3 2nd Quarter Samplinq Event
3l-Aue-05 3200 9.S 3rd Quarter Samplinq Event
l-Dec-05 2800 10.2 4th Quarter Sampling Event
9-Mar-O6 2900 9.5 1st Quarter Samolinq Event
l4-Jun-06 2600 8.6 2nd Quarter Samplinq Event
20-Jul-06 2850 9.7 3rd Quarter Samolinq Event
8-Nov-O6 2670 10.1 4th Quarter Sampling Event
2B-Feb-07 2200 9.0 1st Quarter Samolinq Event
27-Iun-07 2400 9.4 2nd Ouarter Sampling Event
15-Aue-07 2700 9.5 3rd Ouarter Samolins Event
l0-Oct-07 2500 9.5 4th Ouarter Samolins Event
26-Mar-08 2800 9.2 lst Ouarter Samplins Event
25-Jun-08 2500 10.8 2nd Ouarter Sampling Event
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Date of Samole CHCI3 Values
Nitrate
Values Samolino Event
20-Dec-99 TW4-5 29.5 Quarterly
15-Mar-00 49 Quarterlv
2-Sep-00 124 .86 Quarterlv
29-Nov-00 255 3.16 Quarterly & Split Sample
28-Mar-01 236 3.88 Quarterlv
20-Jun-01 240 6.47 Quarterly
20-Seo-01 240 2.1 Quarterlv
7-Nov-O1 260 5.2 UDEQ Solit Samolinq Event
26-Mar-02 260 2.54 First 1/4 2002 Sample
22-Mav-O2 300 3.05 Quarterlv
12-Seo-02 330 4.61 UDEQ Solit Samplino Event
24-Nov-02 260 1.1 Quarterly
28-Mar-03 240 1.9 Quarterly
23-Jun-03 290 3.2 2nd Quarter Samolino Event
12-Seo-03 200 4 3rd Quarter Samplinq Event
8-Nov-03 240 4.6 4th Quarter Samolino Event
29-Mar-04 210 4.99 1st Quarter Samplinq Event
22-Jun-$4 200 4.78 2nd Quarter Samolino Event
17-Seo-04 150 4.79 3rd Quarter Samolino Event
17-Nov-04 180 5.1 4th Quarter Samplinq Event
16-Mar-05 120 4.9 1st Quarter Samolino Event
25-Mav-05 ll3 3.t 2nd Quarter Samplino Event
3l-Aus-05 82 6.0 3rd Quarter Samplinq Event
1-Dec-05 63 6.0 4th Quarter Samollno Event
9-Mar-06 66 6.0 1st Quarter Samplinq Event
14-Jun-06 51 5.9 2nd Quarter Samolino Event
20-Jul-06 53.70 3rd Quarter Samplinq Event
8-Nov-06 47.10 2.9 4th Quarter Samplinq Event
28-Feb-07 33 7.8 1st Quarter Samplino Event
27-Jw-07 26 7.0 2nd Ouarter Sampling Event
l5-Aus-07 9.2 7.7 3rd Ouarter Samolins Event
lO-Oct-17 9.5 8.2 4th Ouarter Samolins Event
26-Mar-08 l1 7.4 lst Ouarter Sampline Event
25-Jun-08 9.3 8.7 2nd Ouarter Samolins Event
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Date of Samole CHCI3 Values
Nitrate
Values Samolinq Event
6-Jun-00 TW4-6 ND lnitial
2-Sep-00 ND Quarterly
28-Nov-00 ND ND Quarterlv & Solit Samole
26-Mar-01 ND .13 ' Ouarterlv
20-Jun-01 ND ND Quarterly
20-Sep-01 3.6 ND Quarterly
7-Nov-01 1.00 ND UDEQ Solit Samolinq Event
26-Mar-02 ND ND First 1/4 2002 Sample
21-Mav-02 ND ND Quarterly
12-Seo-02 ND ND UDEQ Solit Samolinq Event
24-Nov-02 ND ND Quarterly
28-Mar-03 ND 0.1 Quarterly
23-Jun-03 ND ND 2nd Quarter Samolinq Event
12-Seo-03 ND ND 3rd Quarter Samolino Event
8-Nov-03 ND ND 4th Quarter Samolino Event
29-Mar-04 ND ND 1st Quarter Samplinq Event
22-Jun-04 ND ND 2nd Quarter Sampling Event
17-Seo-04 ND ND 3rd Quarter Samolinq Event
17-Nov-04 ND ND 4th Quarter Samplinq Event
16-Mar-05 ND 0.2 1st Quarter Samolino Event
25-Mav-05 ND 0.4 2nd Quarter Samplinq Event
3l-Aus-05 10.0 0.5 3rd Quarter Samplinq Event
l-Dec-05 17.0 0.9 4th Quarter Samolino Event
9-Mar-06 31.0 1.2 1st Quarter Sampling Event
14-Jun-06 19.0 1.0 2nd Quarter Samolino Event
20-Jul-06 I 1.00 0.6 3rd Quarter Samplino Event
8-Nov-06 42.80 1.4 4th Quarter Samolino Event
28-Feb-07 46 1.5 1st Quarter Samolino Event
2'7-lun-07 0.1 I 0.6 2nd Ouarter SamolinE Event
l5-Aue-07 18 0.7 3rd Ouarter Samolins Event
10-Oct-07 t8 0.8 4th Ouarter Samoline Event
26-3-08 52 1.1 lst Ouarter Samplins Event
25-Jun-08 24 0.9 2nd Ouarter Samplins Event
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Date of Sample CHCI3 Values
Nitrate
Values Samolino Event
29-Nov-99 TW4-7 256 Quarterly
15-Mar-00 616 Quarterlv
2-Seo-00 698 Quarterly
29-Nov-O0 684 1.99 Quarterlv & Solit Samole
28-Mar-01 747 2.46 Quarterly
20-Jun-01 1 100 2.65 Quarterly
20-Seo-01 1200 3.38 Quarterlv
8-Nov-01 1 100 2.5 UDEQ Split Samplinq Event
26-Mar-02 1 s00 3.76 First 1/4 2002 Samole
23-Mav-02 1600 3.89 Quarterlv
12-Seo-02 1 500 3.18 UDEQ Solit Samplinq Event
24-Nov-02 2300 4.6 Quarterly
28-Mar-03 1800 4.8 Quarterlv
23-Jun-03 5200 7.6 2nd Quarter Samolinq Event
12-Sep-03 3600 7.6 3rd Quarter Samplinq Event
B-Nov-03 4500 7.1 4th Quarter Samolino Event
29-Mar-04 2500 4.63 1st Quarter Samplinq Event
22-Jun-04 2900 4.83 2nd Quarter Samplinq Event
17-Seo-04 31 00 5.59 3rd Quarter Samolino Event
17-Nov-04 3800 6 4th Quarter Samplinq Event
16-Mar-O5 31 00 5.2 1st Quarter Samolino Event
25-Mav-O5 2700 5.4 2nd Quarter Samplinq Event
31-Aue-05 31 00 5.2 3rd Quarter Samplinq Event
l-Dec-05 2500 5.3 4th Quarter Samplinq Event
9-Mar-06 1900 1.0 1st Quarter Samolino Event
l4-Jun-06 2200 4.5 2nd Quarter Samolino Event
20-Jul-06 2140 4.7 3rd Quarter Samplins Event
8-Nov-06 2160 4.6 4th Quarter Samplins Event
28-Feb-07 1 800 5 lst Quarter Samplinq Event
27-lun-07 2600 5.1 2nd Ouarter Samolins Event
l4-Aue-07 2300 4.7 3rd Ouarter Samplins Event
l0-Oct-07 1900 4.7 4th Ouarter Samplins Event
26-Mar-08 2200 4.2 lst Ouarter Samolins Event
25-Jun-08 1800 4.8 2nd Ouarter Samolins Event
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Date of Samole TW4-B CHCI3 Values
Nitrate
Values Samolino Event
29-Nov-99 ND Quarterly
15-Mar-00 21.8 Quarterly
2-Seo-00 102 Quarterly
29-Nov-00 107 ND Quarterlv & Split Sample
26-Mar-01 116 ND Quarterly
20-Jun-01 180 ND Quarterly
20-Seo-01 180 0.35 Quarterly
7-Nov-01 180 ND UDEO Solit Samolinq Event
26-Mar-02 190 0.62 First 1/4 2002 Sample
22-Mav-02 210 0.77 Quarterlv
12-Seo-02 300 ND UDEQ Split Samolinq Event
24-Nov-02 450 ND Quarterly
28-Mar-03 320 0.8 Quarterly
23-Jun-03 420 ND 2nd Quarter Samplino Event
12-Seo-03 66 ND 3rd Quarter Samolinq Event
B-Nov-O3 21.0 0.1 4th Quarter Samplinq Event
29-Mar-04 24 0.65 1st Quarter Samolino Event
22-Jun-l4 110 0.52 2nd Quarter Samplinq Event
17-Sep-04 120 ND 3rd Quarter Samplinq Event
17-Nov-04 120 ND 4th Quarter Samplinq Event
16-Mar-05 10.0 ND 1st Quarter Samplinq Event
25-Mav-05 ND 0.2 2nd Quarter Samplinq Event
3l-Aue-05 1.1 ND 3rd Quarter Samplinq Event
l-Dec-05 ND ND 4th Quarter Sampling Event
9-Mar-O6 1.3 0.3 1st Quarter Samplinq Event
14-Jun-06 ND ND 2nd Quarter Samolinq Event
20-Jul-06 ND 0.1 3rd Quarter Samolinq Event
8-Nov-O6 ND ND 4th Quarter Samolinq Event
28-Feb-O7 2.50 o.7 1st Quarter Samplinq Event
27-Jun-07 2.5 0.2 2nd Ouarter Sampline Event
l5-Aus-07 1.5 ND 3rd Ouarter Samolins Event
l0-Oct-O7 3.5 0.5 4th Ouarter Samoline Event
26-Mar-08 ND 0.1 lst Ouarter Sampline Event
25-Jun-O8 ND ND 2nd C)uarter Samolins Event
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Date of Samole TW4-9 CHCI3 Values
Nitrate
Values Samolinq Event
20-Dec-99 4.24 Quarterly
15-Mar-00 1.88 Quarterly
2-Seo-00 14.2 Quarterly
29-Nov-O0 39.4 ND Quarterlv & Solit Samole
27-Mar-01 43.6 ND Quarterlv
20-Jun-01 59 .15 Quarterly
20-Seo-01 19 0.40 Quarterly
7-Nov-O1 49 0.1 UDEQ Solit Samolino Event
26-Mar-02 41 0.5 First 1/4 2002 Samole
22-Mav-O2 38 0.65 Quarterlv
12-Sep-02 49 0.2 UDEQ Solit Samplinq Event
24-Nov-O2 51 0.6 Quarterly
28-Mar-03 34 0.6 Quarterlv
23-Jun-03 33 0.8 2nd Quarter Samplinq Event
12-Seo-03 32 1.1 3rd Quarter Samolino Event
8-Nov-O3 46 1.1 4th Quarter Samolino Event
29-Mar-04 48 0.82 1st Quarter Samolinq Event
22-Jun-$4 48 0.75 2nd Quarter Samplino Event
17-Seo-04 39 0.81 3rd Quarter Samolino Event
17-Nov-04 26 1.2 4th Quarter Samolino Event
16-Mar-05 3.8 1.3 1st Quarter Samplinq Event
25-Mav-05 1.2 1.3 2nd Quarter Samolino Event
3l-Aue-05 ND 1.3 3rd Quarter Samolino Event
l-Dec-05 ND 1.3 4th Quarter Samolino Event
9-Mar-06 ND 1.5 1st Quarter Samplinq Event
l4-Jun-06 ND 1.5 2nd Quarter Samolino Event
20-Jul-06 ND 0.9 3rd Quarter Samplino Event
8-Nov-06 ND 0.7 4th Quarter Samolino Event
2B-Feb-07 ND 0.6 1st Quarter Samolino Event
27-hn-O7 2t 1.3 2nd Ouarter Samolins Event
15-Aue-07 9.5 1.8 3rd Ouarter Samolins Event
10-Oct07 8.7 2 4th Ouarter Samplins Event
26-Mar-08 1.3 2.1 lst Ouarter Sampline Event
25-Jun-08 1.0 2.3 2nd Ouarter Samolins Event
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Date of Samole TW4-10 CHCI3 Values
Nitrate
Values Samplino Event
21-Jan-02 14 lnitialSamole
26-Mar-O2 16 0.14 First 1/4 2002 Sample
21-Mav-02 17 0.11 Quarterly
12-Seo-02 6.0 ND UDEQ Solit Samplino Event
24-Nov-02 14 ND Quarterlv
28-Mar-03 29 0.2 Quarterly
23-Jun-03 110 0.4 2nd Quarter Samolino Event
12-Seo-03 74 0.4 3rd Quarter Samolino Event
B-Nov-03 75 0.3 4th Quarter Samolino Event
29-Mar-04 22 0.1 1st Quarter Samplinq Event
22-Jun-04 32 ND 2nd Quarter Samolino Event
17-Seo-04 63 0.46 3rd Quarter Samolino Event
17-Nov-04 120 0.4 4th Quarter Samolino Event
16-Mar-05 140 1.6 1st Quarter Samolino Event
25-Mav-05 62.4 0.8 2nd Quarter Samolino Event
31-Aue-05 110 l.l 3rd Quarter Samolino Event
l-Dec-05 300 J.J 4th Quarter Samplinq Event
9-Mar-06 190 2.4 1st Quarter Samolino Event
14-Jun-06 300 3.5 2nd Quarter Samolino Event
20-Jul-06 s04.00 6.8 3rd Quarter Samolinq Event
B-Nov-O6 452.00 5.7 4th Quarter Samolinq Event
28-Feb-07 500 7.6 lst Ouarter Samplins Event
27-Iun-07 3s0 5.1 2nd Ouarter Samolins Event
l5-Aus-07 660 t.)3rd Ouarter Samolins Event
l0-Oct-07 470 6.7 4th Ouarter Samplins Event
26-Mar-08 620 7.3 lst Ouarter Samolins Event
25-Jun-08 720 9.91 2nd Ouarter Samplins Event
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Date of Sample TW4-11 CHCI3 Values
Nitrate
Values Samolino Event
21-Jan-02 4700 lnitialSamole
26-Mar-02 4900 9.60 First 1/4 2002 Sample
22-Mav-02 5200 9.07 Quarterly
12-Sep-02 6200 8.84 UDEQ Solit Samplinq Event
24-Nov-O2 5800 9.7 Quarterlv
28-Mar-03 51 00 9.7 Quarterlv
23-Jun-03 5700 9.4 2nd Quarter Samplinq Event
12-Seo-03 4600 9.9 3rd Quarter Samolinq Event
8-Nov-O3 5200 9.3 4th Quarter Samolino Event
29-Mar-04 5300 9.07 1st Quarter Samolinq Event
22-Jun-04 5700 8.74 2nd Quarter Samplinq Event
17-Seo-04 4800 8.75 3rd Quarter Samolino Event
17-Nov-04 sB00 9.7 4th Quarter Samolinq Event
16-Mar-05 4400 8.7 1st Quarter Samplinq Event
25-Mav-05 3590 10.3 2nd Quarter Samolino Event
3l-Aue-05 4400 9.4 3rd Quarter Samolino Event
l-Dec-05 4400 9.4 4th Quarter Samplinq Event
9-Mar-06 4400 9.2 1st Quarter Samolino Event
14-Jun-06 4300 10 2nd Quarter Samolinq Event
20-Jul-06 4080 10 3rd Quarter Samplinq Event
8-Nov-06 3660 10 4th Quarter Samolino Event
28-Feb-07 3500 10.1 1st Quarter Samolinq Event
27-Iwr-O7 3800 10.6 2nd Ouarter Sampline Event
l5-Aus-07 4500 10.2 3rd Ouarter Sampline Event
10-Oct-07 4400 9.8 4th Ouarter Samolins Event
26-Mar-08 340 7.7 lst Ouarter Samplins Event
25-Jun-08 640 7.28 2nd Ouarter Sampline Event
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Date of Samole TW4-12 CHCI3 Values
Nitrate
Values Samplinq Event
12-Sep-02 1.5 2.54 UDEO Solit Samolino Event
24-Nov-02 ND 2.2 Quarterlv
28-Mar-03 ND 1.9 Quarterly
23-Jun-03 ND 1.8 2nd Quarter Samolino Event
12-Seo-03 ND 1.8 3rd Quarter Samplino Event
9-Nov-03 ND 1.6 4th Quarter Samolino Event
29-Mar-04 ND 1.58 1st Quarter Samolino Event
22-Jun-04 ND 1.4 2nd Quarter Samplinq Event
17-Seo-04 ND 1.24 3rd Quarter Samolino Event
17-Nov-04 ND 1.5 4th Quarter Samplinq Event
16-Mar-05 ND 4 1st Quarter Samplinq Event
25-Mav-05 ND .6 2nd Quarter Samplinq Event
3l-Aus-05 ND .5 3rd Quarter Samolino Event
l-Dec-05 ND 4 4th Quarter Samolino Event
9-Mar-06 ND J 1st Quarter Samolinq Event
t4-Jun-06 ND .4 2nd Quarter Samolinq Event
20-Jul-06 ND .4 3rd Quarter Samplinq Event
8-Nov-O6 ND 4 4th Quarter Samolino Event
28-Feb-07 ND 5 1st Quarter Samolino Event
27-lun-07 ND 5 2nd Ouarter Samolins Event
Aus-15-07 ND 4 3rd Ouarter Samplins Event
l0-Oct-07 ND 4 4th Ouarter Sampline Event
26-Mar-08 ND .6 lst Ouarter Samplins Event
25-Jun-08 ND 2.69 2nd Ouarter Samplins Event
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Date of Sample TW4-13 CHCI3 Values
Nitrate
Values Samolino Event
l2-Seo-02 ND ND UDEO Solit Samolino Event
24-Nov-02 ND ND Quarterlv
28-Mar-03 ND 0.2 Quarterlv
23-Jun-03 ND 0.2 2nd Quarter Samplinq Event
I 2-Sep-03 ND ND 3rd Quarter Samolinq Event
9-Nov-03 ND 0.9 4th Quarter Samplinq Event
29-Mar-04 ND o.t2 1st Quarter Samolino Event
22-lvn-04 ND o.t7 2nd Quarter Samolino Event
l7-Seo-04 ND 4.43 3rd Quarter Samolino Event
l7-Nov-04 ND 4.7 4th Quarter Samplino Event
l6-Mar-05 ND 4.2 1st Quarter Samplinq Event
25-Mav-05 ND 4.3 2nd Quarter Samolino Event
3l-Aus-05 ND 4.6 3rd Quarter Samolino Event
1-Dec-05 ND 4.3 4th Quarter Samolino Event
9-Mar-06 ND 4.2 1st Quarter Samolino Event
l4-Jun-06 ND 4.9 2nd Quarter Samplinq Event
20-Jul-06 ND 4.3 3rd Quarter Samplinq Event
8-Nov-06 ND 0.8 4th Quarter Samolino Event
28-Feb-07 ND 4 1st Quarter Samolino Event
27-Jun-07 ND 4.6 2nd Quarter Samolino Event
l5-Aus-07 ND 4.4 3rd Quarter Samolino Event
l0-Oct-07 ND 4.1 4th Quarter Samolino Event
26-Mar-08 ND 3.8 1st Quarter Samolinq Event
25-Jun-O8 ND 4.24 2nd Quarter Samplinq Event
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Date of Samole TW4-15 CHCI3 Values
Nitrate
Values Samolinq Event
I 2-Sep-02 2.6 ND UDEQ Split Samplinq Event
24-Nov-02 ND ND Quarterly
28-Mar-03 ND 0.1 Quarterlv
23-Jun-03 7800 14.5 2nd Quarter Samplinq Event
15-Aus-03 7400 r6.8 Well Pumoino Event Samole
l2-Seo-03 2s00 2.7 3rd Quarter Samolino Event
25-Sep-03 2600 2.s Well Pumoino Event Samole
29-Oct-03 3100 3.1 Well Pumpino Event Sample
8-Nov-03 3000 2.8 4th Quarter Samolino Event
29-Mar-04 NA NA Unable to ouroe/sample
22-Ivn-04 NA NA Unable to ouroe/samole
l7-Sep-04 1400 0.53 3rd Quarter Samolino Event
l7-Nov-04 300 0.2 4th Quarter Samolinq Event
l6-Mar-05 310 0.3 1st Quarter Samplinq Event
30-Mar-05 230 0.2 1st Quarter POC Samolinq
25-Mav-05 442 0.2 2nd Quarter Samolino Event
31-Aus-05 960 0.2 3rd Quarter Samolino Event
l-Dec-05 1000 0.3 4th Quarter Samolino Event
9-Mar-06 l 100 0.2 1st Quarter Samplinq Event
l4-Jun-06 830 0.2 2nd Quarter Samplinq Event
20-Jul-06 2170 t.4 3rd Quarter Samolino Event
8-Nov-06 282 0.3 4th Quarter Samolino Event
28-Feb-07 s70 0.5 1st Quarter Samolino Event
27-Jur-07 300 0.4 2nd Quarter Samolino Event
l5-Aue-07 1400 3rd Quarter Samolino Event
l0-Oct-07 2000 0.6 4th Quarter Samolino Event
26-Mar-08 930 0.1 1st Quarter Samolino Event
25-Jun-08 1300 0.56 2nd Quarter Sampling Event
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Date of Samole TW4-16 CHCI3 Values
Nitrate
Values Samolino Event
l2-Seo-02 t40 ND UDEQ Solit Samolino Event
24-Nov-02 200 ND Quarterly
28-Mar-03 260 ND Quarterly
23-Jun-03 370 ND 2nd Quarter Samplinq Event
l2-Sep-03 350 ND 3rd Quarter Samolino Event
8-Nov-03 400 ND 4th Quarter Samplinq Event
29-Mar-04 430 ND 1st Quarter Samolino Event
22-hn-O4 530 ND 2nd Quarter Samolino Event
l7-Seo-04 400 ND 3rd Quarter Samolino Event
l7-Nov-04 350 ND 4th Quarter Samolino Event
l6-Mar-05 240 ND 1st Quarter Samolino Event
25-Mav-05 212 ND 2nd Quarter Samplino Event
3l-Aus-05 85 ND 3rd Quarter Samolino Event
l-Dec-05 t4 1.4 4th Quarter Samolino Event
9-Mar-06 39 3.0 1st Quarter Samolino Event
l4-Jun-06 l3 1.9 2nd Quarter Samplinq Event
20-Jul-06 5 2.7 3rd Quarter Samolino Event
8-Nov-06 t3.6 5.6 4th Quarter Samolino Event
28-Feb-07 8.70 12.3 1st Quarter Samolino Event
27-Jun-07 2.60 9.9 2nd Quarter Samolino Event
l5-Aus-07 7.10 5.4 3rd Quarter Samolinq Event
10-Oct-07 1.40 4.4 4th Quarter Samolinq Event
26-Mar-08 I 1.00 ND 1st Quarter Samplinq Event
25-Jun-08 ND t.46 2nd Quarter Sampling Event
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Date of Samole TW4-17 CHCI3 Values
Nitrate
Values Samolinq Event
l2-Seo-02 1.6 ND UDEQ Solit Samplinq Event
24-Nov-02 ND ND Quarterly
28-Mar-03 ND ND Quarterly
23-Jun-03 ND ND 2nd Quarter Samolino Event
l2-Sep-03 ND ND 3rd Quarter Samolino Event
8-Nov-03 ND ND 4th Quarter Samolino Event
29-Mar-04 ND ND 1st Quarter Samolino Event
22-Jw-04 ND ND 2nd Quarter Samolinq Event
l7-Seo-04 ND ND 3rd Quarter Samolinq Event
l7-Nov-04 ND ND 4th Quarter Samplino Event
l6-Mar-05 ND ND 1st Quarter Samolino Event
30-Mar-05 ND ND 1st Quarter POC Samolino
25-Mav-05 ND ND 2nd Quarter Samolinq Event
3l-Aue-05 ND ND 3rd Quarter Samolino Event
l-Dec-05 ND ND 4th Quarter Samolinq Event
9-Mar-06 ND ND 1st Quarter Samolino Event
l4-Jun-06 ND ND 2nd Quarter Samolino Event
20-Jul-06 ND ND 3rd Quarter Samplino Event
8-Nov-06 ND ND 4th Quarter Samplino Event
28-Feb-07 ND ND 1st Quarter Samplino Event
27-Jun-07 ND ND 2nd Quarter Samolino Event
l5-Aus-07 ND ND 3rd Quarter Samolino Event
l0-Ocr07 ND ND 4th Quarter Samolino Event
26-Mar-08 ND ND 'tst Quarter Samolino Event
25-Jun-08 ND ND 2nd Quarter Samolino Event
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Date of Samole CHCI3 Values
Nitrate
Values Samolino Event
l2-Sep-02 TW4-18 440 1.49 UDEQ Solit Samolino Event
24-Nov-02 240 13.3 Quarterlv
28-Mar-03 160 l3.l Quarterlv
23-Jun-03 110 l9 2nd Quarter Samolinq Event
l2-Seo-03 68 t9.9 3rd Quarter Samolinq Event
9-Nov-03 84 20.7 4th Quarter Samplinq Event
29-Mar-04 90 t4 1st Quarter Samplinq Event
22-Jlur;.04 82 t2.2 2nd Quarter Samplinq Event
l7-Sep-04 38 t4.s 3rd Quarter Samolino Event
l7-Nov-04 5l t7.3 4th Quarter Samolino Event
l6-Mar-05 38 t4.l 1st Quarter Samplinq Event
25-Mav-05 29.8 12.9 2nd Quarter Samplinq Event
31-Aus-05 39 13.3 3rd Quarter Samolino Event
l-Dec-05 t4 7.3 4th Quarter Samolino Event
9-Mar-06 t2 5.9 1st Quarter Samplinq Event
l4-Jun-06 t2 4.7 2nd Quarter Samolino Event
20-Jul-06 10.80 6.1 3rd Quarter Samolinq Event
8-Nov-06 139.00 8.7 4th Quarter Samplinq Event
28-Feb-07 9.2 5.1 1st Quarter Samolino Event
27-hn-O7 8.0 4.9 2nd Quarter Samolino Event
l5-Aus-07 8.9 5 3rd Quarter Samolino Event
l0-Oct-08 7.4 4.4 4th Quarter Samolinq Event
26-Mar-08 6.4 0.7 1st Quarter Samplinq Event
25-Jun-08 5.7 4.55 2nd Quarter Samplinq Event
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Date of Samole TW4-19 CHCI3 Values
Nitrate
Values Samplinq Event
12-Sep-02 7700 47.6 UDEQ Solit Samplinq Event
24-Nov-02 5400 42 Quarterly
28-Mar-03 4200 61.4 Quarterlv
l5-Mav-03 4700 NA Well Pumoino Event Samole
23-Jun-03 4500 tl.4 2nd Quarter Samolino Event
l5-Jul-03 2400 6.8 Well Pumoino Event Sample
l5-Aue-03 2600 4 Well Pumoino Event Samole
l2-Sep-03 2500 5.7 3rd Quarter Samolino Event
25-Seo-O3 4600 9.2 Well Pumoino Event Samole
29-Oct-03 4600 7.7 Well Pumoinq Event Sample
9-Nov-03 2600 4.8 4th Quarter Samplinq Event
29-Mar-04 NA NA Unable to purqe/sample
22-Jun-04 NA NA Unable to purge/sample
6-Aus-04 7100 9.91 Well Pumoino Event Samole
7-Sep-04 2600 4.5 3rd Quarter Samolino Event
7-Nov-04 1800 3.6 4th Quarter Samplino Event
6-Mar-05 2200 5.3 1st Quarter Samolinq Event
25-Mav-05 r200 5.7 2nd Quarter Samolinq Event
3l-Aue-05 1 400 4.6 3rd Quarter Samolino Event
l-Dec-05 2800 ND 4th Quarter Samolinq Event
9-Mar-06 1200 4.0 1st Quarter Samolino Event
l4-Jun-06 I 100 5.2 2nd Quarter Samolino Event
20-Jul-06 tt20 4.3 3rd Quarter Samolinq Event
8-Nov-07 1050 4.6 4th Quarter Samolino Event
28-Feb-07 1200 4 1st Quarter Samolino Event
27-hn-07 1800 2.3 2nd Quarter Samolino Event
l5-Aus-07 I 100 4.1 3rd Quarter Samolino Event
l0-Oct-08 r 100 4 4th Quarter Samolinq Event
26-Mar-08 1800 2.2 1ar Quarter Samplinq Event
25-Jun-08 1000 2.81 2nd Quarter Samplinq Event
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Date of Sample TW4-20 CHCI3 Values
Nitrate
Values Samolino Event
25-Mav-05 39000 l0.l 2nd Quarter Samolino Event
3l-Aue-05 3800 2.9 3rd Quarter Samolinq Event
1-Dec-05 19000 1.8 4th Quarter Samolino Event
9-Mar-06 9200 3.8 1st Quarter Samplino Event
14-Jun-06 61000 9.4 2nd Quarter Sampling Event
20-Ju1-06 5300 2.9 3rd Quarter Samplinq Event
8-Nov-06 r 1000 3.5 4th Quarter Sampling Event
28-Feb-07 4400 4.2 1st Quarter Sampling Event
27-Jrxr-0"l 1800 2.3 2nd Quarter Sampling Event
l5-Aus-07 5200 2.1 3rd Quarter Samplinq Event
l0-Oct-08 9000 5.6 4th Quarter Sampling Event
26-Mar-08 13000 0.9 1st Quarter Samolino Event
25-Jun-08 30000 7.96 2nd Quarter Samolinq Event
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Date of Samole TW4-21 CHCI3 Values
Nitrate
Values Samolinq Event
25-Mav-05 t92 14.6 2nd Quarter Sampling Event
3l-Aue-05 78 l0.l 3rd Quarter Samplinq Event
1-Dec-05 86 9.6 4th Quarter Samolinq Event
9-Mar-06 t20 8.5 1st Quarter Samplinq Event
14-Jun-06 130 10.2 2nd Quarter Samolino Event
20-Jul-06 106 8.9 3rd Quarter Samolinq Event
8-Nov-06 12.5 5.7 4th Quarter Samplino Event
28-Feb-07 160 8.7 1st Quarter Samolinq Event
27-Iun-O1 300.0 8.6 2nd Quarter Samplinq Event
l5-Aue-07 140 8.6 3rd Quarter Samplinq Event
10-Oct-07 120 8.3 4th Quarter Samolinq Event
26-Mar-08 380 14.3 1st Quarter Samplinq Event
25-Jun-O8 r60 8.81 2nd Quarter Samolino Event
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Date of Sample TW4-22 CHCI3 Values
Nitrate
Values Samolino Event
25-Mav-05 340 8.2 2nd Quarter Samplino Event
31-Aue-05 290 5.7 3rd Quarter Samplino Event
l-Dec-05 320 5.1 4th Quarter Samplinq Event
9-Mar-O6 390 5.3 1st Quarter Samolino Event
06/14/06 280 4.3 2nd Quarter Samolino Event
07/20106 864 4.5 3rd Ouarter Samplins Event
l l/08/06 350 5.9 4th Ouarter Samolins Event
28-Feb-07 440 20.9 lst Ouarter Sampling Event
06t27t07 740 19.3 2nd Ouarter Samoline Event
Aue-15-07 530 r9.3 3rd Ouarter Sampline Evenl
Oct-10-08 440 18.8 4th Ouarter Samolins Event
03/26108 1400 39.1 lst Ouarter Samolins Event
06/2st08 1200 4t.9 2nd Ouarter Samolins Event
t ENEfrAf LAEOBA1OffiES, lNC. . 2393 Satt Creek Highway (8260t) 'PO. Bot 3258 ' Caspet Wy 82602
TollFree88B.235.0515 , 307.235.0515 . Fax [phone] ' [e-mail],www.energylab.com
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Cllent:
ProJect:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
Znd Ouarter Chloroform
c08061320-023
MW.4
Report Date: 07117/08
Collection Date: 06125108 16:08
DateReceived : OEt27 108
Matrlx: Aqueous
Analyses Result Units Qualifiers RL
MCUQCL i/lethod Analysis Date / By
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MAJOR IONS
Chloride
Nilragen. Nitrale+Nitrite a$ N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chlorornethane
M€thylene chlorido
Su rr: 1,2-DichlorobenzenB-d4
Su(r: Dibromofluoromethane
Su rr: p.Bromolluorobenzene
Surr: Toluene-d8
42 mglL
6.09 mg/L
1,6 ug/L
2500 ug/L
ND UgiL
ND ug/L114 o/tREC
IOE %REC108 %REC
90.0 %REC
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0.05
1.0
't00
1.0
1.0
8D.'t20
7G130
80-120
80-120
44500-cl B
E353.2
SWB26OB
sw8260B
sw8260B
sw&2608
SWBz60B
sw8260B
SW826OB
sw82608
oztotna 16:16 / ljl
07l1AOA 06:03 / eli-b
07/05/08 08:30 / dkh
07/05/08 09:09 / dkh
07/05/08 08:30 / dkh
07/05/0E 08:30 i dkh
07/05/08 08:30 / dkh
07/05/08 08:30 / dkh
07/05/08 08:30 / dkh
07/05/08 08:30 / dkh
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Report RL - Analyte teporting limit.
Definitions: eCL - Oual'ty conlrol timi!.
D - RL increased due lo sample matrix lnterference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting hmit
T
I ENERGY LABORATOEEi litc. , 2393 Sett Creek Highway (82601) ' P.o. qox 3258 , casper wY 8P602
t0ttFree888pJ5.0515,307.235.0515. Fax[phone]'[e-mail]?1 'tYilMenergylab.cont
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I Client:
Project:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) CorP
Znd Quarter Chloroform
c08061 320-01 I
TW4.1
Report Date: 07/17108
Collection Oate: 06/25/08 15:42
DateRecelved: 06/27108
Matrlx: Aqueous
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Anslyses Result Unlts Quallflers RL
ilcuOCL Method Analysis Date, By
mglL
mgiL
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MAJOR ION$
Chloride
Nitrogen, Nitrate+Nitrito as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methytene chloride
Sur: 1,2-Dichlorobenzen6{4
Surr: Dibromofluoromethane
Sun: p-Bromofluorobenzene
Surr: Toluene-d8
39
8.68
1
0.05
1.0
t00
1.0
1.0
80-120
7G130
80-120
80-120
A4500-Cl B 07/03108 16:54 / lil
E353.2 O7t12108 05:51 / eli-b
1.1 ug/L
1S00 ug/L
ND uglL
ND uglL
113 %REC
l0B o/oREC
107 %REC
90.0 %REC
sw82608
sw82608
SW8260B
swB260B
swB260B
sw8260B
sw8260B
SW82608
07/05/08 02:03 / dkh
07/05/08 82'.42 I dkh
07/05/08 02.03 i dl(h
07/0S08 02:03 / dkh
0710#04 02:03 i dkh
07105/08 02:03 / dkh
07/05108 02:03 / dkh
07105/08 02:03 / dkh
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Report RL - Analyte reporting liftt.
Osflnltlons: eCL - euatity control lamit.
D - RL increased due to sample matrix lnterference
MCL - Maximum contamlnanl level.
ND - Not detocted at the reporting limit
I ENEfrGY LABOf,AfOfrES, lNC, . 2393 €att Creek Highway /82601) ' PO" Bax 3258 ' Casper, WY82602
fotl Free888.235.0515 , 307.235.05/5 . Ffl( 30/.234,16i9 ' [e-mail]'www.energylab.com
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Client:
Project:
Lab lD:
Cllent Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
znd Ouafter Chloroform
c08061 320-021
TW4.2
Report Date: 07/17/08
Collection Date: o€125i08 12:?5
DatsRoceived: 06/27108
Matrix: Aqueous
Analyses Result Unlts Qualifi€rs RL
MCL'OCL Method Analysls Date / By
mg/L
mglL
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MAJOR IONS
Chloride
Nllrog€n, Nitrato+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
MBlhylene chlori{re
Surr: t .2-Dichlorobenzene{4
Su rr: Dibromofluoromsthane
Surr: pBromolluorobenzens
Sun: Toluen+d8
46
7.44
2.2
3100
ND
ND
116
108
108
90.0
ug/L
uglL
ug/L
uglL
%REC
%REC
%REC
%REC
1
0.05
10
r00
1.0
1.0
E0-.120
7&130
E0-1 20
80-120
SW62608
SW826OB
sw8260B
SWB26OB
sw8260B
sw8260B
SWB260B
swB2608
A4500-Cl B 07/07/08 16:06 / l1l
E353.2 07t12fr8 06:00 / eli-b
07/05/08 07: l3 / dkh
07/05108 Ol:52 I dkh
07/05/08 07:13 I rlkh
07/05108 07:13 /dkh
07/05/0807:13/dkh
07/05/0807;13rdkh
ATl05l08 07:13, dkh
07/05/08 07:13 / dkh
I
I
Report RL - Analyta reporting limit.
Definlllons: eCL - euality contfol limit.
D - RL increased dus to sample matrix inl€rference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit
I
I EflEnGY LAEORATOfrIES, lNC. . 2393 Sall Creek Highway (82601) . PO. Eax 3258 ' Caspet WY82602
TollFree888.235.0515 ' 307.?35.0515 ' Fax [phone] ' casper@energytab,com'www.energylab.com
I
t
I
Client:
Project:
Lab lD:
Cllent Sample lD
LABORATORY A NALYTICAL REPORT
Denison Mines (USAi Corp
2nd Quarter Chloroform
c08061320-002
TW4-3
Report Date: 07/17108
Collection Dato: 06/25/08 10:55
DateReceivEd: OEl27 108
Matrlx: Aqueous
Analyses R$ult Unlts Quallflers RL
MCUqcl Method Analysls Date I By
I
I
I
I
I
T
I
t
T
I
I
t
MAJOR IONS
Chloride
Nitrogen, Nilrate+Nitrits as N
VOLATILE ORGANIC COMPOUNDS
Carbon letrachloride
Chloroform
Chloromelhane
Methyleno chlorlde
Surr:'t,2'Dichlorobenzene-d4
Surr: Dibromof,uoromethane
Su rr: p-Brornofluorobenze ne
Surr: Toluene-d8
1
0.05
13 mg/L
2.85 mg/L
A4500-CI B 07/03/08 15:23 / l1l
E353.2 QTll2lO8O5:27 I eh-b
SW8260B 07l02rc4 t4:08 / dkh
SW8260B 07n2t0814:08 r dkh
SWE260B a7fi2t08 14:08 I dkh
sw8260B 07/02108 14'08 l dkh
SW8260B 07fi2n814:08 / dkh
SW8260B 07102108 14:08 / dkh
sw8260B 07n2to8 14.08 / dkh
SW82608 o7t02l08la:08 / dkh
NO
NO
NO
ND
109
99.0
108
93.0
ugiL
uSlL
ug/L
ug/L
%REC
o/oREC
%REC
%REC
1.0
1.0
1.0
1.0
80-120
70-1 30
00-t 20
80-120
Rsport RL - Analyte teporting limit
Definitlons: eCL - euatity control limit.
MCL - Maximum conlarninant level.
ND - Not detected at the reporting llmilI
T
I
I EItIEEGY LAEORATOfrIES, lNC. . 2393 Satt Creek Hrghway {s260t) , PO. Box 3158 . Caspe| Wy 82602
Tolt Free 888.235.0515 , 307.235.0i15 . Fax [phone] . [e-mail] . wwwenergylab.com
I
I
I
Client:
ProJoct:
Lab lD:
Client Sample lD
LABORATORY ANALYTICA L REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-020
TW4-4
Report Date: 07117/08
Collection Date: 0685/08 15:35
DateReceived : AGl27 t08
Matrix: Aqueous
Result Unltg Qualifiers RL
MCU
OCL Method Analysis Daie, By
I
I
I
I
I
I
I
I
T
I
T
I
MAJOR IONS
Chloride
Nilrogen, Nilrat€+Nitrito es N
VOI-ATILE ORGANIC COMPOUNDS
Carbon tetrachlordo
Chloraform
Chloromethans
Methylone chloride
Surr: I .2-Dichlorobenzene-d4
Sun: Dibromofluoromethano
Sun: p-Bromofl uorobonzene
Sur: ToluenedS
I
0.05
42 mg/L
10.8 mg/L
44500-Cl B
E353.2
SWE26OB
SW82608
sw8260B
swB260B
sw8260B
sw82608
sw8260B
SW8260B
07/07i08 16:0'l I ljl
07/12/08 05:59 / eli-b
07/05/08 05:55 / dkh
07/05/08 06:34 / dkh
07/05/08 05 55 / dkh
07/05108 05:55 / dkh
07/05/08 05:5s i dkh
07/05108 05:55 / dkh
07/05/08 05:55 i dkh
07/05/08 05:55 / dkh
't.5
2500
ND
ND
114
r10
108
91,0
ug/L
ug/L
ug/L
ug/L
%REC
%REC
%REC
%REC
10
100
1.0
1.0
80-120
70.1 30
80-,20
80-120
I
r
I
Raport RL -Analyto teporting lirnit.
Dofini[ons: ocl - ouality control limit.
D - RL increased due to sample matrlx lnterference.
MCL - Maximum contaminant level.
ND - Not detected at the reporting timit.
I ENEEGY LAaOBATORIES, lilC . 2393 Salt Creek Hiqhway {82601) ' P0. Box 3258 ' Caspet, WY 82602
TotlFree888.235.0515 ,307.205.0515. Fax[phone], [e-mail]
I
t
I
Cllent:
Project:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061 320-012
TW4.5
Report Date: 07i 17108
collectlon Dato: 06/25/08 10:M
DateReceived: 06127fi8
Matrlx: Aqueous
Analyseg Result Unit6 Oualifiers RL
MCUQCL Mothod AnalyEis Oato I By
mg/L
mg/L
I
I
I
I
I
I
I
I
I
I
I
I
MAJOR IONS
Chloride
Nitrogen, Nitrate+Nikito as N
VOLATILE ORGANIC COMPOUNDS
Carbon letrachloride
Chlorofonn
Chloromethane
Mehylene chlorida
Sun: 1,2-Dichlorobenzene44
Surr. Dibromofluoromethane
Surr: p.Bromof, uorobenzene
Surr: Toluene{8
37
8,70
ND
9.3
ND
ND
110
103
108
9i.0
uglL
ug/L
ug/L
ug/L
%REC
%REC
%REC
%REC
1
0.05
1.0
1.0
1.0
1.0
80-1 20
70-1 30
s0-1 20
80-1 20
SW826OB
sw8260B
SW826OB
sw8260B
sw6260B
SW826OB
sw8260B
SW826OB
A4500-Cl B 07103/08 16.27 t t1t
E353.2 07/12/08 05:45 / eli-b
07,04/08 17:39 / dkh
07104/08 't7:39 I dkh
07/04/08 17:39 / dkh
OTIoE,|OA 17:39 / dkh
07104/08 17:39 / dkh
07/0{/08 17:39 / dkh
0?l0/,lOA 17:39 / dkh
07/04/08 17:39 / dkh
T
t
Roport RL - Analyte reporting linlit.
Definitions: eCL - euat6y control limit.
MCL - Maximum conlaminant level.
ND - Not detected at lhe repodlng llmil
I
I ENE4AT LAAOfrATOfrtES, tNC. . 2393 Sat Creek Highway (8260t) ' PO. Box 3258 ', Caspet; WY 82602
iott Free888.235.0515 . 307.235.0515 . Fax [phone] ' [e-mail]'www'energylab-com
I
I
I
Client:
Project:
Lab lD:
Client Sample ID
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c080a1320-01 3
TW4-6
Report Date:
Colloction Date:
DateRecelved:
Matrix:
07t17tog
06/25/08 15:25
o6t27$8
Aqueous
Result units Quallflers RL
MCL/QCL Method Analysis Date / ByAnalyses
I
I
I
I
I
I
t
T
I
I
t
t
MA,IOR IONS
Ghloride
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon totrachloride
Chloroform
chlorom€thane
Methylene chloride
Sun:'1,z-Dichlorobenlene44
Sun: Dibromofluoromethan€
Surr: p-Bromofluorobenzene
Surr: Toluene.d8
35 mg/L
0.S0 mgIL
1
0.05
1.0
1.O
1.0
1.0
80-120
7(F130
8S.120
8fi.120
A4s00-ct B
8353.2
sw82608
sw8260B
sw82608
SWB2608
sw8260B
sw8260B
sw8260B
sw8260B
07/03/08 16:33 / ljl
oTll2to$ 05:38 / eli-b
07/04/08 18:18 / dkh
07t04108 l8:18 / dkh
07/M/08 18:18 / dkh
07i0{/08 l8:18 i dkh
07/04/08 18:18/dkh
07/04i08 18:18 / dkh
07/04/08 1B:18 / dkh
07/04/08 18:18/dkh
ND
24
ND
ND
't13
r08
t14
91.0
ugiL
ug/L
ug/L
ug/L
%REC
%REC
OAREC
%REC
I
t
I
Report RL - Analyte ,eporting lirnit
Dof,nitlons: OCL - Ouality control li;nit.
MCL. Maxirnum contamlnant level.
ND - Not detected at the repo(ing limit
ENERQY LAgOfrATOfrtES, tNC. - 239i Sall Creek Htghway (8260t) ' P.O. Box 3?58 ' Casper, WY 82602
totl Frea888.235.0515 , J07.?35.05t5 " fax [phone] ' [e-mail]'wrwenergylab.com
Client:
Project:
Lab lDr
Cllent Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-019
TW4.7
Report Date: 07/17/08
Collection Date: 0625/08 15:51
DateReceivedz ffi127108
Matrix: Aqueous
Analyses Result Unlts Ouallllers RL
MCUQCL Method Analysis Date, By
MAJOR IONS
Chloride
Nikogen, Nilrate+Nitrite as N
VOLATILE ORGAHIC COMPOUNDS
Carbon tetrachlorida
Chloroform
Chloromethane
Methylene chloride
Surr: 1.z-DichlorobenzsnE-d4
Surn Oibromofluoromethane
Surn p-BromofluorobenEene
Surr: Toluene-d8
43
4.80
1
0.0s
1.0
100
1.0
1,0
80-1 20
70-1 30
80-l 20
80.120
.ng/L
mg/L
A4500-Cl B 07/07100 15:57 / l1l
E353.2 07t12108 05:58 / elt-b
1,3 ug/L
1 800 ug/L
ND udl
ND uS/L
114 o/6REC
107 %REC
108 o/6REC
s1,0 %REC
SW82608
sw8260B
SW826OB
sw8260B
sw8260B
sw8260B
sw8260B
SWO260B
07/05/08 03:20 / dkh
07/05/08 04:00 / dkh
07/05i08 03:20 I dkh
07/05/08 03:20 I dkh
07/05108 03:20 / dkh
07/05108 03:20 / dkh
07/05/08 03:20 I dkh
07/05108 03:20 / dkh
R€port RL - Analyto reporting limit.
Deflnltlons: eCL - euality aontrot limit
D - RL incrBased due to samplo matrix inlerference
MCL - Maximum contaminant level.
ND . Not delected at the reporting limit
I ENEPGY LABORATORIES, lNC. ' 2393 Sat Creek llighway (8260t) ' P.O. Box 3258 ' Caspq WY 82602
To$ Fre€888,235.0515 , 307.235.0515 ' Fax 307.?34,/639 ' [e-mail]'wtw,energylab.com
I
t Client:
Project:
Lab lD:
Client $ample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd 0uarter Chloroform
c080ts1320-005
TW4-8
Report Date: 07/17108
Collection Date: 06P5/08 16:20
DateReceived: 0627/08
Matrlx: Aqueous
I
Analytes Result Unlts Quallflors RL
i'lCUOCL Method Analysis Date / By
45 mg/L
ND mg/L
I
I
I
I
I
I
I
I
I
I
T
I
MAJOR IONS
Chloricle
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon letrachlorido
Chloroform
Chloromethane
Mathylene chlotftle
Surr: 1,2-Oichlorobenzene-d4
Surr: Dibromofluotomethane
Surn p.Bromoffuorobenzsn€
Surr: Toiuene-d8
I
0.05
t.0
1.0
1.0
1.0
8G120
70-1 30
80-'t 20
8U120
sw8260B
SW826OB
sw8260B
SW826OB
SW826OB
sw8260B
SW626OB
SW8260B
A4500-Cl B 07/03/08 15:4I / ljl
E353.2 07112t08 05:30 / eli-b
ND ug/L
ND ug/L
ND ug/L
NO ugiL
111 %REC
108 o/6REC
112 %REC
91.0 %REC
07/0U08 t3:32 / dkh
07/03/08 13:32 / dkh
07/0Y08 13:32 I dkh
07/03/08 l3:32 / dkh
07/0s/08 13:32 / dkh
07/0U08 13:32 I dkh
07/0V08 13:32 / dkh
07/03i/08 13:32 I dkh
t
I
I
Report
Deflnltlons:
RL - Analge reporting llrnlt.
QCL - Qu€liry corhol lirnit.
MCL . Maximum contarninant level.
No - Not detoctod at tho reporting limit
I ENEnOf LAEOfrATORIES, lNC. ' 2393 Salt Oeek HUhway (8P60t) ' P.O. 9ox 3258 ' Caspe4, WY 82602
Toll Free 88e.fi5.0515 ' 307 #5.0515 ' Fax 307.234,1639 , casper@energylab,com'wwvaenergylab.com
T
t Client:
Pmject:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
Znd Quarter Chloroform
c08061320-008
TW4.9
Report Date: 07/17/08
collection Dete: 06125/08 10:45
DateReceived : OBf27 IOB
Matrix: Aqueous
T
Analysss R€sult Untts Oualiliers RL
MCUQCL Method Analysls Date / By
mg/L
mg/L
I
I
I
t
T
t
I
t
I
t
I
I
MAJOR IONS
Chloride
Nitrogen, NitratB+Nihite as N
VOLATILE ORGAHIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chlorom€ihane
Melhylene chloride
Surr: 1,2-Dichlorobenzened4
Su rr: p-Bromofluorobenzane
Sun: ToluonqdB
35
2.30
I
005
't.0
10
1.0
1-0
8tr120
7G130
80-120
80-120
sw8260B
swB260B
SW8260B
sw6260B
sw8260B
sw8260B
SWB260B
sw82608
44500-Cl B 07/0U08 15:51 / ljl
E353.2 07112t08 05:34 / eli-b
ND ug/L
1.0 ug/L
ND ug/L
ND ug/L
111 %REC1O4 o/oREC
115 %REC
90,0 %REC
07/04/08 15:04 / dkh
07104108 15:O4 / dkh
07/04i08 15:04 , dkh
07/04i08 15:04 t dkh
07104108 15:04 / dkh
07/04/08 15:04 / dkh
07/04i08 15:04 / dkh
07/04/08 15:04 / dkh
Report RL. Analfle reportlng limil.
Oeflnltlons: eCL - Ouallty control limit.
MCL - Maximum conteminant level
ND - Not detected at the reporiing lirnit.I
T
I
I ENEaOY LABORATOfrES, lNC, - 2393 Salt Creeh Highway (826Ail . PO. aox 3258 ' Casper WY82602
TotlFreeBB8.235.05l5 . 307.235.0515 , Fax [phone] , [e-mail]'www.energylab.com
I
t
I
Client:
Project:
Lab lD:
Cllent Sarnple lD
LABORATORY ANALYTICAL REP O RT
Denison Mines (USA) Corp
2nd Ouader Chloroform
c08061 320.016
TW4-10
Report Date: 07l17lOB
Collection Date: 06t125/08 10:22
OateR€ceived z Ots127 108
Matrix: Aqueous
Analyses Result Units Qualiflers EL
MCL/OCL Method AnalFiB Date I By
ND
720
ND
ND
113
104
107
91.0
I
I
I
I
I
T
I
I
I
I
T
I
MAJOR IONS
Chloride
Nrlrogen, Nitrete+Nitrito as N
VOLATILE ORGAI'IlC COMPOUNDS
Carbon tetrachlorido
Chloroform
Chloromethane
Methyleno ehloride
Surr: 1,2-Dichlorobenzened4
Surr. Dibromofluoromathane
Surr: p.Bromofluorobonzene
Surr: Toluene{8
58 mg/L9.91 ms/L
ug/L
ugi,L
ug/L
ug/L
%REC
%REC
%REC
%REC
t
o.o5
1,o
10
1.0
1.0
80-l 20
70.1 30
80-120
80-120
A4500.C1 B
E353.2
sw8260B
sw8260B
sw82608
SW8260B
SW826OB
sw8260B
SW82608
SW826OB
07/03/08 16:45 / ljl
OTtlA0A 05:48 / elr-b
07fi4l}A 23:28 / dkh
07/05108 00:07 / dkh
07/04/08 23:28 / dkh
07/04/08 23.28 / dkh
07/04/08 23:28 / dkh
07/04i08 23:28 / dkh
07/04i08 23:28 / dkh
07/0#04 23:28 / dkh
I
I
T
Report RL - Analyle reporting limit
Deflnltlonst eCL . euality control limit.
D - RL increased due to sampl€ malrix interferenco.
MCL - Marimum contaminant level.
ND - Not dotected at the reporting lrmit.
I ENEne y LABOfrATOfrtES, tNC. , 2393 Salt Creek Highway {82601) . Po. Box 3258 , Caspet WY 82602
T0t1fiee888.235.05t5 ,307.235.05,5 . Fax 307?34.1639 '[e-mail]'www.energylab.cott
t
I Clientr
Prolect:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-014
TW4-11
Report Date: 07117/08
Collsctlon Date: 06125/08 12:14
DateReceived: 06P7/08
Matrix: Aqueous
I
Analysss Result Units Oualifiers RL
MCUQCL Method Anslysl8 Date / By
mg/L
mE/L
I
I
I
t
I
I
I
I
T
I
I
t
MAJOR IONS
Chloride
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon letrachloride
Chloroforfil
Chlorom€thane
Methylene chloride
Sun: 1,2-Dichlorobenzene-d4
Sun: Dibromofluoromethane
Su rr: p-Bromofluorobenzene
Sun: Tolueno-d8
46
7.28
1
0.05
1.0
100
1.0
1.0
80-1 20
70-130
80-120
80-1 20
SWB2608
SW82608
SW82608
sw82608
sw82608
SW82608
SW82608
SW82608
A4500-Cl B 07/03108 16:36 / lil
E353.2 0711A08 05:46 / eli-b
NO ugll
640 ugll
ND ug/L
ND ug/L
111 %REC
96.0 %REc
109 %REC
90.0 %REC
07104/0E 20:52 / dkh
07104108 21:31 / dkh
07/04/08 20:52 / dkh
07/04/08 20:52 / dkh
07/04/0S 2O:52 t dkh
07i04,tr8 2A:52 t dkh
07104/08 20:52 / dkh
07i04108 20:52 / dkh
I
T
T
Report RL - Anelyte reporting limit.
Deflnltlons: eCL - euality controt timit.
D . RL increased due lo sample malrix interlerence.
MCL - Maximum contaminant level.
No - Not dotecled at the reporting limit.
I ENEfrCy LAFORATOEIES, lNC. . ?393 Salr Creek Highway (8260t) , PO. Box 3258 ' Caspet WY 82602
Toll Free888.235.0515 , 307.235.05t5 . Fax [phone] ' [e-mail]'wwu.energylab.com
T
T
I
Client:
Prolect:
Lab lD:
Client $ample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-003
'rw4-12
Report Date: 07117108
Collection DatE: 06/25i08 14:48
DateReceived z AGl27 108
Matrir: Aqueous
Analyses Result Unlts Quatiflers RL
MCUOCL Method Analysls Date I By
mg/L
mg/L
T
t
I
I
I
I
t
T
T
t
I
I
MAJOR IONS
Chloride
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUNOS
Carbon letrachloride
Chloroform
Chloromethane
Methylene chloridE
Sun: 1,2-Dichlorobenzened4
Surr: Oibromofluoromethane
Surr: p-Bromofl uolobenzene
Sur: Toluene-dB
19
269
1
0.05
1.0
1.0
1.0
1.0
80-1 20
70-130
80-1 20
80-1 20
44500-Cl B 07J03i08 15:30 / ljl
E353.2 07112/08 05:28 i eli-b
ND uglL
ND udL
ND udL
ND ug/L
111 %REC97.0 o/oREC
110 %REC
93.0 o/oREC
SWEz608
SW8260B
sw82608
sw82a0B
sw8260B
sw8260B
sw8260B
SWE2EOB
07t02t08 14.46 / dkh
07|OA0B 14:46 / dkh
07/02/08 14:46 / dkh
07102/08 l4:4S / dkh
OT|iU$B 14:46 / dkh
Olto2t0B14:46 / dkh
07102/08 14:46 / dkh
07102/08 14.46 / dkh
Report RL - Analyte reporting lirlrlt.
Delinitions: eCL - euatiry congol llmit.
MCL - Maxlmum contarninant level.
ND - Not detected at the reporting limitI
I
I
I ENEFGY tnBofrAfofiEg, lNC. ' ?393 Satt Creek Highway (82601) . P.O. 1ox 3258 ' Casper: WY 82602
Tolt Free 888.?05.0515 ' 307.235.0515 ' Fax 307.234,1639 ' [e-mail] ' www.energylab.con
I
I Glient:
Project:
Lab lD:
Cllent $ample lO
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Ouarter Chloroform
c08061320-004
TW4-13
Report Date: 07/17/08
Collection Date: 06125/08 14:56
DateReceived: 06/27108
Matrix: Aqueous
I
Result Units Qualifiers RL
MCL'QCL Method Analysis Date, By
I
I
I
t
I
I
I
I
T
I
I
I
MAJOR IONS
Chloride
Nitrogen, Nitrate+Nilrito as N
VOLATILE ORGAHIC COMPOUNDS
Caabon tetrachlorrd6
Chloroform
Chloromothane
Mefiytene chloride
Surr: 1,2-DiehlorobenzenE-d4
Su rr: Dibromoftuoromethane
Surr: p-Bromofluorobenzene
Sun: Toluene-d8
1
0.05
58 mg/L
4.24 mg/L
A4500-cl B
835s.2
SW826OB
SW8260B
SW826OB
$w82608
SWB26OB
SW826OB
sw8260B
sw82608
07/03/08 15:35 I ljl
07t1A0A 05:29 / eli-b
0710A0815;25 / dkh
0710A0815:25 / dkh
07102t08 15:25 / dkh
07 t02to8 r 5'25 / dkh
07/02108 t5:25 / dkh
0710?108 15:25 / dkh
07/02/0E 15:25/dkh
oTlOZlOB 15:25 / okh
ND
ND
ND
ND
112
108
111
92,0
ugIL
ugrL
ug/L
ug/L
%REC
%REC
%REC
%REC
1.0
1.0
1.0
1.0
80-120
7&130
8G.120
80-120
Reporl RL - Analyte reporting limit.
Definlilons: eCL - Ouality conlrot timit.
MCL - Maximum contaminant level.
ND - Not detected at ths reporting limitt
T
t
I ENEfrGy LAFORATOfr$ES, lNC. . 2393 Saft Creek Hrghway 182601) , PO Eox 3258 ' Caspu WY 82602
Tot| ftee888.235.0515 , 307235.0515 . Fax 307.fi4.r&?9 '[e-mail]'www.enorgylab.com
T
T
I
Client:
Project:
Lab lD:
Cllent Sample lD
LABORATORY ANALYTICAL RE PORT
Denison Mines (USA) Corp
2nd Ouarter Chloroform
c08061320-007
TW4-14
Report oate: 07/17/08
Collection Date: 06125/08 15:07
DateReceived: 06/27108
Matflx: Aqueous
Analy8eB RoEult Unlts Qualifiers RL
MCUOCL Method Analysis Dato , By
mg/L
mg/L
I
I
I
I
I
I
I
I
I
t
I
t
I
I
I
MAJOR IONS
Chloride
Nitrogen, Nitrale+Nitrite as N
VOLATILE ORGANIC COMPOUHDS
Carbon tetrachloride
Chlorofolm
Chloromethane
MEthylsne chlorrde
Surr: 1, 2-Dichlolobenzene.d4
Surr: Dibrornofluorom€thane
SuIr: p-Bromof luorobenzene
Surr: Tolu6ne-d8
NE
1,56
1
0.05
1.0
1.0
t.o
1.0
80-120
70-130
E0-120
80.1 20
sw82608
SW82608
SW82608
SWB26OB
sw82608
sw8260B
SW826OB
sw8260B
A4500-Cl B 07/03/08 15:4S / lil
E353.2 07112108 05:33 I eli-b
ND ug/L
ND ug/L
ND ug/L
ND ug/L
109 %REC
101 %REC
113 o/qREC
92.0 o/oREC
07/04108 14:25 t dkh
07/04/08 14:25, dkh
07/04/08 14'25Idkh
07 t04to8 1 4'25 / dkh
07i04/08 14:?5 / dkh
07/04i08 14:25 / dkh
07104/08 14:25 / dkh
07104/08 14:25 / dkh
Roport RL - Analyle reporting limit,
Doflnltlons: OCL - Qualiry control lirnit.
MCL - Maximum contaminant lev€|.
ND - Not detected at tho reporting limil
I ENERGY LAEOfrATORIE9, lNC. '2393 Salt Creek Hghway (5260t) 'P.O. Bo,r 3258 ' CasPet W82602
Totl Free 8t18.235.0515 . 307.235.0515 ' Fax [phone] , '[e-mail] ' www.energylah.com
I
I
t
Cllent:
Project:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-024
TW4-15
Report Dete: 07/17/08
Collsction Date: 06/25/08 16:50
DateReceived: 06/27108
Matrlx: Aqueous
Analyses Result Units Oualifiers RL
MCL/QCL Method Analysls Date / By
mg/L
mg/L
t
I
I
I
I
I
T
I
I
I
T
I
MAJOR IONS
Chloride
Nitrogen, Nilrate+Nitrite 8s N
VOLATILE ORGANIC COMPOUN DS
Carton tetrachlorrde
ChloroIorm
ChloromBthan€
Methylene chloride
Surr: 1,2-Dichlorobenzeno-d4
Surr: Dibromofl uoromethane
Su rr: p.Bromofluorobenzene
Sur: Toluens,d8
57
0.56
1
0.o5
1.0
100
1.0
1.0
80-r20
70-t 30
80-t 20
80-t 20
sw8260a
sw8260B
SW826OB
SW82608
sw82608
sw8260B
sw8260B
sw8260B
A4500-Cl B 07/07/08 16:22 / l1l
E353.2 07t12l08 06:04 / ell-b
ND ug/L
t300 ug/L
ND uglL
53 ug/L
'r 16 %REC
113 o/oREC
110 o/oREC
91 .0 %REG
07/05108 09:48 / dkh
07/05/08 10.26 / dkh
07/05/08 09:48 / dkh
07105/08 09:48 / dkh
07105/08 09:48 / dkh
07105/08 09:48 / dkh
07/05i08 09:48 i dkh
07/05'/08 09:481 dkh
I
I
R€port
Deflnitlons:
RL - Analyte reporting timit.
QCL ' Quality control lirnit.
D - RL lncteaeed dua to sampte mattlx interferenco.
MCL - Maximum contaminant level.
ND - Not dotected 6t the roporting limit.
t
I ENEBGY LABORATORIES, tNC. . 2393 Salr Creek Highway (5260t) ' P.O. Box 3258 ' Casper, WY 8?602
TlilFree888.235.0515 ,307.235.0515 . Fax 307,2A.t6i9 , [e-mail]'www.energylab.com
I
I
I
Gllent:
ProJectr
Lab lD:
Client Sample lD
LABOMTORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quafier Chloroform
c08061320-01 1
TW4-16
Raport Date: 07/17/08
collscuon Dat6: 06/25108 08:34
DateReceived: 06/27/08
Matrix: Aqueous
Analys6s Result Unitg Quallfiers RL
MCUQCL Method Analysie Date, By
mE/L
mg/L
I
I
I
I
I
t
I
t
I
I
I
I
MAJOR IONS
Chloride
Nitrogen, Nitrate+Nitrlte as N
VOLATILE ORGAN]C COMPOUNDS
Carbon tehachloride
Chloroform
Chloromethane
MethylenB chlorido
Su n: 1 .2-Dichlorobenzene-d4
Surr: Dibromofluoromethane
Surr: p-Bromofluorobenzene
Surr: Toluens.dB
58
1.46
1
0.05
1.0
1.0
1.0
1.0
80-120
70-1 30
80-1 20
80- 1 20
sw8260B
sw82608
sw8260B
SW826OB
sw6260B
sw8260B
SW8260B
sw8260B
44500-Cl B 07/03108 16:24 / ljl
E353,2 07/I2100 05'44 / eli-b
ND ug/L
ND ugtr
ND ug/L
ND ug,L
114 %REC108 q/6REC
I l5 o/6REC
s0.0 %REc
07/01108 17:00 / dkh
07/04108 17:00 / dkh
07/04108 17:00 i dkh
07/04108 17:00 / dkh
01104t0817:00 / dkh
07/04/08 17:00 / dkh
07/04/08 '17:00 / dkh
07/04/08 '17:00 i dkh
I
t
t
Repoft RL - Analyto repo.ting limil.
Doflnltloni: OCL - euality control hmit.
MCL - Maximum contamlnant level.
ND - Not detected at tha reporting limit.
t ENEBOY LAROfrA|OHE& lNC. . 2393 Satt Creek Highway (82601) ' PO. Box 3258 , Caspet WY 02602
Totl Free 888.235,0515 . 307.235.0515 . Fax [phone] . [e-mail] . wvwleneryylab.con
I
I
I
Client:
Prolect:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061 320-022
TW4-17
Report Date: 07/17/08
Gollection Dat€: 06/25/08 09:30
DateReceived: 06/27108
Matrir: Aqueous
Analy9ss Result Unlts Quallliers RL
MCUQCL Msthod Analysir Date I By
29 mg/L
ND mg/L
T
I
I
T
I
I
I
I
I
t
I
T
MAJOR IONS
Chlorido
Nitrogen, Nikate+Nikite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylene chlodde
Surr: 1,2-Dichlolobenzened4
Surr: Dibromofluoromothane
Surr: p-Bromofluorobenzene
Surr: ToluenedB
I
0.05
1.0
1.0
1.0
1.0
8G120
7G130
80.120
80-'t20
SW8260B
sw8260B
sw6260B
sw8260B
SW&2608
sw8260B
sw8260B
sw8260B
A4500-Cl B 07/07/08 16:11 / ljl
E353.2 07/12/08 06:01 / eli-b
ND ug/L
ND ugil
ND ugll
ND ug/L
116 o/6REC
116 o/oREC
I13 %REC
89.0 o/oREC
07/04/08 18:56 / dkh
All14l08 18:56 / dkh
07/04/08 18:56/dkh
0710U0818:56 / dkh
07/04/08 18:56/dkh
07/04/08 18:56/dkh
07/04/08 18:56 / dkh
07/M/08 18:56 / dkh
T
I
I
RL - Analyh reporting limit.
OCL - Ouality control limit.
MCL - Maximum conlaminanl lgvel.
ND - Not detected at the reporting limit
I ENEfiGY LAEOnA|OfllFS, lltlC. , 2393 Salt Creek Hrghway (8260U 'P.O gox 3258 . Caspil Wy82602
Toll Free 888.235,0515 ' 307.?35.0515 ' Far' 307.234. 1639 ' [e-mail] , wwwehergylab.com
I
I
I
Client:
Project;
Lab lD:
Client Samplo lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-010
TW4,18
Report Date: 07/17/08
Collection Date: 06125/08 08:17
DateRecelved: 0627/08
Matrir: Aqueous
Aflalysss Rssult Unlts Ouallflera RL
MCL/QCL MBthod Analy$l$ Date / By
I
0.05
I
I
T
I
I
I
I
I
I
I
I
I
MAJOR IONS
Chlorido
Nitrogen, Nitrata+Nitrite as N
VOLATILE ORGAN]C COMPOUN DS
Carbon tetrachlorido
Chlorolorm
Chloromethane
Methylen6 chloride
Surr: I .2-Dichtorobonz6n6-d4
Sun: Dibromofluoromethane
Surr: pBromofl uorobenzene
Sur: Toluene.dE
23 mE/L
4.55 mg/L
ND ug/L
5.7 ug/L
ND ug/L
ND ug/L
t 08 o/oREC
98.0 04REC
l0g o/oREC
93 0 %REC
1.0
1.0
1.0
1.0
80.120
70-1 30
80-1 20
80-1 20
44500-Cl B
E353.2
sw8260B
sw8260B
sw8260B
SW8260B
sw8260B
SW6260B
sw8260B
SW8260B
07/03108 16;21 I ljl
07112108 05:42 / eli-b
07/04/08 l6:21 / dkh
07/04/08 '16:21 / dkh
07/04/08 16:21 / dkh
07104108 16:21 i dkh
07/04108 16:21 i dkh
07/04/UB 16:21 / dkh
07/04/08 16:21 / dkh
07/04/08 16:21 / dkh
I
I
Report RL - Analyt€ reporting limit-
O€flnltions: eCL - euality control limit.
MCL - Maximum contaminant level.
ND - Not detected at lho reporting limit
T
I ENERGY LABORATOfrES, lNC. ' 2393 Salt Creek HEhway (8260t) ' PO. aox 3258 ' Casper; WY8260e
TottFree888.235.0515 . 307.235.0515 . Fax [phone] ' [e-mail]'www.energytab.com
I
I
I
Client:
ProJect:
Lab lD:
CllentSample lD
LABORATORY ANALYTICAL REPORT
Donison Mines (USA) Corp
2nd Quarter Chloroform
c08061 320-026
TW4-lS
Report Date: 07/17108
Gollection Date: 06/25108 17:?2
DateRecelved: 06/27108
Matrlxl Aqueous
Arnlyses Result unlts Oualiflerc RL
MCL'
OCL Method Analysis Date, By
mg/L
mgIL
I
I
I
I
T
I
I
I
I
t
I
t
MAJOR IONS
Chloride
Nitrogen, Nitrate+Nilrits ae N
VOLATILE ORGAN]C COMPOUNDS
Carton tetrachtoridE
Chloroform
Chloromethane
Methylene chloride
Surr: l,2.Dichlorobenzene-d4
Surr: Oibromof luoromethsne
Surr: p-Bromofluorobenzene
Sun: Toluene-d8
128
2.81
ND
I 000
ND
ND
116
112
108
90.0
udL
ug/L
ug/L
ug/L
%REC
%REC
%REC
%REC
1
0.05
1.0
100
1.0
1.0
80-120
70-1 30
80-r20
80-120
A4500-Cl B 07107/08 16:a7 I l1l
E3s3.2 OTnZnB 05:06 / eli-b
sw6260B
sw8260B
sw8260B
sw8260B
sw82608
SW82608
sw8260B
sw8260B
07105/OB 12:23/dkh
OTlOTfiA 15:36 / dkh
07/05/08 12:23 I dkh
07/05,08 12:23 I dkh
07/05/08 l2:23 / dkh
07/05/08 12'23 / dkh
07/05t08 12:23 / dkh
07/05/08 12'23 I dkh
I
T
I
Report RL - Analyte reporting limit.
Definltlons: eCL - eualily con6ol limit.
D - RL lncreaged due to sample matrix inlerference.
MCL - Maxirrum cgnlamlnant level.
ND - Not delected al. ttre reporting limil.
t ENEfrGY LABOEA|ORES, lNC. . 2393 Satt Creek Highway {s2601) . P.O. Box 3258 . Casp* WY 82601
Toll Free 888.235.0515 . 3a2fi5.0515 ' Fax 307.$4. 1639 . [e-mail] 'www.efiergylab.con
I
I Client:
Project:
Lab lD:
Cll6nt Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061 320-025
TW4-20
Roport Date: 07117108
Collection Date: 06/25/08 17:10
DateReceived: 06/27108
Matrix: Aqueous
t
Analyses Result Unlts Quallfiers RL
MCL/QCL Method AnalyBls Date / By
1Sl mg/L
7.S6 mg/L
I
T
I
I
I
I
I
t
I
t
I
I
MAJOR IONS
Chloride
Nilrogen, Nitrate+Nilrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon telrachlorde
Ghloroform
Chloromelhano
Methyleno chlorids
Sun: 1,2-Dichlorobenzene-d4
Surr: Dibromofluoromethane
Surr: FBromofl uorobenzeng
Sun; Toluene-dB
13 ug/L
30000 ug/L
ND ug/L
1.2 uyl
116 %REC
98.0 %REC
1 l0 YoREC
92.0 %REC
'|
0.05
1.0
1000
1.0
1.0
80-120
70,1 30
80.120
80-120
44500"Ct B
E353.2
sw8260B
sw82608
sw8260B
sw8260B
SWS26OB
sw8260B
sw82608
sw8260B
A7tAlli| 16:44 i ljl
07l12lOS 06:05 I eli'b
07/05i08 1l:05ldkh
07/05/08 11:44/dkh
07/05108 11.05i dkh
07/05/08 1l:05ldkh
07/05/08 1t;05 / dkh
07/05/08 1l:05/dkh
07/05i08 11:05/dkh
07/05i08 1't 05 i dkh
t
I
I
Roport RL - Analyte reportinq limit.
Dofinitionsl eCL - euality cpnkot limit.
O - RL increased due t0 semple matrix interference
MCL - Me).imum contaminant level.
ND - Not detected at lhe reporting limit.
I ENEBGY LABORA1OfrES, lNC. , 239i Sail Creek Highway (8260t) . P.O. Box 3258 ' Caspet WY 8260?
To$ Free 888.255,05t5 , 307235,05t5 . Fax [phone] . [e-mail] ' ww+,energylab,com
t
I Client:
Project:
Lab ]D:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
znd Ouarter Chloroform
c08061320-01 s
TW4-21
Rgport Date: 07/17108
Collection Date: 06/25/08 08:05
DateReceived; 06/27108
Matrix: Aqueous
I
Analyses Result Units Oualifiers RL
MCU
QCL Method Analysis Dato I By
I
t
t
T
t
I
I
I
I
T
I
T
t
I
MAJOR IONS
Chlonde
Nitrogen, Nitrats+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromothane
Melhylene chloride
Sun: t,2-Dlchlorobenzene.d4
Sun: Dibromofluoromethano
Sun: p-Bromofluorobenzene
Sun: Toluene-d8
1
0.05
271 mgiL
8.81 mdl
A4500-ct B
E353.2
sw8260B
sw82608
sw8260B
sw8260B
sw82608
sw82608
sw82608
sw8260B
07i03r00 r6.41 , lir
O7l12lOB 05 47 / eli-b
07/04/08 22i10 / dkh
07/04/08 22:49 / dkh
07/04/08 22:10 / dkh
07/04/08 22:10 / dkh
07/04/08 22:10 / dkh
07/04t08 22:10 / dkh
07/04108 22:10 i dkh
ollo4t08 22 10 i dl(h
1.7
160
ND
ND
't 11
102
107
s0.0
ug/L
ug/L
ug/L
ug/L
o/oREC
%REC
%REC
%REC
1.0
10
1.0
1.0
E0-120
70-130
80-r 20
80-120
Report RL - Analyto roporting lirllit,
Dellnitlons: eCL - Ouality control limit.
D. RL increased due to sampl€ matrix interforence.
MCL - Maximum contaminant level.
ND - Not detected al the reportlng llmit.
I
I ENEROY LABORATORTES, tNC. .2393 Satt creek Highway (5260t) , Po. Bil( 3258 . Caspet; WY 82602
Tolt Free 888.235.0515 ' 307.235 6575 ' Fax [phone]i39 '[e-mail] 'www.energylab.con
I
I Cllent:
Project:
Lsb lD:
Cllent Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-017
TW4-22
Report Date: 07/17108
Collectlon Date: 06/25/08 08:56
DateReceived: 06/27108
Matrlx: Aqueous
I
Rasult Units Oualifrers RL
MCLIQCL Method AnElysls Dato / ByAnalyses
sw8260B
SW826OB
sw8260B
sw8260B
swg260B
sw8260B
SWE260B
sw82508
T
I
I
T
I
I
t
I
I
t
T
I
MAJOR IOHS
Chlonds
Nitrogen, Nitrate+Nitrite as N
VOLATILE ORGANIG COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethano
Methylene chloride
Surr. 1,2-Dichlorobenzened4
S urr: Dibromofluoromethane
Sur: p.Bromofluorobenzene
Sun: Toluene-d8
271 mE/L
41.9 mg/L
ND ugil
'1200 ug/L
ND ug/L
ND ug/L
113 %REC
103 %REC108 %REC
90.0 o/oREC
1
0.05
1.0
50
1.0
1.0
8&,120
70-t 30
80-l 20
80-1 ?0
A4500-Cl B 07/03/08 16:51 J lil
E353 2 07l12lOB 05:49 / eli-b
07/05/00 00:4s / dkh
07i07/08 14:58/dkh
07/05/08 00:45 / dkh
07/0s108 00:45 / dkh
07/05/08 00:45 / dkh
07/05/08 00:45 / dkh
07/05/08 00:45 / dkh
07/05/08 00:45 / dkh
I
I
I
R€port RL - Analyte reporting lrmil.
Definitlons: eCL - eual1y control limit.
D - RL increased due lo sample matrix lnterfer€nce.
MCL - Marimum contaminant level.
ND - No( detected at the reporting limit.
I ENEBGY LAEORA1ORES, lNC. . 2393 Salt Creek Highway (g?00U ' P.O. Eox 3258 ' Caspet WY 82ffiP
Totl Free 888.235.0515 . 307.235.0515 . Fax [phone] ' [e-mail] ' www.energylab.€ofi
T
t Client:
ProJect:
L:b ID:
Client Sampls lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
Znd Quailer Chloroform
c08061320-006
TW4-23
Report Date: 07117/08
Cslleetlon Date: 06125/08 14:36
DateRecelved: 06/27108
Matrix: Aqueous
t
Analyses Result Unlts Ouallfiers RL
MCUqeL Method Analysla Date I By
mg/L
mgiL
I
I
I
I
I
I
I
I
t
I
I
I
MA.JOR IONS
Chlorids
Nikogen, Nitrate+Nitrile as N
VOLATTLE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromethane
Methylone chlarlde
$u n: 1,2-Dlchlorobenzene-d4
Sun: Dibromofluoromethane
Surr: p-Bromafluorobanzene
SUrr: Toluene-da
41
ND
1
0.05
1.0
1.0
1.0
1.0
80-120
70-130
80-120
80-120
A4500-Cl B 07/03/08 15:46 i ljl
E353.2 ATryaJOA 05:32 I eli-b
ND ug/L
ND ug/L
ND ug/L
ND uglL
r 13 %REC
1 19 ToREC
110 %REC
92.0 %REC
SW626OB
sw8260B
SW8260B
sw82608
SWE2608
sw8260B
sw8260B
sw8260B
o7t02l08 16:43 / dkh
O7EAAA 16;43 / dkh
07lO2lO8'16:43 / dkh
OTIOa|OA 16:43 / dkh
07/02/08 l6:43 / clkh
07/02/08 16:43 i dkh
07/02/08 16:43 I dkh
A7fi2108 16:43 / dkh
Report
DEfinltlons:
RL - Analyle reporting limit.
QCL - Quality control limit.
MCL - Maximum contaminant level.
ND - Not dotected at the roporting timit.I
I
I
I ENERGY LABOfrAfOHEg lNC. . 2393 Sefi Creek Highway (B!0ol) ' PO. Box 3258 ' Caspst: WY 82602
{o/1 Free888.235.0515 . 307335.0515 ' Fax [phone] ' [e-mail]'nwwenergylab.com
I
I Client:
ProJeet:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-009
'1w4"24
Report Dater 07/17/08
Collectlon Dater 06/25/08 08:46
DateRocelved: 06/27108
Matrix: Aqueous
I
Analy$6s R$ult Unlts Quallflers RL
Ir[CL/OCL Method Analysls Date / By
I
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T
T
T
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T
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MAJOR IONS
Chloride
Nitrogen, Nitrate+Nitilte as N
VOLATILE ORGANIC COMPOUN DS
Carbon tstrachlorkJe
Chlorolotm
Chloromethano
Methylens chlodde
Surr: l,2.Dichlorobenzene.d4
Surr: Dibromofl ugromethane
Sur: p-Bromofluorobenzene
Surr: Toluene-dB
,l
0.05
834 mg/L
45.3 mg/L
A4500-Cl B 07/03/08 16:16 I ljl
E353.2 07l12l}g 05:41 / eli-b
SW8260B 07/04/08 15:43 I dkh
SWE260B 07/04108 15:43 / dkh
SW8260B 07/04108 15:43 I dkh
SW8260B 07/04/08 15:43 / dkh
SW8260B 07/04/08 15:43 I dkh
SW8260B O7t04108 t5:43 l dkh
sw8260B 07/04/08 15.43 I dkh
SW8260B 07/04108 15:43 / dkh
ND
1.4
ND
ND
114
100
113
s2.0
uilL
ug/L
ug/L
ugtL
%REC
%REC
ToREC
%REC
1.0
1.0
1.0
1.0
80-'t20
70-130
80-120
80-120
Report RL - Analyte reporting limit.
Definltione; eCL - euality conuol ,imit.
MCL - Maximum conlaminant level.
ND . Not detected at the reporting limitI
I
I
I ENERGY LABOfrATORIES, lNC. , ?393 Sall Creek HEhway (8260t) ' P.O. Box 3?58 ' Caspu WY 82602
Toll Free 888.235.0515 ' 307 235.0515 ' Fax [phone] ' [e-mail] ' w{w.energylab.com
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I
I
Client:
ProJect:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Qua(er Chloroform
c08061320-001
TW4-25
Report Date: 07/17/08
Collection Date: 06/25/08 07:45
DateReceived: 06/27108
Matrix: Aqueous
Rosult Units Quallfiers RL
MCUOCL Method Analysis Date / By
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t
t
T
T
t
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MAJOR IONS
Chloride
Nitrogen, Nitrato+Nirito as N
VOLATILE ORGANIC COMPOUNDS
Carbon tottachloride
Chloroform
Chloromethane
Methylene chlorlde
Sun: 1,2-Dichlorobenzgned4
Sun: Dibromoffuoromethane
Surr: p.B/0moffuorobenrene
Surr: Toluone-d8
1
0.05
344 mg/L
22j mg/L
A4500-ct B
E353.2
SW826OB
sw82608
SW826OB
sw8260B
sw82608
SW826OB
SW8250B
sw8260B
07/03/08 15 15 / rjr
07112108 05:26 I eli-b
07/03/08 '12:53 / dkh
07/03/08 12:53, dkh
07/03/08 12:s3 I dkh
07/03/08 t2:53 / dkh
07/03/08 12:53 / dkh
07/03/08 12:53 / dkh
07/03/08 12:53 / dkh
07/03108 12:53 / dkh
ND
ND
ND
ND
108
96.0
r10
92.0
ug/L
ugtL
ug/L
uglL
%REC
ToREC
o/oREC
o/oREC
1.0
1.0
1.0
1.0
80-120
70-130
80-120
80.1 20
Report RL - Analyte reporting limit.
Delinltlons: eCL - euality controt ltmii.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limitI
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I ENERGY LABOEATORIES, lNC. . 2393 Salt Creek Hrghway (8260il . P.O. Box 3258 . Caspec WY 82602
Toll Free880.235.05t5 . 307.235.0515 , Fax [phone] . [e-mail]
I
I Cllent:
Project;
Lab lD:
Cllent Sample lD
LABORATO RY ANALYTICAL REPORT
Denlson Mines (USA) Corp
Znd Quanar Chloroform
c08061 320-029
TW4-60
Report Date: 07/17108
Collection Dete: 06/23/08 14:40
DateReceived: ffi127fi8
Matrlx: Aqueous
T
Result Unlts Ouallflers RL
MCUQCL Method Analysis Date I By
I
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MAJOR IONS
Chloride
Nrtrogon, Nit.ate+Nitrite as N
VOLATILE ORGANIC COMPOUNDS
carbon letrachloride
Chloroform
Chloromethans
Methylene chloride
Su rr: I,2.Dichlorobenzen+d4
Surr: Dibromofluorometheno
Surr: p-Bromoflirorobanzene
Surr: Toluena-dB
1
0.05
ND mg/L
ND mg/L
44500-Cr B
E353.2
sw8260B
sw82608
sw82608
sw82608
sw82608
sw8260B
SWB260B
sw82608
O7l07tgB 17:02 t til
07112108 06:53 / eli"b
07 to7to& 13-40 / Ckh
07107/08 13:40 / dkh
O7l97rc$ 13:40 / dkh
07107n& 13:40 / dkh
07/07108 13:40 / dkh
OTlOTnA l3:40 / dkh
07/07/08 13:40/dkh
07l}7l0g 13:40 / dkh
ND
13
ND
ND
115
105
118
88.0
ug/L
ug/L
ug/L
ug/L
%REC
%REC
%REC
%REC
1.0
t.0
1,0
1.0
80-1 20
7&130
8t)-120
E0-1 20
I
t
I
Report RL - Analyto reporting limit
Dalinitions: eCL - euality contfol limit.
MCL - Maximum contaminanl IBV€|.
ND - Not detected at the reporting lirIlit,
I ENERGY LAEOfrATOfrlEg ltlO. ' 230,? Salt Creek Hrghway (82601) ' PO. *ox 3258 ' Caspet WY 82602
TollFree888.235.0515 , 307.235.0515 . Fax [phone] ' [e-mail]'www:energylab.cont
T
t Client:
Project:
Lab lD:
Cllent $ample lD
LABORATORY A NALYTICAL REPO RT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061320-030
TW4€3
Report Date: 07/17108
Collection Date: 06/23/08 14:02
DateReceived: 06127 108
Matrix: Aqueous
T
Result Unlts Quallfler$ RL
MCL'OCL Method Analysls Oate I By
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MAJOR IONS
Chloride
Nitrogen. Nitrate+Nitrite as N
VOLATILE ORGANIC COMPOUN DS
Carbon tetrachlorido
Chlorolorm
Chloromethg,re
Methylene chlofido
Surr: 1,2-Dichlorobenzen e-d4
Surr: DibromofluoromethanE
Sun: p-Bromofluorobenzeno
Surr: Toluene.dB
ND mgIL
NO mglL
1
0.05
A4500-ct B
E353.2
sw8260B
sw82608
SW826OB
sw8260B
sw8260B
sw8260B
SW826OB
SW826OB
07/07108 17:07 t til
07112/OB 06:48 I elFb
07/07/08 14:19 / dkh
07/07,08 14:19 I dkh
o7l07lOA l4:19I dkh
07107108 l4:19 / clkh
07r07O8 14:19 / dkh
07i07,08 14:19 / tlkh
07n7n8 14'1S
'
dkh
07/07/08 14:19 / tlkh
ND
ND
1.4
ND
118
113
'1 t4
s0.0
ugrL
ug/L
ug/L
ugtL
%REC
%REC
%REC
%REC
1.0
1.0
1.0
1.0
80-120
70-1 30
80-1 20
80.1 20
Report RL - Analfe rEporting limjt.
Oeflnltlons: eCL - Ouallty controt limit.
MCL - Maxirnum contaminant level.
ND - Not dotected at the rsporting lirnit,I
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I
t ENERGY LABOfrATOREA NC. . 2393 Satt Creek HEhway 182601) . P.O. Box 3258 ' Carpet WY 82602
TottFree888.tj5.05t5 , 307.235.05t5 ' Fax [phone] ' [e-mail]'tvww.energylab.cont
I
I Client:
Proiect:
Lab lD:
Client Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) CorP
2nd Quarter Chloroform
c08061 320-027
TW4.65
Report Date: 07/17108
Goliectlon Date: 06/25/08 09:30
DateRecelved: aBETlog
Matrix: Aqueous
I
Analysos Result Units Ouallflert RL
MCUQCL Mcthod Analysis Dato / Ey
29 mg/L
ND mgll
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MAJOR IONS
Chlorido
Nitrogen, Nilrale+Nilrite as N
VOLATILE ORGANIC COMPOUNDS
Carbon tetrachlori{re
Chloroform
Chloromethane
Methylene chloride
Sun: l,2.Dichlorobenzenod4
Sun: Dibromofluoromethane
Sur: p-Bromofluorobenzene
Sun: Toluene-d8
1
0.05
1.0
1.0
1.0
1.0
80-120
70-r30
80-120
80.120
A4500-Cl B 07/0ilO8 16;53 / ltl
E3s3.2 07112108 05:54 i eli-b
ND ug/L
ND ug/L
ND ug/L
ND ug/L
1ts %REC
121 %REC113 %REC
88.0 %REC
sw8250B
sw8?608
sw82608
SWE2608
SW82608
sw82608
sw8260B
SW826OB
07/07/08 16:15, dkh
07107t0816:15/ dkh
07107fiA 16:15/ dkh
07/0748 16:15/dkh
OTl07l08 16: 15 / dkh
07107t08 16:15 / dkh
O7t0ll08 l6:15 / dkh
OT|OTIOB 16:15 / dkh
Report
Definltlone:
RL - Analyto reporUng limit.
QCL - Qual(y c€ntral lirnrl.
MCL - Maximum crnlaminant level.
ND - Not detected ai th6 reporting lirnit.
I ENEFQY LAAOflATOEIES, lNC. ' 2393 Satt Creek Highway (8260t) , PO. fiox 9258 ' Caspil WY 82602
hlt Free 888.235.0515 . 307.235.0515 , Fax [phone] , [e-mail]'www.energylab.cont
t
I Client:
Project:
Lab lD:
Glient Sample lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c08061 320-028
TW4-70
Report Date: 07/17108
Collection Date; 06/25108 16:20
DateRecelved : AGl27 108
Matrh: Aqueous
T
Analys6s Result Units Qualifiers RL
MCUOCL Method Analysls Date, Ey
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MAJOR IONS
Chloride
Nrlrogen. Nit.ate+NitritB as N
VOI.ATILE ORGANIC COMPOUN OS
Carhon totrechlondo
Chloroform
Chlommethane
Methylene chtoridE
Surr: 1,2-Dichlorobenzeno-d4
Sun: Dibromofl uoromethane
Sun: p-Bromofluorobenzene
Sun: Toluene-dB
1
0,05
45 msiL
ND mg/L
A4500-Cl B 07/07/08 16:55 I ljl
E353.2 ATl12t08 06:52 / elr-b
ND
ND
ND
ND
120
122
11r
89.0
ug/L
uS/L
ug/L
ug/L
ToREC
%REC
%REC
%REC
1.0
1.0
1.0
't.0
80-120
70-130
80-120
80.120
sw8260B
SW8260B
sw8260B
sw8260B
SW826OB
SWB26OB
SW82608
sw82608
07/07/08 17.33/dkh
OllOTlOA 17:33 / dkh
o7t07108 17:33 i dkh
07/07108 '17:33 I dlrh
07/07/08 17:33/dkh
07i07/08 17:33/dkh
07fi7t08 t7:33 / dkh
07t07l08 17:33 / dkh
Report RL - AnalytB teporting llrnit,
Definltlons: eCL - euatity controt timit.
MCL. Marimum contaminant level.
ND - Not detsctod at th8 reporting limit.I
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I ENERCY LABOqA|OEIES, tNC. . 2393 Salt Creel Hbhway (82601) . P.O. Box 3258 . Caspet W 82602
To|tFree888.235.0515 ' 907.235.05/5 ' Fax 3022e4.$39 ' [e-mail]'www.energylab'com
I
I Client:
Project:
Lab lD:
Cllent Samplo lD
LABORATORY ANALYTICAL REPORT
Denison Mines (USA) Corp
2nd Quarter Chloroform
c0806132G031
Trip Blank
Report Date: 07/17108
Collection Date: 06/25/08 16:20
DateReceivedz O6127 lO8
Matrix: Aqueous
I
Analyses ReBUlt Units Qualifiers RL
MCUQCL Method Analysie Oate I By
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VOLATILE ORGANIC COMPOUNDS
Carbon tetrachloride
Chloroform
Chloromothane
Methylene chloride
Sun: 1,2-Dichlorobenzene-d4
Surr: Dibromofl uoromelhane
Surr: p-Bmmofluotobenrene
Sun: Toluen+d8
NO ug/L
ND ug/LND ug/L
ND uglL114 %REC
105 %REC
112 %REC
s0.0 %REc
1.0
1.0
1.0
10
8G120
70-1 30
80-1 20
60-1 20
sw8260B
sw8260B
sw8260B
SW8260B
sw82608
sw82608
SW8260B
sw82608
07t07t0813:01 / dkh
07i07/08 13:01 I dkh
07107/08 13:01 / dkh
07107/0E 13:Ol , dkh
07107/08 13:O1 I dkh
07/07/08 t3:01 /dkh
07/07/08 13:01 /dkh
07/07i08 13:01 rdkh
Report
Definltlons:
RL - Analyte reportlng limit
OCL. Quality control llmit.
MCL - Maximum contaminant level.
ND - Not detected at the reporting limit.
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t ENEnGy LABOflATORES, tNC. . 2393 Satt Creek Highway (s260t) ' Po Box 3258 '. Caspet WY 82602
iott Free 888.255.05t5 . 307235 AS|S , Fax [phone] ' [e-mail] ' ,rww.energylab,com
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ANALYTICAL SUMMARY REPORT
July 17, 2008
Denison Mines (USA) CorP
6425 S Hwy 191
Blanding, UT 84511
Workorder No.: C08061320 Quote lD:
Prolect Name: Znd Ouarter Chloroform
C1640 - POC Wells / Monthly Groundwater Sampling
Energy Laboratories, Inc. received lhe following 31 sernples from Denison Mines (USA) Corp on 6Pl|2AOB fof analysis.
Sample lD Cllent Sample lD Collect Date RecelvE Date Matrix
c08061 320-001 TW4-25 06/25/08 07:45 06/27108 Aqueous Chloride
Nitrogen, Nitrate + Nitrite
SW8260B VOCs, Standard List
c08061320-002 TW4-3
cdaoorezo-ootru+l2
06125108 10:55 06127108 Aqueous Same As Above
06/25/08 14:48 Q6127 108 Agueous Same As AbovsI
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c08061320-004 TW4-13
c0806'1320-005 TW4"8
06/25/08 14:56 06ri27/08 Aqueous Same As Above
06/25/08 16:20 06/27108 Aqueous Same As Above
c08061320-006 TW4-23 ____?u125l08 I 1i1 06!11101
- _Aqueous SameAs Above
c08061320-007 TW4-14 06/25/08 'u:9_'_YTg
Aqueous Sarne AsAbove
c08061320-008 TW4-e 06/25108 1O:45 06127 lg$Aqueous Same AsAbove
c0806132S.009 TW4-24 06/25/08 08:46 06/27108 Aqueous Same As Above
c0806132G.010 TW4-18
c08061320-011 TW4-16
06/25/08 O8:17 OOI27 ta9 Aqueous Same As Above
06125/08 08:34 06/27108
c08061320-012 TW4-5
c08061320-013 TW+6
Aqueous Same As Above
06i25/08 10:34 06t27108 Aqueous Same As Above
06X25/08 15.25 OGt27l08 Aqueous Same As Above
c08061320-014 TW4-I1 06125/08 12:14 OBl27 108 Aqueous Sarne As Above
Aqueous Sarne As AboveIc08061320-015 TW4-21 06/25/08 08:05 06/27108
c08061320-016 TW4-,l0 06/25108 10:22 06127108 Aqueous SameAs Above
c08061320-017 TW4-22 06/25/08 08:56 06/27108 Aqueous Same As Above
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c08061320-018 TW4-1
c08061320-019 TW+7
c08061320-020 TW4-4
c08061320-021 TW4-2
06/25/08 15:42 06t27 108 Aqueous SameAsAbove
06/25/08 1 5:51 06t27 IOB Aqueous SarneAs Abovo
06/25/08 15:35 06127108 Aqueous SameAs Above
06125/08 12:25 ffi127t08 Aqueous Same As Above
I c08061320-022 TW4-17
c08061320-023 MW-4
len1nl 09:30 06/27108 Aqueous Same As Above
06/25/08 l6:08 06/27108 Aqueous Same As Above
c08061320-024 TW4-15 06125/08 16:50 08/27108 Aqueous Same As Above
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c08061320-025 TW+20 O6t25lOB 17 :'lO OGf27 IOB Aqueous Same As Above
EtlEfrOy LABORATORIES, lNC. . 2393 Salt Creek Highway (8260t) ' PO. Box 3258 ' Caspq WY 8?602
tottFree8&8.235.05l5 , 307.?35.0515 . Fax [phone] ' [e-mail]'www.eneqylab.cofft
c08061320-026 TW4-19 06/25/08 17:22 ffi127108 Aqueous Same As Above
c08061320-027 TW4-6s 06/25/08 09:30 06/27108 Aqueous Sarne As Above
c08061320-028 TW4-70
c08061320-029 TW4-60
06/25108 16:20 06127108 Aqueous Same As Above
06/23/08 fi:aO AB,27I08 Aqueous Same As Above
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c08061320-030 TW4-6s 06/23/08 14:O2 O6127lO8 Aqueous Same As Above
C08061320-031 Trip Blank 06/25/08 '18.20 ffi127108 Aqueous SW8260B VOCs, Standard List
As appropriate, any exceptions or problems with the analyses are noted in the Laboratory Analytical Report, the
QAJQC Summary Report, or lhe Case Narrative.
lf you have any questlons regarding these tests results, please call.
ReportApprovedBv: #* r%--
ENEEOY LABOFATOfrIE$,INC. '239? Satt Creek Highway (82601) 'PO. &ox 3?58 ' Casper, WY82602
Totl FreeB88.?35.05,5 . 307.235.0515 , Fax [phone] . [e-mail]'www:energylab.com
QAIAC Summary Report
Client:
Project;
Denison Mines (USA) Corp
2nd Ouarter Chloroform
Report DatEt 07/17108
Work Order: C08061320
Analyte Result Unlts RL %REC Low Llmit Hlgh Llmlt FPO RPDLlmlt Qual
Method:
Sample lDl
Chloride
Samplo lD:
Chlonde
9ample lD;
Chlorids
Sample lD:
Chloride
Sample lD:
Chloride
Sample lDl
Chloride
A4500-cl B
MBLK$,O8O7O3A
LCS35{807034
c08061 320-008AMS
c08061320408AMSD
c08061320.018AMS
c0806't 320{18AMSD
Method Blank
ND mg/L
Laboratory Conlrol Sample
3510 mg/L
Sample Metrix Spiko
107 mg/L
Sample Makix Spike Duplicate
107 mglL
Sample Matrix Spike
157 mg/L
Sample Matrix Spike Duplicate
t 57 mqll
Run: TITRATION_080703A
Run: TITRATION_080703A
90 110
Run: TITRATION_0807034
90 110
Run: TITRATION_080703Ag0 110 0.0
Run: TITRATION_0807034
s0 110
Run: TITRATION_080703A
r00
100 s0 110 0.0
Batch: 080703A-CL-TTR-W
07/03/08 l2:27
07/03/08 l4:57
07J03/08 15:56
07/03O8 t5:58
l0
07/03/08 16:59
07/03/08 t7:00
10
s9
't 02
0.4
1.0
1.0
r021.0
1.0
1.0
t
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Method:
Sample lD:
Chloride
Sample lD:
Chlorido
Sample lD:
Chloride
Sample ID:
Chloride
gample lD:
Chloride
Sampl6 lO:
Chloride
A,tEm.Cl B
MBLKg-o807074
c08061320-t,24AMS
C0806132042,14!rSD
LCS35.0807074
c08070275-00tAilrs
c0807027s.00lAMsD
Mothod Blank
ND mg/L
Sample Matrix Spike
180 mgiL
Sample Matrix Spike Duplicate
176 mdl
Laboratory Control Samplo
3550 mg/L
Sample Matrix Spike
110 mg/L
Samplo Matrix Spike Duplicate
108 mdl
Run: TITRATION_0807078
Run: TITMTION_0807078
s0 110
Run: TITRATION_0807078
90 110
Run: TITRATION_0807078
90 110
Run: TITRATION_0607078
90 110
Run: TITMTION-0607078
90 'l t0
Batctr: 080707A-C[-TTR-W
07/07/08 t4:18
o?t47fi8 16-26
07107/08 16:29
2.O l0
07/07i08 t6'34
0Tt}llOB 17:17
OTlOTlOB 17:19
r.3 10
'101
'101
0.4
1.0
1,0
1.0
1.0
1.0
Qualifiers:
RL - Analyte reporting llmit.ND - Not detecled at the reporting limrt-
ENEBGY LABOEATORIES, lNC. . 2393 Satt Creelr Highway (82601) . P0. Bax 3258 ' Caspu WY 82602
TollFree888.235,0515 . 307,235.0515 . Fax [phone] . [e-mail]
QA/QC Summary Report
Cllenfi Denison Mines (USA) Corp
Project: 2nd Quarter Chloroform
Report Date: 07117108
Work Order: C08061320
, Analyte Result RL o/oREC Low Llmit High Limit RPD RPDLImIt QUAI
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Method: E363.2
Samplo lD: MBLK
Nitogsn, Nitrate+Nitrite as N
Samplc lD: LFB
Nitrogen, Nilrete+Nitrito as N
Sample lD: C080G1320-0t38
Nitrogen. Nilrate+Nitrite as N
Samplc lD: C08061320{138
Nitrogen, Nitrato+Nitrita as N
Sample lDr C06081t20{278
Nitrogen, Nitrato+Nitrito as N
Sample l0: C08061320.0278
Nitrogen, Nitrate+Nitrits as N
Samplo lD: 808083104.0308MS
Nitrogen, Nitrate+Nitrite as N
Sample lD: 808063104{,30BMSD
Nitrogen, Nitrale+Nltrite as N
Method Blank
0.007 mg/L
Laboratory Fortified Blank
1.02 mg/L
Sample Matrix Spake
1.SG mgL
Sample Matrix Spika Dupllcate
1,S8 mg/L
Sample Matnx Spike
0.604 mgL
Sample Malrix Spike Duplicate
0.609 mg/L
Sample Matrix Splke
1.00 mS/L
gamplo Matrix Spike Duplicate
0.995 mg/L
Run: SUB-811393E
Run: SUB-8113938
90 110
Run: SUB-BI13938
90 110
Run; SUB-8113938
90 110
Run: SUB-B11393E
90 110
Run: SUB-Bl 13938
90 t10
Run: SU&Bl 13938
90 110
Run: SUBB1 13938
90 110
Batch: B_R113938
07,12/08 05:15
07/t2lOB 05:.l6
07/12/OB 05:39
07/12/08 05:a0
10
07/12lOB 05:55
s
07i r2108 05 57
10 s
07/12/08 06:50
07/12/08 06:51
10
0.002
0.050
0.050
0.050
0.050
0.050
0.050
0.050
'l 10
101
Qualifiers:
RL - Analylo reporting limit.
S - Spike recovery oulside of advisory limits.
ND - Not detecled at the reporting lirnrt.
t ENERGY UIEOqATORIES, lNC. , 2393 Satt Creek Highway P!60t) ' PO. Box 3258 ' Caspil WY 82602
To{1 Free888.235.0515 '307.235.0515 'Fax 307.?34.1639 '[e-mail]'www.energylab.com
I
I
QA/QC Summary Report
Client: Denison Mines (USA) CorP
Project 2nd Quarter Chloroform
Report Date: 07/17/08
Work Order: C08061320
108 80
98 70
105 80
94 80
ND ug/L
ND ug/L
ND uflt
ND ug/L
I
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T
Analyte
Melhod: SW8260B
$ampl€ lD: 02*Ju!-06-LGS-S
Carbon tetrachloride
Chloroform
Chloromsthane
Methylene chloride
Su rr: 1,2-Dichlorobenzeoe-d4
Su rr: Dibromotluotomelhane
Surr: p-Bromofl uorobanzene
Su(: Toluened8
Sample lD: 02Ju|-08-MBLK-6
Carbon tetrachloride
Chloroform
Chloromelhane
MBthylono chlorids
Su rr: 1,z-Dichlorohenzer6-d4
Sun: Dibromolluoromethane
Sun: p-Bromofluorobenzene
Sun: Toluene-dB
Sarnple lD: C0806i 20a.008EMS
Carbon tetrachloride
Chloroform
Sun: 1,2-Dichlorobenzene.d4
Su rr: Dlbromofluorom€thane
Su rr: p-Bromofluorobonzene
Surr: Toluene-d8
Sample lD: C08061294-008EMSD
Carbon t6trachlorlde
Chloroform
Su rr: 1.2-Dichlorobgnzcn6d4
Sun: Dibromofl uoromethane
Sun: p-Bromofluorob€nzsne
Siln: Toluens-d8
RL %REC Low Llmlt High Limit RPD RPDLimit Qual
Laboratory Control Sample
10.0 ug/L
9.7 ug/L
7.9 uilL
8.2 ug/L
Method Blank
Sample Matrix Spike210 ug/L210 ug/[
Sample Matrix Spike Duplicate
22O udl
220 udt
Run: GCMS2-0807028
Batchr Rl03697
07102/08 10: I 5
07l92tOB 12:11
07/03108 04:20
07/03/08 04:59
20
2A
10
10
10
10
't.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
0.5
0.5
0.5
0.5
100 70
97 70
79 70
82 70
99 80
8S 70
103 E0
99 80
130
130
130
130
120
130
130
120
Run; GCMS2-0807028
10
10
1.0
1.0
1.0
1.0
10
l0
'1.0
'1.0
1.0
1.0
7A
70
80
70
EO
80
120
130
r20
r20
130
130
r20
130
't20
120
130
130
120
130
1?0
120
Run: GCMS2-0807028
105
105
110
108
116
92
10s 70
109 70
1rl 80
104 70
117 80
92 80
Run: GCMS2-0807028
3.7
3.7
0.0
0.0
0.0
0.0
Qualiflers:
RL - Analyto reportlng llmit.ND - Not detected at the reporting limit
I ENERGY LABORATORIES, lNC. . 2393 Satt Creek Highway (82601) . RO. Box 3258 ' Casper, WY 82602
Totl Free888.135.0515 . 307.135.0515 , Fax [phone] . [e-mail]'wwwenergylab.nm
I
I
QAIQC Summary Report
Client:
Project:
Denison Mines (USA) Corp
2nd Quarter Chloroform
Report Date: 07/17/08
Work Order: C08061320
I Analyte UnltB RL %REC Low Llmlt Hlgh Limll RPD RPDLImit OuaI
106 80
93 70
106 80
94 80
ND ug/L
ND ug/L
ND ugil
ND ug/L
I
t
t
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T
I
T
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Mothod: SW8260B
Sample lD: 04Jul-08-LC8-6
Carbon letrachloride
Chloroform
Chloromethane
Methylono chlorids
Sun: 1, 2-Dichlorobenzene-d4
Sun: Dibromofl uoromethane
Surr: p-Bmmofluorobenzene
Surr: Toluene-dg
Sample lO: 04-Jul-0E-MBtK-7
Carbon tetrachloride
Chloroform
Chlorom6thane
Methylene chlorlde
Su rr: ,|,2-Dichlorobenzened4
Su rr: Dibromofluoromethane
Sun: p-BromofluorobonzBne
Surr: Toluene-dE
Sample lD: C08061320-016CMS
Carbon tetrachloride
Chloroform
Surr: 1,2-Dichlorobenzene-d4
Sun: Dibromofl uoromethane
Sun: p-Bromofluorobenrene
Sun: Toluene-d8
Carbon tetrachlorlde
Chloroform
Sun: 1,2-Dichlorobenzene.d4
Surr: Dlbromofl uoromothane
Surr: p-Bromoflu orobenzene
Sun; Toluone-dB
Laboratory Control Sample
1 1 ug/L
10 ug/L10.0 ug/L
8.7 ugll
Method Blank
Sample Matrix Spike
2300 ug/L
3100 ug/t
2400 ug/L
3100 ug/t
{.0
1.0
1.0
1.0
1.0
1.0
1.0
1"0
0.5
0.5
0.5
0.5
108
100
100
87
97
86
102
98
120
'106
1t5
1t1
123
90
70
7A
7A
70
80
70
80
80
70
70
80
70
80
80
100
r00
1.0
1.0
1.0
1.0
100
100
1.0
1.0
1.0
1.0
r20
130
120
120
130
130
120
130
120
t20
130
r30
120
130
120
120
3.7
1.3
0.0
0.0
0.0
00
Run: GCMS2_0807044
r30
r30
130
130
120
130
130
120
Run: GCMS2_080704A
Batch; Rl03771
0710*108 12:29
07104/08 13:46
07/05108 13;40
S
07/05/08 14:19
20
20
10
10
10s
r0
Run: GCMS2-0807044
116 70
104 70
1r9 80
1r5 70
128 80
87 80
Sample lD: C08061320-026CmSD Sample Matrix Spike Duplicate Run: GCMS2-0807G4A
T
I
T
Quallflers;
RL - Analyte reporting limit.
S - Spike reeovery outside of advisory limits.
ND - Not det€cted at the Isporting limit
I ENERGY LAAORATOEIES, tNC. , 2393 Salt Creek Htbhway 18260t) . PO. Box 3258 ' Caspu WY 82602
TottFree888.235.0515 . 307.?35.0515 . Fax [phone] , [e-mail]'wwwenergylab.com
T
t
QAIQC Summary Report
Client Denison Mines (USA) CorP
Project: 2nd Ouarter Chloroform
Report Date: 07/17108
Work Order: C08061320
I I
I Analyte Result Units RL %REC Low Limit High Llmit RPD RPDLimlt Qual i
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T
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Method: sw8260B
Sample lDi 07.Iul-0E-LcS-3
Carbon letrachloilde
Chloroform
Chlommethane
Methylene chloride
Su rr; l, 2-Dichlorobenz,ene-d4
Sun: Dibromofluoromethane
Su rr: p-Bromofluorobenzena
Surr: ToluenedB
Sample lD: 07Jut-08-MBL[6
Carbon letrachloride
Chloroform
Chloromotheno
Methylene chloride
Sur: l, 2-Dichlorobenzene-d4
Sur: Dibromofl uoromethane
Sun: p-Bromofluorobonzene
Sur: Toluene-dB
Sample lD: C0806i364"0054MS
Carbon tetrachloilde
Chloroform
Su rr: 1,2-DichlorobEnzene-d4
Sun: Dibromofluoromethan6
Sun: p-Bromofluorobenzene
Sur: Toluens,dB
Sample lD: C0806135,il{05AMSO
Carbon tetrachlorido
Chlorotorm
Sun: l, 2-Dichlorobenzene-d4
Sur: Dibromofluoromethane
Surr: p-Bromofluorobonze60
Surr: Toluene-d8
Laboratory Control Sample
11 uilL
10 ug/L
10 uS/L
8.9 ug/L
Method Blank
ND ugil.
ND ug/L
ND uqtl-
ND ug/L
Sample Matrix Spike
3700 uE/L
S600 ug/L
Sample Matrix Spike Duplicato
10000 ug/L
10000 ug/L
Run: GCMS2_0807074
Batch: R1038'12
07/07108 10:26
07tO7lOB 12:23
O7/08/08 03:53
07108/08 0a:31
20
20
10
10
10
10
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
0.5
0.5
05
0.5
130
130
130
130
120
130
130
120
105 70100 70103 70
89 70
98 80
s3 70
104 80
E8 80
Run: GCMS2_080707A
500
500
1.0
1.0
1.0
'1.0
500
500
1.0
1.0
1.0
t.0
70
70
80
70
80
80
120
130
r20
120
130
130
120
130
120
120
130
130
120
130
120
r20
6.8
4.5
0.0
0.0
0.0
0.0
112 80
102 70
108 80
90 80
Run: GCMS2_0807074
97 70
96 T0
1r0 80
100 70
113 80
94 80
104
100
110
s9
113
94
Run: GCMS2-0807074
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Qualifiers:
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Energy Laboratories lnc
Workorder Recei pt Checkl ist
Denison Mines (USA) Corp
I :::::::=::::::::::::::::::::::::::::::::::::::::::::::::::r:::::::::::::::::::::::::::::::::::::
Contact and Correctivo Action Comments;
I None
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ItfilIfl Iilfiil fllililtfiilil[Iffi fiil
c08061320
r Login completed by: Kimberly Humiston Date and Time Received: 6127DA08 9:45 AM
I Reviewed by: Received by: lm
Reviewed Date: Carrier name: Next Day Air
T
Shippingconlainer/cooleringoodcondilion? Yes fl No D NotPresent n
I Custody seats intact on shipping containericooler? Yes [[ No E Not Present !
- Custodysealsintactonsamplebottles? Yes E No E NotPresent [l
t Chaln of custodypres€nt? Yes pl No E
I Chaln of custody slgned when rellnqulshed snd recerved? Yes E No D
Chain of custody agrees with eampls labels? Yes [f No f]
t Sampleslnpropercanlalner&ottle? ves [t No fl
Sample containers intact? Yes [[ No E
I SufficiEnl sample volume forindicaled test? Yes ffi No EI
All samples receivedwithin holding tim6? Yes [l No E
I Conlainer/Temp Blank temperalure in compliance? Yes [l No D 6'C On lce
I Water-VOAvialohawzeroheadspace? Yes [t No n NoVOAvialssubmitM n
Water - pH acceptable upon receipl? Yes Bl No E Not Applicable tr
I
T ENEFGY LAEOEAfiOilES, lNC. , 2393 Satt Creek Highway (82ffi1) . PO. $ox 3258 ' Caspet WY 02602
Toll Free 888.235.0515 . 307.235.0515 . Fax [phone] . [e-mail]'wmaenergylab.com
I Date. 17-Jul-08
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CLIENT:
ProJect:
Denlson Mines (USA) Corp
2nd Quarter Chloroform CASE NARRATIVE
Sample Dellvery Group: C08061320
THIS IS THE FINAL PAGE QF THE I.ABORATORY ANALYTICAL REPORT
0RTGlNAL SAMPLE SUBMITTAL(S)
All original sample submittals have been returned with the dala package,
SAMPLE TEMPERATURE COMPLIANCE: 4'C (t2"C)
Temperature of samples received may not be considered properly preserved by accepted standards. Samples thal are
hand delivared immediately after collection shall bo considered acceptable if there is evidence that the chilling process
has begun.
GROSS ALPHA ANALYSIS
Method 900.0 for gross alpha and gross beta is intendsd as a drinking water method for low TDS waters. Data provided
hy his method for non potable waters should be viewed as inconsislenl,
RADON IN AIR ANALYSIS
The deslred expoeure tirne is 48 hours (2 days). The lime delay in relurning the canister to lhe laboratory for processing
should be as short as possible to avoid excessivo docay. Maximum recommondod delay bet!\reen end ol exposure to
beginning of counting should not exceed I days.
SOIUSOLID SAMPLES
All samples reported on an as received basis unless othemise indicated.
ATRAZINE. SIMAZINE AND PCB ANALYSIS USING EPA 505
Data for Atrazine and Simazine are reported from EPA 525.2, not from EPA 505. Data reported by ELI using EPA method
505 reflects the resulls for seven individual Aroclors. \A/hen the results for all seven are ND (not detected), the samplo
meets EPA compliance criteria for PCB monitoring.
SUBCONTRACTING ANALYSIS
Subconlracting of sample analyses lo an outside laboralory may be required. lf so, ENERGY LABORATORIES will utilize
its branch laboratories or qualified conlract laboratories for this service, Any such laboratories will be indicated within lhe
Laboratory Analytical Report.
BRANCH LABORATORY LOCATIONS
eli-b - Energy Laboratories, lnc. - Billings. MT
eli-g - Energy Laboratories, lnc. - Gilleite, tlfY
oli-h - Energy Laboratories, lnc. - Helena, MT
eli-r . Energy Laboratories, lnc, - Rapid City, SD
eli-t - Energy Laboratories, lnc. - College Station, TX
CERTFICATIONS:
USEPA: WY00002; FL-DOH NELAC: E8764llArizona: 420699; California: 02118CA
Oregon: V1fr200001 : Uta h : 30723505 1 5: Vitginia: 00057 ; Washington: C 1 903
lSo 17025 DISCLAIMERT
The results of this Analytical Report relate only to the items submitted for analysis.
ENERGY LABORATORIES, lNC. - CASPER,WY certifies that certain method selections contained ln this report meet
requirements as eet forth by the above accrediting authorities. $ome results lequested by the client may not be covered
under these certifications. All analysis data to be submitted for regulalory enforcemont should be certilied in the sample
state of origln. Please verify ELI's certificalion coverage by visiting www.energylab.com
ELI appreciates lhe opportunity to provide you witlr this analytical Bervice. For additional information and services visit our
web page www. energylab. com,
Page I of 1
Steve Landau
From: Steve Landau
Friday, August 29,2008 3:13 PM
'Dane Finerfrock'
Aftachments: C08061 320.csv
Dear Mr. Finerfrock,
Attached to this email is an electronic copy of all laboratory results for chloroform monitoring conducted during the
2nd Quarter, 2008, in Comma Separated Value (CSV) format.
Yours truly,
Steven D. Landau
Sent:
To:
8/2912008
I I I I I
E(/
JLN /?t..--0, \\t-)Frt(/)\u.l F.
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SCALE IN FEET
MW-22
O.lS
EXPLANATION
perched monitoring well showing25oo concentration in uc/l
6 ronn temporary perched monitoring wellv I vvv showing concentration in uc/l
'l*;3 perched piezometer (not sampled)
Mw-32 perched monitoring well installed April, 2005
* *o showing concentrauon in uc/l
A.^^ temporary perched monitoring well installedY '-" April, 2005 showing concentration in uc/l
* *o temporary perched monitoring well installed' May, 2007 showing concentration in uG/l
NOTES: ND = not detected, NS = not sampled;
/7
/l',t1
t;
l1
^lr
1l
gl
1l
1l
1l
1l
1l
1l
1l
1l
1l
1l
1l
gl
gl
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HYDRO
GEO
CHEM,INC.
KRIGED 2nd QUARTER, 2008 CHLOROFORM (uG/L)
WHITE MESA SITE
H :I/ 1 8000/aug08/cht0608. srf
IIIIIIIIIIIIII
Water Levels and Data over Time
White Mesa MilI - Well MW4
Measuring Length
Water Land Point Of
Total or
Measured Total Total
Depth to Depth to Depth
Elevation Surface Elevation Riser Date Of Water Water Of
5.620;77 5.622.33 1.56
I
t
t
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
5,529.16
5,529.08
s,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
5,529.85
9l2slt979
toltoll979
1/10/1980
3120/1980
6lt7ll980
9/ls/1980
10/8/1980
2lt2lt98l
9l,/1984
t2/U1984
2lUt985
6lt/t985
9lu1985
10/l/1985
I l/1/1985
t2/111985
3ll/1986
6lt9l1986
9nt1986
t2/U1986
212011987
4128/t987
8lt4lt987
tU20/1987
U2611988
6/U1988
812311988
tt/2/t988
319/1989
6t2U1989
9lvt989
tUr5l1989
2n611990
sl8/1990
81711990
tUt3l1990
2/2711991
5l2Ul99l
8127lt99t
t2l3ll99l
3/t711992- 611111992
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
110.00
93.42
93.50
93.17
95.67
93.17
93.25
93.33
93.s8
93.42
94.08
93.33
94.00
93.23
93.27
93.12
93.1 1
92.90
92.93
92.80
92.47
92,42
92.56
92.54
92.20
92.48
93.r4
93.r4
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
91.94
91.61
94.11
91.61
91.69
91.77
92.02
91.86
92.52
91.77
92.44
9t.67
9t.71
91.56
91.55
9t.34
9t.37
91.24
90.91
90.86
91.00
90.98
90.64
90.92
I
I
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t
I
(WL) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
*sil:";t;il.1P':l;:;ilq:",
Lengthof
Riser
Measured
Depth to
Total
DePth to
Water
Total
DePthof
Welt
Land
Surface
Measuring
Point
Etevation
Date of ^Y11?1 t23.6
I
I
I Water
Elevation
5,529.90
5,529.92
5,530.25
5,530.20
5,530'19
5,529;15
5,530.98
5,531.35
5,531'62
5,532'58
5,533'42
5,534'70
5,535'44
5,531'16
5,538'37
5,539'10
5,539'13
5,542'29
5,551'58
5,552'08
5,552'83
5,553'4',1
5,554'63
5,555'13
5,555'13
5,556'03
5,555'73
5,555'98
5,556'05
5,556'18
5'556'05
5'556'15
5'556'18
5'556'11
5,556'26
5'556'35
5'556'38
5'556'39
5'556'5'l
5'556'68
5'556'73
5'556'82
6l'tl1996
gtr6t1996
3t20t1991
417tr999
5/11/1999
11611999
gt28l1999
1/3/2000
414t2000
512t2000
5/11/2000
5/15/2000
5t2512000
5,620.11
:u:lgl1992
3124t1993
6/8/1993
gt22t1991
r2ll4l1993
3124t1994
6trsl1994
8/18/1994
:rzl1.3l1994
3tr6t1995
6t2111995
gt20lr995
:2lrrl1995
312811996
5,622.33 gttlttggz 92.43
92.4r
92.08
92.r3
92.r4
92.58
91.35
90.98
90.71
89'75
88-91
87.63
86'89
90.87
90.85
90.52
90.57
90.58
91.02
89.79
89.42
89.15
88.19
87.35
86.07
85.33
85.17
83.96
$.23
83.20
80.04
10;15
10.25
69.50
68.86
61.10
67.20
66.60
66.30
66.60
83.61
82.40
81.67
81.64
78.48
69.19
63.69
6'.1.94
67.30
66.14
65.64
65'04
64.14
65.04
6/9/2000
6/16/2000
6t26t2000
116t2000
1|32000
7/18/2000
112512000
8/2/2000
8/9/2000
8/15/2000
8/31/2000
9/8/2000
9/13/2000
* 9/20/2000
66.35
66.28
66.15
66.28
66.18
66.15
66.16
66.07
65'98
65.95
65.94
65.76
65.65
65.60
65.51
64.19
64.12
64.59
64.12
64.62
64.59
64.60
64.51
64.42
64.39
64.38
64.20
64.09
64'04
63.9sI
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I
Water Levels and Data over Time
White Mesa Mill - rWell MW4
Water Land
Elevation Surface
Measuring LengthPoint Of
Elevation Riser Date Of
Total or
Measured
Depth to
Water
Total
Depth to
Water
Total
Depth
of
WellI.M .LSD
1.56 123.6s.620.77
I
I
I
t
I
I
I
t
I
I
I
I
T
I
I
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
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
5,536.62
5,528.56
5,535.28
5,534.44
63.93
63.96
63.88
63.79
63.76
63.63
63.60
63.82
63.69
63.22
63.11
62.99
62.49
62.54
62.46
62.28
62.11
61.76
61.53
61.51
61.50
6r.00
60.99
60.81
60.61
60.49
60.01
60. l9
60.34
60.33
60.06
s9.88
62.91
59.67
59.38
59.36
s8.84
58.92
84.1 5
92.21
85.49
86.33
912912000 6s.49
10/5/2000 65.s2
1011212000 65.44
t011912000 65.35
t0/2312000 65.32
1y912000 65.19
ryt4l2000 6s.16
1u2U2000 65.38
11/30/2000 65.25
t21712000 64.78
Ut4/2001 64.67
21912001 64.55
3t29/2001 64.05
4t3012001 64.10
5l3ll200l 64.02
612212001 63.84
7lt0l200r 63.67
8t2012001 63.32
9lt9l200l 63.09
t0l2l200t 63.07
r|812001 63.06
t2l3l200l 62.56
U3/2002 62.5s
21612002 62.37
312612002 62.17
41912002 62.0s
512312002 61.57
61512002 6t.75
718t2002 61.90
812312002 61.89
9ltll2002 6r.62
1012312002 61.44
ty2212002 64.47
t21312002 6r.23
u912003 60.94
2n212003 60.92
312612003 60.40
41212003 60.48
5n12003 85.71
6/912003 93.77
71712003 87.05
- 81412003 87.89
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I
Water Levels and Data over Time
White Mesa Mill - Well MW4
Water Land
Elevation Surface
Measuring LengthPoint Of
Elevation Riser Date Of
Total or
Measured
Depth to
Water
Total
Depth to
Water
Total
Depth
of
Well.MI
622.33 123.6
I
I
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I
I
I
t
I
I
I
I
I
I
I
I
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
5,561.48
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
5,536.96
5,546.49
5,546.15
5,545.15
5,545.91
5,545.90
5,548.16
5,547.20
5,547.20
5,547.79
5,545.09
91tU2003
t0/2/2003
tU712003
12t312003
ilt5/2004
211012004
3t28/2004
41t212004
51t312004
6lt8/2004
712812004
8130/2004
9/1612004
t0/1U2004
rUr6/2004
1212212004
Ut8/2005
2128/2005
3ns/200s
4/2612005
5t24/2005
6t3012005
0712910s
09112105
09127/05
r2t712005
3t812006
6/1312006
7l18/2006
tUt71206
2t27t2007
s/212007
8n3/2007
10n012007
3t26/2008
6t2s12008
85.23
82.37
86.42
71.63
64.75
63.53
62.25
61.78
6t.27
60.8s
60.47
93.16
85.78
93.33
80.78
81.21
8r.74
79.48
84.42
73.66
72.80
77.97
77.r7
77.66
81.05
85.37
7s.84
76.18
7'1.18
76.42
76.43
74.17
75.13
75.13
74.54
77.24
83.67
80.81
84.86
70.07
63.19
61.97
60.69
60.22
59.71
59.29
58.91
91.60
84.22
9t.77
79.22
79.6s
80.1 8
77.92
82.86
72.10
7t.24
76.41
75.61
76.10
79.49
83.81
74.28
74.62
75.62
74.86
74.87
72.61
73.57
73.57
72.98
75.68
I
T
I
I
Water Levels and Data over Time
White Mesa MiIl - Well TW4-1
Water
Measuring Length
Land Point Of
Total or
Measured Total
Depth to Depth to
Water Water
Total
Depth
ofElevation Surface Elevation Riser Date Of(WL) &SD) (MP) &) Monitorins (blw.MP) (blw.LSD) Well
I
I
I
t
I
I
I
t
I
I
I
I
I
I
I
z 5.622.33
5,540.98
5,541.13
5,541.23
5,541.23
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
5,541.18
5,540.93
5,541.23
5,541.43
5,541.33
5,541.63
5,541.33
5,541.63
5,54t.63
5,541.65
5,541.63
5,541.85
5,541.79
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
5,543.44
5,544.08
5,544,49
ty8lt999
ty9lt999
U212000
Ut012000
U1712000
U24/2000
2/U2000
21712000
2lt4/2000
212312000
3/t/2000
31812000
3n512000
3t2012000
312912000
4/4/2000
4t1312000
412r/2000
412812000
5/t/2000
5nU2000
5lt5/2000
5/25/2000
61912000
611612000
612612000
7/6/2000
71t312000
7lt8/2000
712712000
812/2000
81912000
8lls12000
8l3t/2000
91y2000
9t8t2000
9n3t2000
912012000
r0/512000
1t/9/2000
- 12/612000
81.35
81.20
81.10
81.10
81.35
81.30
81.30
81.40
8 1.10
8 1.10
8l.00
80.90
80.60
80.90
80.90
81.15
81.40
81.10
80.90
81.00
80.70
81.00
80.70
80.70
80,68
80.70
80.48
80.54
80.42
80.16
80.02
79.90
79.92
80.25
79.40
79.46
79.24
79.08
78.89
78.25
77.84
80.33
80.18
80.08
80.08
80.33
80.28
80.28
80.38
80.08
80.08
79.98
79.88
79.58
79.88
79.88
80.13
80.38
80.08
79.88
79.98
79.68
79.98
79.68
79.68
79.66
79.68
79.46
79.52
79.40
79.14
79.00
78.88
78.90
79.23
78.38
78.44
78.22
78.06
77.8',1
77.23
76.82
I
I
I
T
Water Levels and Data over Time
White Mesa Mill - Well TW4-1
Measuring LengthPoint Of
Total orMeasured Total Total
Depth to Depth to DepthWater Land
Elevation Surface Elevation Riser Date Of Water Water Of
(WL) (LSD) MP) (L) Mo4rtori.rs (bl*.MP) (blw.LSD)Well
5.620.77 5.622.33 t.02 1l 1.04
I
I
I
t
I
I
I
I
I
I
t
I
t
I
I
5,546.14
5,547.44
5,548.71
5,549.20
5,549.64
5,549.94
5,550.25
5,550.93
5,551.34
5,551.59
5,549.64
5,549.94
5,550.25
5,550.93
5,551.34
5,551.59
5,551.87
5,552.40
5,552.62
5,553.t2
5,553.75
5,553.97
5,554.56
5,554.54
5,554.83
5,555.29
5,555.54
5,555.94
5,556.02
5,556.23
5,556.49
5,556.67
5,557.15
5,557.23
5,556.07
5,554.28
5,553.84
5,553.39
5,553.06
5,553.33
5,553.25
5,553.82
76.19
74.89
73.62
73.13
72.69
72.39
72.08
71.40
70.99
70.74
72.69
72.39
72.08
71.40
70.99
70.74
70.46
69.93
69.71
69.21
68.58
68.36
67.77
67.79
67.50
67.04
66.79
66.39
66.31
66.10
65.84
65.66
65.18
65. l0
66.26
68.05
68.49
68.94
69.27
69.00
69.08
68.51
75.17
73.87
72.60
72.t|
71.67
71.37
71.06
70.38
69.97
69.72
7r.67
7t.37
71.06
70.38
69.97
69.72
69.44
68.91
68.69
68. l9
67.56
67.34
66.75
66.77
66.48
66.02
65.77
65.37
65.29
6s.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
1/1412001
21212001
3129/2001
4/3012001
5131/200r
6/22/2001
7/to/2001
8ltol2001
9l19/2001
tol2l200l
st31/200t
6l2l/2001
7/1012001
812012001
9lt9l200l
tol2/2001
lll8l200t
tzl3l200t
U3/2002
216/2002
3/26t2002
4/9/2002
5123/2002
61s12002
71812002
812312002
9/tt/2002
t012312002
tu22/2002
1213t2002
t/9/2003
2lt2/2003
3/26/2003
412/2003
5n/2003
61912003
71712003
81412003
9ltt/2003
1.0/212003
1U712003
- t2l3/2003
I
T
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-1
Water Land
Measuring LengthPoint Of
Total or
Measured Total Total
Depth to Depth to Depth
Water Water OfElevation Surface Elevation Riser Date Of(WL) (LSD) MP) (L) Monitoring (blw.MP) (blw.LSD) Well
z 5.620.77 5.622.33 111.04
I
I
I
I
I
I
t
I
I
I
I
T
I
I
I
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
5,556.25
5,556.71
5,556.98
5,560.95
5,557.07
5,558.10
5,557.82
5,557.82
5,557.63
5,559.48
5,560.35
yts12004
2n012004
3t28/2004
4n212004
5n3/2004
6/18/2004
7t2812004
8t30t2004
9/t612004
r0ny2004
LUt6l2004
12t22/2004
r/181200s
21281200s
3n512005
412612005
5/2412005
6/30/2005
7l29lO5
9/t2/05
121712005
31812006
611412006
7t18/2006
tU712006
2t2712007
5t2t2007
8n4/2007
r0/1012007
3t26t2008
6124/2008
66.72
66.01
64.95
64.54
63.98
62.30
61.97
64.37
65.09
66.05
66.16
66.12
66.51
66.37
66.32
66.28
66.33
66.36
66.43
66.11
66.08
65.62
65.35
61.38
65.26
64.23
64.51
64.51
64.70
62.8s
61.98
65.70
64.99
63.93
63.52
62.96
61.28
60.95
63.35
64.07
65.03
65.r4
65.10
65.49
65.35
65.30
65.26
65.31
65.34
65.4r
65.09
65.06
64.60
64.33
60.36
64.24
63.21
63.49
63.49
63.68
61.83
60.96
I
T
I
I
Water Levels and Data over Time
White Mesa Milt - Well TW4-2
Water Land
Measuring LengthPoint Of
Elevation Surface Elevation Riser Date Of
hl GSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
s.623.10 5.625.00 1.90 l2l.l25
Total or
Measured Total Total
Depth to Depth to Depth
Water Water Of
t
I
t
T
I
I
I
t
I
I
I
I
I
I
I
5,548.85
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
5,550.10
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
5,546.1I
5,546.75
5,547.16
5,552.46
76.15
76.15
76.40
76.20
76.40
76.00
76.10
76.t0
75.70
7s.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
74.25
74.25
74.50
74.30
74.50
74.10
74.20
74.20
73.80
73.70
73.60
73.50
73.60
72.90
73.r0
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
7r.95
71.8s
71.78
76.99
76.35
75.94
70.64
t7l8lt999
tU9l1999
u2t2000
Ur0t2000
lt1/2000
U2412000
2/t/2000
2/712000
2lt4/2000
2/2312000
31U2000
31812000
3115/2000
312012000
3129/2000
4t4t2000
4/1312000
412U2000
412812000
51U2000
5lt,72000
51t512000
5t2s/2000
61912000
6/16/2000
6/2612000
7/612000
7n3/2000
711812000
7/2712000
8/2/2000
81912000
8/15/2000
8/3U2000
9/812000
91t312000
9t20/2000
tol5/2000
1U912000
r2t6t2000
- U26/2001
Water Levels and Data over Time
White Mesa Mill - Well TW4-2
Measuring Length
Water Land Point Of
Total orMeasured Total
Depth to Depth to
Total
Depth
ofElevation Surface Elevation Riser Date Of Water Water
(z) (LSD) MP) (L) Monitorins @lw.MP) (blw.LSD) Well
5.623.10 5.625.00 1.90 rzt.t25
I
I
I
I
5,552.48
5,551.38
5,551.87
5,552.31
5,552.61
5,552.92
5,553.60
5,554.01
5,554.26
5,554.42
5,555.07
5,555.02
5,555.19
5,555.43
5,555.67
5,556.01
5,556.07
5,556.19
5,556.32
5,556.53
s,557.00
5,556.70
5,557.29
5,557.48
5,557.63
5,558.1 I
5,558.15
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
70.62
71.72
71.23
70.79
70.49
70.1 8
69.50
69.09
68.84
68.68
68.03
68.08
67.9r
67.67
67.43
67.09
67.03
66.91
66.78
66.57
66.10
66.40
65.81
65.62
65.47
64.99
64.95
69.11
73.84
74.68
75.07
75.60
75.14
75.30
74.53
68.82
67.36
65.92
65.33
64.75
64.63
63.82
212/2001 72.52
31291200t 73.62
4130/2007 73.13
sl3y200t 72.69
612u200r 72.39
7/10/2001 72.08
812012001 7t.40
9/1912001 70.99
rot2t200t 70.'t4
1ll08/01 70.58
t2l03lot 69.93
ou03lo2 69.98
02t06t02 69.81
03/26102 69.57
o4l09lo2 69.33
05t23t02 68.99
o6l0sl02 68.93
07108102 68.81
08123102 68.68
09nU02 68.47
10123102 68.00
lv22l02 68.30
t2/03/02 67.7r
01109103 67.52
02lt2lo3 67.37
03126103 66.89
04t02103 66.85
05/01/03 71.01
06/09/03 75.74
o7l07lo3 76.58
08lo4lo3 76.97
ogltvo3 77.50
t0102103 77.04
tv07/03 77.20
12103/03 76.43
0vt5l04 70.72
021t0/04 69.26
03/28/04 67.82
04112/04 67.23
051t3/04 66.65
06lt8lo4 66.s3
- 07128/04 65.72
I
T
Water Levels and Data over Time
White Mesa Mill - Well TW4-2
Water
Elevation
(z)
Measuring LengthLand Point Of
Surface Elevation Riser Date Of
Total or
Measured Total Total
Depth to Depth to DepthWater Water Of(LSD) 6naP)(L) Monitorins Olw.MP) (blw.LSD) Well
5,623.10 5,625.00 L90 t2t.t25
5,554.54
5,552.25
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
5,550.57
5,55 1.58
5,551.70
5,550.80
5550.80
5553. l7
5,552.34
5,552.30
5,552.48
5,554.86
5,555.51
08/30104
091t6104
t0ltu04
tU16/04
12122t04
01/18/05
02/28105
03/t5l0s
04126105
05/2410s
06/30/0s
07/29tos
091t2/0s
t2/07/05
03/08/06
06/t4lo6
07/18t06
t1t07/06
2/27/2007
51212007
8114/2007
t0/10t200'1
3/26/2008
612412008
70.46
72.75
75.07
74.83
74.3s
74.77
74.63
74.59
74.54
74.40
74.51
74.61
74.39
74.43
73.42
73.3
74.20
74.20
71.83
72.66
72.7
72.52
70.t4
69.49
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
72.53
71.52
71.40
72.30
72.30
69.93
70.76
70.80
70.62
68.24
67.59
I
I
I
I
Water Levels and Data over Time
White Mesa Mill - WelI TW4-3
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of
Total or
Measured Total
Depth to Depth toWater Water
Total
Depthof
hl [SD) (MP) (L) Monitorins Olw.MP) (blw.LSD) Well
5.631.21 5.632.23 1.02 141t
I
I
I
I
I
I
I
I
I
I
I
I
I
I
5,565.78
5,566.93
5,567.03
5,566.83
5,567.13
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
tU29l1999
U212000
U1012000
Ut7/2000
U2412000
2ll/2000
21712000
21t412000
2123/2000
3lt/2000
318/2000
3/1s12000
3t20t2000
3/29t2000
41412000
4t13t2000
4/2U2000
4t28/2000
51U2000
5/rU2000
s/1512000
512512000
6t912000
61t612000
6t26t2000
7/612000
716/2000
7/1312000
7n812000
7/2712000
8/212000
81912000
8lt6/2000
813U2000
91812000
9/1312000
912012000
tol5/2000
1v912000
r21612000
- U3/200t
66.45
65.30
65.20
65.40
65. l0
64.90
65.10
64.80
64.60
64.50
64.40
64.53
64.20
64.30
64.60
64.40
64.20
64.00
64.10
63.70
64.00
63.70
63.62
63.54
63.78
63.62
63.62
63.74
63.68
63.58
63.50
63.46
63.47
63.28
63.74
63.56
63.27
63.3
62.89
63.44
63.t2
65.43
64.28
64.1 8
64.38
64.08
63.88
64.08
63.78
63.58
63.48
63.38
63.s1
63.18
63.28
63.58
63.38
63.18
62.98
63.08
62.68
62.98
62.68
62.60
62.52
62.76
62.60
62.60
62.72
62.66
62.56
62.48
62.44
62.4s
62.26
62.72
62.54
62.25
62.28
6r.87
62.42
62.10
I
I
I
I
Water Levels and Data over Time
White Mesa Milt - WelI TW4-3
Measuring LengthWater Land Point Of
Elevation Surface Elevation Riser Date Of(z) (LSD) (MP) (L) Monitoring
Total orMeasured Total Total
Depth to Depth to Depth
Water Water Of
(blw.MP) (blw.LSD) Well
5.631.21 5.632.23 t.02 141
I
I
t
I
I
I
I
I
I
I
I
I
I
I
I
5,569.',l5
5,570.34
5,570.61
5,570.70
5,570.88
5,571.02
5,57t.70
5,572.12
5,572.08
5,570.70
5,570.88
5,571.02
5,571.70
5,572.12
5,572.08
5,572.78
5,573.27
5,573.47
5,573.93
5,574.75
5,5'14.26
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
2/912001
31281200t
4130/2001
st3r/2001
6/21/2001
7n012001
8/2012001
9lt9l200l
t0/2/2001
5/31/2001
6t2U2001
7ltol200l
812012001
9/19/2001
t0l2/2001
t!8/2001
t213/2001
t/3/2002
2/6/2002
3t2612002
419/2002
5/2312002
615/2002
7t8/2002
8123/2002
9/1U2002
1012312002
1U2212002
121312002
U912003
2/1212003
3t26t2003
4t2/2003
5lt/2003
619/2003
71712003
81412003
9/1U2003
101212003
1U712003
121312003
- Ut5/2004
62.48
61.89
61.62
61.53
61.35
61.21
60.53
60.11
60.15
61.53
61.35
61.21
60.s3
60.11
60.1 5
59.45
58.96
58.76
s8.30
57.48
57.97
56.84
57.39
56.90
56.44
56.15
55.93
55.88
55.69
55.27
55.12
54.62
59.43
54.34
54.32
54.70
54.73
54.52
s4.92
54.90
54.89
53.99
61.46
60.87
60.60
60.51
60.33
60.19
59.s1
59.09
59.1 3
60.51
60.33
60. l9
59.51
59.09
s9.13
58.43
57.94
57.74
57.28
56.46
s6.95
55.82
56.37
55.88
55.42
55.13
54.91
54.86
54.67
54.25
54. l0
s3.60
58.41
53.32
53.30
53.68
53.71
53.50
53.90
53.88
53.87
52.97
Total
Depthof
I
I
I
I
Water Levels and Data over Time
White Mesa Mitl - Welt TW4-3
Measuring LengthWater Land Point Of
Elevation Surface Elevation Riser Date Of
Total orMeasured Total
Depth to Depth toWater Water(z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
5.631.21 5,632.23 1.02 141
I
I
I
I
t
t
I
I
I
I
I
T
I
t
I
5,578.38
5,578.69
5,579.15
5,579.47
5,579.53
5,580.17
5,580.20
5,580.26
5,580.12
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
5,581.83
5,564.92
5,582.73
5,582.33
5,582.75
s583.3s
5,559.57
5,583.29
5,583.49
5,584.95
5,584.59
211012004
312812004
41t212004
51t312004
6/1812004
7/2812004
813012004
9/t612004
t0ltU2004
rUr612004
t2/2212004
U1812005
2/2812005
3/t512005
412612005
5/2412005
6/301200s
07129/05
091t2/05
t2l7/2005
31812006
6/13/2006
7lt8/2006
tU7/2006
2127/2007
5/212007
811412007
t0/t012007
3126/2008
6124/2008
53.85 52.83
s3.54 52.52
53.08 52.06
52.76 51.74
52.70 51.6852.06 51.04
52.03 51.01
51.97 50.95
52.11 51.09
52.30 s1.28
52.16 51.14
52.43 51.41
5l .88 50.86
51.66 50.64
51.37 50.35
51.03 50.01
50.72 49.70
s0.68 49.66
50.55 49.53
50.4 49.38
67.31 66.29
49.50 48.48
49.90 48.88
49.48 48.46
48.88 47.86
72.66 7r.64
48.94 47.92
48.74 47.72
47.28 46.26
47.64 46.62
I
I
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-4
Water
Measuring Length
Land Point Of
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to Depth
Water Of
(blw.LSD) Well
Elevation Surface Elevation Riser Date Of(z\ [SD) (MP) &) Monitorins
5.612.301 5.613.485 1.184 114.5I
I
I
I
I
I
I
t
I
I
I
I
I
I
I
5,512.745
5,518.985
5,512.t45
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
5,522.165
5,524.665
5,5 18.545
5,527.695
5,529.085
5,529.535
5,530.235
5,530.265
5,534.405
5,533.145
5,534.035
5,534.465
5,533.285
5,530.265
5,534.405
5,533.145
5,534.035
5,534.465
5,533.285
5,533.865
5,534.275
5,534.715
5,535.435
5,536.445
5,536.405
5,537.335
512512000
619/2000
6/t6t2000
6/2612000
71612000
711312000
7/t8t2000
712712000
8/212000
819/2000
8n512000
91u2000
9t812000
9n3/2000
9t20t2000
r01512000
1U912000
tzl6/2000
,/3l200l
219/2001
3/271200r
413012001
5t3,/200t
612212001
7lt0l200t
812012001
9/1912001
t0l2l200t
5t3y2001
612U2001
Tlto/200r
8/2012001
9/t912001
tot2t200t
tU8/2001
Lzl3l200r
U312002
216/2002
3t2612002
4/912002
= 512312002
101.34
94.50
101.34
96.02
93.34
92.05
91.48
90.54
90.00
89.64
89.60
88.93
100.25
96.82
94.40
9r.32
88.82
94.94
8s.79
84.40
83.9s
83.25
83.22
79.08
80.34
79.45
79.02
80.20
83.22
79.08
80.34
79.45
79.02
80.20
79.62
79.21
78.77
78.05
77.04
77.08
76.15
100.16
93.32
100.16
94.84
92.16
90.87
90.30
89.36
88.82
88.46
88.42
87.75
99.07
95.64
93.22
90.14
87.64
93.76
84.6r
83.22
82.77
82.07
82.04
77.90
79.16
78.27
77.84
79.02
82.04
77.90
79.16
78.27
77.84
79.02
78.44
78.03
77.59
76.87
7s.86
75.90
74.97
I
T
I
I
Water Levels and Data over Time
White Mesa Mill - Well
Measuring Length
Water Land Point Of
TW4-4
Total orMeasured Total Total
Depth to Depth to DePth
Elevation Surface Elevation Riser Date Of Water Water Of
(z) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
5.612.301 5,613.485 1.184 114.5
I
I
I
I
I
I
T
I
I
I
I
I
I
I
T
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
5,542.025
5,541.925
5,541.885
5,541.825
5,541.885
5,541.995
5,542.005
5,542.555
5,542.705
5,543.225
5,543.555
5,543.865
5,543.915
5,544.655
5,544.795
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
5,545.225
5,545.735
5,545.785
615/2002
71812002
812312002
911y2002
1012312002
tU22/2002
t2/312002
u912003
2lt2/2003
3t26t2003
412/2003
slU2003
6/912003
71712003
81412003
9/11t2003
t01212003
1U712003
tzt3t2003
y1512004
211012004
3/2812004
4/1212004
511312004
611812004
712812004
813012004
9lt6/2004
t0lrt/2004
tUt6/2004
t2122/2004
1/18/2005
212812005
3lrsl200s
4/26/2005
512412005
6/301200s
712912005
911212005
r2l7l200s
31812006
- 6/14/2006
76.16
75.51
74.66
74.21
73.72
73.28
73.t9
72.69
72.50
71.81
7 t.72
71.60
71.46
71.56
7r.60
7t.66
7t.60
71.49
71.48
70.93
70.78
70.26
69.93
69.62
69.57
68.83
68.69
68.64
68.78
68.96
68.86
69.1 8
68.90
68.80
68.81
68.70
68.69
68.7t
68.48
68.26
67.75
67.70
74.98
74.33
73.48
73.03
72.54
72.10
72.01
71.51
71.32
70.63
70.54
70.42
70.28
70.38
70.42
70.48
70.42
70.31
70.30
69.7s
69.60
69.08
68.75
68.44
68.39
67.65
67.51
67.46
67.60
67.78
67.68
68.00
67.72
67.62
67.63
67.52
67.5r
67.53
67.30
67.08
66.57
66.52
I
I
I
Water Levels and Data over Time
White Mesa MiU - Well TW4-4
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of(zl (LSD) (MP) (L) Monitoring
Total or
Measured Total Total
Depth to Depth to DePth
Water Water Of
(btw.MP) (blw.LSD) tr&lt
5.612.301 s,613.485 1.184 114.5
5,545.855
5,545.805
5546.675
5,546.535
5,547.155
5,547.215
5,548.305
5,548.865
7n8t2006
tU7/2006
2/2712007
5/2/2007
8/15/2007
t0/r012007
3t2612008
6124/2008
67.63
67.68
66.81
66.9s
66.33
66.27
65.18
64.62
66.45
66.50
65.63
65.77
65.15
65.09
64.00
63.44
I
I
I
T
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-5
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of
hl (LSD) (MP) &) Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to Depth
Water Of
(blw.LSD) Well
5.638.75 5.640.70 121.75I
I
I
I
I
t
t
I
I
I
I
I
I
I
I
5,579.30
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
5,58 1.37
5,581.66
5,58 1.63
5,581.92
5,582.20
5,582.54
u212000
r/1o12000
Ll1712000
U2412000
2n/2000
21712000
2/14/2000
2/23t2000
3/t/2000
31812000
3/t512000
3/2012000
3t2912000
41412000
411312000
412U2000
412812000
51U2000
5/tU2000
s/1s12000
slzs12000
61912000
6lt6/2000
612612000
7/6/2000
711312000
711812000
7/2712000
81212000
819/2000
81t612000
8/3U2000
918/2000
9/13/2000
9/20/2000
t01512000
111912000
t21612000
U3/2001
219/2001
- 3/2812001
6t.40
61.10
61.35
61.10
61.20
61.20
60.80
60.80
60.50
60.70
60.66
60.00
60.40
60.70
60.50
60.30
60.20
60.20
59.80
60.20
59.95
59.90
59.78
59.90
59.80
59.65
59.80
s9.65
59.64
59.62
59.63
59.45
59.38
s9.36
59.29
59.33
59.04
59.07
s8.78
58.50
58.1 6
59.45
59.15
59.40
59.15
59.25
59.25
s8.85
58.85
s8.55
58.75
58.71
58.05
s8.45
58.75
58.55
58.35
58.25
58.25
57.85
58.25
58.00
57.95
57.83
57.95
57.85
57.70
57.85
57.70
57.69
57.67
57.68
57.50
57.43
57.4r
57.34
57.38
s7.09
57.12
56.83
56.55
56.2r
t
I Water Levels and Data over Time
White Mesa Mitl - Well TW4-5
Measuring LengthWater Land Point Of
Elevation Surface Elevation Riser Date Ofhl [SD) (MP) (L) Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to DepthWater Of
(blw.LSD) Well
5.638.75 5,640.70 1.95 121.75
I
I
5,582.72
5,582.72
5,582.81
5,582.92
5,583. l7
5,583.28
5,583.36
5,582.72
5,582.81
5,582.92
5,583.17
5,583.28
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
413012001
5l3l/2001
6122/2001
7lt0/2001
81201200r
9lt9l200l
t0l2l200t
5/3U200r
612U2001
7lt0l200t
8t20t2001
9/1912001
to/2/2001
t1l8/200r
t2l3l200l
U312002
216/2002
312612002
419/2002
512312002
6/s12002
71812002
8/23/2002
91rU2002
10t23t2002
rU2212002
t21312002
u9/2003
2/1212003
3/2612003
4t2/2003
5/l/2003
61912003
7/712003
8/4t2003
9nt/2003
r01212003
tt/712003
121312003
t/1512004
2/10/2004
- 3/28/2004
57.98
57.98
57.89
5'7.78
57.53
s7.42
57.34
57.98
57.89
57.78
57.53
57.42
57.34
57.21
56.86
56.91
56.74
s6.31
56.58
56.15
s6.28
57.05
55.80
s5.68
55.50
55.55
55.28
55.05
55.05
54.',l8
54.48
54.69
55.89
56.36
s6.30
56.82
s7.13
57.31
56.73
55.42
55.20
54.83
56.03
56.03
55.94
55.83
55.58
55.47
s5.39
56.03
55.94
5s.83
55.58
55.47
55.39
55.26
54.91
s4.96
54.79
54.36
54.63
54.20
54.33
55.10
53.85
53.73
53.55
s3.60
53.33
53. l0
53. l0
52.83
52.53
52.74
53.94
54.41
54.35
54.87
55.18
55.36
54.78
53.47
53.25
52.88
I
I
I
I
Water Levels and Data over Time
White Mesa Mill - WelI TW4-5
Water Land
Measuring LengthPoint Of
Total or
Measured Total
Depth to Depth toWater Water
(blw.MP) (btw.LSD)
Elevation Surface Elevation Riserht (LsD) (MP) &)
Date Of
Monitoring
Total
Depth
of
Well
5.638.75 5,640.70 1.95 121.75
I
I
I
I
I
I
I
I
I
I
I
t
I
I
I
5,586.20
5,586.45
5,586.50
5,587.13
5,586.22
5,585.69
5,585.17
5,584.64
5,584.77
5,584.65
5,584.98
5,585.15
5,586.25
5,586.79
5,586.52
5,586.03
5,586.05
5,585.80
5,587.06
5,585.90
5,585.32
5,585.35
s585.81
5,585.20
5,586.66
5,586.80
5,588.48
5,586.51
411212004
5/1312004
6/t8t2004
7/28t2004
813012004
911612004
roltU2004
t1/1612004
1212212004
u18/2005
212812005
3/15/2005
412612005
5/24t2005
6/3012005
712912005
9/t2/2005
t2/7/2005
31812006
611312006
7/18/2006
1U712006
2/2712007
5/2/2007
8n412007
tolto/2007
3126/2008
6/24/2008
54.50
54.25
54.20
53.57
54.48
55.01
55.53
56.06
55.93
56.05
55.72
55.55
54.45
53.91
54.18
54.67
54.65
54.90
53.64
54.80
5s.38
55.35
54.89
55.50
54.04
53.90
52.22
54.t9
52.55
52.30
52.25
5t.62
52.53
53.06
53.58
54.11
s3.98
54.10
53.77
53.60
52.50
51.96
52.23
52.72
52.70
52.95
51.69
52.85
53.43
53.40
52.94
53.55
52.09
51.9s
50.27
52.24
I
I
I
I
Water Levels and Data over Time
White Mesa Mitl - Welt TW4-6
Water Land
Measuring LengthPoint Of
Total or
Measured Total Total
Depth to Depth to Depth OfWater Water WelI
(btw.MP) (blw.LSD) (blw.LSD)
Elevation Surface Elevation Riser Date Of
(zl (LSD) (MP) (L) Monitoring
5.607.33 s.608.78 1.4s0 98.55I
I
I
I
I
I
T
I
I
I
I
t
I
t
I
5,522.28
5,521.51
5,522.35
5,522.14
< \)) )\
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
s,s22.39
5,522.42
5,522.29
5,522.63
5 \)) 1)
5,522.90
5,522.70
5,522.89
5,522.88
5,522.96
5,523.10
5,523.23
5,523.21
5,522.89
5,522.88
5,522.96
5,523.10
s,s23.23
5,523.21
5,523.25
5,523.46
5,523.36
5,523.50
5,523.94
5,523.75
5,524.23
5t25t2000
619/2000
6/16/2000
6/26/2000
7/612000
71t312000
7n812000
7125/2000
812/2000
8/912000
811512000
8/3t/2000
9/812000
9n312000
9/2012000
r0/512000
tt/9/2000
t2t6/2000
U3l200t
2/912001
3/261200t
4t30/2001
sl3U200t
612012001
7t10/2001
81201200r
9n9/2001
r0/212001
s13t/2001
6l2t/2001
7/10/200r
8120/2001
9/19/2001
tol2/2001
tU8l200t
12/3/2001
t/3/2002
2/6/2002
312612002
4t9t2002
- 5/23/2002
86.s0
87.27
86.43
86.64
86.53
86.65
86.61
86.52
86.47
86.45
86.43
86.38
86.38
86.33
86.2s
86.39
86.36
86.49
86.1s
86.06
85.88
86.08
8s.89
85.90
85.82
85.68
8s.5s
85.57
85.89
85.90
85.82
85.68
85.55
85.57
85.53
85.32
85.42
85.28
84.84
85.03
84.55
85.0s
85.82
84.98
85.19
85.08
85.20
85.16
85.07
85.02
85.00
84.98
84.93
84.93
84.88
84.80
84.94
84.91
85.04
84.70
84.61
84.43
84.63
84.44
84.45
84.37
84.23
84. l0
84.12
84.44
84.45
84.37
84.23
84.10
84.12
84.08
83.87
83.97
83.83
83.39
83.58
83. l0
I
I
t
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-6
Water Land
Measuring LengthPoint Of
Elevation Surface Elevation Riser Date Of Water Well
(z) (LSD) (MP) (L) Monitoring (blw.MP)(blw.LSD) (blw.LSD)
Total or
Measured
Depth to
Water
Total Total
Depth to Depth Of
s.607.33 5,608.78 1.4s0 98.55
I
I
I
I
I
I
T
I
I
I
I
I
I
I
I
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. l5
5,525.35
5,525.68
5,525.74
5,525.98
5,526.04
5,526.07
5,526.42
5,526.30
5,526.41
5,526.46
5,526.83
5,526.81
5,527.t4
5,527.39
5,527.64
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
5,530.47
5,530.95
5,531.50
5,532.43
5,533.49
6/512002
"il812002
8123/2002
9nU2002
10123/2002
tt/22/2002
121312002
u9/2003
2/12/2003
3t2612003
4/2/2003
slU2003
619/2003
717/2003
81412003
911u2003
1012t2003
rU1/2003
12t3/2003
Uts/2004
211012004
3128/2004
4lt2/2004
sl13t2004
6/1812004
7/28/2004
8/3012004
9/t6t2004
toltt/2004
tUt612004
12122/2004
r/18t200s
2/2812005
3/t512005
4/2612005
5124t2005
613012005
712912005
9lt2t200s
t2/7t2005
31812006
- 6lt3/2006
84.80
84.47
84.42
84.29
84.07
84.1 8
83.84
83.68
83.63
83.43
83.10
83.04
82.80
82.74
82.71
82.36
82.48
82.37
82.32
81.95
81.97
81.64
8l.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
77.28
76.35
75.29
83.3s
83.02
82.97
82.84
82.62
82.73
82.39
82.23
82.18
81.98
81.65
8l.59
81.35
8t.29
8r.26
80.91
81.03
80.92
80.87
80.50
80.52
80.1 9
79.94
79.69
79.63
79.r7
79.03
78.81
78.62
78.59
78.13
78.41
77.82
77.59
77.37
77.18
76.98
76.86
76.38
75.83
74.90
73.84
Water Levels and Data over Time
White Mesa Mill - WelI TW4-6
Water
Elevation
(z)
Measuring LengthLand Point Of
Surface Elevation Riser Date Of(LSD) {MP) (L) Monitorins
Total or
Measured Total
Depth to Depth toWater Water
(blw.MP) (blw.LSD)
Total
Depth Of
Well
(blw.LSD)
s.607.33 s"608.78 1.450 98.55
5,532.58
5,532.88
5534.09
5,534.04
5,534.43
5,554.54
5,535.40
5,535.55
7/18/2006
tr/712006
2/27t2007
5t2t2007
8/1412007
t0n012007
3/26/2008
6124/2008
76.20
'15.90
74.69
74.74
74.3s
54.24
73.38
73.23
74.75
74.45
73.24
73.29
72.90
52.79
71.93
71.78
I
I
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-7
Water Land
Elevation Surface(WL) (LSD)
Measuring LengthPoint Of
Elevation Riser Date Of(MP) (L) Monitorins
Total Total
Depth to Depth OfWater Well
(blw.LSD) (blw.LSD)
Total or
Measured
Depth to
Water
(blw.MP)
5.619.87 5.62t.07 1.20 I19.8I
t
t
t
I
I
t
T
I
I
I
I
I
I
I
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,ss4.87
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
tU29lt999
U212000
U1012000
t/1712000
U2412000
2/U2000
2t7/2000
21t412000
2t23t2000
31U2000
318/2000
311512000
3120/2000
3129/2000
4t412000
4/1312000
4/2r/2000
4/28t2000
51112000
5/tt/2000
5/1512000
5/25/2000
6t912000
6/16/2000
6/26/2000
7t612000
711312000
711812000
712712000
8t2t2000
8t912000
8/t6/2000
8/31/2000
918/2000
9/13/2000
9/20/2000
101512000
toltzl2000
1011912000
1012312000
- ll/912000
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.s0
66.80
66.50
66.30
66.20
66.20
6s.80
66.10
65.80
65.74
65.62
65.85
65.62
65.67
65.62
65.48
65.42
65.37
65.33
65.1 1
65.20
65.12
65.02
65.01
64.90
64.87
64.8s
64.71
67.50
66.30
66.00
66.15
6s.90
66.00
66.00
65.70
6s.60
65.50
65.50
6s.60
65.10
65.30
6s.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.r3
63.9r
64.00
63.92
63.82
63.81
63.70
63.67
63.65
63.s 1
Water Levels and Data over Time
White Mesa Mill - WeII TW4-7
Measuring LengthWater Land Point Of
Elevation Surface Elevation Riser Date Of
Total or
Measured Total Total
Depth to Depth to Depth OfWater Water Well(WL) &SD) (MP) (L) Monitoring (blw.MP) (blw.LSD) (blw.LSD)
5.619.87 5.621.07 1.20 I19.8
5,556.42
5,556.45
5,556.15
5,556.89
5,557.07
5,557.62
5,557.51
5,557.77
5,557.84
5,557.98
5,558.33
5,558.57
s,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
5,560.43
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
5,541.91
5,544.62
5,542.67
5,549.96
5,557.17
5,558.65
5,559.90
tUt4l2000
1U3012000
r21612000
U14/200r
219/2001
3t29/2001
4/30/2001
5/3U2001
6t2U2001
7lt0l200t
8t20/2001
9/t912001
to/212001
tt/8/2001
t2l3l200l
t/312002
21612002
312612002
4t9/2002
s/2312002
615/2002
7/812002
8123/2002
9/tU2002
tol23/2002
1y2212002
121312002
U9/2003
2n2/2003
312612003
4/212003
51112003
61912003
717/2003
81412003
9/tt/2003
t0l2/2003
tU7/2003
r2l3/2003
ilt5t2004
2/1012004
- 3/28t2004
64.65
64.62
64.92
64.1 8
64.00
63.45
63.56
63.30
63.23
63.09
62.74
62.50
62.54
62.45
62.04
61.99
61.7 5
61.44
61.52
61.01
61.16
60.98
61.06
60.84
60.64
60.68
60.46
60.18
60.1 3
59.79
59.72
74.87
81.60
79.20
78.95
79.16
76.4s
78.40
71.11
63.90
62.42
61.t7
63.45
63.42
63.72
62.98
62.80
62.25
62.36
62.10
62.03
61.89
61.54
61.30
61.34
6t.25
60.84
60.79
60.55
60.24
60.32
59.81
59.96
59.78
s9.86
59.64
59.44
59.48
59.26
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
6t.22
59.97
I
I
T
I
Water Levels and Data over Time
White Mesa Mill - WelI TW4-7
Water
Measuring Length
Land Point Of
Date Of
Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to Depth OfWater Well
(blw.LSD) (blw.LSD)
Elevation Surface Elevation Riser(WL) (LSD) (MP) (L)
5,619.87 5,621.07 1.20 119.8
I
I
I
I
I
I
I
t
I
I
I
I
I
I
t
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
5,547.26
5,548.86
5,548.62
5,550.04
5,548.32
5,550.44
5,549.69
5,549.97
5,550.30
5,551.92
5,552.94
4lt2/2004
5lt3/2004
611812004
7/2812004
8/30/2004
911612004
t0ltU2004
tt/t612004
12/2212004
1/18/2005
21281200s
3lt5/200s
4t26/2005
5/24/2005
6/30/2005
7/291200s
9n2/200s
t2l7/2005
31812006
6n312006
7n8/2006
tU7/2006
2127/2007
st212007
811412007
tolt0/2007
312612008
6t24t2008
60.71
60.20
60.12
59.43
78.07
79.16
80.99
74.r5
74.10
74.56
74.41
74.26
72.88
73.96
74.09
74.15
73.81
73.8r
72.2r
72.45
71.03
72.75
70.63
71.38
71.10
70.77
69.1 5
68.13
59.51
59.00
58.92
58.23
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
72.61
71.01
71.25
69.83
71.55
69.43
70.18
69.90
69.57
67.95
66.93
I
T
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-8
Water Land
Measuring Length
Point Of
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to Depth
Water Of
(blw.LSD) Well
Elevation Surface Elevation Riser Date Of(WL) [SD) (MP) (L) Monitorins
s.616.80 5,618.21 l.4l 126.00I
I
I
I
I
I
I
I
I
T
T
I
I
I
I
5,543.21
5,543.01
5,543.31
5,543.1 I
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
5,544.41
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
tU29l1999
u212000
t/1012000
U1712000
U24/2000
21U2000
21712000
211412000
212312000
31U2000
31812000
3/15t2000
312012000
312912000
414t2000
4/1312000
412u2000
412812000
slU2000
sltt/2000
slrs12000
5/2512000
619/2000
611612000
612612000
71612000
711312000
71t812000
712712000
81212000
8t9t2000
8lts12000
8t3r/2000
9t8t2000
911312000
912012000
101512000
rU912000
12t612000
113/2001
- 219/2001
75.00
75.20
74.90
75.10
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
73.25
73.23
73.24
73.00
72.90
72.78
72.65
72.64
72.40
72.55
71.93
71.51
73,59
73.79
73.49
73.69
73.39
73.49
73.49
73.09
73.04
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
71.99
72.t2
72.04
72.03
72.04
71.88
71.84
7r.82
71.83
7 r.59
7t.49
71.37
71.24
7t.23
70.99
71.14
70.52
70. l0
I
I
I
I
Water Levels and Data over Time
White Mesa MiIt - WelI TW4-8
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of(WL) GSD) (MP) (L) Monitorins
Total or
Measured Total
Depth to Depth toWater Water
(blw.MP) (blw.LSD)
Total
Depth
of
WelI
5,616.80 5,618.21 l.4l 126.00
I
I
I
I
I
I
I
T
I
I
I
I
I
I
I
5,547.18
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
5,548.30
5,548.45
5,548.62
5,549.03
5,548.97
5,549.t9
5,549.66
5,549.64
5,550.01
5,549,97
5,550.13
5,550.30
5,550.50
5,550.90
5,550.83
5,551.04
5,55t.24
5,551.23
5,55 L52
5,551.64
5,549.02
5,544.74
5,543.78
5,543.39
5,543.05
5,543.t9
5,543.21
5,543.40
5,548.10
5,549.50
312712001
413012001
513U2001
6/2012001
7/t012001
8/20t2001
9/1912001
t0/21200r
513U2001
6l2t/2001
7lt0/2001
8120/2001
9/19/2001
t0/2/2001
tt/812001
t2/312001
U3/2002
216/2002
3/2612002
41912002
5/23/2002
61512002
7/812002
8/2312002
9lrt/2002
t0/23/2002
tt/2212002
t21312002
,/9t2003
2lt2/2003
3t26/2003
4/212003
5/U2003
6/912003
7t7t2003
8t4t2003
9ltt/2003
10t2t2003
rU7/2003
t2/3t2003
t/15t2004
- 2/1012004
7r.03
70.90
70.72
70.72
70.38
70.08
69.9r
69.76
70.72
70.67
70.38
70.08
69.9t
69.76
69.59
69.18
69.24
69.02
68.55
68.57
68.20
68.24
68.08
67.91
67.71
67.31
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
70.11
68.71
69.62
69.49
69.31
69.31
68.97
68.67
68.50
68.35
69.31
69.26
68.97
68.67
68.50
68.35
68.1 8
67.77
61.83
67.61
67.14
67.16
66.79
66.83
66.67
66.50
66.30
6s.90
65.97
65.76
65.56
6s.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
I
I
I
I
Water Levels and Data over Time
White Mesa MiU - Welt TW4-8
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of
Total or
Measured Total Total
Depth to Depth to Depth
Water Water Of(WL) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
s,616.80 5,618.21 1.41 126.00
I
I
I
I
I
t
t
I
T
I
I
I
I
I
I
5,550.87
5,551.33
5,551.87
5,551.92
5,552.69
5,549.78
5,547.46
5,545.21
5,545.09
5,545.61
5,545.24
5,545.42
5,545.45
5,545.46
5,545.66
5,545.54
5,545.43
5,545.61
5,545.52
5,546.53
5,546.51
5,546.51
5,546.46
5,547.92
5,547.01
5,547.40
5,547.57
5,548.76
5,549.17
312812004
411212004
511312004
611812004
712812004
813012004
9n6t2004
tonU2004
ryt612004
12t22t2004
U1812005
212812005
3/151200s
4/26t200s
s/2412005
6130/2005
712912005
911212005
121712005
31812006
611312006
711812006
1U712006
2t2712007
st212007
8fi412007
tolt0/2007
3/26/2008
612412008
67.34
66.88
66.34
66.29
6s.52
68.43
70.75
73.00
73.r2
72.60
72.97
72.79
72.76
72.75
72.55
72.67
72.78
72.60
72.69
71.68
71.70
71.70
71.75
70.29
71.20
70.81
70.64
69.45
69.04
6s.93
65.47
64.93
64.88
64.11
67.02
69.34
71.59
71.7t
71.19
71.56
71.38
71.35
7t.34
7 t.t4
71.26
71.37
71.t9
71.28
70.27
70.29
70.29
70.34
68.88
69.79
69.40
69.23
68.04
67.63
I
I
I
I
Water Levels and Data over Time
White Mesa Mitl - Well TW4-9
Measuring LengthWater Land Point Of
Elevation Surface Elevation Riser Date Of
Total or
Measured Total Total
Depth to Depth to Depth
Water Water
(WL) (LSD) MP) (L) Monitoring (blw.MP) (blw.LSD) Well
5.636.1 | 5.637 .59 r.48 121.33I
I
I
I
I
I
I
I
I
T
I
I
I
I
I
5,577.09
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
5,578.04
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
5,579.03
5,579.03
5,579.05
5,579.04
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
1212011999
|2/2000
Ut012000
ll17/2000
U24/2000
2lr/2000
217/2000
21t412000
2123/2000
3/U2000
3t8t2000
3/15/2000
312012000
312912000
4t412000
41t312000
412t/2000
4/28/2000
5lt/2000
5/1U2000
s/1s12000
s/25/2000
6/9/2000
61t612000
612612000
716/2000
7lt3/2000
7/18/2000
7/27/2000
812/2000
819/2000
8/ls/2000
813y2000
9/8/2000
911312000
9120/2000
to/5/2000
rt/9/2000
121612000
7/3/2001
- 2t9/2001
60.5
60.s
60.3
60.5
60.2
60.3
60.4
59.9
59.9
s9.8
s9.8
59.7
69.1
59.45
59.75
59.55
59.35
59.2
59.2
58.8
59.2
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. l9
58. l3
58.1 5
57.8
57.86
57.58
57.29
59.02
59.02
58.82
59.02
58.72
s8.82
58.92
58.42
58.42
58.32
58.32
58.22
67.62
57.97
58.27
58.07
s7.87
57.72
57.72
5'1.32
57.72
57.32
57.30
57.22
57.37
57.25
57.24
57.27
57.08
57.08
s7.06
57.07
56.86
56.76
s6.71
56.65
56.67
56.32
s6.38
56.10
s5.81
Water Levels and Data over Time
White Mesa Mill - WeIl TW4-9
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of(WL) (LSD) (MP) &) Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to DepthWater Of
(blw.LSD) Well
5,636.1t 5,637.59 1.48 12t.33
5,580.66
5,580.75
5,581.04
5,581.12
5,581.15
5,581.5 1
5,581.70
5,581,61
5,581.04
5,581.12
5,581.15
5,58 l.s l
5,581.70
5,581.61
5,581.83
5,582.17
5,582.21
5,582.57
5,583.12
s,s82.77
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
s,583.89
3/2712001
4/30/2001
5/3U200t
6/2U2001
7/1012001
8/2012001
9lt9l200l
t0l21200t
513U2001
6l2t/200t
7lt0/2001
8120/2001
9/191200r
tol2/2001
rU8l200t
tzl3l200t
U3/2002
216/2002
3/2612002
4t9/2002
5/23/2002
61512002
7/8/2002
8123/2002
9/1il2002
t0/23/2002
tt/2212002
12t312002
t/9/2003
2/1212003
3/2612003
4/212003
sn/2003
6/9/2003
7/7/2003
8t4/2003
9nU2003
t01212003
t|7/2003
121312003
t/15/2004
- 2llo/2004
56.93
56.84
56.55
56.47
56.44
s6.08
55.89
55.98
56.55
56.47
56.44
56.08
55.89
55.98
55.76
55.42
55.38
55.02
54.47
54.82
54.38
54.65
s4.88
53.92
53.77
53.58
53.71
53.78
53.31
53.18
52.91
53. r0
53.08
54.00
54.63
s4.61
ss.02
55.34
55.50
55.1 I
53.90
53.70
55.45
55.36
55.07
54.99
54.96
54.60
54.41
54.s0
55.07
54.99
54.96
54.60
54.41
s4.50
54.28
53.94
s3.90
s3.54
52.99
53.34
52.90
53.17
s3.40
52.44
52.29
52.10
52.23
52.30
5l .83
51.70
51.43
51.62
51.60
52.52
53.15
s3.13
53.54
53.86
54.02
53.63
52.42
52.22
Water Levels and Data over Time
White Mesa MiIl - Well TW4-9
Measuring LengthWater Land Point Of
Total orMeasured Total Total
Depth to Depth to Depth
Elevation Surface Elevation Riser Date Of Water Water Of(WL) (LSD) MP) (L) Monitoring (btw.MP) (blw.LSD) Well
5,636.11 5,637 .59 1.48 121.33
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;14
5,585.26
5,585.06
5,584.67
5,584.75
5,584.51
5,585.74
5,584.74
5,584.26
5,584.21
5,584.67
5,584.06
5,585.33
5,585.42
5,587.01
5,585.44
3128/2004
41r2t2004
5lt3/2004
6lt8/2004
7128/2004
8/30/2004
9lt6/2004
to/1U2004
tUt612004
t2/22/2004
Ut8/2005
2/2812005
311512005
4126/2005
512412005
6/30t200s
71291200s
9/12/2005
121712005
31812006
6/13/2006
7/18t2006
tU7/2006
2/27/2007
s1212007
8/14/2007
r011012007
3/2612008
6/2412008
53.29
53.00
52.72
52.63
52.09
52.78
53.19
s3.68
s4.20
54.0s
54.25
53.93
53.72
52.85
52.33
52.53
s2.92
52.84
53.08
5 1.85
52.85
53.33
s3.38
52.92
53.53
52.26
52.17
50.58
52.t5
51.81
5t.52
51.24
51.15
50.61
51.30
51.71
52.20
52.72
52.57
52.77
s2.45
52.24
5t.37
50.85
51.05
51.44
5l.36
51.60
50.37
51.37
5 1.85
51.90
5t.44
52.05
50.78
50.69
49.10
50.67
I
I Water Levels and Data over Time
White Mesa Mill - Wett TW4-10
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of(WL) (LSD) (MP) (L) Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to DepthWater Of
(blw.LSD) Well
5.63r.99 5,634.24 2.25 121.33
I
I
t
I
I
5,576.75
5,576.92
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.'18
5,578.90
5,578.83
5,578.05
5,577.38
5,577.15
5,576.76
5,576.36
5,576.05
5,576.20
5,577.43
5,577.81
5,578.47
5,578.69
5,578.93
5,578.99
5,579.18
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
U3/2002
21612002
3126/2002
4/912002
5123/2002
61512002
718t2002
812312002
9nU2002
10t2312002
1U2212002
t2/3/2002
U912003
2/1212003
3126/2003
4/212003
5/U2003
6/912003
7t7/2003
814/2003
9/1U2003
r0t212003
tu712003
t21312003
yt5/2004
2lt0/2004
3128/2004
4l12/2004
sl1312004
6lt8/2004
7/28/2004
813012004
9/1612004
r0lrv2004
tt/16/2004
t2/22/2004
Ut8/2005
2128/2005
31t512005
4126/2005- 512412005
57.49
57.32
56.81
57.02
56.44
56.77
s6.69
56.14
56.00
5s.75
55.81
55.81
55.58
55.58
55.46
55.34
55.41
56.19
s6.86
57.09
57.48
57.88
58.19
58.04
56.81
56.43
5s.77
55.55
55.31
55.25
55.06
55.18
55.46
56.44
57.11
57.28
57.61
57.42
57.38
56.72
56.23
55.24
55.07
54.56
54.77
54.r9
54.52
54.44
s3.89
53.75
53.s0
53.56
53.56
s3.33
53.33
53.21
53.09
53.1 6
53.94
54.61
54.84
55.23
5s.63
s5.94
55.79
54.56
s4.1 8
53.52
53.30
53.06
53.00
52.81
52.93
53.21
54.r9
54.86
55.03
55.36
55.17
55.13
54.47
53.98
T
I
I
I
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-10
Water
Elevation
(wL)
Measuring LengthLand Point Of
Surface Elevation Riser Date Of(LSD) (MP)(L) Monitorins
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to Depth
Water Of
(blw.LSD) Well
5,631.99 5,634.24 ))\121.33
I
I
t
I
I
I
I
I
I
I
I
T
I
I
I
5,578.15
5,577.90
5,578.02
5,577.56
5,579.69
5,578.34
5,577.94
5,578.01
5578.43
5,577.84
5,578.74
5,579.04
5,580.69
5,579.87
6/3012005
71291200s
9lt2t200s
121712005
318/2006
611312006
7lt8/2006
tt/7t2006
2/27/2007
s/212007
8n4t2007
t0/r012007
3/26/2008
6124/2008
56.09
56.34
56.22
s6.68
54.55
55.90
56.30
56.23
55.81
56.40
55.50
55.20
53.55
54.37
53.84
54.09
53.97
54.43
52.30
53.65
54.05
53.98
53.s6
54.15
53.25
52.9s
51.30
52.12
I
I
t
I
Water Levels and Data over Time
White Mesa Mitl - Well TW4-11
Water Land
Measuring Length
Point Of
Total or
Measured Total Total
Depth to Depth to Depth
Water Water OfElevation Surface Elevation Riser Date Of(WL) (LSD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Welt
5,62t.92 5,623.62 t;10 121.33I
I
t
I
I
T
I
I
I
I
I
t
t
I
I
5,548.32
5,548.73
5,549.03
5,548.84
5,549.30
5,549.01
5,549.22
5,549.44
5,549.57
5,549.64
5,549.58
5,549.62
5,549.85
5,549.91
5,550.l5
5,550.01
5,550.31
5,550.44
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
5,551.94
5,552.49
5,552.74
5,553.01
5,553.1 I
5,553.19
5,553.53
5,553.31
5,553.84
5,554.04
5,554.23
5,553.87
U312002
2t612002
312612002
419/2002
512312002
6ts/2002
71812002
8/2312002
9ltt/2002
1012312002
1U2212002
t2/3/2002
u9/2003
2/12/2003
3/26/2003
4t212003
sl!2003
61912003
71712003
81412003
9trU2003
101212003
t!7/2003
t2/3/2003
U1512004
2n012004
3/28/2004
4/t212004
511312004
61t812004
7/28t2004
8t3012004
9n6t2004
tonu2004
tt/16/2004
t2/22/2004
t/1812005
2t2812005
3/1512005
412612005
- 512412005
75.30
74.89
74.59
74.78
74.32
74.61
74.40
74.18
74.0s
73.98
74.04
74.00
73.77
73.71
73.47
73.61
73.31
73.1 8
73.29
73.27
73.18
73.15
73.02
73,02
72.68
72.62
73.28
72.08
71.73
71.68
71.13
70.88
70.61
70.51
70.43
70.09
70.31
69.78
69.58
69.39
69.75
73.60
73.19
72.89
73.08
72.62
72.91
72.70
72.48
72.3s
72.28
72.34
72.30
72.07
72.01
7t.77
71.91
71.61
7t.48
7r.59
71.57
71.48
71.45
71.32
71.32
70.98
70.92
71.58
70.38
70.03
69.98
69.43
69.1 8
68.91
68.81
68.73
68.39
68.61
68.08
67.88
67.69
68.05
Water Levels and Data over Time
White Mesa MiIl - WelI TW4-11
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of(WL) GSD) (MP) &) Monitorins
Total or
Measured
Depth to
Water
(btw.MP)
Total
Depth to
Water
(blw.LSD)
Total
Depth
of
Wetl
5,621.92 s,623.62 1.70 121.33
5,554.46
5,554.57
5,553.86
5,555.30
5,556.20
5,556.48
5,556.37
5,556.94
5557.92
5,557.84
5,558.02
5,557.13
5,569.74
5,561.01
61301200s 69.16
7129/200s 69.05
9n212005 69.76
121712005 68.32
3/8t2006 67.42
6tr412006 67.14
7/18/2006 67.2s
tt/1/2006 66.68
2/27/2007 65.7
51212007 65.78
8lt5/2007 6s.60
1011012007 66.49
3/26t2008 s3.88
6t24/2008 62.61
67.46
67.35
68.06
66.62
65.72
65.44
65.55
64.98
64
64.08
63.90
64.79
52.18
60.91
t
I
I
I
Water Levels and Data over Time
White Mesa MiII - Well TW4-12
Water Land
Elevation Surface
(LSD)
Measuring LengthPoint Of
Elevation Riser Date Of(MP) &) Monitorins(wL)
Total or
Measured
Depth to
Water
(btw.MP)
Total Total
Depth to DepthWater Of
&lw.LSD) Well
5.622.38 5.624.03 1.65 121.33t
I
I
T
T
I
t
I
I
I
I
t
I
t
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
5,583.11
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. l8
5,585.29
5,585.65
5,585.71
5,586.15
5,585.94
5,586.36
5,586.75
5,587.00
5,587.15
5,587.38
5,587.38
5,587.74
5,588.23
5,588.72
5,588.14
5,588.l3
8/23t2002
9/1U2002
t012312002
ty22t2002
t21312002
U912003
2/12t2003
312612003
41212003
5/t/2003
619/2003
717/2003
8/412003
911U2003
r0t212003
tt/712003
121312003
t/1512004
2/1012004
3/28/2004
4/12/2004
slt3/2004
6t18/2004
7128/2004
8130/2004
9/1612004
t0ltt/2004
tt/t612004
t2/2212004
t/181200s
2/28/2005
311512005
4/26/2005
5/24/2005
6t30/200s
7t291200s
911212005
t2l7l200s
3/8/2006
6n312006
- 711812006
43.32
42.69
42.90
42.76
42.68
4t.65
41.7 6
41.52
42.r2
41.31
41.10
4t.02
40.92
40.68
40.51
40.46
40.22
39.86
39.84
39.72
39.33
39.3s
39.30
38.87
38.8s
38.74
38.38
38.32
37.88
38.09
37.67
37.28
37.03
36.88
36.6s
36.65
36.29
35.80
35.31
35.89
35.90
41.67
4t.04
4t.25
41.1I
41.03
40.00
40.1 1
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
37.65
37.22
37.20
37.09
36.73
36.67
36.23
36.44
36.02
3s.63
35.38
35.23
35.00
35.00
34.64
34.15
33.66
34.24
34.25
Water Levels and Data over Time
White Mesa Milt - WeIl TW4-12
Water Land
Elevation Surface(wL) (LSD)
Measuring LengthPoint Of
Elevation Riser Date Of(MP) (L) Monitorins
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to DepthWater Of
(blw.LSD) Well
5,622.38 5,624.03 1.65 121.33
5,584.50
5588.65
5,588.33
5,586.29
5,586.48
5,587.56
5,587.39
tt/1/2006
212712007
5t2/2007
811412007
t0lt0/2007
312612008
612412008
39.53
35.38
35.70
37.74
37.55
36.47
36.64
37.88
5).tJ
34.05
36.09
35.90
34.82
34.99
Water
Elevation
(wL)
Water Levels and Data over Time
White Mesa Mill - WelI TW4-13
Total or
Measuring Length Measured TotalLand Point Of Depth to Depth to
Surface Elevation Riser Date Of Water Water(LSD) QVIP) (L) Monitoring (blw.MP) (blw.LSD)
Total
Depth
of
Well
5.618.09 5.6t9.94 t.8s t21.33
I
I
I
t
I
5,529.66
5,530.66
5,529.10
5,530.58
5,530.61
5,529.74
5,531.03
5,531.82
5,524.63
5,531.54
5,538.46
5,539.38
5,540.72
5,541.25
5,541.34
5,541.69
5,541.91
5,542.44
5,542.47
5,542.84
5,543.08
5,543.34
5,543.40
5,544.06
5,544.61
5,545.23
5,546.20
5,547.43
5,548.96
5,549.02
5,550.66
5,551.26
5,552.23
5,552.87
5,553.42
5,554.00
5,555.2t
5,558. l3
5,562.93
5,564.39
5,562.09
812312002
9lrt/2002
t0/2312002
tt/22t2002
121312002
y912003
2n2t2003
3126t2003
4/2t2003
5/t/2003
6/9/2003
7/7/2003
8/4/2003
9111/2003
t0t2/2003
1U7t2003
t2t3/2003
Ut5/2004
21t012004
312812004
4n212004
511312004
6/1812004
7/2812004
8/30t2004
9116t2004
t0/1U2004
tt/r612004
12t2212004
v18t2005
2/28t2005
311512005
4/26t2005
5t24t2005
6/301200s
7t29/2005
9t12/2005
t2l7/2005
3/8t2006
6t13/2006
- 7118/2006
90.28
89.28
90.84
89.36
89.33
90.20
88.91
88. l2
9s.31
88.40
81.48
80.56
79.22
78.69
78.60
78.25
78.03
77.50
77.47
77.t0
76.86
76.60
76.54
75.88
75.33
74.71
73.74
72.51
70.98
70.92
69.28
68.68
67.71
67.07
66.s2
65.94
64.73
61.81
57.01
55.55
57.8s
88.43
87.43
88.99
87.51
87.48
88.35
87.06
86.27
93.46
86.55
79.63
78.71
77.37
76.84
76.75
76.40
76.18
75.65
75.62
7 5.25
7 5.01
74.75
74.69
74.03
73.48
72,86
71.89
70.66
69.13
69.07
67.43
66.83
6s.86
65.22
64.67
64.09
62.88
59.96
5s.1 6
53.70
56.00
I
t
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-13
Total or
Measuring Length Measured Total TotalWater Land Point Of Depth to Depth to Depth
Elevation Surface Elevation Riser Date Of Water Water Of(WL) (LSD) (MP) (L) Monitorins (blw.MP) (blw.LSD) Well
5.618.09 5.619.94 1.85 121.33I :ffi;;
5,570.63I i,izi,ii
I
s,s70.00
I
I
I
I
t
I
t
I
I
I
I
I
1U712006 54.45 52.60
2127t2007 48.86 47.0t
51212007 49.31 47.46
8/1412007 54.7 52.85
1.0/t012007 54.11 s2.26
3t26t2008 s0.65 48.80
6124/2008 49.94 48.09
Water
Elevatio
n (WL) (LSD)
Len
gth
of
Rise
r (L)
Land
Surfac
e
Water Levels and
Data over Time
White Mesa Milt -
Wetl TW4-14
Measuring Point
Elevation (MP)
Total or
Measure
d Depth Totalto Depth to Total
Date Of Water Water Depth
Monitorin (blw.MP (blw.LS Of
s ) D) Well
5,610.9
2 5,612.77 1.85
t21.3
J
5,518.90
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
5,52t.35
5,52t.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
5,521.99
8/2312002
9/1u2002
10t2312002
1u2212002
tzl3/2002
11912003
2/12/2003
3/2612003
41212003
5/t/2003
6t9t2003
7t712003
8t4t2003
9ltt/2003
t0l2/2003
ty7/2003
t2t3/2003
Ut5/2004
2/1012004
3t2812004
411212004
s/t312004
6/1812004
7/2812004
8/30/2004
9n6/2004
ro/tU2004
tlt6/2004
12122/2004
U1812005
212812005
311512005
412612005
s12412005
6/3012005
7t2912005
911212005
93.87
93.49
92.82
92.45
92.3s
92.07
91.88
91.65
9l.65
91.53
91.43
91.41
91.42
91.47
9r.42
9t.41
91.61
91.48
91.4t
91.31
91.23
91.18
91.08
91.06
91.01
91.00
90.98
90.97
90.95
90.95
90.91
90.92
90.86
90.84
90.83
90.93
90.78
92.02
91.64
90.97
90.60
90.s0
90.22
90.03
89.80
89.80
89.68
89.58
89.56
89.57
89.62
89.57
89.56
89.76
89.63
89.s6
89.46
89.38
89.33
89.23
89.21
89.16
89.15
89.1 3
89,12
89. l0
89.10
89.06
89.07
89.01
88.99
88.98
89.08
88.93
I
I
T
5,522.04
5,522.05
5,522.27
5,521.92
5,520.17
5522.24
5,522.47
5,520.74
5,518.13
5,522.85
5,522.91
12t7t2005
3t812006
6t1312006
7lt8/2006
t1712006
2t2712007
st212007
8/14/2007
t0n0/2007
312612008
6t2412008
90.73
90.72
90.50
90.85
92.60
90.53
90.30
92.03
94.64
89.92
89.86
88.88
88.87
88.6s
89.00
90.75
88.68
88.45
90.1 8
92.79
88.07
88.01I
I
t
I
I
I
T
I
I
I
Water Levels and Data over Time
White Mesa MiU - Weil TW4-15 (MW-26)
Water
Elevation(WL) (LSD)
Measuring LengthPoint Of
Elevation Riser Date Of
CIIP) (L) Monitoring
Total
Depth
of
Well
Land
Surface
Total or
Measured
Depth to
Water
(blw.MP)
Total
Depth to
Water
(blw.LSD)
5,624.15 5,625.45 1.30 121.33
I
t
I
t
t
5,574.75
5,574.97
5,575.10
5,574.99
5,575.28
5,575.41
5,575.43
5,575.63
5,575.91
5,575.81
5,572.36
5,570.70
5,570.29
5,560.94
5,560.63
5,560.56
5,564.77
5,570.89
5,572.55
5,574.25
5,574.77
5,575.53
5,575.59
5,576.82
5,527.47
5,553.97
5,562.33
5,550.00
5,560.02
5,546.11
5,556.7 |
5,554.95
5,555.48
5,551.09
5,552.85
5,554.30
5,554.87
5,550.88
5558.77
5,548.54
5,551.33
8t23t2002
91112002
to/2312002
tt/2212002
121312002
U912003
2/1212003
3126t2003
412/2003
51U2003
61912003
71712003
8t412003
911,/2003
t01212003
1U712003
t2t3/2003
y15/2004
211012004
312812004
41t212004
511312004
611812004
712812004
9lt6/2004
rt/16/2004
12122/2004
u1812005
412612005
512412005
6/30t200s
712912005
911212005
t2/712005
31812006
6/1312006
7/18t2006
tt/712006
2/2712007
512/2007
- 1011012007
50.70
50.48
50.35
50.46
50.17
50.04
50.02
49.82
49.54
49.64
53.09
54.75
55.16
64.51
64.82
64.89
60.68
54.56
52.90
51.20
50.68
49.92
49.86
48.63
97.98
71.48
63.r2
75.45
65.43
79.34
68.74
70.50
69.97
74.36
72.60
71.t5
70.s8
74.57
66.68
76.91
74.t2
49.40
49.1 8
49.05
49.t6
48.87
48.74
48.72
48.s2
48.24
48.34
51.79
53.45
53.86
63.21
63.s2
63.59
59.38
53.26
51.60
49.90
49.38
48.62
48.56
47.33
96.68
70.1 8
61.82
74.15
64.13
78.04
67.44
69.20
68.67
73.06
71.30
69.85
69.28
73.27
65.38
75.61
72.82
I
I
I
I
I
I
I
Water Levels and Data over Time
White Mesa Mill - Wetl TW4-15 (MW-26)
Measuring Length
Water Land Point Of
Total orMeasured Total Total
Depth to Depth to Depth
Elevation Surface Elevation Riser Date Of Water Water Of(wL) (LSD) MP) (L) Monitoring (blw.MP) (blw.LSD) Well
5,624.ts 5,625.45 1.30 t21.33
5,545.56
5,545.56
312612008
612512008
79.89
79.89
78.59
78.59
I
I
I
I
I
I
I
T
Water Levels and Data over Time
White Mesa Mill - Well TW4-16
Water Land
Measuring Length
Point Of
Total or
Measured Total Total
Depth to Depth to DepthWater Water OfElevation Surface Elevation Riser Date Of(WL) (LSD) MP) (L) Monitoring (blw.MP) (blw.LSD) Well
5,622.19 5,624.02 1.83 121.33I
I
I
I
I
I
t
I
I
I
t
t
I
I
I
5,562.91
5,s63.45
5,563.75
5,563.68
5,563.68
5,564.16
5,564.25
5,564.53
5,564.46
5,564.79
5,564.31
5,563.29
5,562.76
5,56t.73
5,561.04
5,560.39
5,559.79
5,567.02
5,561.75
5,562.98
5,563.29
5,564.03
5,564.09
5,565.08
5,564.56
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
5,557.67
5,557.92
5,558.47
5,558.42
8/2312002
9/1U2002
10123t2002
1U2212002
121312002
U912003
2n2t2003
312612003
4/2t2003
51U2003
6/9/2003
7t712003
81412003
9/1U2003
t0/212003
tt/712003
t2/3t2003
Uts12004
2/10/2004
3/28/2004
411212004
5n312004
6lt8/2004
712812004
8/30/2004
9/16/2004
t0ltU2004
tUt6l2004
t2/2212004
Ut8l200s
212812005
3lt5/2005
4t261200s
sl24l200s
6/30/2005
7/29/200s
9n212005
r2t7t2005
3/812006
611312006
- 7/1812006
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
6t.04
60.73
59.99
s9.93
58.94
s9.46
60.47
62.23
63.64
64.3t
64.88
6s.37
65.48
65.80
65.48
64.78
64.64
64.79
66.35
66.10
65.55
65.60
59.28
s8.74
58.44
58.51
58.51
s8.03
57.94
57.66
57.73
57.40
57.88
58.90
59.43
60.46
61.15
61.80
62.40
61.17
60.44
s9.21
58.90
58. l6
58. l0
57.t|
57.63
58.64
60.40
61.81
62.48
63.05
63.54
63.65
63.97
63.65
62.95
62.81
62.96
64.s2
64.27
63.72
63.77
Water Levels and Data over Time
White Mesa Mitl - Well TW4-16
Measuring LengthWater Land Point Of
Total or
Measured Total
Depth to Depth to
Total
Depthof
Well
Elevation Surface Elevation Riser Date Of Water Water(WL) (LSD) (MP) (L) Monitorins (btw.MP) (btw.LSD)
5,622.t9 5,624.02 1.83 121.33
5,558.09
s5s7.34
5,547.11
5,558.52
5,559.02
5,561.04
5,560.06
1u712006
2/271200',1
s1212007
811412007
t0/10/2007
3t26t2008
6/2412008
65.93
66.68
76.91
65.5
65.00
62.98
63.96
64.10
64.85
75.08
63.67
63.t7
61.15
62.t3
I
I
I
I
Water Levels and Data over Time
White Mesa Mill - Well TW4-17 (MW-32)
Measuring Length
Water Land Point Of
Elevation Surface Elevation Riser Date Of(WL) (LSD) (MP) (L) Monitorins (blw.MP) (blw.LSD) Well
Total or
Measured Total
Depth to Depth toWater Water
Total
Depth
of
5,623.4t 5,625.24 1.83 t2t.33I
I
I
I
I
I
t
I
I
I
I
I
T
I
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
5,5M.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
5,545.16
5,545.54
5,545.77
5,546.09
5,545.94
5,545.94
8/2312002
911,/2002
1012312002
tu22/2002
t2/3t2002
y9/2003
211212003
3/26/2003
4/2/2003
5/t/2003
61912003
71712003
8/412003
9ltt/2003
r0l2/2003
tU712003
tzl3/2003
,/t5/2004
2n012004
3t28/2004
4lt2/2004
slt3/2004
6n812004
712812004
8t30/2004
9lt6/2004
t0/tU2004
tUt612004
t2t2212004
Ut8/200s
2/28/2005
3n5/2005
4126/2005
sl24/200s
6130/2005
7/29/200s
9112t2005
t2l7/2005
3/812006
6lt3/2006
- 7118/2006
83.07
82.85
82.63
82.75
82.42
82.2t
82.20
81.83
81.55
8t.47
81.23
8 1.19
81.25
81.07
8 1.18
81.21
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
79.47
79.t5
79.30
79.30
81.24
8l.02
80.80
80.92
80.59
80.38
80.37
80.00
79;t2
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
77.7s
78.08
77.90
77.84
77.95
77.96
78.08
78.25
77.87
77.64
77.32
77.47
77.47
5,546.24
5546.81
5546.56
5546.81
s546.96
5547.9
s548.08
tU712006
212712007
sl2/2007
8n5/2007
101r012007
3t2612008
612512008
79.00
78.43
78.68
78.43
78.28
77.34
77.16
77.17
76.6
76.85
76.6
76.45
75.51
75.33
I
I
I
t
Water Levels and Data over Time
White Mesa Mill - WelI TW4-18
Water
Measuring Length
Land Point Of
Total or
Measured Total Total
Depth to Depth to DepthWater Water OfElevation Surface Elevation Riser Date Of
(WL) (LSD) MP) (L) Monitoring (blw.MP) (blw.LSD) Welt
s,639.13 5"641.28 2.t5 t21.33t
I
t
I
I
T
I
I
I
I
I
I
I
I
I
5,585.13
5,585.41
5,585.47
5,585.40
5,585.68
5,585.90
5,590.79
5,586. l8
5,586.36
5,586.24
5,584.93
5,584.46
5,584.55
5,584.01
5,583.67
5,583.s0
5,584.08
5,585.45
5,585.66
5,586.13
5,586.39
5,586.66
5,586.77
5,587.35
5,586.34
5,585.85
5,585.22
5,584.70
5,584.81
5,584.68
5,585.02
5,585.2s
5,586.31
5,586.97
5,586.58
5,586.10
5,586.05
5,s8s.86
5,587.13
5,585.93
5,585.40
8t2312002
9nU2002
t0123/2002
1U2212002
121312002
,/912003
2n212003
3t2612003
41212003
snl2003
61912003
7t712003
8t412003
91tU2003
101212003
ty7/2003
r2l3/2003
Ur512004
211012004
312812004
411212004
5lt3/2004
6n8/2004
7t2812004
8130/2004
91t612004
t0ltt/2004
tUt6/2004
r212212004
y1812005
2t28/2005
3lt5/2005
4t2612005
512412005
6/3012005
7/2912005
9n212005
r2l7l200s
3t8t2006
6t1312006- 7/1812006
56.15
55.87
55.81
55.88
55.60
s5.38
50.49
55.1 0
54.92
55.04
56.35
56.82
s6.73
57.27
57.6t
57.78
57.20
55.83
55.62
5s.15
54.89
54.62
54.51
53.93
54.94
5s.43
56.06
56.s8
56.47
56.60
56.26
56.03
54.97
54.31
54.70
5s.1 8
55.23
55.42
54.15
55.35
55.88
54.00
53.72
s3.66
53.73
53.45
53.23
48.34
52.95
52.77
52.89
54.20
54.67
54.58
55.12
55.46
55.63
55.05
s3.68
53.47
s3.00
52.74
52.47
52.36
51.78
52.79
53.28
53.91
54.43
54.32
54.45
54.11
53.88
52.82
52.t6
52.s5
53.03
53.08
53.27
52.00
53.20
53.73
Water Levels and Data over Time
White Mesa MiU - Well TW4-18
Total or
Measuring Length Measured Total Total
Water Land Point Of Depth to Depth to Depth
Elevation Surface Elevation Riser Date Of Water Water Of(WL) (LSD) (MP) (L) Monitorins Olw.MP) (btw.LSD) Well
5,639.13 5,641.28 2.15 r2t.33
5,585.38
s585.83
5585.1s
5586.47
1U712006
212712007
51212007
612412008
5s.90
55.45
56.13
54.81
53.75
s3.30
s3.98
52.66
t
I
I
I
Water Levels and Data over Time
White Mesa Mitl - Welt TW4-19
Water Land
Measuring LengthPoint Of
Elevation Surface Elevation Riser Date Of(WL) [SD) (MP) (L) Monitoring (blw.MP) (blw.LSD) Well
5.629.53 5,631.39 1.86 121.33
Total or
Measured Total Total
Depth to Depth to DePth
Water Water Of
I
I
I
I
I
I
I
I
I
T
I
I
t
I
I
5,58 1.88
5,582.14
5,582.06
5,582.07
5,582.l6
5,582.28
5,582.29
5,582.74
5,582.82
5,548.47
5,564.76
5,562.53
5,564.10
5,566.01
5,555.16
5,549.80
5,546.04
5,547.34
5,548.77
5,551. l8
5,556.81
5,562.63
5,573.42
5,552.94
5,554.00
5,555.98
5,552.00
5,545.74
5,544.06
5,548.81
5543.59
5544.55
5558.97
5559.73
5569.26
5535.47
812312002
9/tU2002
t012312002
tU2212002
t21312002
ll9/2003
2/1212003
3126/2003
41212003
5n/2003
619/2003
7/712003
81412003
8/30t2004
9/1612004
r0lrU2004
tUt612004
1212212004
t/r81200s
2128t200s
311512005
4126/200s
5124/2005
7/291200s
9t1212005
121712005
3/812006
6lt3/2006
711812006
1U712006
2/2712007
s1212007
Slts/2007
r01101200'7
312612008
612512008
49.51
49.25
49.33
49.32
49.23
49.11
49.10
48.65
48.57
82.92
66.63
68.86
67.29
65.38
76.23
81.59
85.35
84.05
82.62
80.21
74.58
68.76
57.97
78.45
77.39
75.4r
79.39
85.65
87.33
82.58
87.8
86.84
72.42
71.66
62.13
95.92
47.65
47.39
47.47
47.46
47.37
47.25
47.24
46.79
46.71
81.06
64.77
67.00
65.43
63.52
74.37
79.73
83.49
82.19
80.76
78.35
72.72
66.90
56.11
76.59
75.53
73.55
77.53
83.79
85.47
80.72
85.94
84.98
70.56
69.8
60.27
94.06
Water Levels and Data over Time
White Mesa Mill - Well TW4-20
Measuring LengthWater Land Point Of
Elevation Surface Elevation Riser Date Of(WL) (LSD) (MP) (L) Monitorins
Total or
Measured
Depth to
Water
(blw.MP)
Total
Depth to
Water
(blw.LSD)
Total
Depth
of
Well
5,628.s2 s,629.s3 1.01 106.0
I
I
T
I
T
I
t
I
I
I
I
I
I
I
I
I
I
t
I
5,565.70
5,546.53
5,s40.29
5,541.17
5,540.33
5,530.43
5,569.13
5,547.95
5,550.58
5,563.60
5,555.85
5,569. l0
5,560.00
5,629.53
7/29t2005
8/30/2005
9/12/2005
t2/7/2005
31812006
61t312006
7/18/2006
tt/1/2006
2/2712007
5/212007
8lt4/2007
L0/10t2007
3/2612008
6125/2008
63.83
83.00
89.24
88.36
89.20
99. l0
60.40
8 1.58
80.28
78.95
65.93
73.68
60.43
69.53
Water Levels and Data over Time
White Mesa Mill - Well TW4-21
Measuring LengthWater Land Point Of
Total or
Measured
Depth to
Total Total
Depth to DepthWater Of
(blw.LSD) Well
Elevation Surface Elevation Riser Date Of Water(WL) (LSD) (MP) (L) Monitoring (blw.MP)
5.638.20 s.639.35 1.15 120.92
5,582.98
5,583.43
5,581.87
5,580.50
5,583.64
5,580.55
5,578.95
5,578.47
5,579.53
5,578.07
5,583.41
5,583.45
5,586.47
5,579.16
712912005 56.37
81301200s 5s.92
9lt2l200s 57.48
t2l7l200s 58.8s
31812006 55.71
611312006 58.80
7tr8t2006 60.40
rU7/2006 60.88
2t2712007 s9.82
51212007 61.28
81t512007 55.94
t0/t012007 55.9
3t2612008 52.88
6/24/2008 60.19
Water Levels and Data over Time
White Mesa Mitl - WelI TW4-22
Measuring LengthWater Land Point Of
Elevation Surface Elevation Riser Date Of(WL) (LSD) (MP) (L) Monitoring
Total or
Measured
Depth to
Water
(blw.MP)
Total Total
Depth to DepthWater Of
(blw.LSD) Well
5.627.83 5.629.00 l.l7 n3.5
5,571.89
5,572.20
5,572.08
5,571.61
5,571.85
5,57t.62
5,571.42
5,571.02
s571.24
5,570.75
5,571.82
5,571.99
5,573.05
5,573.04
7t29/2005
8130/200s
9lt2l200s
t2l7/2005
31812006
61t312006
7/18/2006
ru7/2006
212712007
6/2912007
8t1412007
to/r012007
3t26/2008
612412008
57.1 1
56.80
s6.92
57.39
57.15
57.38
57.58
57.98
57.76
58.25
57.18
57.01
55.95
55.96
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