Summary of Quarterly Operations (January - March)
EPA Contract No. EP-W-09-028
AMEC Project No.: 6064120318

Introduction

This quarterly report summarizes results from the Clean Air Status and Trends Network
(CASTNET) quality assurance/quality control (QA/QC) program for data collected during first
quarter 2013. The various QA/QC criteria and policies are documented in the CASTNET Quality
Assurance Project Plan (QAPP; AMEC, 2012). The QAPP is comprehensive and includes
standards and policies for all components of project operation from site selection through final
data reporting. It is reviewed annually and updated as warranted.

Quarterly Summary

AMEC's analytical laboratory continued to pursue International Organization for
Standardization (ISO)/International Electrotechnical Commission (IEC) 17025 accreditation by
the American Association for Laboratory Accreditation (A2LA). On January 21-22, 2013, a
certified assessor audited AMEC's Gainesville, FL analytical laboratory. Overall, the laboratory
did well. The assessor was pleased with laboratory personnel, instruments and equipment, and
the quality of the data produced. Findings were minor and related to documentation of
procedures. The laboratory's response to the A2LA assessment findings was submitted to A2LA
on February 22, 2013. AMEC's response included corrective actions and evidence of completion
of the corrective actions. All findings were addressed. A2LA staff reviewed the response and
requested additional information. As of the end of first quarter 2013, AMEC was working on the
follow up response. AMEC's response was submitted to A2LA staff on April 8, 2013. The
response was deemed complete and subsequently forwarded to the Accreditation Council for
evaluation. AMEC received ISO/IEC 17025:2005 accreditation on April 19, 2013 for its defined
chemical testing scope, including, but not limited to, CASTNET laboratory test procedures.

Beginning with the February 2013 data submittal, trace-level gas data from the BVL130, IL site
were included in the raw data submittal to EPA's Air Quality System (AQS). Beginning with the

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EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

March 2013 data submittal, trace-level gas data from the BEL116, MD and HWF187, NY sites
were included with the BVL130 data and submitted to AQS.

During March 2013, AMEC received results from sample analyses for proficiency test (PT)
study 101 for Rain and Soft Waters from the National Laboratory of Environmental Testing, a
branch of the National Water Research Institute with Environment Canada that provides QA
services. Overall, AMEC's laboratory was rated, "very good" for PT 101 analyses. The
laboratory's analyses showed no bias. AMEC's 5-year median rating remained "Very Good."

AMEC submitted a Notice of Key Personnel Change to EPA during March 2013, which
was approved by EPA. W. Charles Greer will replace William Imbur as the CASTNET
QA Supervisor.

Table 1 lists the quarters of data that were validated to Level 3 during first quarter 2013
by site calibration group. Table 2 lists the sites in each calibration group along with the
calibration schedule.

Table 3 presents the measurement criteria for continuous field measurements. These criteria
apply to the instrument challenges performed during site calibrations. Table 4 presents the
measurement criteria for laboratory filter pack measurements. These criteria apply to the QC
samples listed in the following section of this report. Table 5 presents the critical criteria for
ozone monitoring at sites that are configured to meet EPA's AQS criteria for QA/QC procedures
and are operated in accordance with Part 58 of Title 40 of the Code of Federal Regulations
(EPA, 2010). Table 6 presents the critical criteria for AQS-protocol trace-level gas monitoring.

Quality Control Analysis Count

The QC sample statistics presented in this report are for reference standards (RF) and continuing
calibration verification spikes (CCV) used to assess accuracy and for replicate sample analyses
(RP) used to assess "in-run" precision. In addition, laboratory method blanks (MB) containing
reagents without a filter; laboratory blanks (LB) containing reagents and a new, unexposed filter;
and field blanks (FB) containing reagents and an unexposed filter that was loaded into a filter
pack assembly and shipped to and from the monitoring site while remaining in sealed packaging
are also included. Table 7 presents the number of analyses in each category that were performed
during first quarter 2013.

Sample Receipt Statistics

Ninety-five percent of field samples from EPA-sponsored sites must be received by the
CASTNET laboratory in Gainesville, FL no later than 14 days after removal from the sampling
tower. Table 8 presents the relevant sample receipt statistics for first quarter 2013.

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EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Data Quality Indicator (DQI) Results

Figures 1 through 3 present the results of RF, CCV, and RP QC sample analyses for first quarter
2013. All results were within the criteria listed in Table 4.

Table 9 presents summary statistics of critical criteria measurements at AQS-protocol ozone sites
collected during the quarter. All data associated with QC checks that fail to meet the criteria
listed in Table 5 will be invalidated. Results in shaded cells either exceed documented criteria or
are otherwise notable. Table 10 presents observations associated with the shaded cell results in
Table 9.

Table 11 presents summary statistics of critical criteria measurements collected during the
quarter for the AQS-protocol trace-level gas monitoring sites. All data associated with QC
checks that fail to meet the criteria listed in Table 6 will be invalidated. Results in shaded cells
either exceed documented criteria or are otherwise notable. Table 12 presents observations
associated with the shaded cell results in Table 11.

Laboratory Control Sample Analysis

The laboratory control sample (LCS) is a reagent blank spiked with the target analytes from the
established analytical methods and carried through the same extraction process that field samples
must undergo. The LCS is not required by the CASTNET QA/QC program. LCS analyses are
performed by the laboratory to monitor for potential sample handling artifacts and provide a
means to identify possible analyte loss from extraction to extraction. The current action limits for
LCS recovery are 80 percent and 120 percent. Figure 4 presents LCS analysis results for first
quarter 2013. All recovery values were between 95 percent and 110 percent with the exception of
a single Teflon filter nitrate result at 119 percent. Investigation did not reveal the cause of this
higher recovery.

Blank Results

Figures 5 through 7 present the results of MB, LB, and FB QC sample analyses for first quarter
2013. All results were within criteria (two times the reporting limit) listed in Table 4.

Suspect/Invalid Filter Pack Samples

Filter pack samples that were flagged as suspect or invalid during first quarter 2013 are listed in
Table 13. This table includes associated site identification and a brief description of the reason
the sample was flagged. During first quarter, 10 filter pack samples were invalidated.

Field Problem Count

Table 14 presents counts of field problems affecting continuous data collection for more than one
day during first quarter 2013. The problem counts are sorted by a 30-, 60-, or 90- day time period
to resolution. A category for unresolved problems is also included. Time to resolution indicates
the period taken to implement corrective action.

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EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

References

AM EC Environment & Infrastructure, Inc. (AMEC). 2012. Clean Air Status and Trends

Network (CASTNET) Quality Assurance Project Plan (OAPP) Revision 8.0. Prepared for
U.S. Environmental Protection Agency (EPA), Office of Air and Radiation, Clean Air
Markets Division, Washington, DC. Contract No. EP-W-09-028. Gainesville, FL.
http://java.epa.gov/castnet/documents.do.

American Society for Testing and Materials (ASTM). 2008. ASTM E29-08, Standard Practice
for Using Significant Digits in Test Data to Determine Conformance with Specifications.
ASTM International, West Conshohocken, PA, DOL10.1520/E0029-08. www.astm.org.

U.S. Environmental Protection Agency (EPA). 2010. Appendix A to Part 58 - Quality

Assurance Requirements for State and Local Air Monitoring Stations (SLAMS), Special
Purpose Monitors (SPMs), and Prevention of Significant Deterioration (PSD) Air
Monitoring. 40 CFR Part 58.

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EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Table 1 Data Validated to Level 3 during First Quarter 2013

Calibration
Group*

Months
Available

Number of
Months

Complete
Quarters

Number of
Quarters

E-2/MW-8

April 2012-
September 2012

6

Quarter 2,2012 -
Quarter 3, 2012

2

E-3AV-10t

May 2012-
October 2012

6

Quarter 3 2012

1

SE-4/MW-6'

July 2012-
December 2012

6

Quarter 3 2012 -
Quarter 4 2012

2

Note: * The sites contained in each calibration group are listed in Table 2.
•f Contains ROM206 of the ROM406/ROM206 collocated pair
J Contains MCK131/231 collocated pair

Table 2 Field Calibration Schedule

Calibration
Group

Months
Calibrated

Sites
Calibrated

Eastern Sites (23 Total)

E-l

(8 Sites)

February/August

BEL 116, MD WSP144, NJ ARE 128, PA PED108,VA
BWR139, MD CTH110, NY PSU106, PA VPI120, VA

E-2
(10 Sites)

April/October

ABT147, CT WST109, NH WFM105,NY UND002, VT
ASH135, ME CAT175, NY NIC001,NY
HOW191, ME HWF187, NY EGB181 ON

E-3
(5 Sites)

May/November

KEF 112, PA LRL117, PA CDR119,WV
MKG113, PA PARI07, WV

Southeastern Sites (10 Total)

SE-4
(6 Sites)

January/July

SND152, AL BFT142, NC COW137,NC
GAS 153, GA CND125, NC PNF126,NC

SE-5
(4 Sites)

February/August

CAD 150, AR IRL141, FL
CVL151, MS SUM 15 6, FL

Midwestern Sites (18 Total)

MW-6
(6 Sites)

January/July

CDZ171, KY MCK131, KY ESP127, TN
CKT136, KY MCK231, KY SPD111,TN

MW-7
(8 Sites)

March/September

ALH157, IL STK138, IL DCP114, OH QAK172, OH
BVL130, IL VIN140, IN OXF122, OH PRK134,WI

MW-8
(4 Sites)

April/October

SAL133, IN ANA115, MI
HOX148, MI UVL124, MI

Western Sites (9 Total)

W-9
(4 Sites)

March/September

KNZ184, KS SAN 189, NE
CHE185, OK ALC188, TX

W-10

(5 Sites)

May/November

GTH161, CO CNT169, WY PAL 190, TX
ROM206, CO PND165, WY

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CASTNET Quality Assurance Report — First Quarter 2013

Table 3 Data Quality Indicators for CASTNET Continuous Measurements

Measurement

Criteria1

Parameter2

Method

Precision

Accuracy

Filter pack flow

Mass flow controller

± 10%

±5%

Ozone3

UV absorbance

All points within ± 2% of full scale of best fit
straight line

Linearity error <5%

Wind speed

Anemometer

± 0.5 m/s

The greater of ± 0.5 m/s
for winds < 5 m/s or
± 5% for winds > 5 m/s

Wind direction

Wind vane

±5°

±5°

Sigma theta

Wind vane

Undefined

Undefined

Ambient temperature

Platinum RTD

± 1.0°C

±0.5°C

Delta temperature

Platinum RTD

± 0.5°C

±0.5°C

Relative humidity

Thin film capacitor

± 10% (of full scale)

± 10%

Precipitation

Tipping bucket rain
gauge

± 10% (of reading)

±0.05 inch4

Solar radiation

Pyranometer

± 10% (of reading taken
at local noon)

± 10%

Surface wetness

Conductivity bridge

Undefined

Undefined

Notes: °C = degrees Celsius
m/s = meters per third
RTD = resistance-temperature device
UV = ultraviolet

1	Precision criteria apply to collocated instruments, and accuracy criteria apply to calibration of instruments. Collocated precision criteria
do not apply to AQS-protocol ozone measurements.

2	As of January 2013, meteorological parameters were only measured at five of the EPA-sponsored CASTNET sites: PAL190, TX;
CHE185. OK; BVL130. IL; BEL116. MD; and BFT142.'NC.

3	Ozone is not measured at two EPA-sponsored CASTNET sites: EGB181, ON and CAT175, NY.

For target value of 0.50 inch

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CASTNET Quality Assurance Report — First Quarter 2013

Table 4 Data Quality Indicators for CASTNET Laboratory Measurements

Analyte

Method

Precision1
(MARPD)

Accuracy2
(%)

Nominal
Reporting Limits

mg/L

|xg/Filter

Ammonium (NH4)

AC

20

90-110

0.020*

0.5

Sodium (Na+)

ICP-AES

20

95 - 105

0.005

0.125

Potassium (K+)

ICP-AES

20

95 - 105

0.006

0.15

Magnesium (Mg2 )

ICP-AES

20

95 - 105

0.003

0.075

Calcium (Ca2+)

ICP-AES

20

95 - 105

0.006

0.15

Chloride (CI )

IC

20

95 - 105

0.020

0.5

Nitrate (N03)

IC

20

95 - 105

0.008*

0.2

Sulfate (SO4)

IC

20

95 - 105

0.040

1.0

Notes: 1 This column lists precision goals for both network precision calculated from collocated filter samples and laboratory precision based on
replicate samples.

2 This column lists laboratory accuracy goals based on reference standards and continuing calibration verification spikes. The criterion is
90-110 percent for ICP-AES reference standards.

AC	= automated colorimetry

IC	= ion chromatography

ICP-AES = inductively coupled plasma-atomic emission spectrometry
MARPD = mean absolute relative percent difference
*	= as nitrogen

Values are rounded according to American Society for Testing and Materials (ASTM) E29-08, Standard Practice for Using Significant
Digits in Test Data to Determine Conformance with Specifications (ASTM, 2008).

For more information on analytical methods and associated precision and accuracy criteria, see the CASTNET QAPP, Revision 8.0
(AMEC. 2012)

Table 5 AQS-Protocol Ozone Critical Criteria*

Type of Check

Analyzer Response

Zero

Less than ±10 parts per billion (ppb)

Span

Less than or equal to ± 7 percent between supplied and observed concentrations

Single Point QC

Less than or equal to ± 7 percent between supplied and observed concentrations

Note: * Applies to CASTNET sites that are configured and operated in accordance with Part 58 of Title 40 of the Code of Federal Regulations
(EPA 2010). The minimum frequency for these checks is once every two weeks.

Values are rounded according to ASTM E29-08, Standard Practice for Using Significant Digits in Test Data to Determine Conformance
with Specifications (ASTM, 2008).

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CASTNET Quality Assurance Report — First Quarter 2013

*

Table 6 AQS-Protocol Trace-level Gas Monitoring Critical Criteria

Parameter

Analyzer Response

Zero Check

Span Check

Single Point QC Check

S02

Less than ± 3 parts per
billion (ppb)

Less than or equal to ± 10
percent between supplied
and observed concentrations

Less than or equal to ± 10
percent between supplied
and observed concentrations

NOy

Less than ± 3 ppb

Less than or equal to ± 10
percent between supplied
and observed concentrations

Less than or equal to ± 10
percent between supplied
and observed concentrations

CO

Less than ± 40 ppb

Less than or equal to ± 10
percent between supplied
and observed concentrations

Less than or equal to ± 10
percent between supplied
and observed concentrations

Note: *Applies to CASTNET sites that are configured and operated in accordance with Part 58 of Title 40 of the Code of Federal Regulations
(EPA 2010). The minimum frequency for these checks is once every two weeks.

Values are rounded according to ASTM E29-08, Standard Practice for Using Significant Digits in Test Data to Determine Conformance
with Specifications E29 (ASTM, 2008).

SO, = sulfur dioxide

NO/NOy = total reactive oxides of nitrogen

CO	= carbon monoxide

Table 7 QC Analysis Count for First Quarter 2013

Filter
Type

Parameter

RF
Sample
Count

ccv

Sample
Count

RP
Sample
Count

MB
Sample
Count

LB
Sample
Count

FB
Sample
Count

Teflon

so2;

34

177

81

17

28

87



no;

34

177

81

17

28

87



nh+4

34

176

84

17

28

87



cr

34

177

81

17

28

87



Ca2+

36

179

82

17

28

87



Mg2+

36

179

82

17

28

87



Na+

36

179

82

17

28

87



K+

36

179

82

17

28

87

Nylon

so2;

38

183

85

19

28

88



no;

38

183

85

19

28

88

Cellulose

so2;

42

192

86

21

28

88

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CASTNET Quality Assurance Report — First Quarter 2013

Table 8 Filter Pack Receipt Summary for First Quarter 2013

Count of samples received more than 14 days
after removal from tower:

36

Count of all samples received:

1,185

Fraction of samples received within 14 days:

0.970

Average interval in days:

4.612

First receipt date:

01/02/2013

Last receipt date:

03/29/2013

Table 9 AQS-Protocol Ozone QC Summary (1 of 2)

Site ID

% Span
Pass1

Span

|%D |2

% Single
Point QC
Pass

Single Point
QC |%D|

Single
Point
QC CL3

% Zero
Pass

Zero
Average
(ppb)

ABT147, CT

100

1

100

1

0

100

0

ALC188, TX

98

4

97

3

2

97

2

ALH157, IL

100

2

100

1

0

100

2

ANA115, MI

100

1

100

1

0

100

1

ARE128, PA

100

1

100

1

0

100

0

ASH135, ME

100

1

100

2

0

100

0

BEL 116, MD

100

2

100

1

0

100

1

BFT142, NC

99

1

99

1

1

99

1

BVL130, IL

66

94

68

91

105

94

4

BWR139, MD

100

2

100

2

0

100

0

CAD 150, AR

100

2

100

3

0

100

0

CDR119, WV

100

1

100

1

0

100

1

CDZ171, KY

100

0

100

0

0

100

0

CKT136, KY

100

1

100

2

0

100

0

CND125, NC

100

1

100

1

0

100

1

CNT169, WY

83

23

75

21

7

94

4

COW 13 7, NC

93

8

93

6

3

93

2

CTH110, NY

100

2

100

1

0

100

0

CVL151, MS

80

3

80

3

1

100

0

DCP114, OH

100

1

100

1

0

100

0

ESP127, TN

100

1

100

1

0

100

1

GAS 153, GA

100

1

100

1

0

100

1

GTH161, CO

98

2

98

2

1

98

1

HOX148, MI

100

2

99

2

0

100

1

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CASTNET Quality Assurance Report — First Quarter 2013

Table 9 AQS-Protocol Ozone QC Summary (2 of 2)

Site ID

% Span
Pass1

Span

|%D |2

% Single
Point QC

Pass1

Single
Point QC

|%D|2

Single
Point
QC CL3

% Zero
Pass1

Zero
Average
(PPb)2

HWF187, NY

100

1

98

3

0

100

6

IRL141, FL

100

0

100

0

0

100

3

KEF 112, PA

100

2

100

1

0

100

1

KNZ184, KS

100

0

100

0

0

100

1

LRL117, PA

100

1

100

1

0

100

0

MCK131, KY

100

3

100

3

0

100

0

MCK231, KY

70

4

70

4

1

100

1

MKG113, PA

100

1

100

1

0

100

0

OXF122, OH

100

2

100

2

0

100

1

PAL 190, TX

99

1

99

1

1

100

1

PARI 07, WV

100

0

100

0

0

100

0

PED108, VA

100

1

100

1

0

100

0

PND165, WY

100

1

100

1

0

100

0

PNF126, NC

100

1

100

0

0

100

0

PRK134, WI

100

0

100

0

0

100

1

PSU106, PA

100

1

100

2

0

100

0

QAK172, OH

100

1

100

2

0

100

0

ROM206, CO

100

2

100

3

0

100

0

SAL133, IN

100

1

100

1

0

100

0

SAN 189, NE

100

1

100

1

0

100

0

SND152, AL

99

2

100

1

0

100

0

SPD111, TN

100

2

100

1

0

100

1

STK138, IL

83

11

85

11

5

100

0

SUM 15 6, FL

100

0

100

0

0

100

0

UVL124, MI

100

1

100

1

0

100

0

VIN140, IN

100

1

100

1

0

100

0

VPI120, VA

100

1

100

1

0

100

1

WSP144, NJ

100

1

100

1

0

100

1

WST109, NH

100

2

100 I 3 | o

100

0

Notes: 1 Percentage of comparisons that pass the criteria listed in Table 5. Values falling below 90 percent are addressed in Table 10.

2	Absolute value of the average percent differences between the on-site transfer standard and the site monitor. Values exceeding the
criteria listed in Table 5 are addressed in Table 10.

3	90 percent confidence limit of the coefficient of variation. This should be less than or equal to the 7 percent single point QC check
critical criterion. Values exceeding this criterion are addressed in Table 10.

%D = percent difference
CL = confidence limit
ppb = parts per billion

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Table 10 AQS-Protocol Ozone QC Observations

Site ID

QC Criterion

Comments

BVL130, IL

% Span Pass
Span %D

% Single Point QC Pass
Single Point QC %D
Single Point QC CL

Malfunctions were related to the site transfer standard
from early to mid-March. Associated ambient data were
invalidated because frequency criteria were not met.

CNT169, WY

% Span Pass
Span %D

% Single Point QC Pass
Single Point QC %D

The sample pump in the site analyzer failed in early
March. There were additional QC failures recorded at the
end of March. Associated ambient data were invalidated.

COW 13 7, NC

Span %D

There was a leak in the zero air system for several days
in early March. Ambient data were not affected.

CVL151, MS

% Span Pass
% Single Point QC Pass

The pressure transducer in the site transfer standard
malfunctioned - affecting QC results for more than two
weeks in January. Associated ambient data were
invalidated because frequency criteria were not met.

MCK231, KY

% Span Pass
% Single Point QC Pass

The site analyzer solenoid malfunctioned. Associated
ambient data were invalidated.

STK138, IL

% Span Pass
Span %D

% Single Point QC Pass
Single Point QC %D

An instrument malfunction affected data from mid- to
late February. Associated ambient data were invalidated.

Notes: %D = percent difference
CL = confidence limit

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Table 11 AQS-Protocol Trace-level Gas QC Summary

Parameter

% Span
Pass1

Span

|%D |2

% Single
Point QC
Pass

Single Point
QC |%D|

Single
Point
QC CL3

% Zero
Pass

Zero
Average
(PPb)







BEL116

, MD







S02

100

2

97

4

3

100

1

NOy

93

10

93

8

5

100

1

BVL130, IL

so2

90

10

90

9

5

98

0

NOy

100

3

96

8

8

100

1

CO

98

2

96

6

1

98

7

HWF187, NY

NOy

100

2

100

4

0

100

1

Notes: 1 Percentage of comparisons that pass the criteria listed in Table 6. Values falling below 90 percent are addressed in Table 12.

2	Absolute value of the average percent differences between the supplied and observed concentrations. Values exceeding the criteria
listed in Table 6 are addressed in Table 12.

3	90 percent confidence limit of the coefficient of variation. This should be less than or equal to the 10 percent single point QC check
critical criterion. Values exceeding this criterion are addressed in Table 12.

%D = percent difference
CL = confidence limit
ppb = parts per billion

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Table 12 AQS-Protocol Trace-level Gas QC Observations

Site ID

Parameter

QC Criterion

Comments

BEL 116, MD

S02



Due to a system leak the calibration gas cylinder
ran empty in a single 24-hour period. Frequency
requirements for automated calibration checks
were not met resulting in invalidation of
associated data in March 2013.

NOy



Table 13 Filter Packs Flagged as Suspect or Invalid

Site ID

Sample No.

Reason

BEL 116, MD

1305001-10
1306001-10
1311001-10

Low flow volume due to recurrent
power failures

JOT403, CA

1309001-43

Insufficient flow volume

LRL117, PA

1305001-47

Low flow volume due to telemetry
problems

SHE604, WY

1303003-03

Insufficient flow volume

SHN418, VA

1310001-72

Low flow volume due to power failure

UVL124, MI

1303001-79

Low flow volume due to power failure

VPI120, VA

1303001-82

Low flow volume due to power failure

WFM105, NY

1304001-83

The data logger was left in calibration
mode after a site visit. Data may be
recovered during level 3 validation.

Table 14 Field Problems Affecting Data Collection

Days to Resolution

Problem Count

30

145

60

9

90

0

Unresolved by End of Quarter

3

AKIEC Project No.: 6064120318

13

AMEC Environment & Infrastructure, Inc.


-------
EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Figure 1 Reference Standard Results for First Quarter 2013 (percent recovery)

110.0
107.5
105.0
102.5
| 100.0
: 97.5
95.0
92.5
90.0

RF- Teflon ICP-AES

;

=

















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:

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6



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t

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1

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-1/8/2013

L- 1/9/2013



-1/16/201:

-1/23/201:

-1/30/201:

-2/4/2013

-2/6/2013

-2/11/201:

-2/13/201:

-2/20/201:

k 2/27/201:



-3/6/2013



-3/11/201:



U3/13/201:

-3/20/201:

^ 3/27/201:























Aialysis Date































l=Z]

TS04











RF

he:

TN03

-Teflon IC& AC

TNH4















CI





:

:



~



~













~

~

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: ~



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:

:

110.0
107.5
105.0
102.5
| 100.0
: 97.5
95.0
92.5
90.0

Analysis Date

110.0
107.5
105.0
102.5
| 100.0
: 97.5
95.0
92.5
90.0

RF - Nylon IC

NSQ4

Analysis Date

RF-Cellulose IC

110.0 -
107.5 -
105.0 -
102.5 -
| 100.0 -
: 97.5 -
95.0 -
92.5 -
90.0 -

WSQ2

AMEC Project No. 6064120318

14

AMEC Environment & Infrastructure, Inc.


-------
EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Figure 2 Continuing Calibration Spike Results for First Quarter 2013 (percent recovery)

110.0
1075
105.0
1025
! 100.0
: 975
95.0
925
90.0

CCV-Teflon ICP-AES

Mg



H	1	h

H	h

H	h

1	1	1	1	1

3s	" to to

o	to	to	to	to

110.0
1075
105.0
1025
! 100.0
: 975
95.0
925
90.0

CCV-Teflon IC& AC

TS04

TNH4

tr

»I



i i



~
~ ~

Aialysis Date

110.0
1075
105.0
1025
! 100.0
: 975
95.0
925
90.0

CCV - Nylon IC

NSQ4

H	h

CCV-Cellulose IC

110.0 -
1075 -
105.0 -
1025 -

! 100.0 -

: 975 -
95.0 -
925 -
90.0 -

WSQ2

% * ¦ g

AMEC Project No. 6064120318

15

AMEC Environment & Infrastructure. Inc.


-------
EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Figure 3 Replicate Sample Analysis Results for First Quarter 2013 (percent difference)

20.0
17.5
15.0
12.5
| 10.0

RP-Teflon ICMES

Mg

20.0
17.5
15.0
12.5
| 10.0

RP-Teflon IC& AC

CZ]
TSCH

TN03

TNH4



~

	A	I	|	*	I	^	i	I	|	k	i	|	&	~	|	&	i	^	i	I	|	t	I	^	I	m	^	8	i	tji	b_

Analysis Date

20.0
17.5
15.0
12.5
| 10.0

I

Q 75
5.0

RP-Nylon IC

NSCH

£

o o

~ ij

o o

X &

20.0
17.5
15.0
12.5
| 10.0

RP - Cellulose IC

WSQ2

:

: X













::

¦

: x

- x * y v ^

; V ;; ¦ M :

S K w

x

1 Y 1

X x

	 Y ¦

—i—

x

	

: ::

;

:¦

T

AMEC Project No. 6064120318

16

AMEC Environment & Infrastructure, Inc.


-------
EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Figure 4 Laboratory Control Sample Results for First Quarter 2013 (percent recovery)

120
115
110
105
3 100

cc

95

X*

LCS-Teflon ICP-AES

¦ Ca d Mg ONa

*-8-

~°~cT

Analysis Date

120
115
110
105
100

LCS-Teflon IC & AC

XTS04 OTN03 A TNH4 ~ CI

_A_±_

-S—

X £

X
-O-

Analysis Date

120
115
110
105
S 100

ZXL

95

LCS - Nylon IC

xg

-S-

~x~

_Q_

XX

o
—©-



Cb

Analysis Date

120 -
115 ¦
110 -

ir 105"

3 100 ¦

ZXL

95 -

LCS - Cellulose IC





AMEC Project No. 6064120318

17

AMEC Environment & Infrastructure. Inc.


-------
EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Figure 5 Method Blank Analysis Results for First Quarter 2013 (total micrograms)

IVB -Teflon ICP-AES

0.15
0.14
0.13

§ 012

| °'11

o o.io

0.09
0.08

o o

o o

H	1	1	1	h

H	1	1	1	1	1	h

1	1	1	1	1

3s	" to to

o	to	to	to	to

to to

^ ^ to to
to to to to

IVB-Teflon IC&AC

TS04

TN03

TNH4

—©	©	©	©—

i	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	h

to to to to

to to to to

Analysis Date

IVB-Nylon IC

NSQ4

[=£~

NHN03

H	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	h

H	h

to to to to

to to to to

to to to to

2.20 -
2.15 -
2.10 -
. 2.05 -
! 2.00 -
; 1.95 -
1.90 -
1.85 -
1.80 -

IVB -Cellulose IC

WSQ2

H	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	1	h

to to to to to to

to to to to

to to to to to

AMEC Project No. 6064120318

18

AMEC Environment & Infrastructure. Inc.


-------
EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Figure 6 Laboratory Blank Analysis Results for First Quarter 2013 (total micrograms)

0.15
0.14
0.13

§ 012

| °'11

o o.io

0.09
0.08

LB-Teflon ICP^\ES

Mg

H	h

LB-Teflon IC& AC

TS04

TN03

TNH4

i	1	h

Aialysis Date

LB - Nylon IC

NSQ4

he:

NHNQ3

-K	K-

H	h

2.20 -
2.15 -
2.10 -
. 2.05 -
! 2.00 -
; 1.95 -
1.90 -
1.85 -
1.80 -

LB - Cellulose IC

WSQ2

AMEC Project No. 6064120318

19

AMEC Environment & Infrastructure, Inc.


-------
EPA Contract No. EP-W-09-028

CASTNET Quality Assurance Report — First Quarter 2013

Figure 7 Field Blank Analysis Results for First Quarter 2013 (total micrograms)









FB- Teflon ICP-AES

















| ~Ca AMg ONa XK |













I	 	























1







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=















































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1

Analysis Date

S

1

1

1 "









FB-Teflon IC & AC

















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I























OO O

O

o



OO







1 1

1

Analysis Date

1

1

1

1











FB - Nylon IC

















| XNS04 0NHN03 |















































o

OO O





o

OO







1 1

1

Analysis Date

1

1

1

1 "









FB - Cellulose IC

















I X WS02 I

































1



X



O















































1 1

1

Analysis Date

1

1

1

1



AMEC Project No. 6064120318

20

AMEC Environment & Infrastructure, Inc.


-------