EPA 600/R-12/724 December 2012 | www.epa.gov/ord
United States
Environmental Protection
Agency
Leaching Behavior of "AGREMAX" Collected from a Coal-Fired Power
Plant in Puerto Rico
Office of Research and Development
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EPA-600/R-12/724
December 2012
Leaching Behavior of'AGREMAX" Collected
from a Coal-Fired Power Plant in Puerto Rico
A.C. Garrabrants1, D.S. Kosson1, R. DeLapp1 and Peter Kariher2
1 Vanderbilt University
Civil and Environmental Engineering
Nashville, TN 37215
2ARCADIS-US, Inc.
Research Triangle Park, NC 27711
Category III / Applied Research
Contract No. EP-C-09-027
Work Assignment No. 3-07
Prepared for
Susan A. Thorneloe
U.S. Environmental Protection Agency
Office of Research and Development
National Risk Management Research Laboratory
Air Pollution Prevention and Control Division
Research Triangle Park, NC 27711
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Notice
The U.S. Environmental Protection Agency through
its Office of Research and Development partially
funded and managed the research described here
under Contract Number EP-C-09-27 coordinated by
ARCADIS-US, Inc. Prior to publication, this report
will be subjected to the Agency's peer and
administrative review to be approved for
publication as an EPA document.
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ABSTRACT
"AGREMAX" is a partially solidified mixture of coal combustion fly ash and bottom ash. Under the
request of the United States Environmental Protection Agency (US EPA) Region 2, the US EPA Office
of Research and Development (ORD) has performed two of the leaching tests contained in the
Leaching Environmental Assessment Framework (LEAF) on subsamples of AGREMAX sampled from
the AES Puerto Rico L.P. coal-fired power plant in Guayama, Puerto Rico. Subsamples of AGREMAX
were collected and shipped under chain of custody to ARCADIS-US, Inc. (ARCADIS) serving as the on-
site contractor for the EPA ORD Air Pollution Prevention and Control Division. Homogenized
samples of the solid material were tested to characterize leaching behavior of AGREMAX during pH-
dependent leaching using Method 1313 and liquid-to-solid ratio (L/S)-dependent leaching in a
percolation column using Method 1314. Method 1313 was conducted at EPA's Research Triangle
Park Laboratories by ARCADIS while Method 1314 was performed at Vanderbilt University (VU).
Leaching test eluates were analyzed for nearly 40 target analytes including major, minor and trace
constituents.
This document presents the results of LEAF-based leaching tests. Eluate concentrations from these
leaching methods were compared to the minimum of indicator values derived from US EPA Region 9
regional screening levels (RSLs) for tapwater or US national drinking water regulations (NDWRs) as
requested by US EPA Region 2 to put eluate concentrations into perspective. The comparison was
based on an indicator ratio defined as the maximum applicable eluate concentration divided by the
minimum indicator value. The maximum applicable eluate concentration was considered to be the
maximum eluate concentration within an applicable pH range of pH 6.5 to 11.5 for Method 1313 or
the maximum eluate concentration over the entire L/S range between 0.2 and 10 mL/g-dry for
Method 1314.
Indicator ratios greater than 100 were observed for arsenic, boron, chloride and chromium based on
results from both leaching tests. For fluoride, lithium and molybdenum, indicator ratios for Method
1314 test results were greater than 100 while indicator ratios for Method 1313 test results were
between 10 and 100. Other analytes with indicator ratios between 10 and 100 include selenium,
sulfate and thallium in both pH- and L/S-dependent leaching tests.
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ABBREVIATIONS
ARCADIS ARCADIS-US, Inc., Research Triangle Park, NC
CCR(s) coal combustion residue(s)
DIG dissolved inorganic carbon
DOC dissolved organic carbon
DQI(s) data quality indicator(s)
OWE L (s) drinking water equivalent level (s)
1C ion chromatography
ICP-MS inductively coupled plasma-mass spectrometry
ICP-OES inductively coupled plasma-optical emission spectroscopy
LEAF Leaching Environmental Assessment Framework
L/S cumulative liquid-to-solid ratio [L/kg, dry basis]
L/Sj liquid-to-solid ratio through end of interval or test fraction / [mL/g, dry basis]
LSP liquid-solid partitioning
MCL(s) maximum concentration level(s)
MDL method detection limit
ML minimum level of quantitation
NDWR(s) national drinking water regulation(s)
ORD Office of Research and Development (US EPA)
QAPP quality assurance project plan
QA/QC quality assurance/quality control
RCRA Resource Conservation and Recovery Act
RSL(s) regional screening level(s), US EPA Region 9
TCLP toxicity characteristic leaching procedure, US EPA Method 1311
US EPA United States Environmental Protection Agency
VU Vanderbilt University, Nashville, TN
111
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cf
ABSTRACT II
ABBREVIATIONS Ill
INTRODUCTION 1
CHARACTERIZATION APPROACH 1
MATERIAL DESCRIPTION 2
CHARACTERIZATION METHODS 2
Method 1313: Liquid-Solid Partitioning as a Function ofEluate pH using a Parallel Batch
Extraction Procedure 2
Method 1314: Liquid-Solid Partitioning as a Function of Liquid-Solid Ratio using an Up-Flow
Percolation Column Procedure 3
ELUATE CHEMICAL ANALYSIS 4
Inductively-Coupled Plasma - Optical Emissions Spectrometry 4
Inductively-Coupled Plasma - Mass Spectrometry 4
Ion Chromatograph 4
Total Carbon Analysis 5
Quality Assurance/Quality Control 5
ENVIRONMENTAL REFERENCE CONCENTRATIONS AND INDICATOR RATIOS 5
RESULTS AND DISCUSSION 8
TlTRATION CURVE AND ELUATE PH 8
ELUATE CONCENTRATIONS AS FUNCTIONS OF PH AND L/S 8
DATA QUALITY EVALUATION 10
Analytical QA/QC Results 10
Method Blank Analysis Results 11
COMPARISON OF LEACHING RESULTS TO ENVIRONMENTAL REFERENCE CONCENTRATIONS 11
SUMMARY 13
REFERENCES 14
APPENDIX A. GRAPHICAL LEACHING TEST DATA
APPENDIX B. DETAILED QA/QC REPORT
IV
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INTRODUCTION
Historically, the results of leaching tests have been the basis for environmental performance assessment of
solid materials (e.g., contaminated materials, industrial wastes). For example, the United States
Environmental Protection Agency (US EPA) uses the Toxicity Characteristic Leaching Procedure (TCLP; EPA
Method 1311) as a regulatory test to classify wastes as "hazardous" or "non-hazardous" (i.e., wastes to be
managed under Subtitle C or Subtitle D of RCRA, respectively). TCLP is a single batch extraction procedure
using acetic acid that is considered to produce an eluate that estimates the leachate resulting from co-
disposal of the test material with municipal solid waste. The single extraction of TCLP allows for a simple
evaluation process by comparison of eluate concentration results to allowable concentration limits for
selected constituents (see 40 CFR 261.24). Although the results of any scenario-simulation test should not be
used outside of the intended simulation test conditions, the results of TCLP have been broadly applied beyond
their intended use in waste classification (SAB, 2003).
More recently, the US EPA has been in the process of developing, validating, and adopting the leaching tests of
the Leaching Environmental Assessment Framework (LEAF) for inclusion into its analytical chemistry testing
guidance, SW-846, with intended use in situations where TCLP is not required or best-suited (Garrabrants et
al., 2010; 2012a; 2012b). The LEAF testing and assessment approach has been developed to provide a
comprehensive testing regime through multi-point leach testing over a range of test conditions considered
suitable for complex environmental evaluations and material characterizations. The LEAF testing approach,
test methods and assessment methodology were developed in parallel with European leach test development
efforts. A primary difference between the LEAF methods and TCLP is that the LEAF methods are intended to
characterize leaching from a material over a broad range of test conditions that may occur in the environment
(e.g., varying values for pH, liquid-to-solid ratio, waste form, etc.) rather than at a single set of test conditions.
Testing over a range of conditions provides assessment flexibility in that the results can be used to compare
potential release under various environmental conditions or between material treatments. The results of the
four leaching tests in LEAF may be used individually or in combinations to characterize the leaching behavior
of a material for many plausible field scenarios. The LEAF testing results are intended to provide a source
term for subsequent constituent transport and fate evaluation, recognizing that dilution and attenuation of
constituents often will occur from the point of release to the point of exposure or compliance evaluation. The
LEAF testing methodologies have been applied extensively to coal combustion residues (CCRs) as part of US
EPA research on the potential impacts of land disposal or from engineering and commercial applications
using fly ash and other secondary materials (Sanchez et al., 2006; 2008; Kosson et al., 2009; Thorneloe, 2010).
US EPA Office of Research and Development (ORD) was asked by US EPA Region 2 to determine the leaching
properties of a blend of coal combustion fly ash and bottom ash ("AGREMAX") using the LEAF leach testing
approach. This report presents the results of LEAF testing of AGREMAX samples collected from the AES
Puerto Rico L.P. coal-fired power plant in Guayama, Puerto Rico.
CHARACTERIZATION APPROACH
Leaching tests for determining the liquid-solid partitioning (LSP) of AGREMAX as a function of pH using
Method 1313 and as a function of liquid-to-solid ratio (L/S) using EPA Method 1314. Batch pH-dependence
testing (Method 1313) was conducted by ARCADIS-US, Inc. (ARCADIS) serving as an on-site contractor for the
EPA ORD Air Pollution Prevention and Control Division at the National Risk Management and Research
Laboratory in the Research Triangle Park, North Carolina. Percolation column testing using Method 1314
was conducted at Vanderbilt University (VU). The remaining LEAF test methods (i.e., EPA Method 1315 and
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EPA Method 1316) were not conducted because Method 1315 was not considered appropriate based on the
granular nature of the AGREMAX while Method 1316 is somewhat redundant in that it yields similar leaching
data as provided by Method 1314. All leaching tests were performed between May and July 2012 and were
completed within three months of receipt of the field samples from Region 2. Eluate pH and conductivity
were measured directly by the performing laboratory (i.e., ARCADIS for Method 1313 or VU for Method 1314)
and eluate chemical analysis for analytes of concern was conducted at VU. All chemical analyses were
conducted in accordance with an on-going quality assurance project plan (QAPP) for characterization of CCRs
approved by US EPA ORD (Kosson et al., 2009).
In order to put the results of Method 1313 and Method 1314 into perspective with environmental reference
concentrations, this report compares leaching test eluate concentrations to a set of indicator values
recommended by US EPA Region 2 (Grossman, personal communications, 19 July 2012; 20 July 2012) for this
application. The indicator values were derived from US national drinking water regulations (NDWRs) based
on a combination of primary and secondary drinking water standards (US EPA, 2012a) and on US EPA Region
9 regional screening levels (RSLs) for residential tapwater (US EPA, 2012b). A comparison was made
between leaching data and the environmental reference concentrations for 29 analytes including Al, As, B, Ba,
Be, Cd, Cl, Cr, Co, Cu, F, Fe, Li, Mn, Mo, Ni, N02, N03, Pb, P04, Sb, Se, S04, Sr, Tl, Sn, U, V and Zn.
MATERIAL DESCRIPTION
AGREMAX is generated by the AES Puerto Rico, LP coal-fired power plant in Guayama, Puerto Rico, and is a
combination of 80% coal combustion fly ash and 20% bottom ash by weight. The component materials are
mixed together and hydrated. The combined material is transported by conveyor belt to a yard where it is
laid out to cure for 7 to 14 days. The cured solidified material is broken into manageable pieces using heavy
machinery and transferred to a crushing machine for particle size reduction (Rivera, personal
communication, 16 June 2011).
Two 5-gallon plastic buckets of cured and crushed AGREMAX were collected from the AES Puerto Rico LP.
coal-fired power plant in Guayama, Puerto Rico and sent under chain of custody by US EPA Region 2 to
ARCADIS for homogenization prior to testing. The samples were designated with the material code "AES" and
a replicate letter based on the sample location (e.g., "AES-A" was collected as one location while "AES-B" was
collected at the other sampling location). The two buckets from each location were homogenized by cone and
quartering (ASTM, 2003). After homogenization, samples were returned to the 5-gallon buckets and stored at
ARCADIS for archiving and pH-dependent leach testing using Method 1313. Subsamples from each sample
location - enough to fill two 500-mL high density polyethylene bottles - were sent to VU for percolation leach
testing using Method 1314.
CHARACTERIZATION METHODS
Method 1313: Liquid-Solid Partitioning as a Function of Eluate pH using a Parallel Batch
Extraction Procedure
Method 1313 is an equilibrium-based leaching test designed to provide eluate solutions representing the LSP
curve of constituents as a function of eluate pH (Garrabrants et al., 2010; 2012a; 2012b). The procedure
consists of nine parallel batch extractions at targeted pH values and one extraction at the natural pH of the
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material.1 The solid material may require particle size reduction by crushing in order to facilitate the
approach to solid-liquid equilibrium within a reasonable extraction timeframe. Dilute acid or base in
deionized water is added to each extraction according to a pre-test titration in order to achieve final extract
pH values at specified target values ranging between 2 and 13 at an L/S of 10 mL/g-dry. The extraction
contact time ranges from 24 to 72 hours based on the grain size of the "as tested" material (i.e., the material
after any particle size reduction or air drying required to improve the handling of the "as received" material).
The pH and conductivity of the final extract solution are recorded and vacuum- or pressure-assisted filtration
is used to separate the liquid and solid phases prior to chemical analysis of the eluate. Eluate concentrations
for constituents of interest are plotted as a function of eluate pH allowing for comparison to quality control
and assessment limits. Eluate concentrations may also be interpolated to the target pH values to provide a
uniform basis for comparison of results as the recorded eluate pH is likely to differ slightly from target values
within specified pH tolerances.
Method 1314: Liquid-Solid Partitioning as a Function of Liquid-Solid Ratio using an Up-Flow
Percolation Column Procedure
Method 1314 is an up-flow percolation column procedure used to evaluate the release of constituents from
solid materials as a function of cumulative L/S (Garrabrants et al., 2010; 2012a; 2012b).2 In the context of the
column test, L/S is defined as the volume of liquid passing through the column relative to the dry equivalent
mass of test material in the column bed and is expressed in units of mL/g-dry. As it relates to conditions in
the field, L/S can be considered a surrogate measure for time when infiltration rates are considered.
Approximately 300-600 grams of "as is" or air-dried solid material (moisture content less than ca. 20% dry
basis) is packed under moderate compactive effort into a 5-cm diameter x 30-cm long column. The test
material is packed in five "lifts" with each lift hand tamped using a 1-cm diameter rod. Layers of clean silica
sand are used at the top and bottom of the column to provide flow regulation on the inlet side and coarse
filtration at the outlet. Leaching solution (eluent) is pumped upward through the material and eluate is
collected as nine discrete volume fractions of the continuous elution volume. The up-flow percolation mode
is intended to minimize air entrapment and flow channeling. The pump flow rate is adjusted to provide a
volume of eluent equivalent to 0.75±0.25 L/S per day. For primarily inorganic materials, deionized water is
used as the eluent for testing; however, a 1 mM solution of CaClz may be used when testing certain materials
(e.g., organic soils, clayey materials) where deflocculation of clay layers or dissolution of organic carbon may
be a concern. The collection bottle is placed at a height of 6 to 12 inches above the column to provide
sufficient hydraulic head to ensure flow while avoiding siphoning as well as to minimize backpressure which
can cause leaks in the system. The nine eluate fractions are collected at specified L/S values of 0.2, 0.5,1.0,
1.5, 2.0, 4.5, 5.0,9.5, and 10 mL/g-dry. Analytical sample compositing is allowed depending on the intended
use of the test results. The eluate pH, conductivity and (optionally) oxidation-reduction potential are
recorded for each fraction prior to filtration through a 0.45-|im membrane and preservation of an analytical
sample. After chemical analysis of analytical samples, cumulative release from the column at the specified
L/S values is calculated from eluate concentrations and interval liquid-solid ratios (L/Sj). The outputs of
Method 1314 include graphs of eluate concentration and cumulative release plotted as a function of L/S,
which are intended to illustrate changes in leaching that develop as percolation progresses and L/S increases.
1 The natural pH (also referred to as "own pH") is the final eluate pH response of a deionized water extraction (i.e., no acid
or base added) of a solid material conducted at an L/S 10 mL/g-dry.
2 For the purposes of this report, both batch liquid-to-solid ratio and column test cumulative liquid-to-solid ratio will be
denoted as L/S whereas the liquid-to-solid ratio for individual test fractions from the column will be denoted as L/Si
where the value / represents the endpoint L/S. For example, L/So.2 refers to first fraction of Method 1314 starting at
L/S=0 mL/g-dry and ending at an L/S=0.2 mL/g-dry while L/Sio refers to the last fraction of the test starting at L/S=9.5
mL/g-dry ending at L/S=10 mL/g-dry.
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Eluate Chemical Analysis
All eluate solutions were analyzed at VU to minimize variability in the results associated with individual
analytical methods and quality assurance/quality control (QA/QC) assessments. A suite of 40 analytes were
measured for the purposes of preparing data for any future potential chemical speciation or other modeling.
Inductively-Coupled Plasma - Optical Emissions Spectrometry
The concentrations of a suite of analytes were measured by inductively coupled plasma - optical emissions
spectrometry (ICP-OES) on a Varian ICP Model 720-ES (Agilent Technologies, Santa Clara, CA) following SW-
846 Method 6010 (US EPA, 2007b). An ICP-OES analytical range of approximately 0.1 mg/L to 25 mg/L for
trace metals was calibrated using five-point standard curves and the analytical range was extended for major
components to a maximum of 500 mg/L using seven-point standard curves. During analysis of solutions,
blanks and calibration check standards (~0.5 mg/L) were monitored every 10 to 20 samples with the
requirement that recoveries be within 20% of the specified value. Analyses were performed on undiluted
samples when possible and, when necessary, samples were diluted gravimetrically to within the targeted
analytical range using 1% (v/v) Optima grade nitric acid (Fisher Scientific) in deionized water. Yttrium at 10
mg/L was used as an internal standard. One analytical matrix spike was checked for each replicate set of
analytical samples of a leaching test (i.e., approximately one spike for every ten analytical samples). For each
5 mL sample aliquot, spikes were prepared by addition of 100 \iL of a 10 |ig/L standard solution for trace
species or 100 |iL of a 1,000 [ig/L standard solution for major species.
Inductively-Coupled Plasma - Mass Spectrometry
Inductively-coupled plasma - mass spectrometry (ICP-MS) was used to determine eluate concentrations for
analytes where the detection limit for ICP-OES was above the screening criteria (i.e., As, Be, Sb, Se, Tl) and for
analytes not well-quantified by ICP-OES (i.e., Cs, Re, Sn). ICP-MS was conducted following SW-846 Method
6020 (US EPA, 2007c) using a Perkin Elmer model ELAN DRC II (Perkin Elmer, Waltham, MA). A seven point
calibration curve was created by dilution of a bulk standard and used to calibrate the analytical range for low-
level analytes (0.01 to 100 ng/L) and mid-level analytes (1 to 250 ng/L). ICP-MS was conducted initially on
10:1 volumetric dilutions (water-to-sample) of eluate solutions to minimize total dissolved solids loading to
the instrument. If the concentrations of the 10:1 dilutions exceeded the calibration range, additional dilutions
at 100:1 and 1000:1 were analyzed. If analysis of the diluted sample resulted in concentrations below the ML,
the analysis is repeated with full strength analytical sample. Internal standards consisting of 50 \iL of each a
10 mg/L indium solution and a 10 mg/L bismuth solution were added to each 10 mL diluted sample aliquot
prior to analysis. Internal standards of indium and bismuth are used to adjust for the concentration response
for analytes with mass range below and above 150, respectively.
Ion Chromatograph
The concentrations of anions (i.e., Br, Cl, F, N02, N03, P04, S02) analytical samples were determined by ion
chromatography (1C) using a Dionex DX600 chromatograph (Dionex Corporation, Sunnyvale, CA) with a
conductivity detector following SW-846 Method 9056A (US EPA, 2007d). A five-point standard curve was
created by dilution of a seven-anion bulk standard and used to calibrate the analytical range which varied
based on the relative concentrations of analytes in the bulk standard. Analytical blanks and calibration check
standards at approximately 1 mg/L were measured after every ten analytical samples and compared to
acceptable QA/QC criteria (i.e., calibration standard recoveries were required to be 85-115% and
concentrations in analytical blanks required to be non-detectable).
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Total Carbon Analysis
Total carbon analysis following SW-846 Method 9060 (US EPA, 2004) for all eluates was performed on a
Shimadzu model TOC-V CPH/CPN (Shimadzu Scientific Instruments Inc., Columbia, MD) to determine the
concentrations of dissolved inorganic carbon (DIG) and dissolved organic carbon (DOC) in analytical samples.
Five-point calibration curves for the analytical range between 1 and 100 mg/L were generated for both DIG
and non-purgeable DOC analyses. The value for a minimum acceptable standard curve correlation coefficient
was set at 0.995. An analytical blank and a calibration check standard at approximately 1 mg/L were
measured after every ten analytical solutions and the results compared to acceptable QA/QC criteria (i.e., the
recovery of calibration checks were required to be 85-115% and concentrations in analytical blanks were
required to be non-detectable).
Quality Assurance/Quality Control
A series of QA/QC assessments, including method and analytical blanks, spikes, duplicates, and detection
limits evaluations, were used to ensure that chemical analysis of eluate solutions were of high quality and that
test results were not influenced by external sources of target analytes. Data quality indicators (DQIs), or the
applicable criteria established in the project QAPP for ensuring adequate data quality, were reviewed and
accepted by US EPA ORD prior to the start of characterization.
Chemical Analysis
For each analyte, the method of chemical analysis, method detection limit (MDL), and minimum level of
quantitation (ML) are presented in Table 1. MDL and ML values were determined by VU following guidance
in the Technical Support Document for the Assessment of Detection and Quantitation Approaches (US EPA,
2003). These values were used while assessing the quality control of eluate concentrations as well as in the
interpretation and reporting of results. Concentrations measured at values less than the MDL were reported
as "non-detected" in tabular formats, but were set to a value of % the MDL value for plotting and data
analysis. Concentrations measured at less than the ML but greater than the MDL were reported as "estimated
values" and were maintained as measured for plotting and data analysis.
Method Blank Analysis
Each of the LEAF methods includes requirements for the preparation and collection of method blanks which
are analytical samples used to assess the potential for interferences in the test results due to contamination
from reagent sources or equipment surfaces. Method blanks typically are extractions conducted using the
same procedure as the test method, but excluding the solid test material. For Method 1314 where the only
reagent is deionized water or ImM CaCl2 solution used as an eluant, the method requires that a sample of the
eluant is collected as a method blank. For Method 1313 where test reagents include aliquots of acid and base
added to deionized water, the three specified method blanks include samples of (i) deionized water, (ii) the
extraction fluid at the highest level of acid addition and (iii) the extraction fluid at the highest level of base
addition. Using an algorithm developed for validation of the LEAF test methods, the analyte concentration
result of a eluate solution (i.e., Method 1313 extraction or Method 1314 eluent fraction) is considered to be
influenced by external sources of contaminants if the analyte concentration in the method blank associated
with the eluate solution has a valid detectable concentration greater than 20% of the concentration in the
eluate solution (Garrabrants et al., 2012a; 2012b). Method blanks with analyte concentrations below the
method limit of quantitation are considered not to influence eluate concentrations.
Environmental Reference Concentrations and Indicator Ratios
In order to place leaching test results into context with environmental reference concentrations, the results of
leach testing (i.e., eluate concentrations for Method 1313 and Method 1314) were compared to the set of
environmental reference concentrations shown in Table 1. The appropriate sources of environmental
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reference concentrations designated by US EPA Region 2 were the US EPA Region 9 residential tapwater RSLs
and the NDWRs. The NDWRs consist of a combination of primary maximum contaminant levels (MCLs), and
treatment technology action levels, which are enforceable regulatory standards, and secondary MCLs and
drinking water equivalent levels (DWELs) which are guidance. Based on guidance from US EPA Region 2,
From these two sources of reference concentrations, a final set of environmental reference concentrations for
comparison with leaching test results was compiled from these two sources by selecting the lower of the two
environmental reference concentrations (RSL and NDWR) for each analyte.3 The selection methodology and
final set of environmental reference concentrations were reviewed and approved by US EPA Region 2 prior to
use in this project (Grossman, personal communication, 20 July 2012). Indicator ratios were calculated as the
maximum eluate concentration from leaching test results (i.e., the maximum concentration within the
applicable pH range of 6.5-11.5 or the maximum concentration within the range of L/S-dependent leaching)
divided by the selected environmental reference concentration for each analyte.
3 The NDWRs and RSLs were developed for different purposes and so the values for any constituent can differ substantially in
some cases. The chromium and arsenic MCL values in particular are several orders of magnitude above the RSLs. As
enforceable drinking water standards, MCLs result from rulemaking that considers not only risk, but the feasibility of the
regulation on a national basis. The risks corresponding to MCLs may therefore range up to an estimated cancer risk of one per
10,000 and occasionally somewhat higher. MCLs also may not reflect the very latest science, as rulemaking is expensive and
time consuming, and so MCLs are not updated as easily or frequently as RSLs. RSLs are non-regulatory guidance values used in
assessing Superfund sites, and uniformly represent cancers risks of one per million, or a Hazard Quotient of one for non-
carcinogens (G. Helms, personal communication, 1 November 2012).
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Table 1. Analytical Methods with MDLs and MLs Compared to Environmental Reference Concentrations. The
final set of Environmental Reference Concentrations used for comparison to leaching tests results is indicated
in bold.
Analyte
Aluminum
Antimony
Arsenic*
Barium
Beryllium
Boron
Bromide
Cadmium
Calcium
Cesium
Chloride
Chromium*
Cobalt
Copper
Dissolved Inorganic Carbon
Dissolved Organic Carbon
Fluoride
Iron
Lead
Lithium
Magnesium
Manganese
Molybdenum
Nickel
Nitrate
Nitrite
Phosphate
Phosphorus
Potassium
Selenium
Silicon
Sodium
Strontium
Sulfate
Sulfur
Thallium*
Tin
Titanium
Uranium
Vanadium
Zinc
Symbol
Al
Sb
As
Ba
Be
B
Br
Cd
Ca
Cs
Cl
Cr
Co
Cu
DIG
DOC
F
Fe
Pb
Li
Mg
Mn
Mo
Ni
N03
N02
P04
P
K
Se
Si
Na
Sr
S04
S
Tl
Sn
Ti
U
V
Zn
Environmental Reference
Concentrations
NDWR RSLs
(Hg/L) (ng/L)
50-200Ni
6
10
2,000
4
7N2
16,000
6
0.045
2,900
16
3,100
5
6.9
250,OOQNi
100
1,600
0.031R1
4.7
1,300N3 620
4,000
300Ni
620
11,000
15N3
31
1,600N2 320
20QN2
7QQN2
10,000
1,000
78
300
25,000
1,600
760,000
50
78
20,000N2
9,300
250,OOQNi
2
0.16
9,300
30
47
78
1QN2
4,700
Analytical
Method
ICP-OES
ICP-MS
ICP-MS
ICP-OES
ICP-MS
ICP-OES
1C
ICP-MS
ICP-OES
ICP-MS
1C
ICP-MS
ICP-OES
ICP-OES
TOC
TOC
1C
ICP-OES
ICP-MS
ICP-OES
ICP-OES
ICP-OES
ICP-OES
ICP-OES
1C
1C
1C
ICP-OES
ICP-OES
ICP-MS
ICP-OES
ICP-OES
ICP-OES
1C
ICP-OES
ICP-MS
ICP-MS
ICP-OES
ICP-MS
ICP-OES
ICP-OES
MDL
(HR/L)
1
0.08
0.64
1
0.64
1
17
0.17
2.6
0.49
6.5
0.5
1.8
3.7
130
170
7
2
0.23
1.9
1.1
2
1.2
1.8
26
18
24
3.7
1.6
0.52
1.1
2.5
1
21
6.8
0.51
0.7
2
0.3
1.5
1
ML
(ug/L)
5
0.2
2
5
2
5
50
0.5
10
2
20
2
5
10
500
500
20
10
1
10
5
10
5
5
100
50
100
10
5
2
5
10
5
100
20
2
2
10
1
5
5
Notes: RSLs = Residential Tapwater Regional Screening Levels for US EPA Region 9 (US EPA, 2012b)
Ri Chromium RSL based on Cr(VI)
NDWRs = National Primary Drinking Water Regulations (US EPA, 2012a) unless noted:
N1 National Secondary Drinking Water Regulations - non-enforceable guideline
N2 Drinking Water Equivalent Level (DWEL)
N3 Treatment Technique Action Level
* MDL greater than minimum indicator value.
-------
RESULTS AND DISCUSSION
In the following section, a brief presentation of pH- and L/S-dependent leaching results for selected analytes
is shown to illustrate the general results presentation and compare testing results from Method 1313 and
Method 1314. Full presentation of leaching results for all tests and analytes is provided in Appendix A.
Titration Curve and Eluate pH
Figure 1 shows the titration curve, i.e., eluate pH versus acid addition from Method 1313 (left) and the eluate
pH recorded in test fractions of Method 1314 (right).
i
8 -
K
s^
K
X
^s
AES-M1314-B
0.1
Acid/Base Addition (meq/g)
10
L/S (L/kg)
Figure 1. Eluate pH results for Method 1313 (left) and Method 1314 (right) testing of AGREMAX.
Each figure shows results for two test replicates (e.g., AES-M1313-A and AES-M1313-B) corresponding to the
two material replicates. For the Method 1313 results, the natural pH of AES is 10.9 as indicated by the circled
data in the Method 1313 figure for the pH response when no acid or base is added. The range of pH for
Method 1314 eluates is 10.9 at low L/S to 10.2 at high L/S. The eluate pH range from the column test is
consistent with the natural pH measured from the pH-dependent leaching test.
Eluate Concentrations as Functions of pH and L/S
The concentrations of arsenic, boron, cadmium and selenium resulting from testing AGREMAX using Method
1313 and Method 1314 are shown in Figure 2. Eluate concentrations are presented for both tests as a
function of pH (left panel) and for only Method 1314 as a function of L/S (right panel). Plotting L/S-
dependent data as a function of pH allows for comparison of eluate concentrations at low and high L/S values
relative to the M1313 LSP curve. The scale of the vertical axes of the two panels has been coordinated so that
the progression of L/S-dependent data from low to high L/S can be transferred to the pH-dependent leaching
graph using the eluate concentrations values.
In the pH-dependent leaching panel (left) gold, dashed vertical lines represent the bounds of an applicable pH
range for pH-dependent data. The vertical lines focus the assessment toward the range of potential pH values
anticipated. In the case of AGREMAX, the applicable pH range was determined by US EPA Region 2 to be
bounded at low pH by the minimum value in the NDWRs (i.e., pH 6.5) and at the upper pH by a pH value %
unit above the natural pH of the AES sample (i.e., pH 11.5).
-------
0.1
o.oi --I'S'.'sii.
0.001
0.0001
o.ooooi
0.00001
0.1
e
o
CD
100
10
0.1
o.Ol
0.001
0.0001
LRSL_'
* «•
^-AP-
• AES-M1314-A
5 O AES-M1314-B
— A— AES-M1313-A
f • AES-M1313-B
O own pH
--
-°-*
1 NOW
1
^^
R
1
1^
tvQ
I^T--J-T^.-JMJ:
| MDL
1
6 8
PH
10
12
14
|
•a
ra
U
0.001 -'
0.0001
0.00001
L/S (L/kg)
L/S (L/kg)
0.01 -
0.001 -
0.0001
10
L/S (L/kg)
Figure 2. Eluate concentrations for arsenic boron cadmium and selenium from Method 1313 and Method 1314
testing of AGREMAX presented as functions of pH (left) and L/S (right) compared to NDWR and RSL values (the
lower of each serving as the environmental reference concentration) shown as horizontal lines. TCLP values
from earlier testing of AGREMAX are indicated as gray horizontal lines when available.
-------
Also shown in each panel of Figure 2 are red and purple horizontal lines representing, respectively, the RSLs
and NDWRs values presented in Table 1. In addition, TCLP concentration values published by AES Puerto
Rico L.P. from independent testing of AGREMAX (AES, 2009) are shown as a black horizontal dashed line
spanning the entire pH range.4
In Figure 2, the column test results (right) show that several analytes "washout" by a cumulative L/S value of
2 L/kg, resulting in eluate concentrations near or below quantitation limits (i.e., ML values). This washout
effect is clearly illustrated for cadmium and to a lesser degree for arsenic and selenium. Method 1314 eluate
concentrations measured at low L/S between 0.2 and 0.5 L/kg are commonly higher than Method 1313 eluate
concentrations which are measured at L/S of 10 L/kg due to the influence of ionic strength on constituent
solubility. When Method 1314 eluate concentrations are plotted as a function of pH and compared to Method
1313 data, the column data for more soluble species with strong L/S-dependence are shown to have a wide
dynamic range (i.e., difference between high and low concentrations) with the trend line "cutting across" the
pH-dependence curve. In Figure 2, strong L/S-dependence is illustrated for cadmium and selenium, while the
L/S effect is less strong for arsenic and boron.
Data Quality Evaluation
Evaluation of data quality for this project include review of the analytical QC/QC relative to DQI goals
established in the project QAPP and the assessment of potential interferences on low-level eluate
concentrations through method blank analysis. A detailed analysis of analytic data quality is presented in
Appendix B.
Analytical QA/QC Results
The established DQI goals for chemical analysis and the resulting DQIs from this project are shown in Table 2.
The precision results are based on the overall mean relative standard deviation for parameters with more
than two analytical replicates (i.e., ICP-OES, ICP-MS, 1C, TOG analyses and moisture content). No precision
value is provided for 1C analysis as only a single analytical replicate is measured. Completeness was
determined as the percentage of valid measurements (i.e., excluding analytical non-detects) meeting DQI
goals out of the total number of measurements. The overall results show that the DQI goals established in the
project QAPP were achieved for all eluate measurements in this study.
Table 2. Data Quality Indicator Goals and Overall Results.
^^^^^^^^^^^^^^| DQI Goals Overall Results
Measurement Method
ICP-OES - cations EPA Method 6010
ICP-MS - cations EPA Method 6020
1C - anions EPA Method 6056A
Carbon - DIG, DOC EPA Method 9060
pH, conductivity Electrode
moisture content ASTMD2216-05
Precision
±10%
±10%
±10%
±10%
±2%
±10%
Completeness Precision Completeness
>90%
>90%
>90%
>90%
100%
100%
1.9%
2.8%
NA
2.0
2%
0.2%
100%
100%
100%
100%
100%
100%
Note: NA = "not available" - RSD as 1C analysis is based on a single measurement.
4 TCLP does not require measurement and recording of the final extract pH (i.e., after tumbling). If, however, the final pH had
been documented, the TCLP concentration values could be plotted as a function of pH which would provide better perspective on
how TCLP data correspond to LEAF testing results.
10
-------
In order to ensure that the analytical techniques accurately account for the target analytes in the analytical
solution, matrix spikes (i.e., samples of the analytical solution with addition of a known mass of target
analytes) were measured and the recovered spiked mass calculated. The criterion for acceptable spike
recovery was that the mass recovered should be between 80 and 120% of the mass added to the sample.
Table 3 presents a summary of the spike recovery results for each analytical technique (e.g., ICP-OES, ICP-MS,
etc.) and leaching method (i.e., Method 1313 and Method 1314) as a percentage of the mass added to
analytical sample. The table shows the mean spike recovery as well as the minimum and maximum spike
recovery for all analytes measured by that analytical method. No matrix spikes were conducted for 1C in
accordance with the QAPP approved by the EPA QA personnel. All spike recoveries for ICP-OES, ICP-MS and
carbon analyses were well within the 80 to 120% criteria.
Table 3. Analytical Matrix Spike Recovery Summary.
^^^^^^^^^^| Method 1313 1 Method 1314
Measurement Method Mean Min Max Mean Min Max
ICP-OES - cations EPA Method 6010
ICP-MS - cations EPA Method 6020
1C - anions EPA Method 6056A
Carbon - DIG, DOC EPA Method 9060
99%
99%
NA
92%
89%
94%
NA
91%
115%
104%
NA
94%
100%
98%
NA
93%
85% 113%
92%
NA
91%
102%
NA
96%
Note: NA = "not available" - Matrix spikes were not conducted for 1C analysis.
Method Blank Analysis Results
Method blank analysis for both Method 1313 and Method 1314 showed that no method blanks had analyte
concentrations above the ML values with the exception of those Method 1313 method blanks stemming from
addition of acid or base to deionized water (e.g., potassium from KOH addition in the Method 1313 base
method blank, or nitrate from HNOs addition in the Method 1313 acid method blank). Therefore, method
blanks were not considered to influence eluate concentrations for any of the eluate concentrations from
either leaching test.
Comparison of Leaching Results to Environmental Reference Concentrations
In order to facilitate the comparison of eluate concentrations to the selected environmental reference
concentrations, the indicator ratio was defined as the maximum eluate concentration (i.e., the maximum
concentration within the applicable pH range of 6.5-11.5 or the maximum concentration within the scope of
L/S-dependent leaching) divided by the selected environmental reference concentration. The indicator ratio
is intended to place leaching test eluate concentrations for various analytes into perspective. However, the
indicator ratio does not consider any dilution or attenuation that may occur from the point of release (i.e.,
leaching source term) to the point of potential exposure or compliance.
The resulting indicator ratios for Method 1313 and Method 1314 test results (rounded to whole numbers)
are shown in Table 4 for each analyte. The indicator ratios for arsenic, boron, chloride, chromium, fluoride
(Method 1314), lithium (Method 1314), and molybdenum (Method 1314) for both leaching tests are greater
than 100 as shown in red bold text with a thick red outline. Indicator ratios for aluminum (Method 1314),
fluoride (Method 1313), lithium (Method 1313), molybdenum (Method 1313), nitrate (Method 1314),
selenium, sulfate and thallium are between 10 and 100 as shown in orange bold text with a thin orange
outline.
11
-------
Table 4. Environmental Reference Concentrations, Maximum Leaching Test Eluate Concentrations, and
Indicator Ratios for pH-dependent Leaching (Method 1313) and L/S-dependent Leaching (Method 1314). Ratios
between 10 and 100 are shown in bold orange while ratios greater than 100 as shown in bold red.
Environmental Mavimiim
Analyte Symbol Reference JviVoi,*
Cone. M1J1J
I (mg/L) (mg/L)
Aluminum Al
Antimony Sb
Arsenic As
Barium Ba
Beryllium Be
Boron B
Cadmium Cd
Chloride Cl
Chromium Cr
Cobalt Co
Copper Cu
Fluoride F
Iron Fe
Lead Pb
Lithium Li
Manganese Mn
Molybdenum Mo
Nickel Ni
Nitrate N03
Nitrite NO 2
Phosphate PCU
Selenium Se
Strontium Sr
Sulfate SO 4
Thallium Tl
Tin Sn
Uranium U
Vanadium V
Zinc Zn
0.05
0.006
0.000045
2
0.004
0.007
0.005
1.6
0.000031
0.0047
0.62
0.62
0.3
0.015
0.031
0.32
0.078
0.3
10
1
760
0.05
9.3
250
0.00016
9.3
0.03
0.078
0.01
0.35
0.053
0.051
2.1
M1313 MOVH™,,™ M1314
Indicator M™T Indicator
Ratio Midi* Rat.o
1 fmg/L]
7
9
1,100
1
0.00032
12
0.0020
780
0.015
0.013
1,700
-
490
470
3
0.0072
40
0.014
65
-
0.00012
1.1
0.61
0.99
0.081
41
36
2
13
-
4
0.009
0.012
0.51
46
2,700
0.0050
0.00035
0.059
0.43
10
5
11
31
-
2
6
0.0043
0.66
13
0.019 3
0.043
950
0.061
0.00032
2.7
390
0.0071 1
12,000
0.28
7,600
9,000
0.0064 1
0.018
92
150
0.001
0.0058
3.9
120
0.001
13
160
0.027
560
56
0.009
0.012
3.6
73
15 2
21,000
0.0023
84
14
0.0021
0.0015
0.65 8
0.030 3
Notes: * Maximum M1313 concentration between pH 6.5 (lower range of NDWRs) and pH 11.5
(1/2 unit above natural pH)
"-" indicates that the ratio is less than 1 (i.e., the maximum LEAF test result was less than
the environmental reference concentration)
12
-------
SUMMARY
This document reports on the results of LEAF-based leaching assessment of AGREMAX sampled from the AES
Puerto Rico L.P. coal-fired power plant in Guayama, Puerto Rico. AGREMAX is a partially solidified mixture of
coal combustion fly ash and bottom ash. Subsamples of AGREMAX were collected and shipped to ARCADIS
under chain of custody for testing. Homogenized samples of the solid material were subjected to pH-
dependent leaching conducted by ARCADIS using Method 1313 and percolation column leaching conducted
by VU using Method 1314. Test eluates were analyzed for a range of nearly 40 target analytes including
major, minor and trace constituents. The leaching results for a selection of analytes were presented to
illustrate how pH-dependence and percolation are related. In order to put eluate concentrations into
perspective, the eluate concentrations from these leaching methods were compared to the minimum of
indicator values derived from RSLs for tapwater or NDWRs.
Based on the above test results, the following observations were made regard the indicator ratios calculated
as the maximum applicable eluate concentration from each leaching test5 divided by the selected
environmental reference concentration:
pH-dependent Leaching
• Indicator Ratio greater than 100 for arsenic, boron, chloride and chromium, and
• Indicator Ratio between 10 and 100 for fluoride, lithium, molybdenum selenium, sulfate, and
thallium,
L/S-dependent Leaching [maximum concentrations at L/S < 2 L/kg]
• Indicator Ratio greater than 100 for arsenic, boron, chloride, chromium, fluoride, lithium, and
molybdenum, and
• Indicator Ratio between 10 and 100 for aluminum, nitrate, selenium, sulfate, and thallium.
Comparisons of the eluate concentrations to environmental reference concentrations are used to put the
leachate concentrations from Method 1313 and Method 1314 into perspective with some regulatory and non-
regulatory risk estimate values. The leaching test concentrations provided in this report do not consider
dilution and attenuation factors that may be associated with different disposal or use scenarios. However, the
LEAF method data can appropriately be used as a source term release estimate for groundwater fate and
transport modeling that reflects the range of environmental conditions that AGREMAX is anticipated to
encounter in the environment over time.
5 For Method 1313, maximum eluate concentration was determined within the applicable pH range established by US EPA
Region 2 to be 6.5 to 11.5. For Method 1314, maximum eluate concentration was the determined to be the maximum
concentration in any test fraction between L/S 0.2 and L/S 10 mL/g-dry.
13
-------
REFERENCES
AES (2009) "TCLP - Agremax Sep 15.09," AES Puerto Rico, LP, http://www.agremax.com. accessed 9/27/12.
AES (2012) "Uses and Applications," AES Puerto Rico. LP. http://www.agremax.com/tf. accessed 9/27/12, (in Spanish,
translated to English using the online version of Babylon 9, http://translation.babylon.com/spanish/to-english/).
ASTM (2009) D6323-98 "Standard Guide for Laboratory Subsampling of Media Related to Waste Management Activities,"
ASTM International, West Conshohocken, PA.
CDC (2003) Method 5040, Diesel Particulate Matter (as Elemental Carbon), Centers for Disease Control, NIOSH Manual of
Analytical Method (NMAM), 4* edition, 2003.
Garrabrants, A.C., D.S. Kosson, H.A. van der Sloot, F. Sanchez and 0. Hjelmar (2010) "Background Information for the
Leaching Environmental Assessment Framework (LEAF) Test Methods," EPA-600/R-10/170, U.S. Environmental
Protection Agency, Air Pollution Prevention and Control Division, December 2010.
Garrabrants, A.C., D.S. Kosson, L. Stefanski, R. DeLapp, P.F.A.B. Seignette, H.A. van der Sloot, P. Kariher and M. Baldwin
(2012a) "Interlaboratory Validation of the Leaching Environmental Assessment Framework (LEAF) Method 1313 and
Method 1316," EPA-600/R-12/623, U.S. Environmental Protection Agency, Air Pollution Prevention and Control Division,
September 2012.
Garrabrants, A.C., D.S. Kosson, R. DeLapp, P. Kariher, P.F.A.B. Seignette, H.A. van der Sloot, L. Stefanski, and M. Baldwin
(2012b) "Interlaboratory Validation of the Leaching Environmental Assessment Framework (LEAF) Method 1314 and
Method 1315," EPA-600/R-12/624, U.S. Environmental Protection Agency, Air Pollution Prevention and Control Division,
September 2012.
Grossman, L. (US EPA Region 2), "Reference Value for LEAF Report," Email to S. Thorneloe (US EPA ORD), cc-ing N. Kraft
and G. Meyer, 19 July 2012.
Grossman, L. (US EPA Region 2), "Screening Values for Puerto Rico Leaching Tests," Email to S. Thorneloe (US EPA ORD),
cc-ing N.Kraft, 20 July 2012.
Helms, G. (US EPA Office of Solid Waste), "Footnote on Comparison of MCLs and RSLs," Edit submitted upon draft review
to S. Thorneloe (US EPA ORD), 1 November 2012.
Kosson, D.S., F. Sanchez, P. Kariher, L.H. Turner, R. DeLapp and P. Seignette (2009) "Characterization of Coal Combustion
Residues from Electric Utilities - Leaching and Characterization Data," EPA-600/R-09/151, U.S. Environmental Protection
Agency, Air Pollution Prevention and Control Division, December 2009.
Rivera, R. (AES Corporation), "AGREMAX Information", Email to L. Grossman (US EPA Region 2), 16 June 2011.
SAB (2003) Consultation Summary in EPA Science Advisory Board, Environmental Engineering Committee Consultation
with U.S. Environmental Protection Agency, US EPA Science Advisory Board, Environmental Engineering Committee,
Washington, DC (available as Attachment A of Sanchez et al., 2006).
Sanchez, F., R. Keeney, D.S. Kosson and R. DeLapp (2006) "Characterization of Mercury-enriched Coal Combustion
Residues from Electric Utilities using Enhanced Sorbents for Mercury Control," EPA-600/R-06/008, U.S. Environmental
Protection Agency, Air Pollution Prevention and Control Division, February 2006.
Sanchez, F., D.S. Kosson, R. Keeney, R. DeLapp, L. Turner and P. Kariher (2008) "Characterization of Coal Combustion
Residues from Electric Utilities using Wet Scrubbers for Multi-pollutant Control," EPA-600/R-08/077, U.S. Environmental
Protection Agency, Air Pollution Prevention and Control Division, July 2008.
Thorneloe, S.A., D.S. Kosson, F. Sanchez, A.C. Garrabrants and G. Helms (2010) "Evaluating the fate of metals in air
pollution control residues from coal-fired power plants," Environmental Science and Technology, 44(19), 7351-7356.
US EPA (1996) SW-846 Method 3052 "Microwave Assisted Acid Digestion of Siliceous and Organically Based Matrices,"
Test Methods for Evaluating Solid Waste, Physical/Chemical Methods (SW-846), U.S. Environmental Protection
Agency, http://www.epa.gov/osw/hazard/testmethods/sw846/pdfs/3052.pdf.
US EPA (1998) SW-846 Method 7473 "Mercury in Solids and Solutions by Thermal Decomposition, Amalgamation, and
Atomic Absorption Spectrophotometry," Test Methods for Evaluating Solid Waste, Physical/Chemical Methods (SW-846),
U.S. Environmental Protection Agency, http://www.epa.gov/osw/hazard/testmethods/sw846/pdfs/7473.pdf.
US EPA (2003) "Technical Support Document for the Assessment of Detection and Quantitation Approaches," U.S.
Environmental Protection Agency, Office of Water, February 2003.
14
-------
US EPA (2004) SW-846 Method 9060 "Total Organic Carbon," Test Methods for Evaluating Solid Waste, Physical/Chemical
Methods (SW-846), U.S. Environmental Protection
Agency, http://www.epa.gov/osw/hazard/testmethods/sw846/pdfs/9060a.pdf.
US EPA (2007a) SW-846 Method 3051 "Microwave Assisted Acid Digestion of Sediments, Sludges, Soils, and Oils," Test
Methods for Evaluating Solid Waste, Physical/Chemical Methods (SW-846), U.S. Environmental Protection
Agency, http://www.epa.gov/osw/hazard/testmethods/sw846/pdfs/3051.pdf.
US EPA (2007b) SW-846 Method 6010 "Inductively Coupled Plasma-Atomic Emission Spectroscopy," Test Methods for
Evaluating Solid Waste, Physical/Chemical Methods (SW-846), U.S. Environmental Protection
Agency, http://www.epa.gov/osw/hazard/testmethods/sw846/pdfs/6010c.pdf.
US EPA (2007c) SW-846 Method 6020 "Inductively Coupled Plasma-Mass Spectroscopy," Test Methods for Evaluating
Solid Waste, Physical/Chemical Methods (SW-846), U.S. Environmental Protection
Agency, http://www.epa.gov/osw/hazard/testmethods/sw846/pdfs/6020a.pdf.
US EPA (2007d) SW-846 Method 9056 "Determination of Inorganic Anions by Ion Chromatography," Test Methods for
Evaluating Solid Waste, Physical/Chemical Methods (SW-846), U.S. Environmental Protection
Agency, http://www.epa.gov/osw/hazard/testmethods/sw846/pdfs/9056a.pdf.
US EPA (2012a) "2012 Edition of the Drinking Water Standard and Health Advisories", Office of Water - United States
Environmental Protection Agency, EPA 822-S-12-001, Washington DC, April 2012.
US EPA (2012b) "Summary Table" Pacific Southwest, Region 9 Regional Screening Levels, updated May
2012, http://www.epa.gov/region9/superfund/prg/ (accessed 22 August 2012).
15
-------
APPENDIX A. GRAPHICAL LEACHING TEST DATA
-------
I
i
12 -
10 -
8 -
6 -
4 -
ft
^v
%
X
^s
Vs
M
"•^A
O
1 "5 .
Eluate pH
h-1 h
^ 01 co o ^
2 -
^ ^ " D— n r^i pf
-2 0 2 4 6 8 10 12 14 0.1 1 1
Acid/Base Addition (meq/g) L/S (L/kg)
-A-AES-M1313-A o AES-M1313-B O Natural pH -B-AES-M1314-A O AES-M1314-B
Figure A-l. Eluate pH measured for pH-dependence leaching (Method 1313) and percolation column leaching
(Method 1314).
-------
0.00001
10
L/S (L/kg)
-A-AES-M1313-A
o AES-M1313-B
O Natural pH
-•-AES-M1314-A
0 AES-M1314-B
Figure A-2. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
-------
10
12
14
RSL
! . NDWR
Oi
0.01
0.001
0.0001
0.1
2" o.i -
1—.
I
E 0.01 -
_3
£•
IB 0.001 -
0.0001
100
10
f-^
J 1
^ 0.1
s
o o.Ol
0.001
0.0001
0.1
RSL
NDWR
0.1
L/S (L/kg)
L/S (L/kg)
ML
MDL
10
RSL
NDWR
ML
MDL
10
MDL
10
L/S (L/kg)
-A-AES-M1313-A
o AES-M1313-B
O Natural pH
-•-AES-M1314-A
x> AES-M1314-B
Figure A-3. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
-------
^^
_1
Ul
^>
01
•o
E
S
CO
Ol
E
3
E
•o
ID
u
j"
Ol
3
10 -
0.1 -
0.01 -
c
1
0.01
0.001
0.0001
0.00001
mnnnn -
mnnn -
1000 -
100 -
10 -
0.1 -
0.01 -
•
-
-
•
c
*-
2
i
• RSL
NDWR
TCLP
1
'
— £>•
AO-
-0- f>
-Q 1
4 6 8 10
PH
* i
5
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MDL
-D-Q
12 1
T.'fc.'
-=^g;^!=CMr
| MDL
0 2 4 6 8 10
PH
f
[
r
0
} &
2
H*-i
^^
m-
r
4 6 8 10
PH
-A-AES-M1313-A o AES-M1313-B
12 1
— i
a-c
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MDL
10 -
1 —
Ol
£ "
01
•o
S.
to
0.01 -
4 0
1
^ 0.1
Ol
.E °-01
E
•| o.ooi
•o
ID
° 0.0001
0.00001
4
mnnnn -
10000 -
2< 1000 -
"Si 100 -
^ 10 -
" 0.1 -
0.01 -
* *\
\
\_ ML
V MDL
1 1 1
L/S (L/kg)
.. RSL
NDWR ^""""^Si.
Y. ML
T MDL
b m— «
0.1 1 It
L/S (L/kg)
1
[
1
[
ML
F MDL
12 14 0.1 1 1
L/S (L/kg)
0 Natural pH -B-AES-M1314-A x> AES-M1314-B
Figure A-4. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
-------
SMI*
E
3
8
u
0.01
0.001 -r
0.0001
10
12
14
0.1
PH
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o AES-M1313-B
O Natural pH
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0 AES-M1314-B
Figure A-5. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
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-AES-M1313-A o AES-M1313-B O Natural pH -B-AES-M1314-A x> AES-M1314-B
Figure A-6. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
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10
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Figure A-7. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
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Figure A-8. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
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Figure A-9. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
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Figure A-10. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
10
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-A-AES-M1313-A
o AES-M1313-B
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x> AES-M1314-B
Figure A-ll. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
11
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3 P o
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AES-M1314-B
Figure A-12. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
12
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Figure A-13. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
13
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Figure A-14. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
14
-------
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-AES-M1314-A x> AES-M1314-B
Figure A-15. Eluate concentration from pH-dependent leaching (Method 1313) and percolation column leaching
(Method 1314) compared to indicator lines.
Notes: NDWR = National Drinking Water Regulations (US EPA, 2012a)
RSL = Residential Tapwater Regional Screening Levels for Region 9 (US EPA, 2012b)
TCLP = Toxicity Characteristic Leaching Procedure results from September 2009 (AES, 2009)
15
-------
APPENDIX B. DETAILED QA/QC REPORT
TABLE OF CONTENTS B-i
CHAIN OF CUSTODY FORMS B-l
ANALYTICAL QA/QC B-7
Introduction B-7
Organization of the QA/QC Tables B-7
Columns in the Analytical QA/QCTables B-7
Analytical QA/QC Report Summary B-10
Method 1313 QA/QC Tables B-14
Method 1314 QA/QC Tables B-55
-------
CHAIN OF CUSTODY FORMS
Solid Material Transport-AES Material from Region 2 to ARCADIS-US, Inc. (ARCADIS)
US EPA REGION 2 LABORATORY
CHAIN OF CUSTODY/ FIELD DATA FORM
Page_/_ol ^_ pages
SITEID
v
SURVEY NAME S LOCALITY /I p^
PROGRAM: SF D :
Decision RCRA0 RCRAENFD NPDESD SDWAD AM D CM D
UmlCode Y206 D2IO D307 8304 C215 8224 A305
PROJECT LEADER.
OPERABLE UNIT
PROGRAM RESULTS CODE
TSCA D OD D FIFRA D CRIMINAL ENF D
L306 B253
Permit*:
0
Z S CHECK IF
-!, *, SPIIT
DESCRIPTION S INSTRUCTIONS INCLUDING LOCATION
ESTIMATED CONCENTRATIONS, SPECIAL REPORTING
ResCL
Checked
I Preseivalire |
(circle)
Coltedion Time
(2% dock)
imiiiiinii
Collection
Date
LAB ID/FIELD ID
nfim/dd/yy
COMMENTS & SPECIAL REQUIREMENTS:
Preservative Added (Checked
0=ice
1=H2S04pH<2
2=HN03pH<2
3=HCIpH<2
4=Na2S203
5=NaOHpH>9
6=AscorbicAcid
7=FAS
8=ZnAc
9=NaOHpH>12
10=NH4CI
Person Assuming Responsibility for
Date
A=aqueous
B=aqueous (chtorinaled)
C=soil
0=sediment
£=sludge
F=rmj||p!iasic
G=solwnl
H=biota
l=oil
J=other
RelinqyBtiedBy:
kMh
Reiinquislied By:
Survey Complete? Y B N D
Relinquished By:
Receded By:
Received By:
revised 10/25/2004
-------
Solid Material Transport -AES Material from ARCADIS to Vanderbilt University (VU)
Arcadis Geraghty and Miller
4915 Prospectus Drive
Durham, NC 27713
(919)544-4535
CHAIN OF CUSTODY RECORD
Pnysci Dssoipuon:
ArcaaisCiH cfiwge*;
RespansiWs EPA Party
Rt!', ::..:ii:. !:i ;'>•. n. i-, r"a
PMse uarwawsr.cn fr* 1313 ai
RN99Q273.QOQ7 00001
Susan Fhanaloe
r Karihijr
Pag» _ 1 _ of _ 1
3anii>k> ID
Sample Description
Number of
Containers
Analyses Required
PH Ash asmftcs i a Bra 1
Sample in
Han-mi resurts to: Vanocrijitl Uwercifr
(phona) _
1 I'll- L li: :-, fihipped :•'
fuil ft biuwiwieiHd fciiKJnwtn-j;
|ji .l.H.i!. 1 I'i
Samples collected by. p&te.y
{gig nature}
SsmpJea -elinquishea fay
Samples 'e«3ivctj by-
|3i3natuje)
-x L
7/KXM?
Data stiipne^l:
-------
Analytical Sample Transport-Method 1313 Analytical Samples from ARCADIS to VU
Arcadis Geraghty and Miller
4915 Prospectus Drive
Durham, NC 27713
(918)544-4535
CHAIN OF CUSTODY RECORD
Project Description
A-cadi* G&M •. i :. y> «
ResflcnsiDie EPA Party
Coal :JL«I .UJSK.I i Kesith* £
RWQ9f»73C007.00001
Susan llxxmlw
^•!.;r Ori'-iC'
Sample Id
Date
0483/12
Wr23rt?
1313-AESPftTCSB
lai-i-AJ-si-'W-rt-s.b
Sample ID
OStfSrl?
catena
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Sample Description
msemCCsare'e
iaia . i'i-":-r :-a i;.-:-
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60ml
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1
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1
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rVl^Tn^e? l^Mncactd
Report cesijRs lo: Peter Karihw
(phona) 919 541 57 40
(tax)
Samples shipped Id:
&1 3-5-14- MM
Ilusaa^e DtAofif)
Jac9b»IMIR(nie2a
40024BiAreSouBi
Nashwie. TN 37236
615-32M189
Samples collect ed by-
(signature)
Samples rclmqusshcd by:
{signature)
Samples received by:
(siEjnalurej
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,
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Uate shipped:
-------
Arcadis Geraghty and Milter
4915 Prospectus Drive
CHAIN OF CUSTODY RECORD
Durham, NC 27713 project oescnpuoiv
(919) 544-4535 ATCKUGSM CIWBM
Reseonsiois EPA Party
R«j:<;nxi£]|ii AtcadiS ^arty
Sample ID
1313-ASSPST02A
Sample ID
Date
Collected
tM^a/1?
OMa/12
04/02/12
CWtflM?
Sample Qescrlptton
iai3pHjTOC93mpte
laiapHfTOCaamok?
l313pHfTCC!Minipre
l3iaPHrTCCfcampt«
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SOmL
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SUmL
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Number of
ContatncrH
1
1
1
1
1
1
1
1
1
1
1
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Spi:<:ial irtalrUCtJOnS,
Co* com&uswn KestAio Study Page '- of 2
RN9902/3 000? 00001
Susan Tfxxneiae
Pete- K-icihiM
Report results 10:
(phone)
(lax)
Samples shipped to
PV.K KJirihB:
610-541-S740
95ft-5*4-58K)
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Jsecbs Mall Rn> ;$2M
•WOa^.h/h'.-cScH.ilh
Nasfwrtto. TN 3/ijS
BiMJS-aiag
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Samples relinqui^Tied i>y
(signature)
Samples r6Cen-ed by;
(signature)
Dale shipped.
' V
-------
Arcadis Geraghty and Milter
4915 Prospectus Drive
Durham, NC 27713
(919) 544-4535
CHAIN OF CUSTODY RECORD
starts GIM en*?**
KcMXinslblr TPA P«f1y
; -fir. -.k- A-Sd S
a nombusbon RewSus Study Page
;v> Thrcrnelor
Sample 1C
Sampla ID
Date
Collected
03/2 B/1 2
Q4J1CKM12
Sample Dcscriptfon
131 3 DHflGC sample
SOmL
SOiiii
iOmL
i'jmL
SOrnL
Wml
SQmL
SOmL
SthnL
5CmL
Sfflrt.
SOitiL
Number of
i
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1
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i
1
1
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1
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Sp-Reial Instructions
Analyses Required
Report results )o:
(phone)
(lax)
Samples shipped IQ-
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». a fa/I *
Dais 5 Oippsa:
-------
Arcadis Geraghty and Miller
4915 Prospectus Drive
Durham, NC 27713
(919)544-4535
CHAIN OF CUSTODY RECORD
Coal Combustofi H«idu« Study
RN900Z/30007.00091
Psge_
Sample ID
Sample ID
Date
Collected
03/26/12
QBKfi
03J2W12
CM/23/12
Sample Description
1313 pH/rOC &vnDk>
I313pH/TOCs^tipfc
0 1 3 pH/TOC sa.*np(*
t313pH/TOC**npt«
50ml
50ml
SOTiL
3UmL
90'iiL
SOmL
SOmL
SOmL
SOmL
SOmL
50mL
SOrriL
Number of
ContaiJiers
1
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i
1
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1
i
1
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SpHCial Inftlructlons
Analyses Required
Rftporl results la
(phone)
(fax)
Samptes shipped to:
faiflf Kafincr
919 Wl.fr'^O
919 SS4 &650
l-t;.ssai» Ltelaoo
Jacobs Ho!) Rm 162a
JQO 24lh Ave &MJ»I
KasfrvillB, TW 37235
eiS-.1U?-3iB9
Samples collected by:
(signature)
Samples relirxjuistied ay
(signature)
Samples rSUuivSd by.
(signature)
Dale shippeo:
r B
-------
ANALYTICAL QA/QC
Introduction
The tables in this appendix present the quality assurance/quality control results for the analytical
measurement of eluate concentrations from the preserved eluates submitted by each of the validation
laboratories. The data shown in this appendix is applicable only to the analytical solutions measured by
inductively coupled plasma - optical emissions spectrometry (ICP-OES) performed by Vanderbilt University
(VU). The analytical methods, instrument calibration, and analytical QA/QC program followed throughout
this project are detailed in the main report starting on Page 10.
Organization of the QA/QC Tables
Each table in the appendix represents the final eluate solution concentrations for a single element from a
single laboratory. The tables are ordered alphabetically by element symbol (e.g., "Al" for aluminum or "Sb"
for antimony) within each the leaching method (i.e., Method 1313 versus Method 1314). The information
within each table is ordered by the test position number within each leaching method.
Columns in the Analytical QA/QC Tables
The following is a description of the columns in each table in the appendix.
Analyte (1st Column)
Element or ion symbol based on the periodic table used to identify the analyte.
Sample ID (2nd Column)
Coded identifier for each sample comprised of the following items separated by dashes:
• method code (i.e., "1313" for Method 1313 or "1314" for Method 1314)
• material code (i.e., "AES")
• test position number (e.g., "T01" for first eluate of the test)
• replicate letter (e.g., "A" for first test run)
Dilution Factor (3rd Column)
The dilution factor for the analytical sample measured in the instrument or the multiplier associated with
calculating final eluate concentrations from analytical sample concentration. Typically for ICP-OES, full
strength analytical samples are measured and the resultant dilution factor is "1". However, dilution
factors of at least "10" are common for inductively coupled plasma - mass spectrometry (ICP-MS)
analysis in order to minimize interferences from analytical solutions with high sodium and potassium
content.
Sample Cone, in u.g/L (4th Column)
The concentration of the analytical sample in [ig/L as measured by the instrument specified in the
14th Column.
-------
Qualifier (5th Column)
A quality control qualifier used to flag analytical samples that are below the quantification or detection
limits. The following table of qualifiers was used.
Qualifier Meaning
Estimated value between the MDL and ML values
Non-detected values below the MDL
Ul/2 Non-detected values below the MDL set to % the MDL for graphing purposes
Instrument Cone, in u.g/L (6th Column)
The final eluate concentration used in the validation study determined by multiplying the analytical
sample concentration (4th Column) by the dilution factor (3rd Column).
RSD (7th Column)
Relative standard deviation of the three analytical measurements of the analytical sample calculated
automatically through instrument software. The RSD does not represent the relative standard deviation
of replicate analysis using triplicate samples.
MDL (8th Column)
The MDL is the method detection limit in [ig/L for the analysis calculated by the VU laboratory manager
using the instrument specified in the 14th Column. The MDL is equal to the standard deviation of analysis
of seven low-level standard solutions measured on seven non-consecutive days . Sn=y multiplied by the
Student's t-distribution value for the seven replicates at the 99% confidence level, t(n-l, l-a=99) (EPA,
2003).
MDL = S(n=7) x Vi=s.i-«=o.99) Equation B-l
where S(n=7) is the standard deviation of seven non-consecutive measurements (ng/L), and
t(n-i=6,i-a=o.99) is the Student t-distribution value for seven replicates at the 99% confidence
level (3.14267).
ML (9th Column)
The ML value is the estimated minimum level of quantification in |ig/L for the analysis calculated by the
VU laboratory manager using the instrument specified in the 14th Column. The ML value is equal to the
MDL calculated in Equation B-l multiplied by a value of 3.18 (EPA, 2003).
ML = 3.18 x MDL Equation B-2
Spike Solution Cone. (10th Column) and Spike Volume (11th Column)
The concentration in [ig/L of the standard solution used to spike analytical samples and the volume of the
standard solution added to each analytical sample. The theoretical mass of an element that is spiked into
an analytical sample, Mspjke is equal to the concentration of the standard solution used as the source of the
spike, Cstd, multiplied by the volume of the spike in liters added to the analytical sample, lAjtd.
B-8
-------
MQA/QC sP,ke = Cstd X Vstd X Equation B-3
where Mspike is the theoretical mass of spiked into the analytical sample (\ig),
Cstd is the concentration of the standard solution (|ig/L), and
Vstd is the volume of the standard solution added to the analytical sample (L).
Spike Cone. (12th Column)
The concentration of the spiked analytical solution in [ig/L as measured by the instrument specified in
the 14th Column.
Spike Recovery (13th Column)
The percentage of spiked mass recovered during analysis of the spiked solution calculated by the VU
laboratory manager. The spike recovery, #spike, is equal to the ratio mass recovered from the spiked
sample (ie., the difference between the concentration of the spiked sample, Cspjke, and the associated
analytical sample concentration, Csampie, multiplied by the final volume of the spiked sample, l^spike) to the
theoretical mass in the spike, Mspjke, calculated in Equation B-3 multiplied by 100%:
\S"QA/QC spike ^sample )X^QA/QC spike
xlOO% Equation B-4
-"^ QA/AC spike
where #spike is the mass of the spike recovered in the spiked sample (%),
Cspike is the concentration of the spiked analytical sample (|ig/L),
Csampie is the concentration of the analytical sample in the 4th Column (|ig/L), and
Vspike is the final volume of the spiked analytical sample (L).
Instrument (14th Column)
The instrument used for the analytical measurement (e.g., "VU ICP-OES" denotes that the instrument was
the Vanderbilt University Varian 620 ICP-OES).
Date/Time (15th Column)
The date and time that the analytical sample measurement was recorded by the instrument software.
This column is used to uniquely identify each analysis and does not reflect the data and time of spiked
solution measurement.
Filename (16th Column)
The name of the instrument output file where the analytical data is stored.
B-9
-------
Analytical QA/QC Summary- Method 1313
ICP-OES
Analyte
Aluminum
Boron
Barium
Calcium
Cobalt
Copper
Iron
Lithium
Magnesium
Manganese
Molybdenum
Nickel
Phosphorus
Potassium
Silicon
Sodium
Strontium
Sulfur
Titanium
Vanadium
Zinc
Symbol
Al
B
Ba
Ca
Co
Cu
Fe
Li
Mg
Mn
Mo
Ni
P
K
Si
Na
Sr
S
Ti
V
Zn
Analytical
Samples
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
Results >
ML
18
18
18
18
8
6
8
18
18
12
18
12
12
18
18
18
18
18
2
18
6
RSDs
Meeting
DQI Goals
18
18
18
18
8
6
8
18
18
12
18
12
12
18
18
18
18
18
2
18
6
Overall
Mean RSD
(%)
3.6
1.0
3.2
0.8
2.0
1.9
2.1
2.4
1.3
1.1
1.5
1.9
3.1
2.2
1.0
0.7
1.3
0.8
1.6
1.2
1.2
1.7%
Completeness
(%)
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
ICP-OES
Analyte
Antimony
Arsenic
Beryllium
Cadmium
Cesium
Chromium
Lead
Selenium
Thallium
Tin
Uranium
Symbol
Sb
As
Be
Cd
Cs
Cr
Pb
Se
Tl
Sn
U
Analytical
Samples
18
18
18
18
18
18
18
18
18
18
18
Results >
ML
18
18
4
18
18
18
6
18
10
2
12
RSDs
Meeting
DQI Goals
18
18
4
18
18
18
6
18
10
2
12
Overall
Mean RSD
(%)
1.7
2.7
2.8
2.3
1.6
2.9
1.1
2.4
1.5
3.4
7.8
2.7%
Completeness
(%)
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
100%
10
-------
Carbon Analysis
Analyte
Carbon, Inorganic
Symbol
Analytical Results >
Samples ML
Meeting
DQI Goals
Mean RSD Completeness
Carbon, Organic
Overall
1C
Analyte
Bromide
Chloride
Fluoride
Nitrate
Nitrite
Phosphate
Sulfate
Symbol
Br
Cl
F
N03
N02
P04
S04
Analytical
Samples
18
18
18
18
18
18
18
Results >
ML
0
18
18
18
0
0
18
Mean RSD Completeness
sss. <*> <*>
0
18
18
18
0
0
are not available as 1C
analysis is based on a
single measurement of
an analytical sample.
18
Overall NA NA |
11
-------
Analytical QA/QC Summary- Method 1314
ICP-OES
Analyte
Aluminum
Boron
Barium
Calcium
Cobalt
Copper
Iron
Lithium
Magnesium
Manganese
Molybdenum
Nickel
Phosphorus
Potassium
Silicon
Sodium
Strontium
Sulfur
Titanium
Vanadium
Zinc
^^H
Symbol
Al
B
Ba
Ca
Co
Cu
Fe
Li
Mg
Mn
Mo
Ni
P
K
Si
Na
Sr
S
Ti
V
Zn
^^m
Analytical
Samples
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
18
^^m
Results >
ML
18
18
18
18
2
2
0
18
18
0
18
6
6
18
18
18
18
18
0
18
16
^^m
RSDs
Meeting
DQI Goals
18
18
18
18
2
2
0
18
18
0
18
6
6
18
18
18
18
18
0
18
16
Overall
Mean RSD
(%)
1.7
1.1
1.0
1.0
1.7
6.0
NA
2.0
3.9
NA
1.8
4.9
2.7
1.1
1.1
0.9
1.4
1.0
NA
1.3
4.4
2.2%
Completeness
(%)
100%
100%
100%
100%
100%
100%
NA
100%
100%
NA
100%
100%
100%
100%
100%
100%
100%
100%
NA
100%
100%
100%
ICP-OES
Analyte
Antimony
Arsenic
Beryllium
Cadmium
Cesium
Chromium
Lead
Selenium
Thallium
Tin
Uranium
Symbol
Sb
As
Be
Cd
Cs
Cr
Pb
Se
Tl
Sn
U
Analytical
Samples
18
18
18
18
18
18
18
18
18
18
18
Results >
ML
8
18
0
8
18
13
4
18
2
2
0
RSDs
Meeting
DQI Goals
8
18
0
8
18
13
4
18
2
2
0
Overall
Mean RSD
(%)
2.1
2.6
NA
2.9
1.8
2.1
4.4
2.1
4.5
2.4
NA
2.8%
Completeness
(%)
100%
100%
NA
100%
100%
100%
100%
100%
100%
100%
NA
100%
12
-------
Carbon Analysis
Analyte
Carbon, Inorganic
Symbol
Analytical Results >
Samples ML
Meeting
DQI Goals
Mean RSD Completeness
Carbon, Organic
Overall
1C
Analyte
Bromide
Chloride
Fluoride
Nitrate
Nitrite
Phosphate
Sulfate
Symbol
Br
Cl
F
N03
N02
P04
S04
Analytical
Samples
18
18
18
18
18
18
18
Results >
ML
4
18
18
18
0
0
18
Mean RSD Completeness
sss. <*> <*>
4
18
18
18
0
0
are not available as 1C
analysis is based on a
single measurement of
an analytical sample.
18
Overall NA NA |
13
-------
Matrix Spike Recovery Summary - Method 1313
ICP-OES
Analyte
Aluminum
Aluminum
Boron
Boron
Barium
Barium
Calcium
Calcium
Cobalt
Cobalt
Copper
Copper
Iron
Iron
Lithium
Lithium
Magnesium
Magnesium
Manganese
Manganese
Molybdenum
Molybdenum
Nickel
Nickel
Phosphorus
Phosphorus
Potassium
Potassium
Silicon
Silicon
Sodium
Sodium
Strontium
Strontium
Sulfur
Sulfur
Titanium
Titanium
Vanadium
Vanadium
Zinc
Zinc
Symbol
Al
Al
B
B
Ba
Ba
Ca
Ca
Co
Co
Cu
Cu
Fe
Fe
Li
Li
Mg
Mg
Mn
Mn
Mo
Mo
Ni
Ni
P
P
K
K
Si
Si
Na
Na
Sr
Sr
S
S
Ti
Ti
V
V
Zn
Zn
Sample
Cone
(Mg/L)
348.29
336.59
1,150.93
1,135.35
68.81
69.01
566,606.00
573,389.00
0.90
0.90
1.85
1.85
1.00
1.00
278.99
284.46
9.18
9.98
177.15
214.98
646.46
643.36
0.90
0.90
1.85
1.85
276,032.00
282,925.00
9,420.70
9,392.35
491,942.00
517,956.00
7,809.93
8,742.79
973,267.00
988,445.00
1.00
1.00
158.34
155.34
0.50
0.50
Spike Cone
Calculated
(g/L)
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
5,000
5,000
1,000
1,000
1,000
1,000
1,000
1,000
Spike Cone
Measured
(g/L)
1,387.3
1,353.2
2,225.8
2,171.6
1,008.3
997.6
567,514.0
574,264.0
993.9
970.6
1,030.2
1,025.1
1,061.1
1,042.9
1,256.2
1,256.4
1,036.1
1,026.6
1,170.3
1,161.3
1,650.1
1,611.0
1,043.1
1,034.4
1,056.1
1,023.9
276,966.0
283,826.0
10,372.1
10,322.1
492,837.0
518,837.0
8,763.5
9,663.5
978,043.0
993,043.0
1,060.5
1,029.3
1,163.8
1,137.6
1,149.5
1,123.6
Recovery
(g/L)
1,039.0
1,016.6
1,074.9
1,036.2
939.4
928.6
908.0
875.0
993.0
969.7
1,028.3
1,023.2
1,060.1
1,041.9
977.2
971.9
1,026.9
1,016.6
993.2
946.3
1,003.7
967.7
1,042.2
1,033.5
1,054.3
1,022.1
934.0
901.0
951.4
929.8
895.0
881.0
953.5
920.7
4,776.0
4,598.0
1,059.5
1,028.3
1,005.4
982.2
1,149.0
1,123.1
Recovery
(%)
104%
102%
107%
104%
94%
93%
91%
88%
99%
97%
103%
102%
106%
104%
98%
97%
103%
102%
99%
95%
100%
97%
104%
103%
105%
102%
93%
90%
95%
93%
90%
88%
95%
92%
96%
92%
106%
103%
101%
98%
115%
112%
14
-------
ICP-MS
Analyte
Antimony
Antimony
Beryllium
Beryllium
Cadmium
Cadmium
Cesium
Cesium
Chromium
Chromium
Lead
Lead
Selenium
Selenium
Thallium
Thallium
Tin
Tin
Uranium
Uranium
Symbol
Sb
Sb
Be
Be
Cd
Cd
Cs
Cs
Cr
Cr
Pb
Pb
Se
Se
Tl
Tl
Sn
Sn
U
U
Sample
Cone
(Mg/L)
11.30
12.10
0.32
0.32
0.71
0.77
20.10
21.20
12.70
14.60
0.11
0.11
199.00
175.00
0.25
0.25
0.35
0.35
0.15
0.15
Spike Cone
Calculated
(g/L)
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
Spike Cone
Measured
(g/L)
517.58
491.05
504.71
484.35
516.38
508.41
499.22
495.03
518.00
512.00
488.03
476.39
705.96
665.41
497.71
474.38
492.10
483.60
502.81
499.38
Recovery
(g/L)
506.3
479.0
504.4
484.0
515.7
507.6
479.1
473.8
505.3
497.4
487.9
476.3
507.0
490.4
497.5
474.1
491.8
483.3
502.7
499.2
Recovery
(%)
101%
96%
101%
97%
103%
102%
96%
95%
101%
99%
98%
95%
101%
98%
99%
95%
98%
97%
101%
100%
TC
Analyte
Carbon, inorganic
Carbon, inorganic
Carbon, organic
Carbon, organic
Symbol
DIG
DIG
DOC
DOC
Sample
Cone (ng/L)
6,413.00
6,405.00
4,873.00
5,357.00
Spike Cone
Calculated
(g/L)
500
500
500
500
Spike Cone
Measured
(g/L)
6,877.00
6,865.00
5,341.00
5,814.00
Recovery
(g/L)
464.0
460.0
468.0
457.0
Mean
Recovery
(%)
93%
92%
94%
91%
92%
15
-------
Matrix Spike Recovery Summary - Method 1314
ICP-OES
Analyte
Aluminum
Aluminum
Boron
Boron
Barium
Barium
Calcium
Calcium
Cobalt
Cobalt
Copper
Copper
Iron
Iron
Lithium
Lithium
Magnesium
Magnesium
Manganese
Manganese
Molybdenum
Molybdenum
Nickel
Nickel
Phosphorus
Phosphorus
Potassium
Potassium
Silicon
Silicon
Sodium
Sodium
Strontium
Strontium
Sulfur
Sulfur
Titanium
Titanium
Vanadium
Vanadium
Zinc
Zinc
Symbol
Al
Al
B
B
Ba
Ba
Ca
Ca
Co
Co
Cu
Cu
Fe
Fe
Li
Li
Mg
Mg
Mn
Mn
Mo
Mo
Ni
Ni
P
P
K
K
Si
Si
Na
Na
Sr
Sr
S
S
Ti
Ti
V
V
Zn
Zn
Sample
Cone (ng/L)
435.79
520.39
2,142.53
1,964.58
33.56
31.73
427,401.00
416,730.00
2.36
1.92
4.46
4.10
1.00
1.00
2,145.97
2,106.65
1.00
1.00
124.48
117.86
1,447.32
1,590.47
6.82
6.87
37.56
32.54
1,034,420.00
967,993.00
18,312.50
18,063.10
1,028,840.00
967,339.00
8,486.42
8,278.21
2,916,400.00
2,842,140.00
1.00
1.00
458.46
437.57
9.19
8.76
Spike Cone
Calculated
(g/L)
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
1,000
5,000
5,000
1,000
1,000
5,000
5,000
1,000
1,000
5,000
5,000
1,000
1,000
1,000
1,000
1,000
1,000
Spike Cone
Measured
(g/L)
1,461.8
1,546.5
3,066.0
2,848.3
1,115.6
1,075.0
428,358.0
417,658.0
1,058.3
995.4
1,105.1
1,037.9
1,073.0
1,006.3
3,089.3
3,002.7
1,067.6
1,009.3
1,151.8
1,061.1
2,469.7
2,543.7
1,039.5
986.4
1,098.4
1,083.5
1,039,150.0
972,570.0
19,271.8
18,988.6
1,033,350.0
971,630.0
9,592.1
9,333.4
2,920,820.0
2,846,400.0
1,132.3
1,064.7
1,516.3
1,448.4
1,093.8
1,106.7
Recovery
(g/L)
1,026.0
1,026.1
923.5
883.7
1,082.1
1,043.2
957.0
928.0
1,055.9
993.5
1,100.6
1,033.8
1,072.0
1,005.3
943.3
896.0
1,066.6
1,008.3
1,027.3
943.2
1,022.4
953.2
1,032.6
979.5
1,060.9
1,051.0
4,730.0
4,577.0
959.3
925.5
4,510.0
4,291.0
1,105.7
1,055.2
4,420.0
4,260.0
1,131.3
1,063.7
1,057.8
1,010.9
1,084.6
1,097.9
Mean
Recovery
(%)
103%
103%
92%
88%
108%
104%
96%
93%
106%
99%
110%
103%
107%
101%
94%
90%
107%
101%
103%
94%
102%
95%
103%
98%
106%
105%
95%
92%
96%
93%
90%
86%
111%
106%
88%
85%
113%
106%
106%
101%
108%
110%
100%
16
-------
ICP-MS
Analyte
Antimony
Antimony
Beryllium
Beryllium
Cadmium
Cadmium
Cesium
Cesium
Chromium
Chromium
Lead
Lead
Selenium
Selenium
Thallium
Thallium
Tin
Tin
Uranium
Uranium
Symbol
Sb
Sb
Be
Be
Cd
Cd
Cs
Cs
Cr
Cr
Pb
Pb
Se
Se
Tl
Tl
Sn
Sn
U
U
Sample Spike Cone
Cone Calculated
(Hg/L) (g/L)
11.90
12.40
0.32
0.32
2.58
2.92
71.30
69.40
36.80
30.90
0.11
0.11
226.00
182.00
0.59
0.56
1.51
1.46
0.15
0.15
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
500
Spike Cone
Measured
(g/L)
512.15
504.71
506.09
499.38
509.32
503.02
543.82
528.78
517.18
504.22
501.07
489.26
694.83
661.07
491.23
485.95
512.85
500.37
496.28
488.44
Recovery
(g/L)
500.3
492.3
505.8
499.1
506.7
500.1
472.5
459.4
480.4
473.3
501.0
489.1
468.8
479.1
490.6
485.4
511.3
498.9
496.1
488.3
Recovery
(%)
100%
98%
101%
100%
101%
100%
95%
92%
96%
95%
100%
98%
94%
96%
98%
97%
102%
100%
99%
98%
TC
Analyte
Carbon, inorganic
Carbon, inorganic
Carbon, organic
Carbon, organic
Symbol
DIG
DIG
DOC
DOC
Sample
Cone (ng/L)
3,465.00
3,848.00
11,840.00
10,678.00
Spike Cone
Calculated
(g/L)
500
500
500
500
Spike Cone
Measured
(g/L)
3,944.00
4,308.00
12,310.00
11,132.00
Recovery
(g/L)
479.0
460.0
470.0
454.0
Mean
Recovery
(%)
96%
92%
94%
91%
92%
17
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Al 1313-AES-T01-A
Al 1313-AES-T02-A
Al 1313-AES-T03-A
Al 1313-AES-T04-A
Al 1313-AES-T05-A
Al 1313-AES-T06-A
Al 1313-AES-T07-A
Al 1313-AES-T08-A
Al 1313-AES-T09-A
Al 1313-AES-T01-B
Al 1313-AES-T02-B
Al 1313-AES-T03-B
Al 1313-AES-T04-B
Al 1313-AES-T05-B
Al 1313-AES-T06-B
Al 1313-AES-T07-B
Al 1313-AES-T08-B
Al 1313-AES-T09-B
Al 1313-AES-B01-A
Al 1313-AES-B02-A
Al 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
89.63
108.58
348.29
64.28
25.47
15.65
155.35
234,286.00
1,013,820.00
85.65
113.33
336.59
59.47
28.84
16.25
8.61
232,854.00
1,036,160.00
0.50 U1/2
3.08 E
1.20 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
89.63 1.9 1 5
108.58 4.5 1 5
348.29 2.3 1 5
64.28 4.2 1 5
25.47 3.0 1 5
15.65 5.4 1 5
155.35 7.8 1 5
234,286.00 0.7 1 5
1,013,820.00 1.3 1 5
85.65 5.0 1 5
113.33 2.8 1 5
336.59 1.8 1 5
59.47 7.3 1 5
28.84 3.7 1 5
16.25 4.3 1 5
8.61 8.2 1 5
232,854.00 0.4 1 5
1,036,160.00 0.4 1 5
0.50 23.3 1 5
3.08 7.1 1 5
1.20 2.6 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,387.30 104%
10,000 1,000 1,353.17 102%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 3.6 %
Completeness 100.0 %
B-18
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Sb 1313-AES-T01-A
Sb 1313-AES-T02-A
Sb 1313-AES-T03-A
Sb 1313-AES-T04-A
Sb 1313-AES-T05-A
Sb 1313-AES-T06-A
Sb 1313-AES-T07-A
Sb 1313-AES-T08-A
Sb 1313-AES-T09-A
Sb 1313-AES-T01-B
Sb 1313-AES-T02-B
Sb 1313-AES-T03-B
Sb 1313-AES-T04-B
Sb 1313-AES-T05-B
Sb 1313-AES-T06-B
Sb 1313-AES-T07-B
Sb 1313-AES-T08-B
Sb 1313-AES-T09-B
Sb 1313-AES-B01-A
Sb 1313-AES-B02-A
Sb 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
7.62
10.60
11.30
38.80
46.60
50.30
55.10
15.10
77.20
6.28
11.50
12.10
38.70
45.80
53.10
63.90
14.30
85.90
0.04 U1/2
0.04 U1/2
0.04 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
7.62 1.4 0.08 0.2
10.60 2.4 0.08 0.2
11.30 1.3 0.08 0.2
38.80 0.7 0.08 0.2
46.60 0.5 0.08 0.2
50.30 0.3 0.08 0.2
55.10 1.8 0.08 0.2
15.10 2.3 0.08 0.2
77.20 0.1 0.08 0.2
6.28 2.0 0.08 0.2
11.50 1.7 0.08 0.2
12.10 7.2 0.08 0.2
38.70 0.3 0.08 0.2
45.80 1.1 0.08 0.2
53.10 1.1 0.08 0.2
63.90 1.8 0.08 0.2
14.30 1.2 0.08 0.2
85.90 2.9 0.08 0.2
0.04 33.8 0.08 0.2
0.04 8.1 0.08 0.2
0.04 11.8 0.08 0.2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 517.58 101%
10,000 500 491.05 96%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 1 .7 %
Completeness 100.0 %
B-19
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
As 1313-AES-T01-A
As 1313-AES-T02-A
As 1313-AES-T03-A
As 1313-AES-T04-A
As 1313-AES-T05-A
As 1313-AES-T06-A
As 1313-AES-T07-A
As 1313-AES-T08-A
As 1313-AES-T09-A
As 1313-AES-T01-B
As 1313-AES-T02-B
As 1313-AES-T03-B
As 1313-AES-T04-B
As 1313-AES-T05-B
As 1313-AES-T06-B
As 1313-AES-T07-B
As 1313-AES-T08-B
As 1313-AES-T09-B
As 1313-AES-B01-A
As 1313-AES-B02-A
As 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
10.60
10.40
22.50
48.50
49.20
42.80
52.70
70.20
397.00
9.87
9.52
18.10
51.20
46.80
42.80
56.50
72.60
403.00
0.32 U1/2
0.32 U1/2
0.32 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
10.60 3.9 0.64 2
10.40 6.9 0.64 2
22.50 0.1 0.64 2
48.50 1.4 0.64 2
49.20 2.9 0.64 2
42.80 2.5 0.64 2
52.70 2.5 0.64 2
70.20 1.2 0.64 2
397.00 2.2 0.64 2
9.87 1.8 0.64 2
9.52 0.9 0.64 2
18.10 1.7 0.64 2
51.20 0.2 0.64 2
46.80 2.9 0.64 2
42.80 1.3 0.64 2
56.50 9.4 0.64 2
72.60 4.2 0.64 2
403.00 2.6 0.64 2
0.32 4.1 0.64 2
0.32 6.1 0.64 2
0.32 5.7 0.64 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 511.33 98%
10,000 500 488.22 94%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201220:10 C:\ICP-MS Rpt File 131 3 AES-PR (orig).xlsx
6/27/201220:15 C:\ICP-MS Rpt File 131 3 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 2.7 %
Completeness 100.0 %
B-20
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
B 1313-AES-T01-A
B 1313-AES-T02-A
B 1313-AES-T03-A
B 1313-AES-T04-A
B 1313-AES-T05-A
B 1313-AES-T06-A
B 1313-AES-T07-A
B 1313-AES-T08-A
B 1313-AES-T09-A
B 1313-AES-T01-B
B 1313-AES-T02-B
B 1313-AES-T03-B
B 1313-AES-T04-B
B 1313-AES-T05-B
B 1313-AES-T06-B
B 1313-AES-T07-B
B 1313-AES-T08-B
B 1313-AES-T09-B
B 1313-AES-B01-A
B 1313-AES-B02-A
B 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
207.54
127.59
1,150.93
4,844.94
8,547.64
11,955.10
13,340.00
8,109.63
9,066.64
229.60
153.88
1,135.35
5,014.33
7,989.17
1 1 ,991 .60
13,859.90
8,331 .32
9,020.34
0.50 U1/2
2.37 E
0.50 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
207.54 1.1 1 5
127.59 2.1 1 5
1,150.93 0.9 1 5
4,844.94 3.7 1 5
8,547.64 1.9 1 5
11,955.10 0.6 1 5
13,340.00 0.8 1 5
8,109.63 0.2 1 5
9,066.64 0.4 1 5
229.60 0.5 1 5
153.88 1.2 1 5
1,135.35 0.6 1 5
5,014.33 0.4 1 5
7,989.17 0.9 1 5
11,991.60 1.2 1 5
13,859.90 0.4 1 5
8,331.32 0.1 1 5
9,020.34 1.3 1 5
0.50 22.1 1 5
2.37 7.7 1 5
0.50 0.5 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 2,225.79 107%
10,000 1,000 2,171.57 104%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .0 %
Completeness 100.0 %
B-21
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Ba 1313-AES-T01-A
Ba 1313-AES-T02-A
Ba 1313-AES-T03-A
Ba 1313-AES-T04-A
Ba 1313-AES-T05-A
Ba 1313-AES-T06-A
Ba 1313-AES-T07-A
Ba 1313-AES-T08-A
Ba 1313-AES-T09-A
Ba 1313-AES-T01-B
Ba 1313-AES-T02-B
Ba 1313-AES-T03-B
Ba 1313-AES-T04-B
Ba 1313-AES-T05-B
Ba 1313-AES-T06-B
Ba 1313-AES-T07-B
Ba 1313-AES-T08-B
Ba 1313-AES-T09-B
Ba 1313-AES-B01-A
Ba 1313-AES-B02-A
Ba 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
46.76
49.12
68.81
923.74
1 ,565.71
2,055.63
2,934.40
1 ,642.70
1 ,383.87
50.75
51.58
69.01
906.91
1 ,635.56
2,051 .60
3,385.76
1,739.18
1,503.13
0.50 U1/2
0.50 U1/2
0.50 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
46.76 1.9 1 5
49.12 4.5 1 5
68.81 2.3 1 5
923.74 4.2 1 5
1,565.71 2.7 1 5
2,055.63 5.4 1 5
2,934.40 7.8 1 5
1,642.70 0.7 1 5
1,383.87 1.3 1 5
50.75 5.0 1 5
51.58 2.8 1 5
69.01 1.8 1 5
906.91 7.3 1 5
1,635.56 3.7 1 5
2,051.60 4.3 1 5
3,385.76 1.2 1 5
1,739.18 0.4 1 5
1,503.13 0.4 1 5
0.50 13.3 1 5
0.50 7.1 1 5
0.50 2.6 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,008.25 94%
10,000 1,000 997.61 93%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 3.2 %
Completeness 100.0 %
B-22
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Be 1313-AES-T01-A
Be 1313-AES-T02-A
Be 1313-AES-T03-A
Be 1313-AES-T04-A
Be 1313-AES-T05-A
Be 1313-AES-T06-A
Be 1313-AES-T07-A
Be 1313-AES-T08-A
Be 1313-AES-T09-A
Be 1313-AES-T01-B
Be 1313-AES-T02-B
Be 1313-AES-T03-B
Be 1313-AES-T04-B
Be 1313-AES-T05-B
Be 1313-AES-T06-B
Be 1313-AES-T07-B
Be 1313-AES-T08-B
Be 1313-AES-T09-B
Be 1313-AES-B01-A
Be 1313-AES-B02-A
Be 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
36.40
91.40
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
0.32 U1/2
31.20
97.60
0.32 U1/2
0.32 U1/2
0.32 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
0.32 29.3 0.64 2
0.32 13.3 0.64 2
0.32 9.2 0.64 2
0.32 12.7 0.64 2
0.32 5.1 0.64 2
0.32 15.4 0.64 2
0.32 10.8 0.64 2
36.40 2.2 0.64 2
91.40 2.1 0.64 2
0.32 22.7 0.64 2
0.32 1.9 0.64 2
0.32 7.1 0.64 2
0.32 18.2 0.64 2
0.32 10.9 0.64 2
0.32 5.2 0.64 2
0.32 4.6 0.64 2
31.20 2.5 0.64 2
97.60 4.2 0.64 2
0.32 32.8 0.64 2
0.32 25.4 0.64 2
0.32 20.0 0.64 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 504.71 101%
10,000 500 484.35 97%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 2.8 %
Completeness 100.0 %
B-23
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Cd 1313-AES-T01-A
Cd 1313-AES-T02-A
Cd 1313-AES-T03-A
Cd 1313-AES-T04-A
Cd 1313-AES-T05-A
Cd 1313-AES-T06-A
Cd 1313-AES-T07-A
Cd 1313-AES-T08-A
Cd 1313-AES-T09-A
Cd 1313-AES-T01-B
Cd 1313-AES-T02-B
Cd 1313-AES-T03-B
Cd 1313-AES-T04-B
Cd 1313-AES-T05-B
Cd 1313-AES-T06-B
Cd 1313-AES-T07-B
Cd 1313-AES-T08-B
Cd 1313-AES-T09-B
Cd 1313-AES-B01-A
Cd 1313-AES-B02-A
Cd 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
0.81
0.76
0.71
1.30
1.41
1.57
32.60
62.10
80.00
0.87
0.79
0.77
1.56
1.68
2.02
25.70
55.80
78.90
0.09 U1/2
0.09 U1/2
0.09 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
0.81 2.9 0.17 0.5
0.76 2.1 0.17 0.5
0.71 2.4 0.17 0.5
1.30 1.5 0.17 0.5
1.41 4.0 0.17 0.5
1.57 2.6 0.17 0.5
32.60 1.0 0.17 0.5
62.10 0.4 0.17 0.5
80.00 0.6 0.17 0.5
0.87 3.2 0.17 0.5
0.79 2.5 0.17 0.5
0.77 3.2 0.17 0.5
1.56 1.4 0.17 0.5
1.68 6.9 0.17 0.5
2.02 4.1 0.17 0.5
25.70 0.5 0.17 0.5
55.80 0.3 0.17 0.5
78.90 1.5 0.17 0.5
0.09 17.8 0.17 0.5
0.09 2.8 0.17 0.5
0.09 5.5 0.17 0.5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 516.38 103%
10,000 500 508.41 102%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201220:15 C:\ICP-MS Rpt File 131 3 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 2.3 %
Completeness 100.0 %
B-24
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Analyte Sample ID
Ca 1313-AES-T01-A
Ca 1313-AES-T02-A
Ca 1313-AES-T03-A
Ca 1313-AES-T04-A
Ca 1313-AES-T05-A
Ca 1313-AES-T06-A
Ca 1313-AES-T07-A
Ca 1313-AES-T08-A
Ca 1313-AES-T09-A
Ca 1313-AES-T01-B
Ca 1313-AES-T02-B
Ca 1313-AES-T03-B
Ca 1313-AES-T04-B
Ca 1313-AES-T05-B
Ca 1313-AES-T06-B
Ca 1313-AES-T07-B
Ca 1313-AES-T08-B
Ca 1313-AES-T09-B
Ca 1313-AES-B01-A
Ca 1313-AES-B02-A
Ca 1313-AES-B03-A
Dilution
Factor
1
1
1
10
10
10
10
10
10
1
1
1
10
10
10
10
10
10
1
1
1
Sample
Cone. Qualifier
(M9/L)
501 ,567.00
451 ,260.00
566,606.00
4,459,290.00
6,156,910.00
7,767,200.00
10,230,500.00
5,544,170.00
5,289,070.00
498,235.00
465,006.00
573,389.00
4,471 ,920.00
6,126,130.00
8,081 ,550.00
10,350,300.00
6,060,780.00
5,192,720.00
8.35 E
8.97 E
1.30 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
501,567.00 0.9 2.6 10
451,260.00 0.3 2.6 10
566,606.00 0.2 2.6 10
445,929.00 3.2 2.6 10
615,691.00 0.9 2.6 10
776,720.00 0.8 2.6 10
1,023,050.00 0.7 2.6 10
554,417.00 0.3 2.6 10
528,907.00 0.4 2.6 10
498,235.00 0.8 2.6 10
465,006.00 0.8 2.6 10
573,389.00 0.3 2.6 10
447,192.00 0.8 2.6 10
612,613.00 0.8 2.6 10
808,155.00 1.2 2.6 10
1,035,030.00 0.7 2.6 10
606,078.00 1.0 2.6 10
519,272.00 0.5 2.6 10
8.35 3.6 2.6 10
8.97 1.4 2.6 10
1.30 4.8 2.6 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000567,514.00 91%
10,000 1,000 574,264.00 88%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/3/2012 10:10 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
5/3/2012 10:12 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
5/3/2012 10:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
5/3/2012 10:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
5/3/2012 10:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
5/3/2012 10:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
5/3/201 2 1 0:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/3/201 2 1 0:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/3/201 2 1 0:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/3/201 2 1 0:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/3/201 2 1 0:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/3/201 2 1 0:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 0.8 %
Completeness 100.0 %
B-25
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Cs 1313-AES-T01-A
Cs 1313-AES-T02-A
Cs 1313-AES-T03-A
Cs 1313-AES-T04-A
Cs 1313-AES-T05-A
Cs 1313-AES-T06-A
Cs 1313-AES-T07-A
Cs 1313-AES-T08-A
Cs 1313-AES-T09-A
Cs 1313-AES-T01-B
Cs 1313-AES-T02-B
Cs 1313-AES-T03-B
Cs 1313-AES-T04-B
Cs 1313-AES-T05-B
Cs 1313-AES-T06-B
Cs 1313-AES-T07-B
Cs 1313-AES-T08-B
Cs 1313-AES-T09-B
Cs 1313-AES-B01-A
Cs 1313-AES-B02-A
Cs 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
158.00
109.00
20.10
30.40
37.90
50.10
75.10
140.00
351 .00
159.00
103.00
21.20
33.30
43.00
53.60
78.90
166.00
352.00
0.24 U1/2
0.24 U1/2
0.24 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
158.00 1.0 0.49 2
109.00 0.9 0.49 2
20.10 0.5 0.49 2
30.40 1.1 0.49 2
37.90 0.4 0.49 2
50.10 2.0 0.49 2
75.10 1.0 0.49 2
140.00 0.8 0.49 2
351.00 1.0 0.49 2
159.00 0.3 0.49 2
103.00 1.3 0.49 2
21.20 2.4 0.49 2
33.30 2.0 0.49 2
43.00 3.8 0.49 2
53.60 2.2 0.49 2
78.90 1.9 0.49 2
166.00 1.4 0.49 2
352.00 4.0 0.49 2
0.24 16.9 0.49 2
0.24 8.1 0.49 2
0.24 10.9 0.49 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 499.22 96%
10,000 500 495.03 95%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 1 .6 %
Completeness 100.0 %
B-26
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Cr 1313-AES-T01-A
Cr 1313-AES-T02-A
Cr 1313-AES-T03-A
Cr 1313-AES-T04-A
Cr 1313-AES-T05-A
Cr 1313-AES-T06-A
Cr 1313-AES-T07-A
Cr 1313-AES-T08-A
Cr 1313-AES-T09-A
Cr 1313-AES-T01-B
Cr 1313-AES-T02-B
Cr 1313-AES-T03-B
Cr 1313-AES-T04-B
Cr 1313-AES-T05-B
Cr 1313-AES-T06-B
Cr 1313-AES-T07-B
Cr 1313-AES-T08-B
Cr 1313-AES-T09-B
Cr 1313-AES-B01-A
Cr 1313-AES-B02-A
Cr 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
12.50
12.40
12.70
8.86
2.60
1.23 E
4.33
48.55
677.00
13.10
13.80
14.60
8.23
3.41
2.01
4.45
41.00
708.00
0.25 U1/2
0.25 U1/2
0.25 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
12.50 1.0 0.5 2
12.40 1.1 0.5 2
12.70 1.6 0.5 2
8.86 3.8 0.5 2
2.60 1.8 0.5 2
1.23 9.9 0.5 2
4.33 2.6 0.5 2
48.55 1.8 0.5 2
677.00 0.6 0.5 2
13.10 1.7 0.5 2
13.80 0.6 0.5 2
14.60 3.1 0.5 2
8.23 1.1 0.5 2
3.41 5.2 0.5 2
2.01 9.5 0.5 2
4.45 1.2 0.5 2
41.00 2.7 0.5 2
708.00 2.5 0.5 2
0.25 10.2 0.5 2
0.25 1.9 0.5 2
0.25 5.5 0.5 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 518.00 101%
10,000 500 512.00 99%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 2.9 %
Completeness 100.0 %
B-27
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Co 1313-AES-T01-A
Co 1313-AES-T02-A
Co 1313-AES-T03-A
Co 1313-AES-T04-A
Co 1313-AES-T05-A
Co 1313-AES-T06-A
Co 1313-AES-T07-A
Co 1313-AES-T08-A
Co 1313-AES-T09-A
Co 1313-AES-T01-B
Co 1313-AES-T02-B
Co 1313-AES-T03-B
Co 1313-AES-T04-B
Co 1313-AES-T05-B
Co 1313-AES-T06-B
Co 1313-AES-T07-B
Co 1313-AES-T08-B
Co 1313-AES-T09-B
Co 1313-AES-B01-A
Co 1313-AES-B02-A
Co 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
0.90 U1/2
0.90 U1/2
0.90 U1/2
0.90 U1/2
0.90 U1/2
12.50
227.99
173.59
222.99
0.90 U1/2
0.90 U1/2
0.90 U1/2
0.90 U1/2
0.90 U1/2
12.29
203.39
169.38
232.89
0.90 U1/2
0.90 U1/2
0.90 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
0.90 10.0 1.8 5
0.90 17.4 1.8 5
0.90 8.0 1.8 5
0.90 5.8 1.8 5
0.90 11.7 1.8 5
12.50 8.1 1.8 5
227.99 0.6 1.8 5
173.59 1.0 1.8 5
222.99 1.5 1.8 5
0.90 9.8 1.8 5
0.90 10.3 1.8 5
0.90 7.9 1.8 5
0.90 2.9 1.8 5
0.90 5.0 1.8 5
12.29 2.4 1.8 5
203.39 0.5 1.8 5
169.38 0.7 1.8 5
232.89 0.8 1.8 5
0.90 19.5 1.8 5
0.90 13.5 1.8 5
0.90 20.7 1.8 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 993.87 99%
10,000 1,000 970.63 97%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 2.0 %
Completeness 100.0 %
B-28
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Cu 1313-AES-T01-A
Cu 1313-AES-T02-A
Cu 1313-AES-T03-A
Cu 1313-AES-T04-A
Cu 1313-AES-T05-A
Cu 1313-AES-T06-A
Cu 1313-AES-T07-A
Cu 1313-AES-T08-A
Cu 1313-AES-T09-A
Cu 1313-AES-T01-B
Cu 1313-AES-T02-B
Cu 1313-AES-T03-B
Cu 1313-AES-T04-B
Cu 1313-AES-T05-B
Cu 1313-AES-T06-B
Cu 1313-AES-T07-B
Cu 1313-AES-T08-B
Cu 1313-AES-T09-B
Cu 1313-AES-B01-A
Cu 1313-AES-B02-A
Cu 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(ug/L)
5.53 E
5.14 E
1.85 U1/2
6.36 E
6.81 E
5.58 E
36.21
257.16
655.95
5.39 E
4.02 E
1.85 U1/2
6.64 E
7.20 E
6.97 E
47.85
196.61
693.03
1.85 U1/2
1.85 U1/2
1.85 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
5.53 5.9 3.7 10
5.14 5.4 3.7 10
1.85 15.7 3.7 10
6.36 1.3 3.7 10
6.81 9.1 3.7 10
5.58 3.9 3.7 10
36.21 1.7 3.7 10
257.16 0.8 3.7 10
655.95 3.9 3.7 10
5.39 3.6 3.7 10
4.02 11.8 3.7 10
1.85 4.9 3.7 10
6.64 2.2 3.7 10
7.20 3.6 3.7 10
6.97 2.6 3.7 10
47.85 3.0 3.7 10
196.61 1.5 3.7 10
693.03 0.8 3.7 10
1.85 10.9 3.7 10
1.85 13.9 3.7 10
1.85 11.8 3.7 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (uL) (ug/L) (%)
10,000 1,000 1,030.17 103%
10,000 1,000 1,025.07 102%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .9 %
Completeness 100.0 %
B-29
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Fe 1313-AES-T01-A
Fe 1313-AES-T02-A
Fe 1313-AES-T03-A
Fe 1313-AES-T04-A
Fe 1313-AES-T05-A
Fe 1313-AES-T06-A
Fe 1313-AES-T07-A
Fe 1313-AES-T08-A
Fe 1313-AES-T09-A
Fe 1313-AES-T01-B
Fe 1313-AES-T02-B
Fe 1313-AES-T03-B
Fe 1313-AES-T04-B
Fe 1313-AES-T05-B
Fe 1313-AES-T06-B
Fe 1313-AES-T07-B
Fe 1313-AES-T08-B
Fe 1313-AES-T09-B
Fe 1313-AES-B01-A
Fe 1313-AES-B02-A
Fe 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
13.85
155,132.00
109,152.00
184,366.00
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
14.11
136,155.00
100,962.00
188,253.00
1.00 U1/2
2.84 E
2.69 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
1.00 4.7 2 10
1.00 8.8 2 10
1.00 14.5 2 10
1.00 4.8 2 10
1.00 4.7 2 10
13.85 6.9 2 10
155,132.00 0.9 2 10
109,152.00 1.4 2 10
184,366.00 2.4 2 10
1.00 3.9 2 10
1.00 0.7 2 10
1.00 11.5 2 10
1.00 14.3 2 10
1.00 8.0 2 10
14.11 2.0 2 10
136,155.00 0.4 2 10
100,962.00 0.5 2 10
188,253.00 2.0 2 10
1.00 4.7 2 10
2.84 1.7 2 10
2.69 2.7 2 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,061.12 106%
10,000 1,000 1,042.88 104%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 2.1 %
Completeness 100.0 %
B-30
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Pb 1313-AES-T01-A
Pb 1313-AES-T02-A
Pb 1313-AES-T03-A
Pb 1313-AES-T04-A
Pb 1313-AES-T05-A
Pb 1313-AES-T06-A
Pb 1313-AES-T07-A
Pb 1313-AES-T08-A
Pb 1313-AES-T09-A
Pb 1313-AES-T01-B
Pb 1313-AES-T02-B
Pb 1313-AES-T03-B
Pb 1313-AES-T04-B
Pb 1313-AES-T05-B
Pb 1313-AES-T06-B
Pb 1313-AES-T07-B
Pb 1313-AES-T08-B
Pb 1313-AES-T09-B
Pb 1313-AES-B01-A
Pb 1313-AES-B02-A
Pb 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
4.19
0.38 E
0.11 U1/2
0.11 U1/2
0.11 U1/2
0.11 U1/2
0.30 E
20.50
139.00
3.48
0.39 E
0.11 U1/2
0.11 U1/2
0.11 U1/2
0.11 U1/2
0.27 E
18.50
128.00
0.11 U1/2
0.24 E
0.28 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
4.19 0.1 0.23 1
0.38 6.4 0.23 1
0.11 9.0 0.23 1
0.11 6.8 0.23 1
0.11 2.7 0.23 1
0.11 4.8 0.23 1
0.30 7.2 0.23 1
20.50 0.8 0.23 1
139.00 0.3 0.23 1
3.48 3.1 0.23 1
0.39 3.0 0.23 1
0.11 4.2 0.23 1
0.11 2.3 0.23 1
0.11 1.1 0.23 1
0.11 3.9 0.23 1
0.27 3.4 0.23 1
18.50 1.2 0.23 1
128.00 1.4 0.23 1
0.11 11.9 0.23 1
0.24 1.2 0.23 1
0.28 4.8 0.23 1
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 488.03 98%
10,000 500 476.39 95%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 1.1 %
Completeness 100.0 %
B-31
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Li 1313-AES-T01-A
Li 1313-AES-T02-A
Li 1313-AES-T03-A
Li 1313-AES-T04-A
Li 1313-AES-T05-A
Li 1313-AES-T06-A
Li 1313-AES-T07-A
Li 1313-AES-T08-A
Li 1313-AES-T09-A
Li 1313-AES-T01-B
Li 1313-AES-T02-B
Li 1313-AES-T03-B
Li 1313-AES-T04-B
Li 1313-AES-T05-B
Li 1313-AES-T06-B
Li 1313-AES-T07-B
Li 1313-AES-T08-B
Li 1313-AES-T09-B
Li 1313-AES-B01-A
Li 1313-AES-B02-A
Li 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
197.51
271 .52
278.99
579.09
815.98
1 ,078.71
1 ,430.03
970.82
1,131.87
220.78
279.68
284.46
596.18
823.63
1,101.83
1 ,386.82
997.46
1,135.73
0.95 U1/2
0.95 U1/2
0.95 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
197.51 1.1 1.9 10
271.52 1.5 1.9 10
278.99 1.5 1.9 10
579.09 4.2 1.9 10
815.98 5.0 1.9 10
1,078.71 1.8 1.9 10
1,430.03 1.9 1.9 10
970.82 4.5 1.9 10
1,131.87 1.1 1.9 10
220.78 1.0 1.9 10
279.68 0.3 1.9 10
284.46 0.9 1.9 10
596.18 4.3 1.9 10
823.63 2.0 1.9 10
1,101.83 1.7 1.9 10
1,386.82 7.8 1.9 10
997.46 2.0 1.9 10
1,135.73 0.6 1.9 10
0.95 0.7 1.9 10
0.95 1.1 1.9 10
0.95 2.6 1.9 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,256.21 98%
10,000 1,000 1,256.40 97%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 2.4 %
Completeness 100.0 %
B-32
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Mn 1313-AES-T01-A
Mn 1313-AES-T02-A
Mn 1313-AES-T03-A
Mn 1313-AES-T04-A
Mn 1313-AES-T05-A
Mn 1313-AES-T06-A
Mn 1313-AES-T07-A
Mn 1313-AES-T08-A
Mn 1313-AES-T09-A
Mn 1313-AES-T01-B
Mn 1313-AES-T02-B
Mn 1313-AES-T03-B
Mn 1313-AES-T04-B
Mn 1313-AES-T05-B
Mn 1313-AES-T06-B
Mn 1313-AES-T07-B
Mn 1313-AES-T08-B
Mn 1313-AES-T09-B
Mn 1313-AES-B01-A
Mn 1313-AES-B02-A
Mn 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
1.00 U1/2
1.00 U1/2
9.18 E
12.79
87.19
541 .97
3,603.81
2,369.14
2,986.67
1.00 U1/2
1.00 U1/2
9.98 E
10.23
75.39
606.75
3,443.25
2,386.40
2,845.94
1.00 U1/2
1.00 U1/2
1.00 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
1.00 4.4 2 10
1.00 7.5 2 10
9.18 3.4 2 10
12.79 3.8 2 10
87.19 1.4 2 10
541.97 0.4 2 10
3,603.81 0.9 2 10
2,369.14 0.4 2 10
2,986.67 2.2 2 10
1.00 13.6 2 10
1.00 5.7 2 10
9.98 1.9 2 10
10.23 0.6 2 10
75.39 1.5 2 10
606.75 1.2 2 10
3,443.25 0.3 2 10
2,386.40 0.3 2 10
2,845.94 0.8 2 10
1.00 1.4 2 10
1.00 5.7 2 10
1.00 2.5 2 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,036.11 103%
10,000 1,000 1,026.58 102%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1.1 %
Completeness 100.0 %
B-33
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Mg 1313-AES-T01-A
Mg 1313-AES-T02-A
Mg 1313-AES-T03-A
Mg 1313-AES-T04-A
Mg 1313-AES-T05-A
Mg 1313-AES-T06-A
Mg 1313-AES-T07-A
Mg 1313-AES-T08-A
Mg 1313-AES-T09-A
Mg 1313-AES-T01-B
Mg 1313-AES-T02-B
Mg 1313-AES-T03-B
Mg 1313-AES-T04-B
Mg 1313-AES-T05-B
Mg 1313-AES-T06-B
Mg 1313-AES-T07-B
Mg 1313-AES-T08-B
Mg 1313-AES-T09-B
Mg 1313-AES-B01-A
Mg 1313-AES-B02-A
Mg 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
19.70
36.05
177.15
43,441 .60
76,971 .90
123,777.00
191,801.00
136,549.00
144,073.00
26.58
45.85
214.98
43,304.50
72,402.50
118,932.00
199,580.00
125,856.00
144,817.00
1.21 E
1.62 E
0.50 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
19.70 2.2 1 5
36.05 2.0 1 5
177.15 1.3 1 5
43,441.60 2.6 1 5
76,971.90 1.7 1 5
123,777.00 0.9 1 5
191,801.00 0.5 1 5
136,549.00 0.2 1 5
144,073.00 2.5 1 5
26.58 2.0 1 5
45.85 1.1 1 5
214.98 1.0 1 5
43,304.50 0.8 1 5
72,402.50 1.4 1 5
118,932.00 1.4 1 5
199,580.00 0.9 1 5
125,856.00 0.4 1 5
144,817.00 1.1 1 5
1.21 1.5 1 5
1.62 1.2 1 5
0.50 11.4 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,170.33 99%
10,000 1,000 1,161.29 95%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .3 %
Completeness 100.0 %
B-34
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Mo 1313-AES-T01-A
Mo 1313-AES-T02-A
Mo 1313-AES-T03-A
Mo 1313-AES-T04-A
Mo 1313-AES-T05-A
Mo 1313-AES-T06-A
Mo 1313-AES-T07-A
Mo 1313-AES-T08-A
Mo 1313-AES-T09-A
Mo 1313-AES-T01-B
Mo 1313-AES-T02-B
Mo 1313-AES-T03-B
Mo 1313-AES-T04-B
Mo 1313-AES-T05-B
Mo 1313-AES-T06-B
Mo 1313-AES-T07-B
Mo 1313-AES-T08-B
Mo 1313-AES-T09-B
Mo 1313-AES-B01-A
Mo 1313-AES-B02-A
Mo 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
656.92
629.82
646.46
922.98
977.68
763.01
233.88
28.47
18.47
660.56
640.48
643.36
949.26
990.84
768.46
440.41
31.01
21.86
0.60 U1/2
0.60 U1/2
0.60 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
656.92 1.0 1.2 5
629.82 0.9 1.2 5
646.46 0.6 1.2 5
922.98 3.3 1.2 5
977.68 0.7 1.2 5
763.01 0.6 1.2 5
233.88 1.2 1.2 5
28.47 2.7 1.2 5
18.47 5.7 1.2 5
660.56 0.8 1.2 5
640.48 0.8 1.2 5
643.36 0.8 1.2 5
949.26 0.6 1.2 5
990.84 0.8 1.2 5
768.46 1.0 1.2 5
440.41 0.6 1.2 5
31.01 1.2 1.2 5
21.86 3.8 1.2 5
0.60 6.9 1.2 5
0.60 12.9 1.2 5
0.60 8.9 1.2 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,650.13 100%
10,000 1,000 1,611.04 97%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .5 %
Completeness 100.0 %
B-35
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
I I Dilution I Sample I
Analyte Sample ID Factor Cone. Qualifier
I I I (ug/L) I
Ni 1313-AES-T01-A 1 0.90 U1/2
Ni 1313-AES-T02-A 1 0.90 U1/2
Ni 1313-AES-T03-A 1 0.90 U1/2
Ni 1313-AES-T04-A 1 6.83
Ni 1313-AES-T05-A 1 12.83
Ni 1313-AES-T06-A 1 77.21
Ni 1313-AES-T07-A 1 521.98
Ni 1313-AES-T08-A 1 392.50
Ni 1313-AES-T09-A 1 501.68
Ni 1313-AES-T01-B 1 0.90 U1/2
Ni 1313-AES-T02-B 1 0.90 U1/2
Ni 1313-AES-T03-B 1 0.90 U1/2
Ni 1313-AES-T04-B 1 6.43
Ni 1313-AES-T05-B 1 11.79
Ni 1313-AES-T06-B 1 80.83
Ni 1313-AES-T07-B 1 471.72
Ni 1313-AES-T08-B 1 386.31
Ni 1313-AES-T09-B 1 502.91
Ni 1313-AES-B01-A 1 0.90 U1/2
Ni 1313-AES-B02-A 1 0.90 U1/2
Ni 1313-AES-B03-A 1 0.90 U1/2
Instrument I I I
Cone. RSD MDL ML
(ug/L) I (%) I (ug/L) | (ug/L)
0.90 24.4 1.8 5
0.90 6.8 1.8 5
0.90 13.9 1.8 5
6.83 3.7 1.8 5
12.83 1.3 1.8 5
77.21 3.4 1.8 5
521.98 1.2 1.8 5
392.50 0.7 1.8 5
501.68 1.1 1.8 5
0.90 19.9 1.8 5
0.90 15.7 1.8 5
0.90 12.2 1.8 5
6.43 3.2 1.8 5
11.79 1.6 1.8 5
80.83 5.7 1.8 5
471.72 0.4 1.8 5
386.31 0.4 1.8 5
502.91 0.5 1.8 5
0.90 12.3 1.8 5
0.90 4.2 1.8 5
0.90 17.6 1.8 5
Spike Sol'n Spike ) Spike
Cone. I Volume Cone. I Recovery
(ug/L) I (uL) (ug/L) | (%)
10,000 1,000 1,043.08 104%
10,000 1,000 1,034.38 103%
Instrument Date/Time Filename
VU ICP-OES 5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/18/201213:54 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/18/201214:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
VU ICP-OES 4/18/201214:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
VU ICP-OES 4/18/201214:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
VU ICP-OES 4/18/201214:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
VU ICP-OES 5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .9 %
Completeness 100.0 %
B-36
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
P 1313-AES-T01-A
P 1313-AES-T02-A
P 1313-AES-T03-A
P 1313-AES-T04-A
P 1313-AES-T05-A
P 1313-AES-T06-A
P 1313-AES-T07-A
P 1313-AES-T08-A
P 1313-AES-T09-A
P 1313-AES-T01-B
P 1313-AES-T02-B
P 1313-AES-T03-B
P 1313-AES-T04-B
P 1313-AES-T05-B
P 1313-AES-T06-B
P 1313-AES-T07-B
P 1313-AES-T08-B
P 1313-AES-T09-B
P 1313-AES-B01-A
P 1313-AES-B02-A
P 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
1.85 U1/2
1.85 U1/2
1.85 U1/2
22.63
23.79
21.64
37.66
81.54
16,108.20
1.85 U1/2
1.85 U1/2
1.85 U1/2
20.97
21.91
23.76
44.52
86.17
16,326.30
1.85 U1/2
1.85 U1/2
1.85 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
1.85 28.4 3.7 10
1.85 12.6 3.7 10
1.85 37.1 3.7 10
22.63 2.9 3.7 10
23.79 1.6 3.7 10
21.64 3.8 3.7 10
37.66 1.4 3.7 10
81.54 8.4 3.7 10
16,108.20 1.7 3.7 10
1.85 44.2 3.7 10
1.85 15.9 3.7 10
1.85 32.2 3.7 10
20.97 1.6 3.7 10
21.91 2.2 3.7 10
23.76 7.3 3.7 10
44.52 2.7 3.7 10
86.17 2.2 3.7 10
16,326.30 0.8 3.7 10
1.85 24.1 3.7 10
1.85 16.9 3.7 10
1.85 4.3 3.7 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,056.11 105%
10,000 1,000 1,023.92 102%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 3.1 %
Completeness 100.0 %
B-37
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Analyte Sample ID
K 1313-AES-T01-A
K 1313-AES-T02-A
K 1313-AES-T03-A
K 1313-AES-T04-A
K 1313-AES-T05-A
K 1313-AES-T06-A
K 1313-AES-T07-A
K 1313-AES-T08-A
K 1313-AES-T09-A
K 1313-AES-T01-B
K 1313-AES-T02-B
K 1313-AES-T03-B
K 1313-AES-T04-B
K 1313-AES-T05-B
K 1313-AES-T06-B
K 1313-AES-T07-B
K 1313-AES-T08-B
K 1313-AES-T09-B
K 1313-AES-B01-A
K 1313-AES-B02-A
K 1313-AES-B03-A
Dilution
Factor
10
10
1
1
1
1
1
1
1
10
10
1
1
1
1
1
1
1
1
1
1
Sample
Cone. Qualifier
(M9/L)
3,208,260.00
3,015,150.00
276,032.00
344,438.00
381 ,891 .00
414,220.00
542,111.00
366,653.00
510,526.00
3,137,490.00
3,120,010.00
282,925.00
364,779.00
400,921 .00
433,405.00
553,012.00
405,850.00
489,806.00
0.80 U1/2
5.54
3,153,610.00
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
320,826.00 0.6 1.6 5
301,515.00 1.8 1.6 5
276,032.00 0.7 1.6 5
344,438.00 2.7 1.6 5
381,891.00 1.1 1.6 5
414,220.00 0.4 1.6 5
542,111.00 3.1 1.6 5
366,653.00 4.0 1.6 5
510,526.00 7.8 1.6 5
313,749.00 0.5 1.6 5
312,001.00 1.1 1.6 5
282,925.00 0.8 1.6 5
364,779.00 0.7 1.6 5
400,921.00 3.5 1.6 5
433,405.00 1.4 1.6 5
553,012.00 6.5 1.6 5
405,850.00 1.1 1.6 5
489,806.00 1.4 1.6 5
0.80 9.5 1.6 5
5.54 3.7 1.6 5
3,153,610.00 0.9 1.6 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000276,966.00 93%
10,000 1,000 283,826.00 90%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
5/3/201210:02
5/3/201210:04
4/18/201213:54
4/18/201213:55
4/18/201213:57
4/18/201213:59
4/18/201214:00
4/18/201214:02
4/18/201214:04
5/3/201210:05
5/3/201210:07
4/18/201214:14
4/18/201214:15
4/18/201214:17
4/18/201214:19
4/18/201214:20
4/18/201214:22
4/18/201214:24
4/18/201213:41
4/18/201213:42
5/2/201216:25
Filename
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
Mean RSD 2.2 %
Completeness 100.0 %
B-38
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Se 1313-AES-T01-A
Se 1313-AES-T02-A
Se 1313-AES-T03-A
Se 1313-AES-T04-A
Se 1313-AES-T05-A
Se 1313-AES-T06-A
Se 1313-AES-T07-A
Se 1313-AES-T08-A
Se 1313-AES-T09-A
Se 1313-AES-T01-B
Se 1313-AES-T02-B
Se 1313-AES-T03-B
Se 1313-AES-T04-B
Se 1313-AES-T05-B
Se 1313-AES-T06-B
Se 1313-AES-T07-B
Se 1313-AES-T08-B
Se 1313-AES-T09-B
Se 1313-AES-B01-A
Se 1313-AES-B02-A
Se 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
233.00
214.00
199.00
459.00
470.00
424.00
510.00
309.00
425.00
254.00
214.00
175.00
452.00
484.00
457.00
497.00
247.00
418.00
0.26 U1/2
0.26 U1/2
0.26 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
233.00 4.4 0.52 2
214.00 4.0 0.52 2
199.00 0.7 0.52 2
459.00 0.9 0.52 2
470.00 1.0 0.52 2
424.00 0.4 0.52 2
510.00 1.1 0.52 2
309.00 0.5 0.52 2
425.00 3.3 0.52 2
254.00 8.3 0.52 2
214.00 3.4 0.52 2
175.00 0.1 0.52 2
452.00 0.2 0.52 2
484.00 1.7 0.52 2
457.00 3.3 0.52 2
497.00 6.2 0.52 2
247.00 1.8 0.52 2
418.00 2.6 0.52 2
0.26 6.7 0.52 2
0.26 12.5 0.52 2
0.26 9.7 0.52 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 705.96 101%
10,000 500 665.41 98%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201220:10 C:\ICP-MS Rpt File 131 3 AES-PR (orig).xlsx
6/27/201220:15 C:\ICP-MS Rpt File 131 3 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 2.4 %
Completeness 100.0 %
B-39
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Si 1313-AES-T01-A
Si 1313-AES-T02-A
Si 1313-AES-T03-A
Si 1313-AES-T04-A
Si 1313-AES-T05-A
Si 1313-AES-T06-A
Si 1313-AES-T07-A
Si 1313-AES-T08-A
Si 1313-AES-T09-A
Si 1313-AES-T01-B
Si 1313-AES-T02-B
Si 1313-AES-T03-B
Si 1313-AES-T04-B
Si 1313-AES-T05-B
Si 1313-AES-T06-B
Si 1313-AES-T07-B
Si 1313-AES-T08-B
Si 1313-AES-T09-B
Si 1313-AES-B01-A
Si 1313-AES-B02-A
Si 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
56.32
1,729.15
9,420.70
6,176.32
7,789.09
10,838.00
18,590.60
30,189.50
970,334.00
62.04
1 ,523.31
9,392.35
6,118.24
7,586.46
10,178.70
16,366.40
32,684.60
1 ,034,020.00
0.55 U1/2
3.81 E
2.88 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
56.32 1.6 1.1 5
1,729.15 0.2 1.1 5
9,420.70 0.3 1.1 5
6,176.32 2.5 1.1 5
7,789.09 1.1 1.1 5
10,838.00 0.8 1.1 5
18,590.60 0.8 1.1 5
30,189.50 0.4 1.1 5
970,334.00 1.8 1.1 5
62.04 1.6 1.1 5
1,523.31 0.8 1.1 5
9,392.35 0.5 1.1 5
6,118.24 0.9 1.1 5
7,586.46 1.3 1.1 5
10,178.70 1.2 1.1 5
16,366.40 0.6 1.1 5
32,684.60 0.1 1.1 5
1,034,020.00 1.9 1.1 5
0.55 13.2 1.1 5
3.81 2.7 1.1 5
2.88 1.9 1.1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 10,372.10 95%
10,000 1,000 10,322.10 93%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .0 %
Completeness 100.0 %
B-40
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilut
Analyte Sample ID Fac
Na 1313-AES-T01-A 1
Na 1313-AES-T02-A 1
Na 1313-AES-T03-A 1
Na 1313-AES-T04-A 1
Na 1313-AES-T05-A 1
Na 1313-AES-T06-A 1
Na 1313-AES-T07-A 1
Na 1313-AES-T08-A 1
Na 1313-AES-T09-A 1
Na 1313-AES-T01-B 1
Na 1313-AES-T02-B 1
Na 1313-AES-T03-B 1
Na 1313-AES-T04-B 1
Na 1313-AES-T05-B 1
Na 1313-AES-T06-B 1
Na 1313-AES-T07-B 1
Na 1313-AES-T08-B 1
Na 1313-AES-T09-B 1
Na 1313-AES-B01-A 1
Na 1313-AES-B02-A 1
Na 1313-AES-B03-A 1
ion Sample
:or Cone. Qualifier
(M9/L) I
497,776.00
476,431 .00
491 ,942.00
537,786.00
536,333.00
560,222.00
544,462.00
275,377.00
249,908.00
493,383.00
487,722.00
517,956.00
555,757.00
571 ,589.00
563,251 .00
568,126.00
298,846.00
250,476.00
1.25 U1/2
1.25 U1/2
4.59 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
497,776.00 0.3 2.5 10
476,431.00 0.6 2.5 10
491,942.00 0.1 2.5 10
537,786.00 2.8 2.5 10
536,333.00 0.8 2.5 10
560,222.00 0.5 2.5 10
544,462.00 0.8 2.5 10
275,377.00 1.0 2.5 10
249,908.00 0.6 2.5 10
493,383.00 0.2 2.5 10
487,722.00 0.5 2.5 10
517,956.00 0.5 2.5 10
555,757.00 0.3 2.5 10
571,589.00 0.8 2.5 10
563,251.00 0.7 2.5 10
568,126.00 1.0 2.5 10
298,846.00 0.2 2.5 10
250,476.00 0.7 2.5 10
1.25 1.4 2.5 10
1.25 1.7 2.5 10
4.59 0.6 2.5 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000492,837.00 90%
10,000 1,000 518,837.00 88%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 0.7 %
Completeness 100.0 %
B-41
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Sr 1313-AES-T01-A
Sr 1313-AES-T02-A
Sr 1313-AES-T03-A
Sr 1313-AES-T04-A
Sr 1313-AES-T05-A
Sr 1313-AES-T06-A
Sr 1313-AES-T07-A
Sr 1313-AES-T08-A
Sr 1313-AES-T09-A
Sr 1313-AES-T01-B
Sr 1313-AES-T02-B
Sr 1313-AES-T03-B
Sr 1313-AES-T04-B
Sr 1313-AES-T05-B
Sr 1313-AES-T06-B
Sr 1313-AES-T07-B
Sr 1313-AES-T08-B
Sr 1313-AES-T09-B
Sr 1313-AES-B01-A
Sr 1313-AES-B02-A
Sr 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
18,531.70
18,086.10
7,809.93
25,045.10
32,978.80
44,894.60
59,232.80
37,533.80
38,084.90
17,381.90
17,610.30
8,742.79
25,746.20
32,010.30
46,374.20
59,448.20
40,575.80
36,969.00
0.50 U1/2
0.50 U1/2
0.50 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
18,531.70 0.8 1 5
18,086.10 1.0 1 5
7,809.93 1.3 1 5
25,045.10 3.4 1 5
32,978.80 0.9 1 5
44,894.60 0.7 1 5
59,232.80 1.1 1 5
37,533.80 0.6 1 5
38,084.90 2.1 1 5
17,381.90 2.0 1 5
17,610.30 0.3 1 5
8,742.79 1.1 1 5
25,746.20 0.5 1 5
32,010.30 1.5 1 5
46,374.20 1.9 1 5
59,448.20 1.2 1 5
40,575.80 0.8 1 5
36,969.00 1.3 1 5
0.50 8.5 1 5
0.50 10.5 1 5
0.50 2.9 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 8,763.46 95%
10,000 1,000 9,663.46 92%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .3 %
Completeness 100.0 %
B-42
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Analyte Sample ID
S 1313-AES-T01-A
S 1313-AES-T02-A
S 1313-AES-T03-A
S 1313-AES-T04-A
S 1313-AES-T05-A
S 1313-AES-T06-A
S 1313-AES-T07-A
S 1313-AES-T08-A
S 1313-AES-T09-A
S 1313-AES-T01-B
S 1313-AES-T02-B
S 1313-AES-T03-B
S 1313-AES-T04-B
S 1313-AES-T05-B
S 1313-AES-T06-B
S 1313-AES-T07-B
S 1313-AES-T08-B
S 1313-AES-T09-B
S 1313-AES-B01-A
S 1313-AES-B02-A
S 1313-AES-B03-A
Dilution
Factor
10
10
10
1
1
1
1
1
1
10
10
10
1
1
1
1
1
1
1
1
1
Sample
Cone. Qualifier
(M9/L)
2,513,540.00
1 ,996,290.00
973,267.00
524,121.00
552,591 .00
587,531 .00
651 ,695.00
347,705.00
381 ,976.00
2,363,900.00
2,022,620.00
988,445.00
526,648.00
558,349.00
591 ,489.00
672,862.00
356,709.00
360,758.00
3.40 U1/2
3.40 U1/2
12.02 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
251,354.00 1.0 6.8 20
199,629.00 0.3 6.8 20
97,326.70 0.7 6.8 20
524,121.00 2.5 6.8 20
552,591.00 1.5 6.8 20
587,531.00 0.5 6.8 20
651,695.00 0.8 6.8 20
347,705.00 0.0 6.8 20
381,976.00 1.2 6.8 20
236,390.00 0.5 6.8 20
202,262.00 1.1 6.8 20
98,844.50 0.6 6.8 20
526,648.00 0.9 6.8 20
558,349.00 0.8 6.8 20
591,489.00 1.2 6.8 20
672,862.00 0.4 6.8 20
356,709.00 0.1 6.8 20
360,758.00 0.6 6.8 20
3.40 4.5 6.8 20
3.40 7.6 6.8 20
12.02 6.0 6.8 20
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 5,000 978,043.00 96%
10,000 5,000 993,043.00 92%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
5/3/201210:02
5/3/201210:04
5/3/201210:09
4/18/201213:55
4/18/201213:57
4/18/201213:59
4/18/201214:00
4/18/201214:02
4/18/201214:04
5/3/201210:05
5/3/201210:07
5/3/201210:20
4/18/201214:15
4/18/201214:17
4/18/201214:19
4/18/201214:20
4/18/201214:22
4/18/201214:24
4/18/201213:41
4/18/201213:42
5/2/201216:25
Filename
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
Mean RSD 0.8 %
Completeness 100.0 %
B-43
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Tl 1313-AES-T01-A
Tl 1313-AES-T02-A
Tl 1313-AES-T03-A
Tl 1313-AES-T04-A
Tl 1313-AES-T05-A
Tl 1313-AES-T06-A
Tl 1313-AES-T07-A
Tl 1313-AES-T08-A
Tl 1313-AES-T09-A
Tl 1313-AES-T01-B
Tl 1313-AES-T02-B
Tl 1313-AES-T03-B
Tl 1313-AES-T04-B
Tl 1313-AES-T05-B
Tl 1313-AES-T06-B
Tl 1313-AES-T07-B
Tl 1313-AES-T08-B
Tl 1313-AES-T09-B
Tl 1313-AES-B01-A
Tl 1313-AES-B02-A
Tl 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
0.25 U1/2
0.25 U1/2
0.25 U1/2
1.09 E
2.25
4.57
12.60
21.50
51.00
0.25 U1/2
0.25 U1/2
0.25 U1/2
1.22 E
2.33
4.95
10.10
19.80
57.50
0.25 U1/2
0.25 U1/2
0.25 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
0.25 15.4 0.51 2
0.25 4.6 0.51 2
0.25 2.8 0.51 2
1.09 2.0 0.51 2
2.25 0.9 0.51 2
4.57 1.2 0.51 2
12.60 0.2 0.51 2
21.50 0.8 0.51 2
51.00 0.7 0.51 2
0.25 14.2 0.51 2
0.25 1.2 0.51 2
0.25 4.0 0.51 2
1.22 2.9 0.51 2
2.33 1.3 0.51 2
4.95 2.7 0.51 2
10.10 1.7 0.51 2
19.80 0.9 0.51 2
57.50 4.1 0.51 2
0.25 14.3 0.51 2
0.25 5.8 0.51 2
0.25 8.4 0.51 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 497.71 99%
10,000 500 474.38 95%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 1 .5 %
Completeness 100.0 %
B-44
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Sn 1313-AES-T01-A
Sn 1313-AES-T02-A
Sn 1313-AES-T03-A
Sn 1313-AES-T04-A
Sn 1313-AES-T05-A
Sn 1313-AES-T06-A
Sn 1313-AES-T07-A
Sn 1313-AES-T08-A
Sn 1313-AES-T09-A
Sn 1313-AES-T01-B
Sn 1313-AES-T02-B
Sn 1313-AES-T03-B
Sn 1313-AES-T04-B
Sn 1313-AES-T05-B
Sn 1313-AES-T06-B
Sn 1313-AES-T07-B
Sn 1313-AES-T08-B
Sn 1313-AES-T09-B
Sn 1313-AES-B01-A
Sn 1313-AES-B02-A
Sn 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
22.80
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
0.35 U1/2
24.50
0.35 U1/2
0.35 U1/2
0.35 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
0.35 8.7 0.7 2
0.35 5.8 0.7 2
0.35 10.2 0.7 2
0.35 18.7 0.7 2
0.35 26.9 0.7 2
0.35 25.0 0.7 2
0.35 4.2 0.7 2
0.35 13.2 0.7 2
22.80 1.5 0.7 2
0.35 6.2 0.7 2
0.35 4.4 0.7 2
0.35 23.5 0.7 2
0.35 15.5 0.7 2
0.35 17.0 0.7 2
0.35 28.2 0.7 2
0.35 18.3 0.7 2
0.35 21.0 0.7 2
24.50 5.3 0.7 2
0.35 14.5 0.7 2
0.35 3.0 0.7 2
0.35 1.5 0.7 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 492.10 98%
10,000 500 483.60 97%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 3.4 %
Completeness 100.0 %
B-45
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Ti 1313-AES-T01-A
Ti 1313-AES-T02-A
Ti 1313-AES-T03-A
Ti 1313-AES-T04-A
Ti 1313-AES-T05-A
Ti 1313-AES-T06-A
Ti 1313-AES-T07-A
Ti 1313-AES-T08-A
Ti 1313-AES-T09-A
Ti 1313-AES-T01-B
Ti 1313-AES-T02-B
Ti 1313-AES-T03-B
Ti 1313-AES-T04-B
Ti 1313-AES-T05-B
Ti 1313-AES-T06-B
Ti 1313-AES-T07-B
Ti 1313-AES-T08-B
Ti 1313-AES-T09-B
Ti 1313-AES-B01-A
Ti 1313-AES-B02-A
Ti 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
7.08 E
5,212.00
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
1.00 U1/2
6.35 E
8,149.30
1.00 U1/2
1.00 U1/2
1.00 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
1.00 35.1 2 10
1.00 56.8 2 10
1.00 11.7 2 10
1.00 5.2 2 10
1.00 3.8 2 10
1.00 17.1 2 10
1.00 3.8 2 10
7.08 2.8 2 10
5,212.00 2.5 2 10
1.00 27.5 2 10
1.00 22.0 2 10
1.00 6.8 2 10
1.00 8.3 2 10
1.00 18.2 2 10
1.00 11.8 2 10
1.00 21.4 2 10
6.35 2.3 2 10
8,149.30 0.8 2 10
1.00 17.4 2 10
1.00 29.4 2 10
1.00 4.1 2 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,060.48 106%
10,000 1,000 1,029.33 103%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .6 %
Completeness 100.0 %
B-46
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
U 1313-AES-T01-A
U 1313-AES-T02-A
U 1313-AES-T03-A
U 1313-AES-T04-A
U 1313-AES-T05-A
U 1313-AES-T06-A
U 1313-AES-T07-A
U 1313-AES-T08-A
U 1313-AES-T09-A
U 1313-AES-T01-B
U 1313-AES-T02-B
U 1313-AES-T03-B
U 1313-AES-T04-B
U 1313-AES-T05-B
U 1313-AES-T06-B
U 1313-AES-T07-B
U 1313-AES-T08-B
U 1313-AES-T09-B
U 1313-AES-B01-A
U 1313-AES-B02-A
U 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
0.15 U1/2
0.15 U1/2
0.15 U1/2
2.02
42.90
59.40
65.90
34.60
93.80
0.15 U1/2
0.15 U1/2
0.15 U1/2
1.88
36.30
57.20
71.40
29.90
90.70
0.15 U1/2
0.15 U1/2
0.15 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
0.15 6.6 0.3 1
0.15 27.5 0.3 1
0.15 12.4 0.3 1
2.02 2.1 0.3 1
42.90 3.9 0.3 1
59.40 3.9 0.3 1
65.90 4.2 0.3 1
34.60 5.4 0.3 1
93.80 1.5 0.3 1
0.15 26.2 0.3 1
0.15 11.2 0.3 1
0.15 15.5 0.3 1
1.88 3.1 0.3 1
36.30 4.4 0.3 1
57.20 3.2 0.3 1
71.40 4.3 0.3 1
29.90 4.4 0.3 1
90.70 0.6 0.3 1
0.15 27.6 0.3 1
0.15 30.3 0.3 1
0.15 31.2 0.3 1
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 500 502.81 101%
10,000 500 499.38 100%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time Filename
6/27/201 2 1 8:56 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:01 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:06 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 19:11 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 19:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 1 9:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:25 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:30 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:35 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:45 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:50 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 9:55 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:00 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:05 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/2012 20:10 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/2012 20:15 C:\ICP-MS Rpt File 1313 AES-PR (orig).xlsx
6/27/201 2 20:20 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 20:24 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:41 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:46 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
6/27/201 2 1 8:51 C:\ICP-MS Rpt File 1 31 3 AES-PR (orig).xlsx
Mean RSD 7.8 %
Completeness 100.0 %
B-47
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
V 1313-AES-T01-A
V 1313-AES-T02-A
V 1313-AES-T03-A
V 1313-AES-T04-A
V 1313-AES-T05-A
V 1313-AES-T06-A
V 1313-AES-T07-A
V 1313-AES-T08-A
V 1313-AES-T09-A
V 1313-AES-T01-B
V 1313-AES-T02-B
V 1313-AES-T03-B
V 1313-AES-T04-B
V 1313-AES-T05-B
V 1313-AES-T06-B
V 1313-AES-T07-B
V 1313-AES-T08-B
V 1313-AES-T09-B
V 1313-AES-B01-A
V 1313-AES-B02-A
V 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
33.31
49.52
158.34
433.04
406.28
410.74
393.41
246.33
4,294.15
28.94
51.09
155.34
428.72
419.63
428.49
413.27
242.37
4,333.87
0.75 U1/2
0.75 U1/2
0.75 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
33.31 2.1 1.5 5
49.52 0.9 1.5 5
158.34 0.6 1.5 5
433.04 2.7 1.5 5
406.28 0.4 1.5 5
410.74 0.6 1.5 5
393.41 1.3 1.5 5
246.33 1.1 1.5 5
4,294.15 2.0 1.5 5
28.94 0.9 1.5 5
51.09 1.4 1.5 5
155.34 1.6 1.5 5
428.72 0.6 1.5 5
419.63 1.5 1.5 5
428.49 1.2 1.5 5
413.27 0.7 1.5 5
242.37 1.0 1.5 5
4,333.87 0.8 1.5 5
0.75 1.4 1.5 5
0.75 12.7 1.5 5
0.75 2.3 1.5 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,163.75 101%
10,000 1,000 1,137.57 98%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .2 %
Completeness 100.0 %
B-48
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Zn 1313-AES-T01-A
Zn 1313-AES-T02-A
Zn 1313-AES-T03-A
Zn 1313-AES-T04-A
Zn 1313-AES-T05-A
Zn 1313-AES-T06-A
Zn 1313-AES-T07-A
Zn 1313-AES-T08-A
Zn 1313-AES-T09-A
Zn 1313-AES-T01-B
Zn 1313-AES-T02-B
Zn 1313-AES-T03-B
Zn 1313-AES-T04-B
Zn 1313-AES-T05-B
Zn 1313-AES-T06-B
Zn 1313-AES-T07-B
Zn 1313-AES-T08-B
Zn 1313-AES-T09-B
Zn 1313-AES-B01-A
Zn 1313-AES-B02-A
Zn 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
0.50 U1/2
0.50 U1/2
0.50 U1/2
0.50 U1/2
0.50 U1/2
4.02 E
1 ,220.78
1 ,679.85
2,229.84
0.50 U1/2
0.50 U1/2
0.50 U1/2
0.50 U1/2
0.50 U1/2
4.26 E
1,150.88
1 ,580.09
2,211.50
0.50 U1/2
0.50 U1/2
0.50 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
0.50 11.8 1 5
0.50 19.9 1 5
0.50 4.9 1 5
0.50 5.1 1 5
0.50 7.1 1 5
4.02 7.7 1 5
1,220.78 1.5 1 5
1,679.85 0.4 1 5
2,229.84 1.4 1 5
0.50 17.4 1 5
0.50 10.6 1 5
0.50 5.7 1 5
0.50 13.8 1 5
0.50 2.2 1 5
4.26 9.1 1 5
1,150.88 1.2 1 5
1,580.09 0.7 1 5
2,211.50 1.9 1 5
0.50 14.1 1 5
0.50 1.7 1 5
0.50 9.9 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
10,000 1,000 1,149.47 115%
10,000 1,000 1,123.60 112%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time Filename
5/2/201 2 1 6:27 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:28 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:54 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:55 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:57 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:59 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:00 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:02 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:04 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:30 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:32 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/18/2012 14:14 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:15 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:17 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/18/2012 14:19 C:\ICP-OES Rpt File 1313 AES-PR (orig).txt
4/1 8/201 2 1 4:20 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:22 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 4:24 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:41 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
4/1 8/201 2 1 3:42 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
5/2/201 2 1 6:25 C:\ICP-OES Rpt File 1 31 3 AES-PR (orig).txt
Mean RSD 1 .2 %
Completeness 100.0 %
B-49
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
DIG 1313-AES-T01-A
DIG 1313-AES-T02-A
DIC 1313-AES-T03-A
DIC 1313-AES-T04-A
DIC 1313-AES-T05-A
DIC 1313-AES-T06-A
DIC 1313-AES-T07-A
DIC 1313-AES-T08-A
DIC 1313-AES-T09-A
DIC 1313-AES-T01-B
DIC 1313-AES-T02-B
DIC 1313-AES-T03-B
DIC 1313-AES-T04-B
DIC 1313-AES-T05-B
DIC 1313-AES-T06-B
DIC 1313-AES-T07-B
DIC 1313-AES-T08-B
DIC 1313-AES-T09-B
DIC 1313-AES-B01-A
DIC 1313-AES-B02-A
DIC 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
34,440.00
14,860.00
6,413.00
2,558.00
3,473.00
4,874.00
65.00 U1/2
65.00 U1/2
65.00 U1/2
32,330.00
13,310.00
6,405.00
2,723.00
3,716.00
5,136.00
65.00 U1/2
65.00 U1/2
65.00 U1/2
65.00 U1/2
65.00 U1/2
270.00 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
34,440.00 1.6 130 500
14,860.00 1.6 130 500
6,413.00 2.1 130 500
2,558.00 0.8 130 500
3,473.00 0.7 130 500
4,874.00 0.6 130 500
65.00 8.6 130 500
65.00 14.1 130 500
65.00 4.6 130 500
32,330.00 0.4 130 500
13,310.00 0.1 130 500
6,405.00 2.5 130 500
2,723.00 2.9 130 500
3,716.00 0.5 130 500
5,136.00 1.0 130 500
65.00 7.6 130 500
65.00 3.4 130 500
65.00 15.5 130 500
65.00 8.1 130 500
65.00 10.0 130 500
270.00 0.4 130 500
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
100,000 500 6,877.00 93%
100,000 500 6,865.00 92%
Instrument
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
Date/Time Filename
9/4/2012 13:11 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 3:21 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 3:30 C:\DIC-DOC 1 31 3 AES-PR (orig).txt
9/4/201 2 1 3:40 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 3:49 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 3:59 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 4:09 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/2012 14:16 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 4:23 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 5:24 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 5:34 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 5:43 C:\DIC-DOC 1 31 3 AES-PR (orig).txt
9/4/201 2 1 5:53 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 6:02 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/2012 16:12 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/2012 16:19 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 6:29 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 6:36 C:\DIC-DOC 1 31 3 AES-PR (orig).txt
9/4/201 2 1 2:44 C:\DIC-DOC 1313 AES-PR (orig).txt
9/4/201 2 1 2:52 C:\DIC-DOC 1 31 3 AES-PR (orig).txt
9/4/201 2 1 3:02 C:\DIC-DOC 1313 AES-PR (orig).txt
Mean RSD 3.8 %
Completeness 100.0 %
B-50
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
DOC 1313-AES-T01-A
DOC 1313-AES-T02-A
DOC 1313-AES-T03-A
DOC 1313-AES-T04-A
DOC 1313-AES-T05-A
DOC 1313-AES-T06-A
DOC 1313-AES-T07-A
DOC 1313-AES-T08-A
DOC 1313-AES-T09-A
DOC 1313-AES-T01-B
DOC 1313-AES-T02-B
DOC 1313-AES-T03-B
DOC 1313-AES-T04-B
DOC 1313-AES-T05-B
DOC 1313-AES-T06-B
DOC 1313-AES-T07-B
DOC 1313-AES-T08-B
DOC 1313-AES-T09-B
DOC 1313-AES-B01-A
DOC 1313-AES-B02-A
DOC 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
41 ,380.00
16,160.00
4,873.00
5,839.00
5,163.00
6,213.00
3,834.00
5,118.00
1 1 ,480.00
50,210.00
17,030.00
5,357.00
5,915.00
5,531 .00
6,504.00
4,690.00
5,175.00
12,170.00
85.00 U1/2
175.00 E
450.00 E
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
41,380.00 0.9 170 500
16,160.00 1.0 170 500
4,873.00 0.3 170 500
5,839.00 0.3 170 500
5,163.00 0.7 170 500
6,213.00 2.0 170 500
3,834.00 1.0 170 500
5,118.00 0.2 170 500
11,480.00 1.7 170 500
50,210.00 0.3 170 500
17,030.00 1.1 170 500
5,357.00 0.9 170 500
5,915.00 0.7 170 500
5,531.00 0.9 170 500
6,504.00 1.4 170 500
4,690.00 0.6 170 500
5,175.00 1.4 170 500
12,170.00 0.6 170 500
85.00 2.9 170 500
175.00 1.9 170 500
450.00 0.1 170 500
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
100,000 500 5,341.00 94%
100,000 500 5,814.00 91%
Instrument
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
Date/Time Filename
9/5/2012 17:17 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 7:24 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 7:31 C:\DIC-DOC 1 31 3 AES-PR (orig).txt
9/5/201 2 1 7:40 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 7:49 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 7:56 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 8:06 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/2012 18:15 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 8:24 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 9:22 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 9:30 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 9:39 C:\DIC-DOC 1 31 3 AES-PR (orig).txt
9/5/201 2 1 9:48 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 9:57 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 20:06 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201220:13 C:\DIC-DOC 131 3 AES-PR (orig).txt
9/5/201 2 20:23 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 20:32 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 6:45 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 6:55 C:\DIC-DOC 1313 AES-PR (orig).txt
9/5/201 2 1 7:09 C:\DIC-DOC 1313 AES-PR (orig).txt
Mean RSD 0.9 %
Completeness 100.0 %
B-51
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
Br 1313-AES-T01-A
Br 1313-AES-T02-A
Br 1313-AES-T03-A
Br 1313-AES-T04-A
Br 1313-AES-T05-A
Br 1313-AES-T06-A
Br 1313-AES-T07-A
Br 1313-AES-T08-A
Br 1313-AES-T09-A
Br 1313-AES-T01-B
Br 1313-AES-T02-B
Br 1313-AES-T03-B
Br 1313-AES-T04-B
Br 1313-AES-T05-B
Br 1313-AES-T06-B
Br 1313-AES-T07-B
Br 1313-AES-T08-B
Br 1313-AES-T09-B
Br 1313-AES-B01-A
Br 1313-AES-B02-A
Br 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
8.71 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
Spike Sol'n
Cone. Volume
(M9/L) (ML)
Spike Spike
Cone. Recovery
(M9/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that
are not available
spike recoveries
Instrument
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VUIC
VUIC
Date/Time
9/4/201220:35
9/4/201220:47
9/4/201221:00
9/4/201221:12
9/4/201221:25
9/4/201221:37
9/4/201221:49
9/4/201222:02
9/4/201222:14
9/4/201222:27
9/4/201222:39
9/4/201222:51
9/4/201223:04
9/4/201223:16
9/4/201223:29
9/4/201223:41
9/4/201223:53
9/5/20120:06
9/5/20120:43
9/5/20121:08
9/5/20121:33
Filename
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
Mean RSD NA %
Completeness NA %
B-52
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Analyte Sample ID
Cl 1313-AES-T01-A
Cl 1313-AES-T02-A
Cl 1313-AES-T03-A
Cl 1 31 3-AES-T04-A
Cl 1313-AES-T05-A
Cl 1313-AES-T06-A
Cl 1313-AES-T07-A
Cl 1313-AES-T08-A
Cl 1313-AES-T09-A
Cl 1313-AES-T01-B
Cl 1 31 3-AES-T02-B
Cl 1313-AES-T03-B
Cl 1313-AES-T04-B
Cl 1313-AES-T05-B
Cl 1313-AES-T06-B
Cl 1313-AES-T07-B
Cl 1313-AES-T08-B
Cl 1313-AES-T09-B
Cl 1313-AES-B01-A
Cl 1313-AES-B02-A
Cl 1313-AES-B03-A
Dilution
Factor
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
1
1
1
Sample
Cone. Qualifier
(M9/L)
650,180.40
639,512.50
643,715.20
648,701 .20
752,420.00
672,51 1 .60
710,327.80
896,281.10
850,109.00
649,372.40
650,944.40
655,354.00
654,995.30
777,173.20
665,658.60
700,147.60
914,369.10
898,354.10
3.25 U1/2
3.25 U1/2
3.25 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
32,509.02 6.5 20
31 ,975.63 6.5 20
32,185.76 6.5 20
32,435.06 6.5 20
37,621 .00 6.5 20
33,625.58 6.5 20
35,516.39 6.5 20
44,814.06 6.5 20
42,505.45 6.5 20
32,468.62 6.5 20
32,547.22 6.5 20
32,767.70 6.5 20
32,749.77 6.5 20
38,858.66 6.5 20
33,282.93 6.5 20
35,007.38 6.5 20
45,718.46 6.5 20
44,917.71 6.5 20
3.25 6.5 20
3.25 6.5 20
3.25 6.5 20
Spike Sol'n
Cone. Volume
(M9/L) (ML)
Spike Spike
Cone. Recovery
(M9/L) (%)
—
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
Instrument
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VUIC
VUIC
Date/Time
9/4/201216:27
9/4/201216:40
9/4/201216:52
9/4/201 2 1 7:04
9/4/201218:06
9/4/201218:19
9/4/201218:31
9/4/201218:43
9/4/201218:56
9/4/201217:17
9/4/201 2 1 7:29
9/4/201217:42
9/4/201217:54
9/4/201219:08
9/4/201219:21
9/4/201219:33
9/4/201219:45
9/4/201219:58
9/5/20120:43
9/5/20121:08
9/5/20121:33
Filename
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR (orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
Mean RSD NA %
Completeness NA %
B-53
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Analyte Sample ID
F 1313-AES-T01-A
F 1313-AES-T02-A
F 1313-AES-T03-A
F 1313-AES-T04-A
F 1313-AES-T05-A
F 1313-AES-T06-A
F 1313-AES-T07-A
F 1313-AES-T08-A
F 1313-AES-T09-A
F 1313-AES-T01-B
F 1 31 3-AES-T02-B
F 1313-AES-T03-B
F 1313-AES-T04-B
F 1313-AES-T05-B
F 1313-AES-T06-B
F 1313-AES-T07-B
F 1313-AES-T08-B
F 1313-AES-T09-B
F 1313-AES-B01-A
F 1313-AES-B02-A
F 1313-AES-B03-A
Dilution
Factor
1
1
1
1
1
1
20
20
20
1
1
1
1
1
1
20
20
20
1
1
1
Sample
Cone. Qualifier
(M9/L)
13,977.00
1 1 ,067.90
5,964.00
18,209.90
30,457.10
40,374.20
59,447.70
81 ,972.90
130,062.50
1 1 ,365.00
9,158.50
7,205.20
20,500.60
33,145.20
39,441 .20
54,391 .30
85,600.70
125,326.80
3.53 U1/2
351 .80
34.80
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
13,977.00 7 20
1 1 ,067.90 7 20
5,964.00 7 20
18,209.90 7 20
30,457.10 7 20
40,374.20 7 20
2,972.39 7 20
4,098.65 7 20
6,503.13 7 20
1 1 ,365.00 7 20
9,158.50 7 20
7,205.20 7 20
20,500.60 7 20
33,145.20 7 20
39,441 .20 7 20
2,719.57 7 20
4,280.04 7 20
6,266.34 7 20
3.53 7 20
351 .80 7 20
34.80 7 20
Spike Sol'n
Cone. Volume
(M9/L) (ML)
Spike Spike
Cone. Recovery
(M9/L) (%)
—
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that
spike recoveries
are not available.
Instrument
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VUIC
VUIC
Date/Time
9/4/201220:35
9/4/201220:47
9/4/201221:00
9/4/201221:12
9/4/201221:25
9/4/201221:37
9/4/201218:31
9/4/201218:43
9/4/201218:56
9/4/201222:27
9/4/201 2 22:39
9/4/201222:51
9/4/201223:04
9/4/201223:16
9/4/201223:29
9/4/201219:33
9/4/201219:45
9/4/201219:58
9/5/20120:43
9/5/20121:08
9/5/20121:33
Filename
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
Mean RSD NA %
Completeness NA %
B-54
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Analyte Sample ID
NO3 1313-AES-T01-A
N03 1313-AES-T02-A
N03 1313-AES-T03-A
NO3 1313-AES-T04-A
NO3 1313-AES-T05-A
N03 1313-AES-T06-A
N03 1313-AES-T07-A
NO3 1313-AES-T08-A
NO3 1313-AES-T09-A
N03 1313-AES-T01-B
NO3 1 31 3-AES-T02-B
NO3 1313-AES-T03-B
N03 1313-AES-T04-B
N03 1313-AES-T05-B
NO3 1313-AES-T06-B
NO3 1313-AES-T07-B
N03 1313-AES-T08-B
N03 1313-AES-T09-B
NO3 1313-AES-B01-A
N03 1313-AES-B02-A
N03 1313-AES-B03-A
Dilution
Factor
20
20
20
200
200
500
500
500
500
20
20
20
200
200
500
500
500
500
1
500
1
Sample
Cone. Qualifier
(M9/L)
21,144.10
21 ,396.00
41 ,393.80
19,368,127.10
27,682,477.90
38,179,496.00
51 ,276,792.80
75,456,922.90
152,839,798.90
20,876.60
21 ,797.90
39,728.60
18,882,886.70
24,383,005.70
37,624,090.90
48,757,941 .90
68,997,887.60
160,187,868.80
108.00
104,567,473.90
144.20
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
1,057.21 26 100
1,069.80 26 100
2,069.69 26 100
96,840.64 26 100
138,412.39 26 100
76,358.99 26 100
102,553.59 26 100
150,913.85 26 100
305,679.60 26 100
1,043.83 26 100
1,089.90 26 100
1,986.43 26 100
94,414.43 26 100
121,915.03 26 100
75,248.18 26 100
97,515.88 26 100
137,995.78 26 100
320,375.74 26 100
108.00 26 100
209,134.95 26 100
144.20 26 100
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
—
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
—
Instrument
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VUIC
VUIC
Date/Time
9/4/201216:27
9/4/201216:40
9/4/201216:52
9/5/201213:12
9/5/201213:24
9/5/201213:36
9/5/201213:49
9/5/201214:01
9/5/201214:13
9/4/201217:17
9/4/201 2 1 7:29
9/4/201217:42
9/5/201214:26
9/5/201214:38
9/5/201214:50
9/5/201215:02
9/5/201215:14
9/5/201215:27
9/5/20120:43
9/5/201215:39
9/5/20121:33
Filename
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
Mean RSD NA %
Completeness NA %
B-55
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
NO2 1313-AES-T01-A
N02 1313-AES-T02-A
N02 1313-AES-T03-A
NO2 1313-AES-T04-A
NO2 1313-AES-T05-A
N02 1313-AES-T06-A
N02 1313-AES-T07-A
NO2 1313-AES-T08-A
NO2 1313-AES-T09-A
N02 1313-AES-T01-B
NO2 1313-AES-T02-B
NO2 1313-AES-T03-B
N02 1313-AES-T04-B
N02 1313-AES-T05-B
NO2 1313-AES-T06-B
NO2 1313-AES-T07-B
N02 1313-AES-T08-B
N02 1313-AES-T09-B
NO2 1313-AES-B01-A
N02 1313-AES-B02-A
N02 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
9.16 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
—
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
—
Instrument
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VUIC
VUIC
Date/Time
9/4/201220:35
9/4/201220:47
9/4/201221:00
9/4/201221:12
9/4/201221:25
9/4/201221:37
9/4/201221:49
9/4/201222:02
9/4/201222:14
9/4/201222:27
9/4/201222:39
9/4/201222:51
9/4/201223:04
9/4/201223:16
9/4/201223:29
9/4/201223:41
9/4/201223:53
9/5/20120:06
9/5/20120:43
9/5/20121:08
9/5/20121:33
Filename
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
Mean RSD NA %
Completeness NA %
B-56
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Dilu
Analyte Sample ID Fac
PO4 1313-AES-T01-A
P04 1313-AES-T02-A
P04 1313-AES-T03-A
PO4 1313-AES-T04-A
PO4 1313-AES-T05-A
P04 1313-AES-T06-A
P04 1313-AES-T07-A
PO4 1313-AES-T08-A
PO4 1313-AES-T09-A
P04 1313-AES-T01-B
PO4 1313-AES-T02-B
PO4 1313-AES-T03-B
P04 1313-AES-T04-B
P04 1313-AES-T05-B
PO4 1313-AES-T06-B
PO4 1313-AES-T07-B
P04 1313-AES-T08-B
P04 1313-AES-T09-B
PO4 1313-AES-B01-A
P04 1313-AES-B02-A
P04 1313-AES-B03-A
tion Sample
:tor Cone. Qualifier
(M9/L)
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
11.83 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
—
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
—
Instrument
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VUIC
VUIC
Date/Time
9/4/201220:35
9/4/201220:47
9/4/201221:00
9/4/201221:12
9/4/201221:25
9/4/201221:37
9/4/201221:49
9/4/201222:02
9/4/201222:14
9/4/201222:27
9/4/201222:39
9/4/201222:51
9/4/201223:04
9/4/201223:16
9/4/201223:29
9/4/201223:41
9/4/201223:53
9/5/20120:06
9/5/20120:43
9/5/20121:08
9/5/20121:33
Filename
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1 31 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1 31 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1 31 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1 31 3-1 31 4 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-57
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1313
Material AGREMAX (material code AES)
Analyte Sample ID
SO4 1313-AES-T01-A
S04 1313-AES-T02-A
S04 1313-AES-T03-A
SO4 1313-AES-T04-A
SO4 1313-AES-T05-A
S04 1313-AES-T06-A
S04 1313-AES-T07-A
SO4 1313-AES-T08-A
SO4 1313-AES-T09-A
S04 1313-AES-T01-B
SO4 1313-AES-T02-B
SO4 1313-AES-T03-B
S04 1313-AES-T04-B
S04 1313-AES-T05-B
SO4 1313-AES-T06-B
SO4 1313-AES-T07-B
S04 1313-AES-T08-B
S04 1313-AES-T09-B
SO4 1313-AES-B01-A
S04 1313-AES-B02-A
S04 1313-AES-B03-A
Dilution
Factor
100
100
20
20
20
20
20
20
20
100
100
20
20
20
20
20
20
20
1
1
1
Sample
Cone. Qualifier
(M9/L)
8,203,931 .30
6,525,914.80
2,687,032.70
1,912,312.90
1 ,959,340.50
2,215,117.70
2,572,540.30
1 ,080,759.50
1,085,139.90
9,143,854.60
7,052,684.30
2,273,105.60
2,029,118.70
1 ,954,620.60
1,985,947.10
2,317,698.40
1 ,030,535.70
1 ,035,648.40
10.39 U1/2
10.39 U1/2
10.39 U1/2
Instrument
Cone. RSD MDL ML
(M9/L) (%) (M9/L) (M9/L)
82,039.31 21 100
65,259.15 21 100
134,351.64 21 100
95,615.65 21 100
97,967.03 21 100
110,755.89 21 100
128,627.02 21 100
54,037.98 21 100
54,257.00 21 100
91,438.55 21 100
70,526.84 21 100
113,655.28 21 100
101,455.94 21 100
97,731.03 21 100
99,297.36 21 100
115,884.92 21 100
51,526.79 21 100
51,782.42 21 100
10.39 21 100
10.39 21 100
10.39 21 100
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(M9/L) (ML) (M9/L) (%)
—
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
—
Instrument
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VU 1C
VUIC
VUIC
VU 1C
VUIC
VUIC
Date/Time
9/5/201211:58
9/5/201212:10
9/4/201216:52
9/4/201217:04
9/4/201218:06
9/4/201218:19
9/4/201218:31
9/4/201218:43
9/4/201218:56
9/5/201212:35
9/5/201212:47
9/4/201217:42
9/4/201217:54
9/4/201219:08
9/4/201219:21
9/4/201219:33
9/4/201219:45
9/4/201219:58
9/5/20120:43
9/5/20121:08
9/5/20121:33
Filename
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1313-1314AES-PR(orig).xlsx
C:\IC 1 31 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1 31 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1 31 3-1 31 4 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-58
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Al 1314-AES-T01-A 1 655.89
Al 1314-AES-T02-A 1 611.07
Al 1314-AES-T03-A 1 435.79
Al 1314-AES-T04-A 1 378.77
Al 1314-AES-T05-A 1 342.29
Al 1314-AES-T06-A 1 293.56
Al 1314-AES-T07-A 1 266.72
Al 1314-AES-T08-A 1 247.79
Al 1314-AES-T09-A 1 192.36
Al 1314-AES-T01-B 1 654.79
Al 1314-AES-T02-B 1 592.54
Al 1314-AES-T03-B 1 520.39
Al 1314-AES-T04-B 1 351.20
Al 1314-AES-T05-B 1 334.18
Al 1314-AES-T06-B 1 270.03
Al 1314-AES-T07-B 1 249.72
Al 1314-AES-T08-B 1 230.96
Al 1314-AES-T09-B 1 187.98
Al 1314-AES-M01-A 1 0.50 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
655.89 1.3 1 5
611.07 0.9 1 5
435.79 1.0 1 5
378.77 0.9 1 5
342.29 0.8 1 5
293.56 2.5 1 5
266.72 2.7 1 5
247.79 1.3 1 5
192.36 2.8 1 5
654.79 1.0 1 5
592.54 1.8 1 5
520.39 0.4 1 5
351.20 2.7 1 5
334.18 1.0 1 5
270.03 2.2 1 5
249.72 1.8 1 5
230.96 2.1 1 5
187.98 2.7 1 5
0.50 3.2 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,461.82 103%
10,000 1,000 1,546.48 103%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .7 %
Completeness 100.0%
B-59
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Sb 1314-AES-T01-A 1 17.10
Sb 1314-AES-T02-A 1 13.10
Sb 1314-AES-T03-A 1 11.90
Sb 1314-AES-T04-A 1 8.22
Sb 1314-AES-T05-A 1 0.18
Sb 1314-AES-T06-A 1 0.04
Sb 1314-AES-T07-A 1 0.04
Sb 1314-AES-T08-A 1 0.04
Sb 1314-AES-T09-A 1 0.04
Sb 1314-AES-T01-B 1 18.90
Sb 1314-AES-T02-B 1 13.90
Sb 1314-AES-T03-B 1 12.40
Sb 1314-AES-T04-B 1 10.70
Sb 1314-AES-T05-B 1 0.19
Sb 1314-AES-T06-B 1 0.04
Sb 1314-AES-T07-B 1 0.04
Sb 1314-AES-T08-B 1 0.04
Sb 1314-AES-T09-B 1 0.04
Sb 1314-AES-M01-A 1 0.04
Qualifier
E
U1/2
U1/2
U1/2
U1/2
E
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
17.10 1.2 0.08 0.2
13.10 3.0 0.08 0.2
11.90 3.2 0.08 0.2
8.22 1.9 0.08 0.2
0.18 6.4 0.08 0.2
0.04 5.5 0.08 0.2
0.04 6.2 0.08 0.2
0.04 2.7 0.08 0.2
0.04 3.1 0.08 0.2
18.90 2.6 0.08 0.2
13.90 1.5 0.08 0.2
12.40 1.4 0.08 0.2
10.70 2.2 0.08 0.2
0.19 4.7 0.08 0.2
0.04 7.8 0.08 0.2
0.04 5.9 0.08 0.2
0.04 5.4 0.08 0.2
0.04 4.8 0.08 0.2
0.04 9.2 0.08 0.2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 512.15 100%
10,000 500 504.71 98%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 2.1 %
Completeness 100.0%
B-60
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
As 1314-AES-T01-A 1 41.40
As 1314-AES-T02-A 1 42.60
As 1314-AES-T03-A 1 27.60
As 1314-AES-T04-A 1 11.40
As 1314-AES-T05-A 1 7.66
As 1314-AES-T06-A 1 5.99
As 1314-AES-T07-A 1 4.90
As 1314-AES-T08-A 1 4.89
As 1314-AES-T09-A 1 4.44
As 1314-AES-T01-B 1 39.80
As 1314-AES-T02-B 1 42.90
As 1314-AES-T03-B 1 26.60
As 1314-AES-T04-B 1 10.80
As 1314-AES-T05-B 1 6.61
As 1314-AES-T06-B 1 5.29
As 1314-AES-T07-B 1 4.74
As 1314-AES-T08-B 1 4.52
As 1314-AES-T09-B 1 4.25
As 1314-AES-M01-A 1 0.32 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
41.40 2.2 0.64 2
42.60 8.0 0.64 2
27.60 0.9 0.64 2
11.40 4.3 0.64 2
7.66 1.9 0.64 2
5.99 2.2 0.64 2
4.90 2.6 0.64 2
4.89 0.5 0.64 2
4.44 0.6 0.64 2
39.80 3.7 0.64 2
42.90 4.9 0.64 2
26.60 3.2 0.64 2
10.80 1.0 0.64 2
6.61 1.4 0.64 2
5.29 1.6 0.64 2
4.74 1.8 0.64 2
4.52 2.7 0.64 2
4.25 3.7 0.64 2
0.32 1.9 0.64 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 524.18 99%
10,000 500 514.59 98%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 2.6 %
Completeness 100.0%
B-61
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
B 1314-AES-T01-A 1 2,631.53
B 1314-AES-T02-A 1 2,726.72
B 1314-AES-T03-A 1 2,142.53
B 1314-AES-T04-A 1 1,374.56
B 1314-AES-T05-A 1 1,023.82
B 1314-AES-T06-A 1 706.79
B 1314-AES-T07-A 1 581.20
B 1314-AES-T08-A 1 519.00
B 1314-AES-T09-A 1 457.37
B 1314-AES-T01-B 1 2,571.81
B 1314-AES-T02-B 1 2,682.04
B 1314-AES-T03-B 1 1,964.58
B 1314-AES-T04-B 1 1,295.10
B 1314-AES-T05-B 1 969.71
B 1314-AES-T06-B 1 677.44
B 1314-AES-T07-B 1 574.28
B 1314-AES-T08-B 1 498.44
B 1314-AES-T09-B 1 465.21
B 1314-AES-M01-A 1 0.50 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
2,631.53 0.8 1 5
2,726.72 1.6 1 5
2,142.53 0.7 1 5
1,374.56 0.5 1 5
1,023.82 0.8 1 5
706.79 0.6 1 5
581.20 1.1 1 5
519.00 1.8 1 5
457.37 0.4 1 5
2,571.81 0.2 1 5
2,682.04 0.3 1 5
1,964.58 0.5 1 5
1,295.10 1.3 1 5
969.71 0.5 1 5
677.44 0.4 1 5
574.28 2.1 1 5
498.44 2.1 1 5
465.21 4.7 1 5
0.50 16.5 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 3,066.02 92%
10,000 1,000 2,848.31 88%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
MeanRSD 1.1 %
Completeness 100.0%
B-62
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Ba 1314-AES-T01-A 1 61.08
Ba 1314-AES-T02-A 1 45.16
Ba 1314-AES-T03-A 1 33.56
Ba 1314-AES-T04-A 1 31.04
Ba 1314-AES-T05-A 1 32.44
Ba 1314-AES-T06-A 1 30.22
Ba 1314-AES-T07-A 1 32.27
Ba 1314-AES-T08-A 1 30.77
Ba 1314-AES-T09-A 1 32.09
Ba 1314-AES-T01-B 1 58.35
Ba 1314-AES-T02-B 1 44.84
Ba 1314-AES-T03-B 1 31.73
Ba 1314-AES-T04-B 1 29.72
Ba 1314-AES-T05-B 1 30.24
Ba 1314-AES-T06-B 1 29.82
Ba 1314-AES-T07-B 1 31.48
Ba 1314-AES-T08-B 1 30.58
Ba 1314-AES-T09-B 1 31.97
Ba 1314-AES-M01-A 1 0.50 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
61.08 0.8 1 5
45.16 0.9 1 5
33.56 0.2 1 5
31.04 0.9 1 5
32.44 0.4 1 5
30.22 0.2 1 5
32.27 1.2 1 5
30.77 1.3 1 5
32.09 0.4 1 5
58.35 0.7 1 5
44.84 0.8 1 5
31.73 0.9 1 5
29.72 1.0 1 5
30.24 0.5 1 5
29.82 0.4 1 5
31.48 1.2 1 5
30.58 2.2 1 5
31.97 3.7 1 5
0.50 8.4 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,115.62 108%
10,000 1,000 1,074.96 104%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .0 %
Completeness 100.0%
B-63
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Be 1314-AES-T01-A 1 0.32
Be 1314-AES-T02-A 1 0.32
Be 1314-AES-T03-A 1 0.32
Be 1314-AES-T04-A 1 0.32
Be 1314-AES-T05-A 1 0.32
Be 1314-AES-T06-A 1 0.32
Be 1314-AES-T07-A 1 0.32
Be 1314-AES-T08-A 1 0.32
Be 1314-AES-T09-A 1 0.32
Be 1314-AES-T01-B 1 0.32
Be 1314-AES-T02-B 1 0.32
Be 1314-AES-T03-B 1 0.32
Be 1314-AES-T04-B 1 0.32
Be 1314-AES-T05-B 1 0.32
Be 1314-AES-T06-B 1 0.32
Be 1314-AES-T07-B 1 0.32
Be 1314-AES-T08-B 1 0.32
Be 1314-AES-T09-B 1 0.32
Be 1314-AES-M01-A 1 0.32
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
0.32 23.0 0.64 2
0.32 2.3 0.64 2
0.32 11.7 0.64 2
0.32 5.9 0.64 2
0.32 22.3 0.64 2
0.32 33.2 0.64 2
0.32 14.7 0.64 2
0.32 13.3 0.64 2
0.32 4.8 0.64 2
0.32 9.6 0.64 2
0.32 12.8 0.64 2
0.32 8.0 0.64 2
0.32 11.3 0.64 2
0.32 3.3 0.64 2
0.32 9.7 0.64 2
0.32 7.3 0.64 2
0.32 7.4 0.64 2
0.32 11.5 0.64 2
0.32 31.9 0.64 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 506.09 101%
10,000 500 499.38 100%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-64
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Cd 1314-AES-T01-A 1 7.14
Cd 1314-AES-T02-A 1 5.60
Cd 1314-AES-T03-A 1 2.58
Cd 1314-AES-T04-A 1 1.20
Cd 1314-AES-T05-A 1 0.09
Cd 1314-AES-T06-A 1 0.09
Cd 1314-AES-T07-A 1 0.09
Cd 1314-AES-T08-A 1 0.09
Cd 1314-AES-T09-A 1 0.09
Cd 1314-AES-T01-B 1 6.91
Cd 1314-AES-T02-B 1 5.67
Cd 1314-AES-T03-B 1 2.92
Cd 1314-AES-T04-B 1 1.78
Cd 1314-AES-T05-B 1 0.09
Cd 1314-AES-T06-B 1 0.09
Cd 1314-AES-T07-B 1 0.09
Cd 1314-AES-T08-B 1 0.09
Cd 1314-AES-T09-B 1 0.09
Cd 1314-AES-M01-A 1 0.09
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
7.14 3.2 0.17 0.5
5.60 5.0 0.17 0.5
2.58 2.7 0.17 0.5
1.20 2.2 0.17 0.5
0.09 8.6 0.17 0.5
0.09 7.5 0.17 0.5
0.09 10.4 0.17 0.5
0.09 3.7 0.17 0.5
0.09 8.6 0.17 0.5
6.91 1.7 0.17 0.5
5.67 2.7 0.17 0.5
2.92 2.7 0.17 0.5
1.78 2.6 0.17 0.5
0.09 0.7 0.17 0.5
0.09 14.1 0.17 0.5
0.09 3.0 0.17 0.5
0.09 8.8 0.17 0.5
0.09 12.3 0.17 0.5
0.09 8.7 0.17 0.5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 509.32 101%
10,000 500 503.02 100%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 2.9 %
Completeness 100.0%
B-65
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Ca 1314-AES-T01-A 1 541,202.00
Ca 1314-AES-T02-A 1 466,185.00
Ca 1314-AES-T03-A 1 427,401.00
Ca 1314-AES-T04-A 1 437,710.00
Ca 1314-AES-T05-A 1 465,864.00
Ca 1314-AES-T06-A 1 548,016.00
Ca 1314-AES-T07-A 1 577,533.00
Ca 1314-AES-T08-A 1 601,065.00
Ca 1314-AES-T09-A 1 626,701.00
Ca 1314-AES-T01-B 1 541,972.00
Ca 1314-AES-T02-B 1 459,229.00
Ca 1314-AES-T03-B 1 416,730.00
Ca 1314-AES-T04-B 1 432,754.00
Ca 1314-AES-T05-B 1 470,218.00
Ca 1314-AES-T06-B 1 535,580.00
Ca 1314-AES-T07-B 1 586,744.00
Ca 1314-AES-T08-B 1 601,204.00
Ca 1314-AES-T09-B 1 628,427.00
Ca 1314-AES-M01-A 1 3.63 E
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
541,202.00 1.1 2.6 10
466,185.00 0.9 2.6 10
427,401.00 0.3 2.6 10
437,710.00 0.4 2.6 10
465,864.00 0.8 2.6 10
548,016.00 0.2 2.6 10
577,533.00 0.7 2.6 10
601,065.00 2.4 2.6 10
626,701.00 0.5 2.6 10
541,972.00 0.6 2.6 10
459,229.00 0.7 2.6 10
416,730.00 0.6 2.6 10
432,754.00 1.2 2.6 10
470,218.00 0.2 2.6 10
535,580.00 0.6 2.6 10
586,744.00 1.8 2.6 10
601,204.00 1.1 2.6 10
628,427.00 3.3 2.6 10
3.63 4.9 2.6 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000428,358.00 96%
10,000 1,000417,658.00 93%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .0 %
Completeness 100.0%
B-66
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Cs 1314-AES-T01-A 1 243.00
Cs 1314-AES-T02-A 1 195.00
Cs 1314-AES-T03-A 1 71.30
Cs 1314-AES-T04-A 1 36.60
Cs 1314-AES-T05-A 1 23.20
Cs 1314-AES-T06-A 1 12.80
Cs 1314-AES-T07-A 1 8.86
Cs 1314-AES-T08-A 1 7.26
Cs 1314-AES-T09-A 1 6.76
Cs 1314-AES-T01-B 1 249.00
Cs 1314-AES-T02-B 1 187.00
Cs 1314-AES-T03-B 1 69.40
Cs 1314-AES-T04-B 1 31.00
Cs 1314-AES-T05-B 1 20.00
Cs 1314-AES-T06-B 1 11.60
Cs 1314-AES-T07-B 1 8.43
Cs 1314-AES-T08-B 1 7.23
Cs 1314-AES-T09-B 1 6.49
Cs 1314-AES-M01-A 1 0.24 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
243.00 1.1 0.49 2
195.00 2.4 0.49 2
71.30 2.9 0.49 2
36.60 1.1 0.49 2
23.20 1.1 0.49 2
12.80 1.1 0.49 2
8.86 1.5 0.49 2
7.26 1.1 0.49 2
6.76 1.1 0.49 2
249.00 2.1 0.49 2
187.00 1.5 0.49 2
69.40 1.6 0.49 2
31.00 7.0 0.49 2
20.00 0.8 0.49 2
11.60 2.4 0.49 2
8.43 1.3 0.49 2
7.23 1.6 0.49 2
6.49 0.0 0.49 2
0.24 1.0 0.49 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 543.82 95%
10,000 500 528.78 92%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 1 .8 %
Completeness 100.0%
B-67
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Cr 1314-AES-T01-A 1 271.00
Cr 1314-AES-T02-A 1 220.00
Cr 1314-AES-T03-A 1 36.80
Cr 1314-AES-T04-A 1 5.26
Cr 1314-AES-T05-A 1 3.62
Cr 1314-AES-T06-A 1 2.58
Cr 1314-AES-T07-A 1 2.12
Cr 1314-AES-T08-A 1 1.96 E
Cr 1314-AES-T09-A 1 1.79 E
Cr 1314-AES-T01-B 1 281.00
Cr 1314-AES-T02-B 1 182.00
Cr 1314-AES-T03-B 1 30.90
Cr 1314-AES-T04-B 1 4.92
Cr 1314-AES-T05-B 1 3.67
Cr 1314-AES-T06-B 1 2.75
Cr 1314-AES-T07-B 1 1.93 E
Cr 1314-AES-T08-B 1 1.77 E
Cr 1314-AES-T09-B 1 1.46 E
Cr 1314-AES-M01-A 1 0.25 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
271.00 4.2 0.5 2
220.00 2.5 0.5 2
36.80 1.0 0.5 2
5.26 2.1 0.5 2
3.62 0.4 0.5 2
2.58 0.8 0.5 2
2.12 5.1 0.5 2
1.96 1.8 0.5 2
1.79 1.5 0.5 2
281.00 0.3 0.5 2
182.00 2.2 0.5 2
30.90 1.0 0.5 2
4.92 1.1 0.5 2
3.67 4.1 0.5 2
2.75 2.8 0.5 2
1.93 3.0 0.5 2
1.77 1.9 0.5 2
1.46 0.6 0.5 2
0.25 0.9 0.5 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 517.18 96%
10,000 500 504.22 95%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 2.1 %
Completeness 100.0%
B-68
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
I (ug/L)
Co 1314-AES-T01-A 1 5.91
Co 1314-AES-T02-A 1 4.46
Co 1314-AES-T03-A 1 2.36
Co 1314-AES-T04-A 1 0.90
Co 1314-AES-T05-A 1 0.90
Co 1314-AES-T06-A 1 0.90
Co 1314-AES-T07-A 1 0.90
Co 1314-AES-T08-A 1 0.90
Co 1314-AES-T09-A 1 0.90
Co 1314-AES-T01-B 1 6.45
Co 1314-AES-T02-B 1 4.02
Co 1314-AES-T03-B 1 1.92
Co 1314-AES-T04-B 1 0.90
Co 1314-AES-T05-B 1 0.90
Co 1314-AES-T06-B 1 0.90
Co 1314-AES-T07-B 1 0.90
Co 1314-AES-T08-B 1 0.90
Co 1314-AES-T09-B 1 0.90
Co 1314-AES-M01-A 1 0.90
Qualifier
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
5.91 2.1 1.8 5
4.46 1.6 1.8 5
2.36 2.2 1.8 5
0.90 16.8 1.8 5
0.90 23.1 1.8 5
0.90 13.1 1.8 5
0.90 7.3 1.8 5
0.90 10.4 1.8 5
0.90 31.6 1.8 5
6.45 1.2 1.8 5
4.02 9.2 1.8 5
1.92 6.1 1.8 5
0.90 14.6 1.8 5
0.90 5.7 1.8 5
0.90 11.6 1.8 5
0.90 15.6 1.8 5
0.90 34.7 1.8 5
0.90 17.7 1.8 5
0.90 11.4 1.8 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,058.28 106%
10,000 1,000 995.45 99%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .7 %
Completeness 100.0%
B-69
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Cu 1314-AES-T01-A 1 16.94
Cu 1314-AES-T02-A 1 7.43
Cu 1314-AES-T03-A 1 4.46
Cu 1314-AES-T04-A 1 1.85
Cu 1314-AES-T05-A 1 1.85
Cu 1314-AES-T06-A 1 1.85
Cu 1314-AES-T07-A 1 1.85
Cu 1314-AES-T08-A 1 1.85
Cu 1314-AES-T09-A 1 1.85
Cu 1314-AES-T01-B 1 18.21
Cu 1314-AES-T02-B 1 9.74
Cu 1314-AES-T03-B 1 4.10
Cu 1314-AES-T04-B 1 1.85
Cu 1314-AES-T05-B 1 1.85
Cu 1314-AES-T06-B 1 1.85
Cu 1314-AES-T07-B 1 1.85
Cu 1314-AES-T08-B 1 1.85
Cu 1314-AES-T09-B 1 1.85
Cu 1314-AES-M01-A 1 1.85
Qualifier
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
16.94 2.2 3.7 10
7.43 1.4 3.7 10
4.46 6.8 3.7 10
1.85 10.1 3.7 10
1.85 8.4 3.7 10
1.85 12.2 3.7 10
1.85 6.3 3.7 10
1.85 15.7 3.7 10
1.85 20.8 3.7 10
18.21 9.7 3.7 10
9.74 4.8 3.7 10
4.10 1.8 3.7 10
1.85 24.3 3.7 10
1.85 11.1 3.7 10
1.85 25.9 3.7 10
1.85 3.5 3.7 10
1.85 4.1 3.7 10
1.85 6.0 3.7 10
1.85 12.0 3.7 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,105.10 110%
10,000 1,000 1,037.89 103%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 6.0 %
Completeness 100.0%
B-70
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Fe 1314-AES-T01-A 1 1.00
Fe 1314-AES-T02-A 1 1.00
Fe 1314-AES-T03-A 1 1.00
Fe 1314-AES-T04-A 1 1.00
Fe 1314-AES-T05-A 1 1.00
Fe 1314-AES-T06-A 1 1.00
Fe 1314-AES-T07-A 1 1.00
Fe 1314-AES-T08-A 1 1.00
Fe 1314-AES-T09-A 1 1.00
Fe 1314-AES-T01-B 1 1.00
Fe 1314-AES-T02-B 1 1.00
Fe 1314-AES-T03-B 1 1.00
Fe 1314-AES-T04-B 1 1.00
Fe 1314-AES-T05-B 1 1.00
Fe 1314-AES-T06-B 1 1.00
Fe 1314-AES-T07-B 1 1.00
Fe 1314-AES-T08-B 1 1.00
Fe 1314-AES-T09-B 1 1.00
Fe 1314-AES-M01-A 1 1.00
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
1.00 6.2 2 10
1.00 12.3 2 10
1.00 1.3 2 10
1.00 4.3 2 10
1.00 17.3 2 10
1.00 26.2 2 10
1.00 9.1 2 10
1.00 10.2 2 10
1.00 31.7 2 10
1.00 17.6 2 10
1.00 4.0 2 10
1.00 6.9 2 10
1.00 34.1 2 10
1.00 11.7 2 10
1.00 9.5 2 10
1.00 16.3 2 10
1.00 4.4 2 10
1.00 8.0 2 10
1.00 3.2 2 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,072.95 107%
10,000 1,000 1,006.34 101%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD NA %
Completeness NA %
B-71
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Pb 1314-AES-T01-A 1 5.57
Pb 1314-AES-T02-A 1 3.65
Pb 1314-AES-T03-A 1 0.11
Pb 1314-AES-T04-A 1 0.11
Pb 1314-AES-T05-A 1 0.11
Pb 1314-AES-T06-A 1 0.11
Pb 1314-AES-T07-A 1 0.11
Pb 1314-AES-T08-A 1 0.11
Pb 1314-AES-T09-A 1 0.11
Pb 1314-AES-T01-B 1 5.83
Pb 1314-AES-T02-B 1 3.01
Pb 1314-AES-T03-B 1 0.11
Pb 1314-AES-T04-B 1 0.11
Pb 1314-AES-T05-B 1 0.11
Pb 1314-AES-T06-B 1 0.11
Pb 1314-AES-T07-B 1 0.11
Pb 1314-AES-T08-B 1 0.11
Pb 1314-AES-T09-B 1 0.11
Pb 1314-AES-M01-A 1 0.11
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
5.57 2.3 0.23 1
3.65 4.1 0.23 1
0.11 2.4 0.23 1
0.11 5.5 0.23 1
0.11 10.1 0.23 1
0.11 4.0 0.23 1
0.11 3.8 0.23 1
0.11 4.7 0.23 1
0.11 2.6 0.23 1
5.83 2.8 0.23 1
3.01 8.3 0.23 1
0.11 4.8 0.23 1
0.11 7.3 0.23 1
0.11 10.8 0.23 1
0.11 4.6 0.23 1
0.11 3.7 0.23 1
0.11 3.3 0.23 1
0.11 0.7 0.23 1
0.11 3.1 0.23 1
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 501.07 100%
10,000 500 489.26 98%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 4.4 %
Completeness 100.0%
B-72
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Li 1314-AES-T01-A 1 3,734.82
Li 1314-AES-T02-A 1 3,440.89
Li 1314-AES-T03-A 1 2,145.97
Li 1314-AES-T04-A 1 1,342.52
Li 1314-AES-T05-A 1 983.89
Li 1314-AES-T06-A 1 562.12
Li 1314-AES-T07-A 1 361.49
Li 1314-AES-T08-A 1 247.84
Li 1314-AES-T09-A 1 198.88
Li 1314-AES-T01-B 1 3,891.39
Li 1314-AES-T02-B 1 3,254.29
Li 1314-AES-T03-B 1 2,106.65
Li 1314-AES-T04-B 1 1,327.52
Li 1314-AES-T05-B 1 969.52
Li 1314-AES-T06-B 1 560.10
Li 1314-AES-T07-B 1 384.91
Li 1314-AES-T08-B 1 256.66
Li 1314-AES-T09-B 1 193.22
Li 1314-AES-M01-A 1 0.95 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
3,734.82 0.5 1.9 10
3,440.89 1.1 1.9 10
2,145.97 0.6 1.9 10
1,342.52 1.1 1.9 10
983.89 0.7 1.9 10
562.12 1.1 1.9 10
361.49 1.6 1.9 10
247.84 5.8 1.9 10
198.88 8.7 1.9 10
3,891.39 0.1 1.9 10
3,254.29 0.6 1.9 10
2,106.65 0.6 1.9 10
1,327.52 1.0 1.9 10
969.52 0.3 1.9 10
560.10 0.9 1.9 10
384.91 2.8 1.9 10
256.66 0.4 1.9 10
193.22 7.3 1.9 10
0.95 11.9 1.9 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 3,089.26 94%
10,000 1,000 3,002.65 90%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 2.0 %
Completeness 100.0%
B-73
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Mn 1314-AES-T01-A 1 1.00
Mn 1314-AES-T02-A 1 1.00
Mn 1314-AES-T03-A 1 1.00
Mn 1314-AES-T04-A 1 1.00
Mn 1314-AES-T05-A 1 1.00
Mn 1314-AES-T06-A 1 1.00
Mn 1314-AES-T07-A 1 1.00
Mn 1314-AES-T08-A 1 1.00
Mn 1314-AES-T09-A 1 1.00
Mn 1314-AES-T01-B 1 1.00
Mn 1314-AES-T02-B 1 1.00
Mn 1314-AES-T03-B 1 1.00
Mn 1314-AES-T04-B 1 1.00
Mn 1314-AES-T05-B 1 1.00
Mn 1314-AES-T06-B 1 1.00
Mn 1314-AES-T07-B 1 1.00
Mn 1314-AES-T08-B 1 1.00
Mn 1314-AES-T09-B 1 1.00
Mn 1314-AES-M01-A 1 1.00
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
1.00 13.6 2 10
1.00 11.0 2 10
1.00 6.3 2 10
1.00 1.5 2 10
1.00 7.5 2 10
1.00 24.0 2 10
1.00 9.5 2 10
1.00 10.4 2 10
1.00 19.1 2 10
1.00 2.7 2 10
1.00 6.2 2 10
1.00 8.3 2 10
1.00 16.4 2 10
1.00 9.1 2 10
1.00 9.5 2 10
1.00 3.9 2 10
1.00 13.6 2 10
1.00 3.9 2 10
1.00 15.9 2 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,067.59 107%
10,000 1,000 1,009.31 101%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD NA %
Completeness NA %
B-74
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Mg 1314-AES-T01-A 1 260.37
Mg 1314-AES-T02-A 1 173.90
Mg 1314-AES-T03-A 1 124.48
Mg 1314-AES-T04-A 1 107.07
Mg 1314-AES-T05-A 1 83.93
Mg 1314-AES-T06-A 1 90.58
Mg 1314-AES-T07-A 1 94.17
Mg 1314-AES-T08-A 1 106.46
Mg 1314-AES-T09-A 1 111.83
Mg 1314-AES-T01-B 1 278.80
Mg 1314-AES-T02-B 1 167.09
Mg 1314-AES-T03-B 1 117.86
Mg 1314-AES-T04-B 1 94.85
Mg 1314-AES-T05-B 1 76.25
Mg 1314-AES-T06-B 1 85.55
Mg 1314-AES-T07-B 1 92.57
Mg 1314-AES-T08-B 1 98.45
Mg 1314-AES-T09-B 1 112.96
Mg 1314-AES-M01-A 1 0.50 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
260.37 2.1 1 5
173.90 3.0 1 5
124.48 0.2 1 5
107.07 1.5 1 5
83.93 9.8 1 5
90.58 1.1 1 5
94.17 2.9 1 5
106.46 3.7 1 5
111.83 8.1 1 5
278.80 1.2 1 5
167.09 7.5 1 5
117.86 6.3 1 5
94.85 1.9 1 5
76.25 5.4 1 5
85.55 1.1 1 5
92.57 4.7 1 5
98.45 7.7 1 5
112.96 2.0 1 5
0.50 12.1 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,151.75 103%
10,000 1,000 1,061.06 94%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 3.9 %
Completeness 100.0%
B-75
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Mo 1314-AES-T01-A 1 12,131.20
Mo 1314-AES-T02-A 1 9,260.90
Mo 1314-AES-T03-A 1 1,447.32
Mo 1314-AES-T04-A 1 162.54
Mo 1314-AES-T05-A 1 101.06
Mo 1314-AES-T06-A 1 57.78
Mo 1314-AES-T07-A 1 37.93
Mo 1314-AES-T08-A 1 27.69
Mo 1314-AES-T09-A 1 23.02
Mo 1314-AES-T01-B 1 12,757.70
Mo 1314-AES-T02-B 1 9,373.69
Mo 1314-AES-T03-B 1 1,590.47
Mo 1314-AES-T04-B 1 136.02
Mo 1314-AES-T05-B 1 93.51
Mo 1314-AES-T06-B 1 58.34
Mo 1314-AES-T07-B 1 41.91
Mo 1314-AES-T08-B 1 31.10
Mo 1314-AES-T09-B 1 28.32
Mo 1314-AES-M01-A 1 0.60 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
12,131.20 0.5 1.2 5
9,260.90 1.8 1.2 5
1,447.32 0.3 1.2 5
162.54 1.3 1.2 5
101.06 1.1 1.2 5
57.78 0.5 1.2 5
37.93 3.8 1.2 5
27.69 2.1 1.2 5
23.02 2.5 1.2 5
12,757.70 1.7 1.2 5
9,373.69 1.6 1.2 5
1,590.47 0.7 1.2 5
136.02 1.5 1.2 5
93.51 2.2 1.2 5
58.34 0.7 1.2 5
41.91 0.1 1.2 5
31.10 2.9 1.2 5
28.32 7.8 1.2 5
0.60 13.5 1.2 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 2,469.74 102%
10,000 1,000 2,543.67 95%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .8 %
Completeness 100.0%
B-76
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Ni 1314-AES-T01-A 1 27.08
Ni 1314-AES-T02-A 1 20.71
Ni 1314-AES-T03-A 1 6.82
Ni 1314-AES-T04-A 1 3.00
Ni 1314-AES-T05-A 1 0.90
Ni 1314-AES-T06-A 1 0.90
Ni 1314-AES-T07-A 1 0.90
Ni 1314-AES-T08-A 1 0.90
Ni 1314-AES-T09-A 1 0.90
Ni 1314-AES-T01-B 1 24.60
Ni 1314-AES-T02-B 1 18.59
Ni 1314-AES-T03-B 1 6.87
Ni 1314-AES-T04-B 1 2.63
Ni 1314-AES-T05-B 1 0.90
Ni 1314-AES-T06-B 1 0.90
Ni 1314-AES-T07-B 1 0.90
Ni 1314-AES-T08-B 1 0.90
Ni 1314-AES-T09-B 1 0.90
Ni 1314-AES-M01-A 1 0.90
Qualifier
E
U1/2
U1/2
U1/2
U1/2
U1/2
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
27.08 1.7 1.8 5
20.71 3.6 1.8 5
6.82 4.2 1.8 5
3.00 5.8 1.8 5
0.90 17.3 1.8 5
0.90 9.8 1.8 5
0.90 13.9 1.8 5
0.90 9.3 1.8 5
0.90 10.3 1.8 5
24.60 4.0 1.8 5
18.59 8.9 1.8 5
6.87 6.9 1.8 5
2.63 6.1 1.8 5
0.90 11.7 1.8 5
0.90 5.7 1.8 5
0.90 14.3 1.8 5
0.90 8.2 1.8 5
0.90 9.9 1.8 5
0.90 10.8 1.8 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,039.45 103%
10,000 1,000 986.36 98%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 4.9 %
Completeness 100.0%
B-77
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
P 1314-AES-T01-A 1 248.44
P 1314-AES-T02-A 1 113.29
P 1314-AES-T03-A 1 37.56
P 1314-AES-T04-A 1 8.58
P 1314-AES-T05-A 1 4.67
P 1314-AES-T06-A 1 1.85
P 1314-AES-T07-A 1 1.85
P 1314-AES-T08-A 1 1.85
P 1314-AES-T09-A 1 1.85
P 1314-AES-T01-B 1 230.17
P 1314-AES-T02-B 1 117.42
P 1314-AES-T03-B 1 32.54
P 1314-AES-T04-B 1 8.91
P 1314-AES-T05-B 1 5.30
P 1314-AES-T06-B 1 1.85
P 1314-AES-T07-B 1 1.85
P 1314-AES-T08-B 1 1.85
P 1314-AES-T09-B 1 1.85
P 1314-AES-M01-A 1 1.85
Qualifier
E
E
U1/2
U1/2
U1/2
U1/2
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
248.44 2.9 3.7 10
113.29 6.0 3.7 10
37.56 2.5 3.7 10
8.58 3.5 3.7 10
4.67 2.3 3.7 10
1.85 7.5 3.7 10
1.85 12.5 3.7 10
1.85 9.9 3.7 10
1.85 12.6 3.7 10
230.17 1.1 3.7 10
117.42 2.4 3.7 10
32.54 1.3 3.7 10
8.91 3.8 3.7 10
5.30 3.0 3.7 10
1.85 15.1 3.7 10
1.85 12.9 3.7 10
1.85 4.0 3.7 10
1.85 11.2 3.7 10
1.85 24.3 3.7 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,098.41 106%
10,000 1,000 1,083.54 105%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 2.7 %
Completeness 100.0%
B-78
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
K 1314-AES-T01-A 10 4,611,700.00
K 1314-AES-T02-A 10 4,507,210.00
K 1314-AES-T03-A 10 1,034,420.00
K 1314-AES-T04-A 1 506,138.00
K 1314-AES-T05-A 1 341,598.00
K 1314-AES-T06-A 1 185,608.00
K 1314-AES-T07-A 1 126,691.00
K 1314-AES-T08-A 1 100,566.00
K 1314-AES-T09-A 1 93,394.40
K 1314-AES-T01-B 10 4,625,700.00
K 1314-AES-T02-B 10 4,477,650.00
K 1314-AES-T03-B 10 967,993.00
K 1314-AES-T04-B 1 461,995.00
K 1314-AES-T05-B 1 319,829.00
K 1314-AES-T06-B 1 183,422.00
K 1314-AES-T07-B 1 133,485.00
K 1314-AES-T08-B 1 106,955.00
K 1314-AES-T09-B 1 91,276.50
K 1314-AES-M01-A 1 2.07 E
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
461,170.00 0.4 1.6 5
450,721.00 0.9 1.6 5
103,442.00 2.4 1.6 5
506,138.00 0.5 1.6 5
341,598.00 0.6 1.6 5
185,608.00 0.4 1.6 5
126,691.00 1.0 1.6 5
100,566.00 1.7 1.6 5
93,394.40 0.3 1.6 5
462,570.00 0.2 1.6 5
447,765.00 0.7 1.6 5
96,799.30 0.1 1.6 5
461,995.00 2.0 1.6 5
319,829.00 0.4 1.6 5
183,422.00 1.0 1.6 5
133,485.00 1.8 1.6 5
106,955.00 1.9 1.6 5
91,276.50 3.7 1.6 5
2.07 7.6 1.6 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 5,000 ######### 95%
10,000 5,000 972,570.00 92%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
8/1/201213:34
8/1/201213:36
8/1/201213:37
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
8/1/201213:42
8/1/201213:44
8/1/201213:46
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
MeanRSD 1.1 %
Completeness 100.0%
B-79
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Se 1314-AES-T01-A 1 3,640.00
Se 1314-AES-T02-A 1 2,570.00
Se 1314-AES-T03-A 1 226.00
Se 1314-AES-T04-A 1 68.70
Se 1314-AES-T05-A 1 37.70
Se 1314-AES-T06-A 1 19.30
Se 1314-AES-T07-A 1 10.50
Se 1314-AES-T08-A 1 7.70
Se 1314-AES-T09-A 1 7.77
Se 1314-AES-T01-B 1 3,480.00
Se 1314-AES-T02-B 1 2,460.00
Se 1314-AES-T03-B 1 182.00
Se 1314-AES-T04-B 1 62.30
Se 1314-AES-T05-B 1 38.90
Se 1314-AES-T06-B 1 16.50
Se 1314-AES-T07-B 1 11.90
Se 1314-AES-T08-B 1 9.74
Se 1314-AES-T09-B 1 9.21
Se 1314-AES-M01-A 1 0.26 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
3,640.00 1.7 0.52 2
2,570.00 0.9 0.52 2
226.00 1.4 0.52 2
68.70 2.5 0.52 2
37.70 1.9 0.52 2
19.30 1.7 0.52 2
10.50 1.1 0.52 2
7.70 4.4 0.52 2
7.77 2.7 0.52 2
3,480.00 1.4 0.52 2
2,460.00 1.8 0.52 2
182.00 1.5 0.52 2
62.30 0.6 0.52 2
38.90 5.2 0.52 2
16.50 1.2 0.52 2
11.90 1.2 0.52 2
9.74 2.1 0.52 2
9.21 5.0 0.52 2
0.26 2.1 0.52 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 694.83 94%
10,000 500 661.07 96%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 2.1 %
Completeness 100.0%
B-80
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Si 1314-AES-T01-A 1 22,047.60
Si 1314-AES-T02-A 1 19,551.90
Si 1314-AES-T03-A 1 18,312.50
Si 1314-AES-T04-A 1 16,217.20
Si 1314-AES-T05-A 1 13,979.20
Si 1314-AES-T06-A 1 11,617.30
Si 1314-AES-T07-A 1 10,535.20
Si 1314-AES-T08-A 1 9,863.63
Si 1314-AES-T09-A 1 8,682.18
Si 1314-AES-T01-B 1 21,247.70
Si 1314-AES-T02-B 1 20,462.20
Si 1314-AES-T03-B 1 18,063.10
Si 1314-AES-T04-B 1 16,110.50
Si 1314-AES-T05-B 1 12,918.20
Si 1314-AES-T06-B 1 10,649.70
Si 1314-AES-T07-B 1 9,549.60
Si 1314-AES-T08-B 1 9,201.80
Si 1314-AES-T09-B 1 8,818.52
Si 1314-AES-M01-A 1 0.55 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
22,047.60 0.8 1.1 5
19,551.90 1.4 1.1 5
18,312.50 0.5 1.1 5
16,217.20 0.4 1.1 5
13,979.20 1.5 1.1 5
11,617.30 0.8 1.1 5
10,535.20 0.3 1.1 5
9,863.63 2.4 1.1 5
8,682.18 0.9 1.1 5
21,247.70 0.3 1.1 5
20,462.20 1.1 1.1 5
18,063.10 0.6 1.1 5
16,110.50 1.0 1.1 5
12,918.20 0.3 1.1 5
10,649.70 0.6 1.1 5
9,549.60 3.0 1.1 5
9,201.80 0.8 1.1 5
8,818.52 2.6 1.1 5
0.55 10.2 1.1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 19,271.80 96%
10,000 1,000 18,988.60 93%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
MeanRSD 1.1 %
Completeness 100.0%
B-81
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Na 1314-AES-T01-A 10 1,325,900.00
Na 1314-AES-T02-A 10 1,297,570.00
Na 1314-AES-T03-A 10 1,028,840.00
Na 1314-AES-T04-A 1 693,822.00
Na 1314-AES-T05-A 1 495,241.00
Na 1314-AES-T06-A 1 257,272.00
Na 1314-AES-T07-A 1 134,140.00
Na 1314-AES-T08-A 1 66,209.90
Na 1314-AES-T09-A 1 30,458.10
Na 1314-AES-T01-B 10 1,309,910.00
Na 1314-AES-T02-B 10 1,259,620.00
Na 1314-AES-T03-B 10 967,339.00
Na 1314-AES-T04-B 1 639,973.00
Na 1314-AES-T05-B 1 457,791.00
Na 1314-AES-T06-B 1 242,555.00
Na 1314-AES-T07-B 1 127,738.00
Na 1314-AES-T08-B 1 64,231.70
Na 1314-AES-T09-B 1 35,922.20
Na 1314-AES-M01-A 1 1.25 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
132,590.00 0.0 2.5 10
129,757.00 1.1 2.5 10
102,884.00 0.5 2.5 10
693,822.00 0.3 2.5 10
495,241.00 1.0 2.5 10
257,272.00 1.0 2.5 10
134,140.00 1.1 2.5 10
66,209.90 1.4 2.5 10
30,458.10 0.1 2.5 10
130,991.00 0.2 2.5 10
125,962.00 0.1 2.5 10
96,733.90 0.4 2.5 10
639,973.00 0.6 2.5 10
457,791.00 0.4 2.5 10
242,555.00 0.4 2.5 10
127,738.00 1.9 2.5 10
64,231.70 1.6 2.5 10
35,922.20 3.9 2.5 10
1.25 11.1 2.5 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 5,000 ######### 90%
10,000 5,000971,630.00 86%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
8/1/201213:34
8/1/201213:36
8/1/201213:37
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
8/1/201213:42
8/1/201213:44
8/1/201213:46
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 0.9 %
Completeness 100.0%
B-82
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Sr 1314-AES-T01-A 1 14,930.70
Sr 1314-AES-T02-A 1 13,578.00
Sr 1314-AES-T03-A 1 8,486.42
Sr 1314-AES-T04-A 1 6,903.40
Sr 1314-AES-T05-A 1 6,900.82
Sr 1314-AES-T06-A 1 7,773.97
Sr 1314-AES-T07-A 1 8,165.26
Sr 1314-AES-T08-A 1 8,478.20
Sr 1314-AES-T09-A 1 8,791.75
Sr 1314-AES-T01-B 1 15,001.80
Sr 1314-AES-T02-B 1 12,947.30
Sr 1314-AES-T03-B 1 8,278.21
Sr 1314-AES-T04-B 1 6,812.58
Sr 1314-AES-T05-B 1 6,806.41
Sr 1314-AES-T06-B 1 7,548.79
Sr 1314-AES-T07-B 1 8,186.20
Sr 1314-AES-T08-B 1 8,324.63
Sr 1314-AES-T09-B 1 8,842.38
Sr 1314-AES-M01-A 1 0.50 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
14,930.70 2.3 1 5
13,578.00 1.4 1 5
8,486.42 0.5 1 5
6,903.40 0.9 1 5
6,900.82 1.7 1 5
7,773.97 1.6 1 5
8,165.26 0.8 1 5
8,478.20 1.2 1 5
8,791.75 1.7 1 5
15,001.80 0.9 1 5
12,947.30 1.0 1 5
8,278.21 0.4 1 5
6,812.58 1.3 1 5
6,806.41 0.7 1 5
7,548.79 1.5 1 5
8,186.20 2.4 1 5
8,324.63 2.1 1 5
8,842.38 2.1 1 5
0.50 12.4 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 9,592.13 111%
10,000 1,000 9,333.36 106%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .4 %
Completeness 100.0%
B-83
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
S 1314-AES-T01-A 10 4,058,400.00
S 1314-AES-T02-A 10 4,139,550.00
S 1314-AES-T03-A 10 2,916,400.00
S 1314-AES-T04-A 10 1,590,030.00
S 1314-AES-T05-A 10 1,064,320.00
S 1314-AES-T06-A 1 672,955.00
S 1314-AES-T07-A 1 545,355.00
S 1314-AES-T08-A 1 504,583.00
S 1314-AES-T09-A 1 498,482.00
S 1314-AES-T01-B 10 4,002,400.00
S 1314-AES-T02-B 10 4,110,210.00
S 1314-AES-T03-B 10 2,842,140.00
S 1314-AES-T04-B 10 1,462,120.00
S 1314-AES-T05-B 10 974,475.00
S 1314-AES-T06-B 1 649,092.00
S 1314-AES-T07-B 1 548,625.00
S 1314-AES-T08-B 1 528,684.00
S 1314-AES-T09-B 1 498,197.00
S 1314-AES-M01-A 1 3.40 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
405,840.00 0.8 6.8 20
413,955.00 1.5 6.8 20
291,640.00 0.4 6.8 20
159,003.00 0.3 6.8 20
106,432.00 0.9 6.8 20
672,955.00 0.3 6.8 20
545,355.00 0.9 6.8 20
504,583.00 1.9 6.8 20
498,482.00 0.2 6.8 20
400,240.00 0.1 6.8 20
411,021.00 0.7 6.8 20
284,214.00 0.6 6.8 20
146,212.00 1.0 6.8 20
97,447.50 0.3 6.8 20
649,092.00 0.9 6.8 20
548,625.00 1.6 6.8 20
528,684.00 2.1 6.8 20
498,197.00 3.7 6.8 20
3.40 10.9 6.8 20
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 5,000 ######### 88%
10,000 5,000 ######### 85%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
8/1/201213:34
8/1/201213:36
8/1/201213:37
8/1/201213:39
8/1/201213:41
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
8/1/201213:42
8/1/201213:44
8/1/201213:46
8/1/201213:47
8/1/201213:49
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .0 %
Completeness 100.0%
B-84
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
I (ug/L)
Tl 1314-AES-T01-A 1 2.01
Tl 1314-AES-T02-A 1 1.69
Tl 1314-AES-T03-A 1 0.59
Tl 1314-AES-T04-A 1 0.25
Tl 1314-AES-T05-A 1 0.25
Tl 1314-AES-T06-A 1 0.25
Tl 1314-AES-T07-A 1 0.25
Tl 1314-AES-T08-A 1 0.25
Tl 1314-AES-T09-A 1 0.25
Tl 1314-AES-T01-B 1 2.29
Tl 1314-AES-T02-B 1 1.45
Tl 1314-AES-T03-B 1 0.56
Tl 1314-AES-T04-B 1 0.25
Tl 1314-AES-T05-B 1 0.25
Tl 1314-AES-T06-B 1 0.25
Tl 1314-AES-T07-B 1 0.25
Tl 1314-AES-T08-B 1 0.25
Tl 1314-AES-T09-B 1 0.25
Tl 1314-AES-M01-A 1 0.25
Qualifier
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
2.01 7.4 0.51 2
1.69 1.5 0.51 2
0.59 1.0 0.51 2
0.25 3.1 0.51 2
0.25 3.3 0.51 2
0.25 1.3 0.51 2
0.25 7.8 0.51 2
0.25 7.7 0.51 2
0.25 6.0 0.51 2
2.29 1.7 0.51 2
1.45 2.2 0.51 2
0.56 2.0 0.51 2
0.25 0.9 0.51 2
0.25 2.7 0.51 2
0.25 1.7 0.51 2
0.25 5.8 0.51 2
0.25 2.4 0.51 2
0.25 4.9 0.51 2
0.25 2.9 0.51 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 491.23 98%
10,000 500 485.95 97%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 4.5 %
Completeness 100.0%
B-85
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Sn 1314-AES-T01-A 1 2.11
Sn 1314-AES-T02-A 1 1.79
Sn 1314-AES-T03-A 1 1.51
Sn 1314-AES-T04-A 1 0.78
Sn 1314-AES-T05-A 1 0.35
Sn 1314-AES-T06-A 1 0.35
Sn 1314-AES-T07-A 1 0.35
Sn 1314-AES-T08-A 1 0.35
Sn 1314-AES-T09-A 1 0.35
Sn 1314-AES-T01-B 1 2.10
Sn 1314-AES-T02-B 1 1.60
Sn 1314-AES-T03-B 1 1.46
Sn 1314-AES-T04-B 1 0.73
Sn 1314-AES-T05-B 1 0.35
Sn 1314-AES-T06-B 1 0.35
Sn 1314-AES-T07-B 1 0.35
Sn 1314-AES-T08-B 1 0.35
Sn 1314-AES-T09-B 1 0.35
Sn 1314-AES-M01-A 1 0.35
Qualifier
E
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
E
E
E
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
2.11 2.9 0.7 2
1.79 0.9 0.7 2
1.51 2.7 0.7 2
0.78 0.2 0.7 2
0.35 0.8 0.7 2
0.35 2.0 0.7 2
0.35 4.7 0.7 2
0.35 4.4 0.7 2
0.35 7.6 0.7 2
2.10 2.0 0.7 2
1.60 2.3 0.7 2
1.46 1.5 0.7 2
0.73 2.1 0.7 2
0.35 2.1 0.7 2
0.35 6.4 0.7 2
0.35 4.0 0.7 2
0.35 2.3 0.7 2
0.35 3.8 0.7 2
0.35 6.3 0.7 2
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 512.85 102%
10,000 500 500.37 100%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD 2.4 %
Completeness 100.0%
B-86
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Ti 1314-AES-T01-A 1 1.00
Ti 1314-AES-T02-A 1 1.00
Ti 1314-AES-T03-A 1 1.00
Ti 1314-AES-T04-A 1 1.00
Ti 1314-AES-T05-A 1 1.00
Ti 1314-AES-T06-A 1 1.00
Ti 1314-AES-T07-A 1 1.00
Ti 1314-AES-T08-A 1 1.00
Ti 1314-AES-T09-A 1 1.00
Ti 1314-AES-T01-B 1 1.00
Ti 1314-AES-T02-B 1 1.00
Ti 1314-AES-T03-B 1 1.00
Ti 1314-AES-T04-B 1 1.00
Ti 1314-AES-T05-B 1 1.00
Ti 1314-AES-T06-B 1 1.00
Ti 1314-AES-T07-B 1 1.00
Ti 1314-AES-T08-B 1 1.00
Ti 1314-AES-T09-B 1 1.00
Ti 1314-AES-M01-A 1 1.00
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
1.00 11.8 2 10
1.00 19.9 2 10
1.00 12.9 2 10
1.00 8.4 2 10
1.00 5.1 2 10
1.00 4.8 2 10
1.00 17.2 2 10
1.00 28.1 2 10
1.00 6.5 2 10
1.00 12.3 2 10
1.00 9.4 2 10
1.00 14.0 2 10
1.00 11.1 2 10
1.00 4.4 2 10
1.00 21.1 2 10
1.00 2.0 2 10
1.00 4.7 2 10
1.00 17.8 2 10
1.00 26.6 2 10
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,132.33 113%
10,000 1,000 1,064.71 106%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD NA %
Completeness NA %
B-87
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
U 1314-AES-T01-A 1 0.15
U 1314-AES-T02-A 1 0.15
U 1314-AES-T03-A 1 0.15
U 1314-AES-T04-A 1 0.15
U 1314-AES-T05-A 1 0.15
U 1314-AES-T06-A 1 0.15
U 1314-AES-T07-A 1 0.15
U 1314-AES-T08-A 1 0.15
U 1314-AES-T09-A 1 0.15
U 1314-AES-T01-B 1 0.15
U 1314-AES-T02-B 1 0.15
U 1314-AES-T03-B 1 0.15
U 1314-AES-T04-B 1 0.15
U 1314-AES-T05-B 1 0.15
U 1314-AES-T06-B 1 0.15
U 1314-AES-T07-B 1 0.15
U 1314-AES-T08-B 1 0.15
U 1314-AES-T09-B 1 0.15
U 1314-AES-M01-A 1 0.15
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
0.15 26.6 0.3 1
0.15 4.3 0.3 1
0.15 4.5 0.3 1
0.15 4.5 0.3 1
0.15 8.6 0.3 1
0.15 22.6 0.3 1
0.15 11.2 0.3 1
0.15 5.6 0.3 1
0.15 24.8 0.3 1
0.15 19.8 0.3 1
0.15 4.1 0.3 1
0.15 2.1 0.3 1
0.15 3.4 0.3 1
0.15 15.9 0.3 1
0.15 24.6 0.3 1
0.15 18.6 0.3 1
0.15 16.8 0.3 1
0.15 36.9 0.3 1
0.15 30.8 0.3 1
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 500 496.28 99%
10,000 500 488.44 98%
Instrument
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
VU ICP-MS
Date/Time
8/10/201212:25
8/10/201212:30
8/10/201212:35
8/10/201212:40
8/10/201212:45
8/10/201212:50
8/10/201212:55
8/10/201213:00
8/10/201213:04
8/10/201213:10
8/10/201213:15
8/10/201213:20
8/10/201213:25
8/10/201213:30
8/10/201213:34
8/10/201213:39
8/10/201213:44
8/10/201213:49
8/10/201212:20
Filename
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
C:\ICP-MS Rpt File 1314 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-88
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
V 1314-AES-T01-A 1 570.05
V 1314-AES-T02-A 1 639.39
V 1314-AES-T03-A 1 458.46
V 1314-AES-T04-A 1 255.13
V 1314-AES-T05-A 1 183.27
V 1314-AES-T06-A 1 148.12
V 1314-AES-T07-A 1 134.01
V 1314-AES-T08-A 1 126.83
V 1314-AES-T09-A 1 120.90
V 1314-AES-T01-B 1 581.63
V 1314-AES-T02-B 1 645.99
V 1314-AES-T03-B 1 437.57
V 1314-AES-T04-B 1 251.90
V 1314-AES-T05-B 1 184.19
V 1314-AES-T06-B 1 134.25
V 1314-AES-T07-B 1 124.03
V 1314-AES-T08-B 1 119.61
V 1314-AES-T09-B 1 117.24
V 1314-AES-M01-A 1 0.75 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
570.05 1.1 1.5 5
639.39 1.1 1.5 5
458.46 0.4 1.5 5
255.13 0.7 1.5 5
183.27 0.9 1.5 5
148.12 0.4 1.5 5
134.01 0.5 1.5 5
126.83 1.9 1.5 5
120.90 1.3 1.5 5
581.63 0.8 1.5 5
645.99 1.8 1.5 5
437.57 0.6 1.5 5
251.90 1.4 1.5 5
184.19 0.4 1.5 5
134.25 1.1 1.5 5
124.03 2.7 1.5 5
119.61 2.5 1.5 5
117.24 3.2 1.5 5
0.75 2.6 1.5 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,516.28 106%
10,000 1,000 1,448.44 101%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 1 .3 %
Completeness 100.0%
B-89
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Zn 1314-AES-T01-A 1 30.31
Zn 1314-AES-T02-A 1 12.62
Zn 1314-AES-T03-A 1 9.19
Zn 1314-AES-T04-A 1 8.60
Zn 1314-AES-T05-A 1 7.58
Zn 1314-AES-T06-A 1 4.81 E
Zn 1314-AES-T07-A 1 5.37
Zn 1314-AES-T08-A 1 6.31
Zn 1314-AES-T09-A 1 6.54
Zn 1314-AES-T01-B 1 28.18
Zn 1314-AES-T02-B 1 12.53
Zn 1314-AES-T03-B 1 8.76
Zn 1314-AES-T04-B 1 8.56
Zn 1314-AES-T05-B 1 7.61
Zn 1314-AES-T06-B 1 5.01
Zn 1314-AES-T07-B 1 4.90 E
Zn 1314-AES-T08-B 1 5.67
Zn 1314-AES-T09-B 1 6.17
Zn 1314-AES-M01-A 1 0.50 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
30.31 5.2 1 5
12.62 4.2 1 5
9.19 3.8 1 5
8.60 3.4 1 5
7.58 7.7 1 5
4.81 1.5 1 5
5.37 1.4 1 5
6.31 2.0 1 5
6.54 4.0 1 5
28.18 1.4 1 5
12.53 5.3 1 5
8.76 6.4 1 5
8.56 5.5 1 5
7.61 6.0 1 5
5.01 7.8 1 5
4.90 6.3 1 5
5.67 4.4 1 5
6.17 1.4 1 5
0.50 7.7 1 5
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
10,000 1,000 1,093.75 108%
10,000 1,000 1,106.65 110%
Instrument
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
VU ICP-OES
Date/Time
7/31/201212:57
7/31/201212:59
7/31/201213:00
7/31/201213:02
7/31/201213:04
7/31/201213:05
7/31/201213:07
7/31/201213:09
7/31/201213:10
7/31/201213:12
7/31/201213:14
7/31/201213:15
7/31/201213:17
7/31/201213:18
7/31/201213:20
7/31/201213:22
7/31/201213:23
7/31/201213:25
7/31/201212:56
Filename
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
C:\ICP-OES Rpt File 1314AES-PR VU (orig).txt
Mean RSD 4.4 %
Completeness 100.0%
B-90
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
DIG 1314-AES-T01-A 1 10,750.00
DIG 1314-AES-T02-A 1 8,122.00
DIG 1314-AES-T03-A 1 3,465.00
DIG 1314-AES-T04-A 1 2,803.00
DIG 1314-AES-T05-A 1 2,320.00
DIG 1314-AES-T06-A 1 1,898.00
DIG 1314-AES-T07-A 1 1,972.00
DIG 1314-AES-T08-A 1 2,032.00
DIG 1314-AES-T09-A 1 1,864.00
DIG 1314-AES-T01-B 1 11,370.00
DIG 1314-AES-T02-B 1 8,572.00
DIG 1314-AES-T03-B 1 3,848.00
DIG 1314-AES-T04-B 1 2,785.00
DIG 1314-AES-T05-B 1 2,523.00
DIG 1314-AES-T06-B 1 2,039.00
DIG 1314-AES-T07-B 1 2,193.00
DIG 1314-AES-T08-B 1 1,838.00
DIG 1314-AES-T09-B 1 1,756.00
DIG 1314-AES-M01-A 1 65.00 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
10,750.00 2.8 130 500
8,122.00 2.8 130 500
3,465.00 4.1 130 500
2,803.00 1.8 130 500
2,320.00 2.7 130 500
1,898.00 2.2 130 500
1,972.00 1.9 130 500
2,032.00 3.5 130 500
1,864.00 5.3 130 500
11,370.00 0.4 130 500
8,572.00 0.7 130 500
3,848.00 3.3 130 500
2,785.00 2.1 130 500
2,523.00 3.4 130 500
2,039.00 2.1 130 500
2,193.00 2.2 130 500
1,838.00 4.1 130 500
1,756.00 1.9 130 500
65.00 10.5 130 500
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
100,000 500 3,944.00 96%
100,000 500 4,308.00 92%
Instrument
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
Date/Time
8/27/201213:12
8/27/201213:22
8/27/201213:31
8/27/201213:41
8/27/201213:50
8/27/201214:00
8/27/201214:09
8/27/201214:19
8/27/201214:28
8/27/201214:38
8/27/201214:48
8/27/201214:57
8/27/201215:07
8/27/201215:17
8/27/201215:26
8/27/201215:36
8/27/201215:45
8/27/201215:55
8/27/201213:02
Filename
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
Mean RSD 2.6 %
Completeness 100.0%
B-91
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
DOC 1314-AES-T01-A 1 52,220.00
DOC 1314-AES-T02-A 1 40,990.00
DOC 1314-AES-T03-A 1 11,840.00
DOC 1314-AES-T04-A 1 5,473.00
DOC 1314-AES-T05-A 1 4,734.00
DOC 1314-AES-T06-A 1 3,771.00
DOC 1314-AES-T07-A 1 3,210.00
DOC 1314-AES-T08-A 1 3,067.00
DOC 1314-AES-T09-A 1 2,835.00
DOC 1314-AES-T01-B 1 53,080.00
DOC 1314-AES-T02-B 1 36,900.00
DOC 1314-AES-T03-B 1 10,678.00
DOC 1314-AES-T04-B 1 4,603.00
DOC 1314-AES-T05-B 1 3,781.00
DOC 1314-AES-T06-B 1 3,543.00
DOC 1314-AES-T07-B 1 3,345.00
DOC 1314-AES-T08-B 1 3,038.00
DOC 1314-AES-T09-B 1 2,712.00
DOC 1314-AES-M01-A 1 85.00 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
52,220.00 2.0 170 500
40,990.00 0.2 170 500
11,840.00 0.7 170 500
5,473.00 0.5 170 500
4,734.00 0.4 170 500
3,771.00 2.1 170 500
3,210.00 0.5 170 500
3,067.00 0.2 170 500
2,835.00 0.4 170 500
53,080.00 3.0 170 500
36,900.00 1.1 170 500
10,678.00 0.2 170 500
4,603.00 1.0 170 500
3,781.00 0.3 170 500
3,543.00 1.6 170 500
3,345.00 0.8 170 500
3,038.00 0.6 170 500
2,712.00 0.2 170 500
85.00 13.9 170 500
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
100,000 500 12,310.00 94%
100,000 500 11,132.00 91%
Instrument
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
VUTOC
Date/Time
8/28/201214:49
8/28/201214:56
8/28/201215:04
8/28/201215:13
8/28/201215:22
8/28/201215:31
8/28/201215:40
8/28/201215:49
8/28/201215:59
8/28/201216:08
8/28/201216:15
8/28/201216:22
8/28/201216:31
8/28/201216:38
8/28/201216:45
8/28/201216:55
8/28/201217:04
8/28/201217:13
8/28/201214:40
Filename
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
C:\DIC-DOC 1314AES-PR VU (orig).txt
Mean RSD 0.9 %
Completeness 100.0%
B-92
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
Br 1314-AES-T01-A 1 11,129.90
Br 1314-AES-T02-A 1 5,996.50
Br 1314-AES-T03-A 1 8.71
Br 1314-AES-T04-A 1 8.71
Br 1314-AES-T05-A 1 8.71
Br 1314-AES-T06-A 1 8.71
Br 1314-AES-T07-A 1 8.71
Br 1314-AES-T08-A 1 8.71
Br 1314-AES-T09-A 1 8.71
Br 1314-AES-T01-B 1 10,408.60
Br 1314-AES-T02-B 1 5,193.10
Br 1314-AES-T03-B 1 8.71
Br 1314-AES-T04-B 1 8.71
Br 1314-AES-T05-B 1 8.71
Br 1314-AES-T06-B 1 8.71
Br 1314-AES-T07-B 1 8.71
Br 1314-AES-T08-B 1 8.71
Br 1314-AES-T09-B 1 8.71
Br 1314-AES-M01-A 1 8.71
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
11,129.90 17 50
5,996.50 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
10,408.60 17 50
5,193.10 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
8.71 17 50
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
Instrument
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
Date/Time
8/28/201219:41
8/28/201219:54
8/28/201220:06
8/28/201220:18
8/28/201220:31
8/28/201220:43
8/28/201220:55
8/28/201221:08
8/28/201221:20
8/28/201221:33
8/28/201221:45
8/28/201221:57
8/28/201222:10
8/28/201222:22
8/28/201222:35
8/28/201222:47
8/28/201222:59
8/28/201223:12
8/28/201219:29
Filename
C:\IC 1313-1314AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-93
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
Cl 1314-AES-T01-A 250 12,099,766.50
Cl 1314-AES-T02-A 250 5,340,889.10
Cl 1314-AES-T03-A 25 484,118.00
Cl 1314-AES-T04-A 25 99,096.30
Cl 1314-AES-T05-A 25 54,003.20
Cl 1314-AES-T06-A 1 22,899.60
Cl 1314-AES-T07-A 1 11,184.70
Cl 1314-AES-T08-A 1 7,108.80
Cl 1314-AES-T09-A 1 6,551.10
Cl 1314-AES-T01-B 250 11,873,010.40
Cl 1314-AES-T02-B 250 4,678,574.90
Cl 1314-AES-T03-B 25 533,402.60
Cl 1314-AES-T04-B 25 89,223.70
Cl 1314-AES-T05-B 25 56,725.70
Cl 1314-AES-T06-B 1 24,480.70
Cl 1314-AES-T07-B 1 10,463.60
Cl 1314-AES-T08-B 1 5,637.50
Cl 1314-AES-T09-B 1 4,786.10
Cl 1314-AES-M01-A 1 3.25 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
48,399.07 6.5 20
21 ,363.56 6.5 20
19,364.72 6.5 20
3,963.85 6.5 20
2,160.13 6.5 20
22,899.60 6.5 20
11,184.70 6.5 20
7,108.80 6.5 20
6,551.10 6.5 20
47,492.04 6.5 20
18,714.30 6.5 20
21,336.10 6.5 20
3,568.95 6.5 20
2,269.03 6.5 20
24,480.70 6.5 20
10,463.60 6.5 20
5,637.50 6.5 20
4,786.10 6.5 20
3.25 6.5 20
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
Instrument
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
Date/Time
8/30/201211:48
8/30/201211:58
8/29/20120:14
8/29/20120:26
8/29/20120:39
8/28/201220:43
8/28/201220:55
8/28/201221:08
8/28/201221:20
8/30/201213:14
8/30/201213:24
8/29/20122:05
8/29/20122:18
8/29/20122:30
8/28/201222:35
8/28/201222:47
8/28/201222:59
8/28/201223:12
8/28/201219:29
Filename
C:\IC 1313-1314AES-PR (orig).xlsx
C:\IC 1313-1314AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-94
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
F 1314-AES-T01-A 25 91,674.00
F 1314-AES-T02-A 25 61,792.40
F 1314-AES-T03-A 25 24,099.20
F 1314-AES-T04-A 1 8,332.10
F 1314-AES-T05-A 1 5,484.80
F 1314-AES-T06-A 1 3,292.30
F 1314-AES-T07-A 1 3,157.20
F 1314-AES-T08-A 1 2,522.60
F 1314-AES-T09-A 1 2,393.10
F 1314-AES-T01-B 25 82,413.40
F 1314-AES-T02-B 25 66,198.50
F 1314-AES-T03-B 25 18,552.90
F 1314-AES-T04-B 1 7,376.00
F 1314-AES-T05-B 1 5,169.70
F 1314-AES-T06-B 1 3,211.30
F 1314-AES-T07-B 1 3,012.10
F 1314-AES-T08-B 1 2,758.30
F 1314-AES-T09-B 1 2,624.00
F 1314-AES-M01-A 1 3.53 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
3,666.96 7 20
2,471 .70 7 20
963.97 7 20
8,332.10 7 20
5,484.80 7 20
3,292.30 7 20
3,157.20 7 20
2,522.60 7 20
2,393.10 7 20
3,296.54 7 20
2,647.94 7 20
742.12 7 20
7,376.00 7 20
5,169.70 7 20
3,211.30 7 20
3,012.10 7 20
2,758.30 7 20
2,624.00 7 20
3.53 7 20
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
Instrument
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
Date/Time
8/28/201223:49
8/29/20120:01
8/29/20120:14
8/28/201220:18
8/28/201220:31
8/28/201220:43
8/28/201220:55
8/28/201221:08
8/28/201221:20
8/29/20121:41
8/29/20121:53
8/29/20122:05
8/28/201222:10
8/28/201222:22
8/28/201222:35
8/28/201222:47
8/28/201222:59
8/28/201223:12
8/28/201219:29
Filename
C:\IC 1313-1314AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-95
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
NO3 1314-AES-T01-A 25 563,453.60
NO3 1314-AES-T02-A 25 356,426.40
NO3 1314-AES-T03-A 1 75,579.00
NO3 1314-AES-T04-A 1 17,943.40
NO3 1314-AES-T05-A 1 8,176.20
NO3 1314-AES-T06-A 1 3,647.00
NO3 1314-AES-T07-A 1 2,199.00
NO3 1314-AES-T08-A 1 1,441.80
NO3 1314-AES-T09-A 1 1,236.20
NO3 1314-AES-T01-B 25 517,620.70
NO3 1314-AES-T02-B 25 315,632.60
NO3 1314-AES-T03-B 1 54,445.10
NO3 1314-AES-T04-B 1 14,248.30
NO3 1314-AES-T05-B 1 7,192.40
NO3 1314-AES-T06-B 1 3,587.90
NO3 1314-AES-T07-B 1 2,328.00
NO3 1314-AES-T08-B 1 1,431.30
NO3 1314-AES-T09-B 1 1,165.10
NO3 1314-AES-M01-A 1 12.92 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
22,538.14 26 100
14,257.06 26 100
75,579.00 26 100
17,943.40 26 100
8,176.20 26 100
3,647.00 26 100
2,199.00 26 100
1,441.80 26 100
1,236.20 26 100
20,704.83 26 100
12,625.30 26 100
54,445.10 26 100
14,248.30 26 100
7,192.40 26 100
3,587.90 26 100
2,328.00 26 100
1,431.30 26 100
1,165.10 26 100
12.92 26 100
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
Instrument
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
Date/Time
8/28/201223:49
8/29/20120:01
8/28/201220:06
8/28/201220:18
8/28/201220:31
8/28/201220:43
8/28/201220:55
8/28/201221:08
8/28/201221:20
8/29/20121:41
8/29/20121:53
8/28/201221:57
8/28/201222:10
8/28/201222:22
8/28/201222:35
8/28/201222:47
8/28/201222:59
8/28/201223:12
8/28/201219:29
Filename
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-96
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
NO2 1314-AES-T01-A 1 9.16
NO2 1314-AES-T02-A 1 9.16
NO2 1314-AES-T03-A 1 9.16
NO2 1314-AES-T04-A 1 9.16
NO2 1314-AES-T05-A 1 9.16
NO2 1314-AES-T06-A 1 9.16
NO2 1314-AES-T07-A 1 9.16
NO2 1314-AES-T08-A 1 9.16
NO2 1314-AES-T09-A 1 9.16
NO2 1314-AES-T01-B 1 9.16
NO2 1314-AES-T02-B 1 9.16
NO2 1314-AES-T03-B 1 9.16
NO2 1314-AES-T04-B 1 9.16
NO2 1314-AES-T05-B 1 9.16
NO2 1314-AES-T06-B 1 9.16
NO2 1314-AES-T07-B 1 9.16
NO2 1314-AES-T08-B 1 9.16
NO2 1314-AES-T09-B 1 9.16
NO2 1314-AES-M01-A 1 9.16
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
9.16 18 50
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
Instrument
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
Date/Time
8/28/201219:41
8/28/201219:54
8/28/201220:06
8/28/201220:18
8/28/201220:31
8/28/201220:43
8/28/201220:55
8/28/201221:08
8/28/201221:20
8/28/201221:33
8/28/201221:45
8/28/201221:57
8/28/201222:10
8/28/201222:22
8/28/201222:35
8/28/201222:47
8/28/201222:59
8/28/201223:12
8/28/201219:29
Filename
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-97
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone.
(M9/L)
PO4 1314-AES-T01-A 1 11.83
PO4 1314-AES-T02-A 1 11.83
PO4 1314-AES-T03-A 1 11.83
PO4 1314-AES-T04-A 1 11.83
PO4 1314-AES-T05-A 1 11.83
PO4 1314-AES-T06-A 1 11.83
PO4 1314-AES-T07-A 1 11.83
PO4 1314-AES-T08-A 1 11.83
PO4 1314-AES-T09-A 1 11.83
PO4 1314-AES-T01-B 1 11.83
PO4 1314-AES-T02-B 1 11.83
PO4 1314-AES-T03-B 1 11.83
PO4 1314-AES-T04-B 1 11.83
PO4 1314-AES-T05-B 1 11.83
PO4 1314-AES-T06-B 1 11.83
PO4 1314-AES-T07-B 1 11.83
PO4 1314-AES-T08-B 1 11.83
PO4 1314-AES-T09-B 1 11.83
PO4 1314-AES-M01-A 1 11.83
Qualifier
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (ug/L) (ug/L)
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
1 1 .83 24 1 00
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
11.83 24 100
Spike Sol'n
Cone. Volume
(ug/L) (ML)
Spike Spike
Cone. Recovery
(ug/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that
spike recoveries
are not available.
Instrument
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VU 1C
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
Date/Time
8/28/201219:41
8/28/201219:54
8/28/201220:06
8/28/201220:18
8/28/201220:31
8/28/201220:43
8/28/201220:55
8/28/201221:08
8/28/201221:20
8/28/201221:33
8/28/201221:45
8/28/201 2 21 :57
8/28/201222:10
8/28/201222:22
8/28/201222:35
8/28/201222:47
8/28/201222:59
8/28/201223:12
8/28/201219:29
Filename
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-98
-------
QA-QC REPORT
Client EPA Region 2
Test EPA Method 1314
Material AGREMAX (material code AES)
Dilution Sample
Analyte Sample ID Factor Cone. Qualifier
(M9/L)
SO4 1314-AES-T01-A 250 20,931,741.30
SO4 1314-AES-T02-A 250 19,326,596.70
SO4 1314-AES-T03-A 250 12,201,722.70
SO4 1314-AES-T04-A 25 5,451,370.60
SO4 1314-AES-T05-A 25 3,625,686.50
SO4 1314-AES-T06-A 25 2,161,699.00
SO4 1314-AES-T07-A 25 1,738,522.40
SO4 1314-AES-T08-A 25 1,598,220.90
SO4 1314-AES-T09-A 25 1,554,802.60
SO4 1314-AES-T01-B 250 20,510,698.50
SO4 1314-AES-T02-B 250 19,761,405.30
SO4 1314-AES-T03-B 250 11,964,245.90
SO4 1314-AES-T04-B 25 4,659,422.60
SO4 1314-AES-T05-B 25 3,330,544.80
SO4 1314-AES-T06-B 25 2,111,934.20
SO4 1314-AES-T07-B 25 1,737,952.00
SO4 1314-AES-T08-B 25 1,621,273.80
SO4 1314-AES-T09-B 25 1,560,392.00
SO4 1314-AES-M01-A 1 10.39 U1/2
Instrument
Cone. RSD MDL ML
(ug/L) (%) (|jg/L) (ug/L)
83,726.97 21 100
77,306.39 21 100
48,806.89 21 100
218,054.82 21 100
145,027.46 21 100
86,467.96 21 100
69,540.90 21 100
63,928.84 21 100
62,192.10 21 100
82,042.79 21 100
79,045.62 21 100
47,856.98 21 100
186,376.90 21 100
133,221.79 21 100
84,477.37 21 100
69,518.08 21 100
64,850.95 21 100
62,415.68 21 100
10.39 21 100
Spike Sol'n Spike Spike
Cone. Volume Cone. Recovery
(ug/L) (ML) (ug/L) (%)
Note: 1C analysis is based on single
measurement of an analytical
solution. Therefore, RSDs are not
available. In addition, matrix
spikes are not conducted for 1C
analyses so that spike recoveries
are not available.
Instrument
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
VUIC
Date/Time
8/30/201211:48
8/30/201211:58
8/30/201212:07
8/29/20120:26
8/29/20120:39
8/29/20120:51
8/29/20121:03
8/29/20121:16
8/29/20121:28
8/30/201213:14
8/30/201213:24
8/30/201213:33
8/29/20122:18
8/29/20122:30
8/29/20122:43
8/29/20122:55
8/29/20123:07
8/29/20123:20
8/28/201219:29
Filename
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 1313-1314 AES-PR (orig).xlsx
C:\IC 131 3-1 31 4 AES-PR (orig).xlsx
Mean RSD NA %
Completeness NA %
B-99
------- |