WQ0034468_Residual Annual Report 2018_20190227

INITIAL REVIEW
Reviewer Williams, Kendall
Project Number* WQ0034468
SUBMITTAL DATED: 2/21/2019
Project Contact Information
Rease provide inforrration on the person to be contacted by MB Staff regarding electronic submittal, confirmation of receipt, and other issues.
......................................................................................................................................................................................................................................................................................................................................................................................................
Name * Rob Willcox
Email Address* Phone Number*
[e-mail] 336-339-9128
Project Information
Application Type*
r New
r Renewal
r Annual Report
Permit Type *
r Wastewater Irrigation
r Other Wastewater
• Closed -Loop Recycle
r Single -Family Residence
Wastewater Irrigation
Is a paper copy of the application being submitted?*
r Yes r Nor
N/A
Permit Number*
WQ0034468
Reviewer*
Troy Doby
Permittee* John Nichols
Facility Name * Brunswick County Public Utilities
County* Brunswick
r Modification (Major or Minor)
• Additional Information
r Other
• High -Rate Infiltration
r Reclaimed Water
r Residuals
r Other
Please provide comments/notes on your current submittal below.
Please attach all information required or requested for this submittal to be review here.
2018 CLASS A ANNUAL REPORT - Brunswick
75.12 MB
County- WQ0034468-signed.pdf
Application Forint Engineering Rans, Specifications, Calculations, Etc.)

For nein and modification permit applications, the paper copy is required to be subrmtted to the
Division- Be advised, applications will not be considered complete until both the paper and electronic
applications. have been received_ The paper copy shall include the follmtLring=
• Application Farm
• All rulevant attachments (talcs, soils report, specs, etc_)
• 1 full-size engineering plan set
• 2 11-17" engineering plan sets
• 1 extra set of specifications (in addition to the set of specifications Provided in the
attachments)
• Fee (if required)
T:di shall ae mailed to the followins aPrl-: s:
By pc­lal ser- lce:
Divisron o= % ater Resources- Non -Discharge Branch
1617 Mail Service Center Raleigh NC 2.7699-1613
By Courier/Special Delivery:
Division of Water Resources- Non -Discharge Branch
AZ Nathaniel Thornburg- 9th Floor, Office #942WN
512 N_ Salisbury St_ Ralei NC 27604
For que€tions or problems contact Tessa Monday at 919.7073660 or Tessa_X%nday(dncdenr_gov or
Sonia Graves at 919.707.3657 or Sonia.Graves(apcdenr..
* I;W By checking this box I am acknowledging that I have read the above statement and agree
to send these documents as required to one of the address given above.
Signature
Submission Date 2/21/2019

2018 ANNUAL REPORT
BRUNSWICK COUNTY PUBLIC UTILITIES
DISTRIBUTION OF CLASS A RESIDUALS
NON -DISCHARGE PERMIT NO. WQ0034468
Prepared For:
Brunswick County
Public Utilities
Post Office Box 249
Bolivia, North Carolina 28422
Compiled By:
Willcox & Mabe Soil Solutions, PLLC
7231B Summerfield Road
Summerfield, North Carolina 27358
February 2019

willcox&mabe
SOI L SOLUTIONS
February 21, 2019
N.C. Department of Environmental Quality
Division of Water Resources - Non -Discharge Branch
512 North Salisbury Street, 9' Floor, Office # 942X
Raleigh, North Carolina 27604
Attention: Non -Discharge Branch
Reference: 2018 ANNUAL REPORT
Brunswick County Public Utilities
Non -Discharge Permit No. WQ0034468
WMSS Project No. 15-04, Phase: 06
Willcox & Mabe Soil Solutions, PLLC (WMSS) is submitting all monitoring and reporting
requirements as specified in the above referenced permit for Brunswick County on behalf of
Brunswick County. WMSS compiled this report using data provided by Brunswick County and
BioGreen Services, Inc. This data includes: 1) Class A Annual Distribution and Marketing / Surface
Disposal Certification and Summary Form, 2) Annual Residual Sampling Summary Form, 3) Annual
Pathogen and Vector Attraction Reduction Form (503), and 4) Analytical Data.
Brunswick County distributed a total of 835.88 Dry Tons of Biosolids under Permit No.
WQ0034468 during the 2018 calendar year (West Brunswick Regional WWTP — 469.87 Dry Tons,
and Northeast Brunswick WWTP — 366.01 Dry Tons). Based upon the dry tons distributed, both the
West Brunswick Regional WWTP and Northeast Brunswick WWTP were in the monitoring
frequency of once per quarter (4 times per year) as established in 40 CFR Part 503 and 15A NCAC
02T .1111. It should be noted that both facilities were in compliance with having analytical for 4
times per year, however the 4 samples for some of the required monitoring were not within each
specific quarter.
If there is any further information required or questions regarding this distribution program please do
not hesitate to contact Mr. Donald Dixon, Deputy Director of Wastewater Operations with
Brunswick County Public Utilities at [phone] or Rob Willcox with Willcox & Mabe Soil
Solutions, PLLC at [phone] for further assistance.
Sincerely,
Willcox & Mabe Soil Solutions, PLLC
Rob Willcox, L.S.S.
Partner / Soil Scientist
Enclosure(s)
cc: Brunswick County Public Utilities
Shared\WMSS Projects\2015\15-04 Brunswick County\Phase 06 - 2018 Annual Report\2018 Annual Report\Class A\2018
CLASS A ANNUAL REPORT - Brunswick County.doc
Willcox & Mabe Soil Solutions, PLLC / 7231 B Summerfield Road / Summerfield, NC 27358 / Rob 336.339.9128 or
Martin 336.312.1396 / www.willcoxmabesoil.com

Brunswick County Public Utilities
Post Office Box 249
Bolivia, North Carolina 28422
NC DISTRIBUTION OF CLASS A RESIDUALS
PERMIT NO. WQ0034468
WEST BRUNSWICK REGIONAL WWTP
PERMIT NO. WQ0023693
NORTHEAST BRUNSWICK REGIONAL WWTP
NPDES PERMIT NO. NCO086819
Mr. Donald Dixon, Deputy Director of Wastewater Operations
Brunswick County Public Utilities
Post Office Box 249
Bolivia, North Carolina 28422
[phone]
2018 West Brunswick Regional WWTP Dry Tons - 469.87
2018 Northeast Brunswick Regional WWTP Dry Tons - 366.01
Total Dry Tons 835.88
2018 West Brunswick Regional WWTP Dry Metric Tons 426.17
2018 Northeast Brunswick Regional WWTP Dry Metric Tons 331.97
Total Dry Metric Tons 758.14

TABLE OF CONTENTS
SECTION NO. TITLE
Class A Distribution and Marketing / Surface Disposal
Certification Summary Form
Form DMSDF
H Annual Residual Sampling Summary Form
Form RSSF
III Annual Pathogen and Vector Attraction Reduction Form
(503 Rules)
Form PVRF 503
N Lab Sheets
Analytical Data

Class A Distribution and Marketing / Surface Disposal Certification
Summary Form
FORM DMSDF

A.
3
3
3
c
a�
N
3
z
a
a
O
a
O
F
=.
i
❑0�
M
v
O
N N
N N
N
N
N N
N N
N
N
N
N
N
N
N
N
N
N
N
N
N
N
�
rn
O
0
cid
N O
O
C%
00 00
n
00
M
t,-
\D
LKoo
'�
00
O
N
ono
"o
n
O
r
n
M
N
%D
00
N
Vim'
41
a
?
�
'
a
Y
T
n
0
0
0
m
m
t�
to,
T
N
E
E
i
z
ar
8E
0
0
0
G7 W
F°,
0
0.
f
N
oo
00 w
00
n�
n
o
N
ono
a
.O
n
M
{,� w;
n
`o
M
N
N"
W
� �
Q
F
O
v
I
Q) �
m
'E'
0
-z'
N
N �
N
Q �
m
*,
v�
w
W
A
�
A
rA
01
dM`
CMr
OM�
C7,
CM
C7,��
ca
mM�M
0 0
0
N N
0 0
NNN
0
0
0
N
0
N
0
N
0
N
0
pG
c
d
yNNN
o
u=
C0.
a o
a aa
a
oo
a a
o
a
0
a
0
a
o
a
O
a
o
a
0
00
y
3 3
3
3 3
3
3
3
3
3
3
3
L
O
w
W
�
F
Q
.r
V
_
Q
M

CLASS A ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
Supplemental Information
WQ PERMIT #: WQ0034468 FACILITY NAME: West Brunswick Regional WWTP
PHONE: [phone] COUNTY: Brunswick OPERATOR: Tim Webb
FACILITY TYPE (please check one): ❑ Surface Disposal (complete Part A - "Month", "Source(s)" and "Residual In" columns only)
11 Distribution and Marketing (camnlete Parte A- and Rl
Amendments) used: Bulking Agent(s) used:
* If more space is required, attach additional information sheets (FORM DMSDF (supp)): Total Number of Form DMSDF (Supp)l 1
DENR FORM DMSDF (Supp) (12/2006)
Part Ax:
Part Bx:
Month
Sources(s) (include NPDES # if
applicable)
Volume (dry tons)
Recipient Information
Amendment/ Residual In Product Out
Bulking Agent
Volume (dry
tons) Name(s)
Intended use(s)
January
WQ0023693
3.86
Harvey Bell
3.86
Fertilizer
February
WQ0023693
6.18
E. Robinson
6.18
Fertilizer
February
WQ0023693
30.13
D. Clemmons
30.13
Fertilizer
February
WQ0023693
29.35
Clyde Galloway
29.35
Fertilizer
March
WQ0023693
16.99
Bennie Smith
16.99
Fertilizer
March
WQ0023693
25.49
BS Roberts
25.49
Fertilizer
March
WQ0023693
13.90
J. Tennant
13.90
Fertilizer
May
WQ0023693
3.59
Albert Hughes
3.59
Fertilizer
July
WQ0023693
7.22
Frank Galloway
7.22
Fertilizer
August
WQ0023693
19.02
Harvey Bell
19.02
Fertilizer
August
WQ0023693
51.16
L. Lewis
51.16
Fertilizer
August
WQ0023693
11.81
Pearly Vereen
11.81
Fertilizer
September
WQ0023693
5.90
A. Clemmons
5.90
Fertilizer
October
WQ0023693
59.33
Clyde Galloway
59.33
Fertilizer
October
WQ0023693
3.36
A. Clemmons
3.36
Fertilizer
Totals:
Annual (dry tons):
0 0 287.29
287.29
Amendments) used: Bulking Agent(s) used:
* If more space is required, attach additional information sheets (FORM DMSDF (supp)): Total Number of Form DMSDF (Supp)l 1
DENR FORM DMSDF (Supp) (12/2006)

CLASS A ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
WQ PERMIT #: WQ0034468 FACILITY NAME: Northeast Brunswick Regional W WTP
PHONE: [phone] COUNTY: Brunswick OPERATOR: Tim Webb - Wastewater Superintendent
FACILITY TYPE (please check one): ❑ Surface Disposal (complete Part A (Source(s) and "Residual In" Volume only) and Part C)
0 Distribution and Marketing (complete Parts A, B, and C)
Was the facility in operation during the past calendar vear? Yes n No 1-1 --im. if Nn aloin Hams e R r and .. r"f , f I,o] ,..,
Month
Part A*:
Sources(s) (include NPDES # if
applicable)
Volume (dry tons)
Amendment)
Bulking Agent Residual In
Product Out
Part B*:
Recipient Information
Name(s) Volume (dry tons)
Intended use(s)
January
February
NCO086819
8.02
E. Robinson
8.02
Fertilizer
March
NCO086819
24.05
B. Smith
24.05
Fertilizer
April
May
NCO086819
NCO086819
47.52
6.07
A. Clemmons
B. Smith
47.52
6.07
Fertilizer
Fertilizer
June
NCO086819
5.06
Tom Maultsby
5.06
Fertilizer
July
NCO086819
14.88
Tom Maultsby
14.88
Fertilizer
August
NCO086819
24.80
Harvey Bell
24.80
Fertilizer
September
NCO086819
397
Pearly Vereen
3.97
Fertilizer
October
NCO086819
78.02
A. Clemmons
78.02
Fertilizer
November
December
Total from FORM DMSDF (sup)
0 0153.62
153.62
Totals:
Annual (dry tons):
0 0 1
366.01
1
366.01
Amendment(s) used:
Bulking Agent(s) used:
* If more space is required, attach additional information sheets (FORM DMSDF (supp)): Total Number of Form DMSDF (Supp)l 1
Part C:
Facility was compliant during the past calendar year with all conditions of the land application permit El Yes
(including but not limited to items 1-3 below) issued by the Division of Water Resources: ❑ No 0, If No, Explain in Narritive
1. All monitoring was done in accordance with the permit and reported for the year as required and three (3) copies of certified laboratory results are attached.
2. All operation and maintenance requirements were compiled with or, in the case of a deviation, prior authorization was received from the Division of Water Resources.
No contravention of Ground Water Quality Standards occurred at a monitoring well.
"I certify, under penalty of law, that the above information is, to the best of my knowledge and belief, true, accurate and complete. 1 am aware that there are significant
penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
1 y fZ
Signature of Pe ittee Date Signature of Preparer**
(if different from Permittee)
"Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T.1 102 (26)
Date
DENR FORM DMSDF (12/2006)

CLASS A ANNUAL DISTRIBUTION AND MARKETING/ SURFACE DISPOSAL CERTIFICATION AND SUMMARY FORM
Supplemental Information
WQ PERMIT #: WQ0034468 FACILITY NAME: Northeast Brunswick Regional WWTP
PHONE: [phone] COUNTY: Brunswick OPERATOR: Tim Webb
FACILITY TYPE (please check one): ❑ Surface Disposal (complete Part A - "Month", "Source(s)" and "Residual In" columns only)
0 Distribution and Marketing (complete Parts A. and B)
Part Ax:
Part Bx:
Month
Sources(s) (include NPDES # if
applicable)
Volume (dry tons)
Recipient Information
Amendment/ Residual In
Bulking Agent
Product Out
Names)
Volume (dry
Intended use(s)
tons)
February
NCO086819
41.42
D. Clemmons
41.42 Fertilizer
March
NCO086819
8.02
J. Tennant
8.02 Fertilizer
March
NCO086819
5.35
Harvey Bell
5.35 Fertilizer
May
NCO086819
1.01
Albert Hughes
1.01 Fertilizer
May
NCO086819
5.06
L. Lewis
5.06 Fertilizer
July
NCO086819
2.98
Frank Galloway
2.98 Fertilizer
August
NC0486819
37.70
Pearly Vereen
37.70 Fertilizer
September
NCO086819
17.86
A. Clemmons
17.86 Fertilizer
October
NCO086819
34.22
Clyde Galloway
34.22 Fertilizer
Totals:
Annual (dry tons):
0 0
153.62 153.62
Amendment(s) used: Bulking Agent(s) used:
' If more space is required, attach additional information sheets (FORM DMSDF (supp)): Total Number of Form DMSDF (Supp)
DENR FORM DMSDF (Supp) (12/2006)

BRUNSWICK COUNTY ADMINISTRATION
BRUNSWICK COUNTY GOVERNMENT CENTER
DAVID R, SANDIFER COUNTY ADMINISTRATION BUILDING
30 GOVERNMENT CENTER DRIVE, N -F,
MAILING AI]DUSS: BOLIVIA, NORTH CAROLINA 28422 TFUPHONF:
(91.0) 253-2000
POST OmcF Box 249 [phone]
BOLIVIA, NOR'T'H CAROLINA 28422
FAx
[phone]
July 30, 2018
Mr. William L. Pinnix, P.E.
Director of Engineering
Mr. John Nichols, P.E.,
Director of Public Utilities
Re: County Signatory Authority
Dear Mr. Pinnix and Mr. Nichols:
You are hereby authorized to sign the following permit applications and certification related
documents:
• NCDEQ-PWSS Water Permit Applications
• NCDEQ-DWQ Sewer Permit Applications
• NCDEQ-DWQ FTSE -04/I6 Sewer Flow Tracking Applications
• NCDOT Encroachment Permit Applications
• County Letter (ref contractor's bond) required for the NCDOT Encroachment Permit
• Partial and ! or Final Applicant's Certifications for Water Main Extensions
• Partial and / or Final Applicant's Certifications for Sewer Main Extensions
• NCDEMLR — Land Quality Sedimentation & Erosion Control Permit Applications (for County
CIP projects)
Please let me know if you have any questions.
Sincerely,
Ann B. Hardy
County Manager

Annual Residual Sampling Summary Form
FORM RSSF

ANNUAL RESIDUAL SAMPLING SUMMARY FORM
Please note that your permit may contain additional parameters to be analyzed. The parameters can be reported in FORM RSSF - B
WQ Permit Number:
Facility Name:
Residual Source WQ # or
NPDES #:
WQ0034468
Brunswick County
WQ0023693
WWTP Name: West Brunswick Regional WWTP
Residual Analvsis Data
Laboratory:
1)
2)
3)
4)
5)
Environmental Chemists, Inc.
Parameter
(mg/kg)
Conc.
Limit
{mg/kg)a
Sample or Composite Date
0 I /10118
09/28/ 18
10/03/18
11/14/18
Percent Solids {%)
NA
2.85
3.31
2.42
4.13
Arsenic
75
17.20
14.90
19.80
12.40
Cadmium
85
17.20
14.90
19.80
12.40
Chromium
NA
55.40
33.20
50.40
38.30
Copper
4,300
547.00
447.00
653.00
567.00
Lead
840
29.50
17.90
25.80
25.20
Mercury
57
1.09
1.03
1.28
5.76
Molybdenum
75
17.20
14.90
19.80
12.40
Nickel
420
32.40
19.60
29.30
21.30
Selenium
100
17.20
14.90
19.80
12.40
Zinc
7,500
2,060
1,600
2,310
2,420
Total Phosphorus
NA
62,600
44,100
2,520
2,370
TKN
NA
91,200
86,500
123,000
76,600
Ammonia -Nitrogen
NA
707.00
50,300
72,000
39,200
Nitrate and Nitrite
NA
95.10
0.60
469.00
214.00
For surface disposal facilities the ceiling concentration limits listed in this form are not applicable. Reference the individual permit for metals limits.
"I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system designed to
assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are significant penalties
for submitting false information, including the possibility of fines and imprisonment for knowing violations."
Signature of Preparer *
Date
*Preparer is defined in 40 CPR Part 503.9(r) and 15A NCAC 2T _1102 (26) pbNR FORM RSSF (12/2006)

ANNUAL RESIDUAL SAMPLING SUMMARY FORM - B
Report all sampling analysis results for parameters not listed in FORM RSSF that are part of the WQ permit or were analyzed for over the past
calendar year. Use additional forms as needed.
WQ Permit Number:
Facility Name:
Residual Source
NPDES # or WQ#:
WWTP Name:
Residual Analv.-ds Data
WQ0034468
Brunswick County
WQ0023693
West Brunswick Regional WWTP
Laboratory:
1)
2)
3)
4)
5)
Environmental Chemists, Inc.
"I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
signature of Preparer
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T. 1 102 (26)
Date
DENR FORM RSSF - B (12/2006)
Sample or Composite Date
Parameter
(mg/kg)
01/10/18
09/28/18
10/03/18
11/14/18
Aluminum
29,100
17,100
27,400
28,300
Calcium
30,600
24,900
37,800
1 44,300
Magnesium
4,630
4,170
5,700
8,980
pH
7.74
8.30
8.27
7.45
Potassium
6,110
5,500
8,550
7,380
Sodium
3,150
2,050
1 2,970
2,880
"I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
signature of Preparer
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T. 1 102 (26)
Date
DENR FORM RSSF - B (12/2006)

ANNUAL RESIDUAL SAMPLING SUMMARY FORM
Please note that your permit may contain additional parameters to be analyzed. The parameters can be reported in FORM RSSF - B
WQ Permit Number:
Facility Name:
Residual Source WQ # or
NPDES #:
WQ0034468
Brunswick County
NCO086819
WWTP Name: Northeast Brunswick Regional WWTP
Residual Analvsis Data
Laboratory:
I)
2)
3)
4)
S)
Environmental Chemists, Inc.
Parameter
(mg/kg)
Cone.
Limit
(mg/kg)o
Sample or Composite Date
01/10/18
03/28/18
07/26/18
11/01/18
Percent Solids (%)
NA
4.93
3.73
3.66
5.05
Arsenic
75
10.80
13.50
13.50
10.70
Cadmium
85
10.80
13.50
13.50
10.70
Chromium
NA
61.70
41.00
53.60
37.80
Copper
4,300
217.00
194.00
238.00
193.00
Lead
840
19.00
13.80
15.00
12.20
Mercury
57
0.446
0.429
0.519
0.396
Molybdenum
75
10.80
13.50
13.50
10.70
Nickel
420
34.10
25.50
30.90
23.80
Selenium
100
10.80
13.50
13.50
10.70
Zinc
7,500
1,220
1,060
997.00
956.00
Total Phosphorus
NA
60,300
57,300
32,400
34,200
TKN
NA
144,000
107,000
98,400
89,300
Ammonia -Nitrogen
NA
46,200
65,800
52,600
40,600
Nitrate and Nitrite
NA
91.40
5.83
201.00
152.00
" For surface disposal facilities the ceiling concentration limits listed in this form are not applicable. Reference the individual permit for metals limits.
"I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system designed to
assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are significant penalties for
submitting false information, including the possibility of fines and imprisonment for knowing violations."
ignature of Preparer
Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T. 1102 (26) DENR FORM RSSF (12/2006)

ANNUAL RESIDUAL SAMPLING SUMMARY FORM - B
Report all sampling analysis results for parameters not listed in FORM RSSF that are part of the WQ permit or were analyzed for over the past
calendar year. Use additional forms as needed.
WQ Permit Number:
Facility Name:
Residual Source
NPDES # or WQ#:
WWTP Name:
Residual Analvsis Data
WQ0034468 Laboratory:
Brunswick County
Q 1 1 i 9 i_ J
Northeast Brunswick Regional WWTP
3)
4)
5)
Environmental Chemists, Inc.
" I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
signature of Preparer *
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T - 1 102 (26)
Date
DENR FORM RSSF - B (12/2006)
Sample or Composite Date
Parameter
(mg/kg)
01/10/18
03/28/18
07/26/18
11/01/18
Aluminum
6,090
6,380
8,060
656
Calcium
19,500
16,500
1
16,600
17,900
Magnesium
8,820
6.090
3,930
5,070
pH
7.29
7.41
7.36
8.05
Potassium
13,500
13,000
10,400
8,550
Sodium
1,830
1,820
1,730
1,630
" I certify, under penalty of law, that this document was prepared under my direction or supervision in accordance with a system
designed to assure that qualified personnel properly gathered and evaluated the information submitted. I am aware that there are
significant penalties for submitting false information, including the possibility of fines and imprisonment for knowing violations."
signature of Preparer *
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T - 1 102 (26)
Date
DENR FORM RSSF - B (12/2006)

Annual Pathogen and Vector Attraction Reduction Form - (503 Rules)
FORM PVRF 503

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick County
WWTP Name: West Brunswick Regional WWTP
WQ Permit Number:
NPDES Number:
WQ0034468
WQ0023693
Monitoring Period: From 1/1/2018 To 3/31/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A: Alternative l ❑ Alternative 2 ❑ Alternative 3 ❑
❑
Alternative 4 ❑ Alternative 5 El Alternative 6 ❑
❑
If applicable to alternative performed (Class A only) indicate "Process to Furtlrer Reduce Patl►ogens":
Compost ❑ fleat Drying ❑ HeatTreatment ❑ 7`llemlophilic 0
Beta Ray ❑ Gamma Ray ❑ Pasteurization ❑
Class B: Alternative I ❑ Altemative 2 ❑
If applicable to alternative performed (Class 13 only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying❑ Conlpastin� El
Aerobic l:)igestion ❑
Anaerobic Digestion ❑
_.
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Alt. 9 (Injection)
Allowable Level
Pathogen Density
� Y
Number of
Frequency
Sample
Analytical
Parameter
in Sludge
Excee-
deuces
of Analysis
Type
Tech-nique
Minimum
Geo. Mean
Maxirnu�
Units
2 x 10 to the
MPN
6th power
per grarn of
Fecal Coliform
total solids
C1"U
1000 tnpn per gram
MPN/
of total solid (dry
7
7
8
0
Quarterly
Grab
SM9221 CE
weight)
Gram
Salmonella bacteria
3 MPN per 4 grarns
(in lieu of fecal
total solid (dry
coliform)
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed -
Alt, I
erformed:
Alt.l (VS reduction)
❑
Alt. 2 (40 -day bench)
❑
Alt. 3 (30 -day bench) El
lAlt. 4 (Spec. 02 uptake)
❑
Alt. 5 (14 -Day Aerobic)
❑
Alt. 6 (Alk. Stabilization
❑
Alt 7 (Drying - Stable) ❑
Alt. 8 (Drying - Unstable)
❑
Alt. 9 (Injection)
❑
Alt. 10 (Incorporation)
❑
No vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
D "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been met. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tim Webb - Wastewater Superintendent
Preparer Name and Title (type or print)
Signature of Preparer*
Land Applier Name and Title (if applicable)(type or print)
1-10-11-�
Date Signature of Land Applier (if applicable)
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T. 1 102 (26)
Date
DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick County WQ Permit Number:
WWTP Name: West Brunswick Regional WWTP NPDFS Number:
Monitoring Period: From 4/1/2018 To 6/30/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
WQ0034468
WQ0023693
Class A: Alternative 1 ❑ Alternative 2 ❑ 1 Alternative 3 ❑
❑
Alternative 4 ❑ Alternative 5 El I Alternative 6 ❑
❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost 11'o 1'Drying, ElI-feat Treatment ❑ Thermophilic El
Beta Ray ❑ Gramma Ray ❑ Pasteurization ❑
Class B: I Alternative 1 ❑ Allematrve 2 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑
Air Drying❑ Com posting ❑
jAerobic Digestion ❑
Anaerobic Digestion El-
❑
If applicable to alternative performed (Class A or Class B) complete the following monitoring
data:
Alt_ 10 (Incorporation)
Allowable Level
Pathogen Density
g y
Number o
Frequency
Sample
Analytical
Parameter
in Sludge
g
Excee-
dentes
of Analysis
Type
yp
Teclr-ni ue
Minimum
Geo. Mean
Maximum
Units
2 x 10 to the
MPN
6th power
per grant of
Fecal Coliform
total solids
CFU
1000 mpn per gram
MPN/
of total solid (dry
45
46
46
0
Quarterly
Grab
SM9221 CE
weight)
Gram
Salmonella bacteria
3 MPN per 4 grams
(in lieu of fecal
total solid (dry
coliform)
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.1 (VS reduction)
❑
All. 2 (40 -day bench)
❑
Alt. 3 (30 -day bench) El
Alt. 4 (Spec. 02 uptake)
❑
Alt. 5 (14 -Day Aerobic)
❑
Alt. 6 (Alk. Stabilization
❑
Alt 7 (Drying - Stable) ❑
JAR. 8 (Dying - Unstable)
❑
Alt. 9 (Injection)
❑
Alt_ 10 (Incorporation)
❑
No vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
0 "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been met. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tim Webb - Wastewater Superintendent
Preparer Name and Title (type or print)
Signature of Preparer* Date
Land Applier Name and Title (if applicable)(type or print)
Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 5039(r) and 15A NCAC 2T. 1 102 (26)
DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick County WQ Permit Number: WQ0034468
WWTP Name. West Brunswick Regional WWTP
NPDCS Number: WQ0023693
Monitoring Period: From 7/1/201$ To 9/30/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A: Alternative 1 ❑ 1 Alternative 2 ❑ Alternative 3 ❑
❑
Alternative 4 ❑ Altemative 5 ❑ Alternative 6 ❑
❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑ heat Drying ❑ Heat Treatment ❑ Thennophilic 0
Beta Ray ❑ Gamma Ray ❑ Pastetwization ❑
Class B: Alternative l L1Altcn]atn�c, � ❑
Y
If applicable to alternative performed (CIass B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying❑ Composting ❑
jAerobic Digestion ❑
Anaerobic Digestion ❑
I Alt. S (Drying - Unstable)
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Allowable Level
Pathogen Densis
� Y
Number o
Gxcee-
Frequency
Sample
Analytical
Minimum
Geo. Mean
Maximum
Units
in Sludge
deices
of Analysis
Type
Tech-nique
2 x 10 to the
MPN
6th power
per grain of
Fecal Coliform
total solids
CFU
1000 mpn per gram
MPN/
of total solid (dry
554
579
603
0
Quarterly
Grab
SM92210E,
weight)
Gram
Salmonella bacteria:1
3 MPN per 4 grains
(in lieu of fecal
total solid (dry
coliform)
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.] (VS reduction)
❑
Alt. 2 (40 -day bench)
❑
Alt. 3 (30 -day bench) El
JAIL 4 (Spec. O, uptake)
❑
Alt. 5 (14 -Day Aerobic)
❑
Alt. 6 (Alk. Stabilization
❑
Alt 7 (Drying - Stable) ❑
I Alt. S (Drying - Unstable)
❑
Alt. 9 (Injection)
❑
Alt. 10 (Incorporation)
❑
No vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
L7 "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been met. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tim Webb - Wastewater Superintendent
Preparer Narne and Title (type or print)
Signature of Preparer* Date
Land Applier Name and Title (if applicable)(type or print)
Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T .1 102 (26)
DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick County WQ Pcrmit Number: WQ0034468
WWTP Name: West Brunswick Regional WWTP
Monitoring Period: From 10/1/2018 To
NPDES Number: W00023693
12/31/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A: Alternative I ❑ Alternative 2 ❑ Alternative 3 ❑
❑
Alternative 4 ❑ Alternative 5 0 Alternative 6 ❑
❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑ heat Drying ❑ I -neat `I`reatment ❑ Theriiophilic CI
Beta Ray ❑ Gamma Ray ❑ Pasteurization ❑
Class B: Alternative I 0 Altemative 2 ❑
If applicable to alternative performed (Class B only) indicate "Prt>cess to Signilicailtly Reduce. Pathogens".
Lime Stabilization ❑ Air Drying❑
Coni posting ❑ Aerobic Digestion ❑
Anaerobic Digestion -
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Allowable Level
Pathogen DensityNum
ef•o
Excee-
1:'requency
Sample
Analytical
Minimum
Geo. Mean
MaXiInLl
Units
in Sludge
g
dences
of Analysis
Type
yp
Tech-ni ue
9
2 x 10 to the
MPN
6th power
per gram of
Decal Coliform
total solids
CF[J
1000 mpii per gram
MPN/
of total solid (dry
61
64
67
0
Quarterly
Grab
SM922 € CE
weight)
Gram
Salmonella bacteria
3 MPN per 4 grams
(in lieu of fecal
total solid (dry
coliform)
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.] (VS reduction)
❑
Alt. 2 (40 -day bench)
❑
Alt. 3 (30 -day bench) ❑ 1Alt. 4 (Spec. Oz uptake)
❑
Alt. 5 (14 -Day Aerobic)
❑
Alt. 6 (Alk. Stabilization
❑
Alt 7 (Drying - Stable) ❑ JAR. 8 (Drying - Unstable)
❑
Alt. 9 (Injection)
❑
Alt. 10 (Incorporation)
❑
No vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
0 "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been met. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tim Webb - Wastewater Superintendent
Preparer Name and Title (type or print)
Signature of Preparer* Date
Land Applier Name and Title (if applicable)(type or print)
Signature of Land Applier (if applicable) Date
'Preparer is defined in 40 CFR Part 503.9(r) and ISA NCAC 2T. 1 102 (26)
DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick County WQ Permit Number: WQ0034468
WWTP Name: Northeast Brunswick Regional WWTP
NPDES Number: NCO086819
Monitoring Period: From 1/1/2018 To 3/31/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A: Alternative 1 ❑ Alternative 2 ❑ Alternative 3 ❑
❑
Alternative 4 ElAlternative 5 CD Alternative 6 11
❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce Pathogens":
Compost ❑ heat Drying ❑ Ileat "treatment ❑ 'I'hemlophilic 0
Beta Ray ❑ Gamma Ray ❑ Pasterrr-izatiorr ❑
Class B: Alternative l ElAltenlative 2 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying❑ Com posting ❑ jAerobic Digestion ❑
Anaerobic Digestion ❑
Alt 7 (Drying - Stable) ❑
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
❑
Allowable Level
Patho en Densit y
Nunn er o
frequency
Sample
Analytical
Parameter�
in Sludge
Exeee-
deuces
of Analysis
Type
Tech-nique
Minimum
Geo. Mean
Maximum
Units
2 x 10 to the
MPN
6th power
per grain of
Fecal Coliform
total solids
CPL
1000 mpn per grain
MPN/
of total solid (dry
450
465
473
0
Quarterly
Grab
SM92210E
weight)
Grath
Salmonella bacteria
3 MPN per 4 grams
(in lieu of fecal
total solid (dry
coliform)
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.1 (VS reduction)
❑
Alt. 2 (40 -day bench)
❑
Alt. 3 (30 -day bench) Q
A]t. 4 (Spec. O, uptake)
❑
Alt. 5 (14 -Day Aerobic)
❑
Alt. 6 (Alk. Stabilization
❑
Alt 7 (Drying - Stable) ❑
jAlt. 8 (Drying - Unstable)
❑
Alt. 9 (Injection)
❑
Alt. 10 (Incorporation)
❑
No vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
D "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been met. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tim Webb - Wastewater Superintendent
Preparer Name and Title (type or print)
Signature of Preparer* Date
Land Applier Name and Title (if applicable)(type or print)
Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(x) and 15A NCAC 2T. 1 102 (26)
DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick County WQ Permit Number: WQ0034468
WWTP Name: Northeast Brunswick Regional WW`l'P
NPI)ES Number: NCO086819
Monitoring Period: From 3/€12018 To 6/30/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A: Alternative 1 ❑ Altemative 2 ❑ I Alternative 3 ❑
❑
Alternative 4 ❑ Altemative 5 0 I Alternative 6 ❑
❑
If applicable to alternative performed ((:lass A only) indicate "Process to Further Reduce Pathogens":
Compost ❑ Heat Drying❑ Heat Treatment ❑ Thetinol}hilic CI
Beta Ray ❑ Gamma Ray ❑ Pasteurization ❑
Class B: Alternative 1 ❑
Alternative 2 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying❑ Conn posting ❑ Aerobic Digestion ❑
Anaerobic Digestion ❑
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
❑
Allowable Level
Pathogen Density
Number oFrequency
❑
Sample
Analytical
Parameter
i� Sludge
g
Excce-
dentes
of Analysis
y
Type
Tech-ni ue
q
Minimum
Geo. Mean
MaximuE
Units
2x 10 to the
MPN
6th power
per gram of
Fecal Coliform
total solids
CFU
1000 mpn per grain
MPN/
of total solid (dry
339
355
379
0
Quarterly
Grab
SM92210E
weight)
Gram
Salmonella bacteria
3 MPN per 4 grams
(in lieu of fecal
total solid (dry
coliform)
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.1 (VS reduction)
❑
Alt. 2 (40 -day bench)
❑
Alt. 3 (30 -day bench) 0 Alt. 4 (Spec. O, uptake)
❑
Alt. 5 (14 -Day Aerobic)
❑
Alt. 6 (Alk. Stabilization
❑
Alt 7 (Drying - Stable) ❑ Alt. 8 (Drying - Unstable)
❑
Alt. 9 (Injection)
❑
Alt. 10 (Incorporation)
❑
No vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
CD "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been met. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tim Webb - Wastewater Superintendent
Preparer Name and Title (type or print)
Signature of Preparer* Date
Land Applier Name and Title (if applicable)(type or print)
Signature of Land Applier (if applicable) Date
*Preparer is defined in 40 CFR Part 503.9(r) and 15A NCAC 2T. 1 102 (26)
DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick County
WWTP Name: Northeast Brunswick Regional WWTP
WQ Permit Number:
NPDCS Number:
WQ0034468
NCO086819
Monitoring Period: From 7/1/2018 To 9/30/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
Class A: Alternative I ❑ Alternative 2 ❑ Alternative 3 ❑
I
Alternative 4 ❑ Alternative 5 ❑ Alten]ative 6 El
If applicable to alternative pee forined ((,lass A only) indicate "Process to I'urtber lZeduce Pathogens":
Compost ❑ 1 -feat Dying ❑
Heat Treatment ❑
Thennophilic CI
Beta Ray ❑ Gamma Ray ❑
Past euricatlon ❑
Class B: Alternative I ❑ Alternative 2 ❑
If applicable to alternative performed (Class B only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying❑ Composting ❑ jAcrobic Digestion ❑
Anaerobic Digestion ❑
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Allowable Level
in Sludge
Pathogen Density
Number Of
ixece-
]l-equency
of Analysis
Sample
'Type
Analytical
Tecli-pique
Minimum
Geo. Mean
Maximus
Unitsdenccs
Fecal Coliform
2 x 10 to the
6th power
per grana of
total solids
MPN
CFU
1000 mpn per gram
of total solid (dry
weight)
40
41
43
MPN/
Gram
0
Quarterly
Grab
SM9221C1'
Salmonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4 grams
total solid (dry
Weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.l (VS reduction) ❑ Alt. 2 (40 -day bench) ❑ Alt. 3 (30 -day bench) [Q JAR. 4 (Spec. O, uptake) ❑
Alt. 5 (14 -Day Aerobic) ❑ Alt. 6 (Alk. Stabilization ❑ Alt 7 (Drying - Stable) ❑ JAR. 8 (Drying - Unstable) ❑
Alt. 9 (Injection) ❑ Alt. 10 (Incorporation) ❑ No vector attraction reduction alternatives were performed ❑
CERTIFICATION STATEMENT (please check the appropriate statement)
"I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been met. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tian Webb - Wastewater Superintendent
Preparer Name and Title (type or print)
Signature of Preparer*
Land Applier Name and Title (if applicable)(type or print)
Date Signature of Land Applier (if applicable)
*Preparer is defined in 40 CFR Part 503.9(x) and 15A NCAC 2T. 1102 (26)
Date
DENR FORM PVRF 503 (12/2006)

ANNUAL PATHOGEN AND VECTOR ATTRACTION REDUCTION FORM (503 Rules)
Facility Name: Brunswick Cminty WQ Permit Number:
WWTP Name: Northeast Brunswick Regional WWTP NPDES Number:
Monitoring Period: From 10/1/2018 To 12/31/2018
Pathogen Reduction (40 CFR 503.32) - Please indicate level achieved and alternative performed:
WQ0034468
NCO086819
Class A: Altemative l El Altemative 2 ❑ 1 Alternative 3 ❑
❑
Alternative 4 ❑ Alternative 5 ❑ Alternative 6 ❑
❑
If applicable to alternative performed (Class A only) indicate "Process to Further Reduce 11'atliogens":
Compost ❑ bleat Drying ❑ Pleat Treatment ❑ 1 henliophllic ❑
❑
Beta Ray ❑ Gamma Ray ❑ Pasteurization ❑
Class B: Alternative l ❑
Alternative 2 ❑
if applicable to alternative performed (Class 13 only) indicate "Process to Significantly Reduce Pathogens":
Lime Stabilization ❑ Air Drying❑ Composting ❑
lAerobic Digestion ❑
Anaerobic Digestion ❑
Alt. 9 (Injection)
If applicable to alternative performed (Class A or Class B) complete the following monitoring data:
Parameter
Allowable Level
in Sludge
Pathogen Density
Number oFrequency
Excee-
deuces
of Analysis
Sample
Type
Analytical
Tech-nique
Minimum
Geo. Mean
Maximurnj
Units
Fecal Coliform
2 x 10 to the
6th power
per gram of
total solids
MPN
CFU
1000 mpn per gram
of total solid (dry
weight)
36
41
44
MPN/
Gram
0
Quarterly
Grab
SM92210E
Salmonella bacteria
(in lieu of fecal
coliform)
3 MPN per 4 grants
total solid (dry
weight)
Vector Attraction Reduction (40 CFR 503.33) - Please indicate option performed:
Alt.l (VS reduction)
❑
Alt. 2 (40 -day bench)
❑
Alt. 3 (30 -day bench) [Q I
Alt. 4 (Spec. O, uptake)
❑
Alt. 5 (14 -Day Aerobic)
❑
Alt. 6 (Alk. Stabilization
❑
Alt 7 (Drying - Stable) ❑ 1AIt.
8 (Drying - Unstable)
❑
Alt. 9 (Injection)
❑
Alt. 10 (Incorporation)
❑
No vector attraction reduction alternatives were performed
❑
CERTIFICATION STATEMENT (please check the appropriate statement)
Cl "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have been met."
❑ "I certify, under penalty of law, that the pathogen requirements in 40 CFR 503.32 and the vector
attraction reduction requirement in 40 CFR 503.33 have not been met." (Please note if you check this
statement attach an explanation why you have not met one or both of the requirements.)
"This determination has been made under my direction and supervision in accordance with the system designed
to ensure that qualified personnel properly gather and evaluate the information used to determine that the
pathogen and vector attraction reduction requirements have been inet. I am aware that there are significant
penalties for false certification including fine and imprisonment."
Tim Webb - Wastewater Superintendent
Preparer Name and Title (type or print)
Signature of Preparer*
Land Applier Name and Title (if applicable)(type or print)
Date SignatUre of Land Applier (if applicable)
*Preparer is defined in 40 CFR Part 503.9(x) and 15A NCAC 2T. 1 102 (26)
Date
DENR FORM PVRF 503 (12/2006)

Lab Sheets
ANALYTICAL DATA

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant
Date Sampled: January 10, 2018
West Brunswick Regional WWTP
Mineralization Rate 0.30
2.85 % Solids
7.74 pl4
Permit No. WQ0034468
Nitrogen (TKN)
9.120
91,200.000
182.400
Phosphorus
6.260
62,600,000
125.200
Potassium
0,611
6,110.000
12.220
PAN (injected)*
2.795
27,950.000
55.900
PAN (surface)*
2.760
27,596.500
55.193
Ammonia Nitrogen
0.071
707.000
1.414
Calcium
3.060
30,600.000
61.200
Calcium Carbonate Eq.
---
---
---
Magnesium
---
4,630.000
9.260
Sodium
---
3,150.000
6.300
Sulfur
---
---
---
Nitrate N / Nitrite N
---
95.100
0.190
Barium
---
---
---
SAR<
Chloride
---
---
---
0 75
]ron
---
--
1Ceiltng Conce>Is
Aluminum
---
29,100.00
58.200
(MgIK)
Arsenic
---
17.20
0.034
75
Cadmium
---
17.20
0.034
85
Chromium
---
55.40
0.111
---
Copper
-
547.00
1.094
4,300
Lead
---
29.50
0.059
840
Mercury
---
1.090
0.002
57
Molybdenum
---
17.20
0.034
75
Nickel
---
32.40
0.065
420
Selenium
---
17.20
0.034
100
Zinc
---
2,060.00
4.120
7,500
Envirochem: 2018-00424
Determination of Plant Available Nitrogen (PAN):
Injected Application:
(Mineralization Rate)(TKN-Ammonia N) -t- Ammonia N + Nitrate N -+ Nitrite N = % PAN
Surface Application:
(Mineralization Rate)(TKN-Ammonia N) + (0.5)(Ammonia N) + Nitrate N + Nitrite N = % PAN
Note: Constituents N.D. (Not Detected) or < detection limits are listed as detection limits
for calculation purposes.

Chemists, Inc.
<<
s a a (60 irldnlill 1h'n, lhtlll�ilzht�fi, NC.:1840; 911.3392.022—) Leib 910.392.442-1 I ar
7J(? J3uVN",0I tc7WI'! t�niuJ, Mo to a NC 27954 2;2.473.7,702 Lab
�� � � ��" 1 ltiltttrl� ;fo,t IJi•;#nv,1r, jaci;xm�'ilJt '\C: 2,9540 ')1.03�i. 843 Ub
l' Y•xx
ANALYTICAL R CONSULT€NG CI4EMISTS itE'o';,:cttvirct�tmcnt,ii�lter,ls t,.�ont
Brunswick County Public Utilities
Post Office Sox 249
Bolivia NC 28422
Attention: Donald Rixon
Date of Report: Feb 07, 2018
Customer PO #:
Customer ID: 08100011
Report #: 2018-00424
Project ID: West Brunswick Regional WWTP
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-01093 Site: Sludge
1/10/2018
11:08 AM Solid/Sludge Matt Henry
Test
Method
Results
Date Analyzed
Chlordane
SW 846 Method 80811313510
<0.05 mg/L
01/18/2018
Endrin
SW 846 Method 8081B/3510
<0•0005 mg/L
01/18/2018
Heptachlor
5W 846 Method 8081B13510
<0,0005 mg/L
01/18/2018
Heptachlor epoxide
5W 846 Method 80818/3510
<0.0005 mg/L
01/18/2018
Lindane
SW 846 Method 80BIB13510
<0.0005 mg/L
01/18/2018
Methoxychlor
SW 846 Method 8081 B13510
<0.0005 mg/L
01/18/2018
Toxaphene
-W 846 Method 8081 B11510
<0.05 mg/L
01/18/2018
1,4 -Dichlorobenzene (TCLP)
SW 846 method 827013510
<0.050 mg/L
01/19/2018
2,4,5 -Trichlorophenol (TCLP)
SW 846 method 827013510
<0•050mg/L
01/19/2018
2,4,6 -Trichlorophenol (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/19/2018
2,4-Dinitrotoluene (TCLP)
SW 846 method 8274/3510
<0.050 mg/L
01/19/2018
Cresol (TCLP)
SW 846 method 8270/3510
0.066 mg/L
01/19/2018
Hexachloro-1,3-butadiene (TCLP)
SW 846 method 827013510
<0.050mg1L
01/19/2018
Hexachlorobenzene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/19/2018
Hexachloroethane (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/19/2018
m + p -Cresol (TCLP)
SW 846 method 827013510
0.066 mg/L
01/19/2018
Nitrobenzene (TCLP)
SW 846 method 827013510
<0.050 mg/L
01/19/2018
o -Cresol (TCLP)
SW 846 method 8 27013 5 1 0
<0, 050 mq/L
01/19/2018
Pentachlorophenol (TCLP)
SW 846 method 8270/3510
<0.250 mg/L
01/19/2018
Pyridine (TCLP)
SW 846 method 627013510
<0.050 mg1L
01/19/2018
2,4,5 -TP
SW846 Method 8151A
<0.003 mg/L
01/18/2018
2,4-D
SW846 Method 8151A
<0.003 mg/L
01/18/2018
1,1-Dichloroethylene
SW846 Method 826015030
<D•01 mg/L
01/17/2018
1,2-Dichlorcethane
SW846 Method 8260/5030
<0.01 mg/L
01/17/2018
Benzene
SW846 Method 8260/5030
<0.01 mg/L
01/1712018
Carbon Tetrachloride
SW846 Method82G615030
<0.01 mg/L
01/17/2018
Report #:. 2018-00424
Page 3 of 6

{ K y. n �c .eta. Chemists,
t t;[l} 417incla�Iill 1V<� r, bti'iliiain< < �� �t
c n i l n, \C �0i )I{T: { ( 2+I 11 910 3)2. 4' I -a\
fiowso.rtow-71 R(c ad \9 3teEec , NC ?7954 '152.473-9702 Lab /lax
„,A Wilmington fii)'hwal,
Jacksonville, NIC 2.�5.?4(1 , 9I0347.;?bk.31..aL�ll�a�
ANALYTICAL & CONSULTlNC CHEMISTS i;:li> a ctrvu'(rni��c,]uilc11c911i:;�.ti.i:nr!1
Brunswick County Public Utilities
Date of Report: Feb 07, 2018
<0.0347 mg/kg
Post Office Box 249
Customer PO #:
SM 4500 S D
Bolivia NC 28422
Customer ID: 08100011
Ignitability
Attention: Donald Dixon
Report #: 2018-00424
01/19/2018
Sludge Residuals
Project ID: West Brunswick Regional
WWTP
Chlorobenzene SW846 Method 8260/5030
<0.01 mg/L
01/17/2018
Chloroform SW846 Method 826015030
<0.01 mg/L
01/17/2018
Methyl ethyl ketone SW846 Method 826015030
<0.05 mg/L
01/17/2018
Tetrachloroethylene SW846 Method 8260/5030
<0.01 mg/L
01/17/2018
Trichloroethylene SW846 Methoc 8260/5030
<0.01 mq/L
01/17/2018
Vinyl Chloride SW646 Method 826015030
<0.01 mg/L
01/17/2018
RCI
Cyanide
EPA 335.4
<0.0347 mg/kg
01/16/2018
Sulfide
SM 4500 S D
0.08 mg/kg
01/22/2018
Ignitability
SW 846 method 1010
X212 OF
01/19/2018
Sludge Residuals
Aluminum
EPA 200 7
29100 mg/kg
01/19/2018
Arsenic
EPA 200.7
<17.2mg/kg
01/18/2018
Cadmium
EPA 200.7
<17.2 mg/kg
01/1912018
Calcium
EPA 200.7
30600 mg/kg
01/15/2018
Chromium
EPA 2007
55.4 mg/kg
01/18/2018
Copper
EPA 200.7
547 mg/kg
01/18/2018
Lead
EPA 2D0.7
29.5 mg/kg
01/18/2018
Magnesium
EPA 200.7
4630 mg/kg
01/15/2018
Molybdenum
EPA 200.7
<17.2 nag/kg
01/18/2018
Nickel
EPA 200.7
32.4 mg/kg
01/18/2018
Potassium
EPA 200 7
6110 mg/kg
01/15/2018
Selenium
EPA 200.7
<17.2 mg/kg
01/18/2018
Sodium
UA 200.7
3150 mg/kg
01/15/2018
Zinc
PPA 2007
2060 mg/kg
01/18/2018
Total Kjeldahl Nitrogen (TKN)
EPA 351 2
91200 mg/kg
01/17/2018
Nitrate+Nitrite-Nitrogen
EPA 363.2
95.1 mg/kg
01/16/2018
Total Solids {%)
SM 2540 B
2..85%
01/11/2018
pH
SM 4500 H B
7.74 units
01/18/2018
Ammonia Nitrogen
SM 4500 NH3 c
707 mg/kg
01/21/2018
Report #:: 2018-30420 �����
���
���,
Page 4 of 5

lidilvironmental Chemists Inc.
NC `'8.405
� �i1O.39' U �.; [_ th cll�) �)? i•3'� I ,ia
i #[1 bovvw town Road, Wlitc o, i\;C 279514 2,2
255 1 kltl[11in ;fcirt Cli ;lt..}}, inci onvillc, ti'C?.S EU gi{1.31%.5b ),� [_iii/I ax
ANALYTICAL & CONSULTING CHEMISTS ill 7 riven ironment:iicix.J1ii t� cn3>>
Brunswick County Public Utilities
Date of Report: Feb 07, 2018
Post Office Box 249
Customer PO #:
Bolivia NC
28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-00424
Project ID: West Brunswick Regional
WWTP
Total Phosphorus
SM 4500 P F
62600 mg/kg
01/18/2018
Mercury
SW846 74716
1.09 mg/kg
01/15/2018
TCLP Metals
Arsenic
EPA 200.7
<1.0 mg/L
01/30/2018
Barium
EPA 200.7
<1.Omg/L
01/28/2018
Cadmium
EPA 200 7
<1.0 mg/L
01/28/2018
Chromium
EPA 200.7
<1.Omg/L
01/28/2018
Lead
EPA 200.7
<1.0 mg/L
01/28/2018
Selenium
EPA 200.7
<1.Qmg/L
01/28/2018
Silver
EPA 200.7
<1.0mg/L
01/28/2018
Mercury
EPA 245.1
<0.0020 mg/L
01/22/2018
Comment: Suldge residuals, except phi, reported on a dry weight basis
Reviewed by:`z
Report V: 2018-00424_a,..,o.....w..�.�.,..«.�.�.,.�..d.�,.�..�.�..��...:.:�....,spa.�.,e.•,.,�..w,.,,.,�.�,..,.a...r�...�.,��..�..m Page 5of5 .�..�..,

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant
Date Sampled: September 28, 2018
West Brunswick Regional WWTP Permit No. WQ0034468
Mineralization Rate 0.30 3.31 % Solids
8.3 D1-1
Nitrogen (TKN) 8.650
86,500.000
173.000
Phosphorus 4.410
44,100.000
88.200
Potassium 0,550
5,500.000
11.000
PAN (injected)* 6.116
61,160.600
122.321
PAN (surface)' 3.601
36,010.600
72.021
Ammonia Nitrogen 5.030
50,300.000
100.600
Calcium 2.490
24,900.000
49.800
Calcium Carbonate Eq. ---
---
Magnesium ---
4,170.000
8.340
Sodium ---
2,050.000
4.100
Sulfur ---
---
---
Nitrate N / Nitrite N - -
0.600
0.001
Barium ---
---
---AR
Chloride ---
--
--=.
0.57 _<:.._...'
Iron -
---
---
Cel tltg is
Aluminum ---
17,100.00
34.200
(MglKgj
Arsenic ---
14.90
0.030
75
Cadmium ---
14.90
0.030
85
Chromium ---
33.20
0.066
---
Copper ---
447.00
0.894
4,300
Lead ---
17.90
0.036
840
Mercury ---
1.030
0.002
57
Molybdenum ---
14.90
0.030
75
Nickel ---
19.60
0.039
420
Selenium ---
14.90
0.030
100
Zinc ---
1,600.00
3.200
7,500
E'nvirochcm; 2018-15974
*Determination of Plant Available Nitrogen (PAN):
Injected Application:
(Mineralization Rate)(TKN-Ammonia N) + Ammonia N + Nitrate N + Nitrite N = % PAN
Surface Application,
(Mineralization Rate)(TKN-Ammonia N) + (0.5)(Ammonia N) + Nitrate N + Nitrite N = % PAN
Note: Constituents N.D. (Not Detected) or < detection limits are listed as detection limits
for calculation purposes.

Environmental Chemists,
lnc.
710 i),ow,wilov.,11
Ro"'d, M1111eo, V.
ANALYTICAL & CONSULTING CHEMISTS
Brunswick County Public Utilities
Date of Report: Oct 29, 2018
Post Office Box 249
Customer PO #:
Bolivia NC 28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-15974
Project ID: West Brunswick Regionaf WWTP
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-40329 Site, Sludge
9/28/2018
1:30 PM Solid/Sludge Matt Henry
Test
Method
Results Date Analyzed
Chlordane
SW 846 Method 8081 B13510
<0.03 mg/L
10/08/2018
Endrin
SW 846 Method 8081 B/3510
<0.0005 mg/L
10108/2018
Heptachlor
SW 846 Method 8081B/3610
<0.0005mg/L
10/08/2018
Heptachlor epoxide
SW 846 Method 5081 B/351 0
<0.0005 mg/L
10/08/2018
Lindane
SW 846 Method 8081 W3510
<0.0005 mg/L
10/08/2018
Methoxychlor
SW 846 Method 80811313510
<D.0005 mg/L
10/08/2018
Toxaphene
SW846Method 6081B/3510
<0.05 mg/L
10/08/2018
1,4-Dichlorobenzene (TCLP)
SW 846 method 827013510
<0, 050 mg/L
10/05/2018
2,4,5-Trichlorophenol (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
10/05/2018
2,4,6-Trichlorophenol (TCLP)
SW 646 method 827013510
<0.050 mg/L
10/05/2018
2,4-Dinitrotoluene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
10/05/2018
Cresol (TCLP)
SW 846 method 8270/3510
0.094 mg/L
10/05/2018
Hexachloro-1,3-butadiene (TCLP)
SW 846 method 827013510
<0.050mg/L
10/05/2018
Hexachlorobenzene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
10/05/2018
Hexachloroethane (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
10/0512018
rn + p-Cresol (TCLP)
SW 846 method 8270/3510
0.094 mg/L
10/05/2018
Nitrobenzene (TCLP)
SW 846 method $27013510
<0.050mg/L
10105/2018
o-Cresol (TCLP)
SVV 846 method 8270/3510
<0.050 mg/L
10/05/2018
Pentachlorophenol (TCLP)
$W 846 method 827013510
<0.250 mg/L
10105/2018
Pyridine (TCLP)
SW 846 method 6270/3510
<0.050 mq/L
10/0512018
2,4,5-TP
SW846 Method 8151A
<0.003 rng1L
10/10/2018
2,4-D
SW846 Method 8151A
<0, 003 mg/L
10/10/2018
1,1-Dichlorcethylene
SVVW Method 826016030
< 0.01 mg/L
10120/2018
1,2-Dichloroethane
SW846 Method 826015030
< 0.01 mg/L
10/20/2018
Benzene
SW846 Method 826015030
< 0.01 mg/L
10/20/2018
Carbon Tetrachloride
SW846 Method 8260/5030
< 0.01 mg/L
10/2012018
Repert it: 2018-15974
Page 1 of 3

RCI
Cyanide
Environmental Chemists,
Inc.
10/15/2018
Sulfide
SM 4500 s o
Iii) i� ibV 6Y. 1't lY?'Jil Roa(l, %1,inleo, 11X 71)5.1
10/17/2018
lgnitability
5:, -A V\Cii1)1nw)i1 ligh va\, ill l;l: i�Hll`I)i�, AC .2iS540 910-34"',
1
ANALYTICAL. & CONSULTING CHEWST5
ni:;(ir;c:3' it r,1n} i ; iIi i] i3;i5tti. un
SW 846 method 9045D
Brunswick County Public Utilities
Date of Report: Oct 29, 2018
Sludge Residuals
Post Office Box 249
Customer PO #:
Bolivia NC 28422
Customer ID: 08100011
17100mglkg
Attention: Donald Dixon
Report #: 2018-15974
EPA 200.7
<14.9 mg/kg
Project ID: West Brunswick Regional WWTP
Chlorobenzene
SW846 Method 826015030 < 0.01 mg/L
10/20/2018
Chloroform
SW846 Method 826015030 < 0.01 mg/L
10/20/2018
Methyl ethyl ketone
SW846 Method 826015030 < 0.05 mg/L
10/20/2018
Tetrachloroethylene
SW846 Method 8260/5030 < 0.01 mg/L
10/20/2018
Trichloroethylene
SW848 Method 826015030 < 0,01 mg/L
10/20/2018
Vinyl Chloride
SW846 Method 826015030 < 0.01 mg/L
10/20/2018
RCI
Cyanide
EPA 335.4
<0.05 mg/kg
10/15/2018
Sulfide
SM 4500 s o
<0.10 mg/kg
10/17/2018
lgnitability
SW 846 method 1010
>215 OF
10/15/2018
pH
SW 846 method 9045D
8.30 units
10/08/2018
Sludge Residuals
Aluminum
EPA 200.7
17100mglkg
10/11/2018
Arsenic
EPA 200.7
<14.9 mg/kg
10/0912018
Cadmium
EPA 200 7
<14.9 mg/kg
10/09/2018
Calcium
EPA 200 7
24900 mg/kg
10/10/2018
Chromium
EPA 200.7
33.2 mg/kg
10/09/2018
Copper
EPA 200.7
447 mg/kg
10/09/2018
Lead
EPA 200.7
17.9 mg/kg
10/09/2018
Magnesium
EPA 200.7
4170 mg/kg
10/10/2018
Molybdenum
EPA 200.7
<14.9 mg/kg
10/16/2018
Mickel
EPA 2001
19.6 mg/kg
10/09/2018
Potassium
EPA 200.7
5500 mg/kg
10/11/2018
Selenium
EPA 200.7
<14.9 mg/kg
10/09/2018
Sodium
EPA 200.7
2050 mg/kg
10/11/2018
Zinc
EPA 200.7
1600 mg/kg
10/09/2018
Nitrate+Nitrite-Nitrogen
EPA 353,2
<0.60 mg/kg
10/09/2018
Total Solids (%)
SM 2540 0
3.31%
10/02/2018
Ammonia Nitrogen
SM 4500 NH3 C
50300 mg/kg
10/09/2018
Total Kjeldahl Nitrogen (TKN)
SM 4500 org s
86500 mg/kg
10/09/2018
Report # 2018.15974 «,a�.�v��
.�,..�,,...,..�...a.....
Page 2 of 3 .�,..�Y,.�..�.

E nvironinental. Chemists, Inc.
.N( 18.41:7 il(1_;�?O?231..ab c,l�i.3i'?-142A
71 i 13_>t,_;ctrtut`i Ru d,:M,wfl(m, NE:: 275'i}; 2ri2.. _3.;'7i)7
-1.53- A Vv I rtiF) iun I'Ik"! tvar, iacksotIv llc, V "ti540 , 9 M.3•l1v Fay
ANALYTICAL $ CONSULTING CHEMISTS
Brunswick County Public Utilities Date of Report: Oct 29, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-15974
Project ID: West Brunswick Regional WWTP
Total Phosphorus SM 4500 P F 44100 mg/kg 10/16/2018
Mercury SW846 74718 1.03 mg/kg 10/23/2018
TCLP Metals
Arsenic
GPA 200.7
<1.0 mg/L
10/09/2018
Barium
EPA 200.7
X1.0 mg/L
10/05/2018
Cadmium
EPA 200.7
<1,0mg/L
10/05/2018
Chromium
EPA 200.7
<1.0 mg/L
10/05/2018
Lead
EPA 200 7
<1.0 mg1L
10/05/2018
Selenium
EPA 200 7
<1.0 mg/L
10/09/2018
Silver
EPA 200.7
<1.0 mg/L
10/05/2018
Mercury
EPA 245.1
<0.0002mg/L
10/10/2018
Comment:
Reviewed by:
Repor; p: 2018-15974 Page 3 of 3

COUNTY OF BRUNSWICKQJ�6 r West Brunswick Regional Laboratory
Public utilities Department `� 235 Grey Water Road
Wastewater Treatment Division Suppl NC 2$4Fi2
Y
CIA 46��! Phone: [phone] Pax: 910-755-7927
Sample Collection and Cham of Custody
Collected By: Matthew Henn Report No.: _
Samp#e Type: I = Influent, E = Effluent, W = Wel(, ST = Stream. SO = Soil Si = SlioriP ()thar
Sample
Identification
West Brunswick
Regional
Collection
Sample
Type
SL
Composite Container
or Grab (Plastic or Glass)
C P
Chlorine
mglL
���!I
�
LAB 10
NUMBERINONE1
PRESERVATION
ANALYSIS
REQUESTED
DATE TIME
TEMP
45'C
XRCl/RIIResiduals
HCI
IHZSO4
HNO3
THIO
OTHER
TC
9/28/2018 1:30 PM
G G
C P
G G
C P
G G
C P
G G
C P
G G
C P
G G
C P
G (T—
C
C P
G G
C P
G G
C P
G G
C P
G G
ATTENTION: Samples submitted for analysis forAmmonia, TKN, Cyanide, Phenol and all Bacteriologicais must be dechlorinated to a 0.2 ppm at time of collection
Transfer Relinquished By -
2
DatelTime Received By:
Date/Time
'Temperature when Received. Accepted: Reiecled: esa "i eAu `ed.
Delivered By: j
r
Comments: pH

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant
Date Sampled: October 3, 2018
West Brunswick Regional WWTP Permit No. WQ0034468
Mineralization Rate 0.30 2.42 % SoIids
8.27 nll
Nitrogen (TKN)
12.300 123,000.000
246.000
Phosphorus
0.252 2,520.000
5.040
Potassium
0.855 8,550.000
17.100
PAN (injected)*
8.777 87,769.000
175.538
PAN (surface)*
5.177 51,769.000
103.538
Ammonia Nitrogen
7.200 72,000.000
144.000
Calcium
3.780 37,800.000
75.600
Calcium Carbonate Eq.
--- ---
---
Magnesium
--- 5,700.000
11.400
Sodium
--- 2,970.000
5.940
Sulfur
--- ---
Nitrate N / Nitrite N
--- 469.000
0.938
Barium
--- ---
Chloride
--- ---
]ron
- -
�81Illg COCeII;,',
Aluminum
- 27,400.00
54.800
Arsenic
--- 19.80
0.040
75
Cadmium
-- 19.80
0.040
85
Chromium
--- 50.40
0.101
---
Copper
--- 653.00
1.306
4,300
Lead
--- 25.80
0.052
840
Mercury
--- 1.280
0.003
57
Molybdenum
--- 19.80
0.040
75
Nickel
--- 29.30
0.059
420
Selenium
--- 19.80
0.040
100
Zinc
--- 2,310.00
4.620
7,500
E:nvirochem: 2018-16162
*Determination of Plant Available Nitrogen (PAN):
Injected Application:
(Mineralization hate)(TKN-Ammonia N) + Ammonia N -t Nitrate N + Nitrite N = % PAN
Surface Application:
(Mineralization Rate)(TKN-Ammonia N) + (0.5)(Ammonia N) + Nitrate N + Nitrite N = % PAN
Note: Constituents N.D. (Not Detected) or ¢ detection limits are listed as detection limits
for calculation purposes.

Erivironniental Chemists,
Ine,
Ma €t N( 27W;-,'
A V I T i I 1 1 1 i I
1) k).:11,7 ah?.' -J.0,?1 a>.
ANALYTICAL & CONSULTING CHEMISTS
Brunswick County Public Utilities
Date of Report: Oct 26, 2018
Post Office Box 249
Customer PO #,
Bolivia NC 28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-16162
Project ID: West Brunswick Regional WWTP
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-40859 Site: Sludge
10/3/2018 11:42 AM Solid/Sludge Matt Henry
Test
Method
Results Date Analyzed
Chlordane
SW 846 Method 80816/3510
<0,03mg/L
10/18/2018
Endrin
SW 846 Method 8081813510
<0.0005mg/L
10/18/2018
Heptachlor
SW 848 Method 8081 x/3510
<0.0005 mg/L
10/18/2018
Heptachlor epoxide
SW 846 Method 8081813510
<0.0005 mg/L
10118/2018
Lindane
SW 846 Method 8061613510
<0.0005 mg/L
10/18/2018
Methoxychlor
SW 846 Method 808B/3510
<0.0005mg/L
10/18/2018
Toxaphene
9VV 846 Method 8081813510
<0.05 mg/L
10/18/2018
1,4-Dichlorobenzene (TCLP)
SW 846 method 8270136 10
<0.050 mg/L
10/17/2018
2,4,5-Trichlorophenol (TCLP)
SW 346 method 8276Y351 0
<0.050 mg/L
10/17/2018
2,4,6-Trichlorophenol (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
10/17/2018
2,4-Dinitrotoluene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
10/17/2018
Cresol (TCLP)
SW 846 method 8270!3510
0.111 mg/L
10/17/2018
Hexachloro-1,3-butadiene (TCLP)
SW 846 method 6270/3510
<0.050 mg/L
10/1712018
Hexachlorobenzene (TCLP)
SW 846 method 8270/3610
<0.050 mg/L
10117/2018
Hexachloroethane (TCLP)
SW 846 in ethod 8270/3510
<0.050 mg/L
10/1712018
rn + p-Cresol (TCLP)
SW 846 method 8270/3510
0.111 mg/L
10/17/2018
Nitrobenzene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
10/1712018
o-Cresol (TCLP)
SW 846 method 827013510
<0.050 mg/L
10/17/2018
Pentachlorophenol (TCLP)
SW a46 method 827013510
<0.250mg/L
10/17/2018
Pyridine (TCLP)
SW846 method 827013510
<0.D50 mq/L
10/17/2018
2,4,5-TP
SN1846 Method 8151 A
<0.003 mg/L
10/18/2018
2,4-D
SW646 Method 6151A
<0.003mg/L
10/1812018
1, 1 -DicNoroethylene
$W845 Method 825015030
< 0.01 mg/L
10/20/2018
1,2-Dichloroethane
SW846 Method 8260/5030
< 0.01 mg/L
10/20/2018
Benzene
SW846 Method 626015030
< 0.01 mg/L
10/20/2018
Carbon Tetrachloride
SW846 MPthod 8260,5030
< 0.01 mg/L
10/20/2018
Repu; t;V 20i8-16162
Page 3 of 5

. ;t;:ai'r�' s s
Environmental Chenusts, Inc.
e W 4 ,ti o10"' 1ti'illdri';ll 11�ti}'. VV;Imin g toil. ;N(. 1>84 i� Lal? �il0 3«._.-11 2 `.
Ili! )w L'Ilow I1 l% $,1,)(
VVi1in,,(on l f;l;) 1c1'sl)Iw I , AA ^. 510 -, 17 ]"'A i f ax
ANA[YTICAL. & CONSULTING CHRIISTS :tf, r`em in,nni .nZ MIo ti�i .-.:int
Brunswick County Public Utilities
Date of Report: Oct 26, 2018
Post Office Box 249
Customer PO #:
Bolivia NC
28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-16162
Project ID: West Brunswick Regional WWTP
Chlorobenzene
SW846 Method 826015030
<0.01 mg/L
10/20/2018
Chloroform
SW846 Method 8260/8030
< 0.01 mg/L
10/20/2018
Methyl ethyl ketone
SW846 Method 8260/6030
< 0.05 mg/L
10/20/2018
Tetrachloroethylene
SW846 Method 826015030
< 0.01 mg/L
10/20/2018
Trichloroethylene
-SW846 Method 6260/5630
< 0.01 mg/L
10/20/2018
Vinyl Chloride
SW846 Method 8260/5030
< 0.01 mg/L
10120/2018
RCI
Cyanide
EPA 335.4
<0.05 mg/kq
10/15/2018
Sulfide
SM 4500 S o
<0.10 mg/kg
10/17/2018
lgnitability
SW 846 method 1010
>215 OF
10/15/2018
pH
SW 846 Method 9045D
8.27 units
10/10/2018
Sludge Residuals
Aluminum
EPA 260.7
27400 mg/kg
10/11/2018
Arsenic
EPA 200 7
<19.8 mg/kg
10109/2018
Cadmium
EPA 200.7
<19.8 mg/kg
10/09/2018
Calcium
EPA 200 7
37800 mg/kg
10/10/2018
Chromium
EPA 200 7
50.4 mg/kg
10/09/2018
Copper
EPA 200.7
653 mg/kg
10/09/2018
Lead
EPA 200.7
25.8 mg/kg
10/09/2018
Magnesium
EPA 200.7
5700 mg/kg
10/10/2018
Molybdenum
EPA 200.7
<19, 8 mg/kg
10/16/2018
Nickel
EPA 200.7
29.3 mg/kg
10/09/2018
Potassium
EPA 200 7
8550 mg/kg
10/12/2018
Selenium
t=PA 200.7
<19.8 mg/kg
10/09/2018
Sodiums
EPA 200.7
2970 mg/kg
10/12/2018
Zinc
EPA 200.7
2310 mglkg
10/0912018
Nitrate+Nitrite-Nitrogen
EPA 353.2
469 mg/kg
10/24/2018
Total Solids (%)
SM 2540 B
2.42 %
10/05/2018
Ammonia Nitrogen
SM 4500 NH3 C
72000 mg/kg
10/10/2018
Total Kjeldahl Nitrogen (TKN)
SM 4500 cis B
123000 mg/kg
10/10/2018
Repori 4.. 2018-76? 6'L..W,Tw«,�..,�„<.�...,,.,�..e.,m......,,rW.�.,
_,.�.,..,......�.,...�,,.,.�d..a...,.....,...,...�.....,.._,.,.._..,.,..,..w��„r---
- -------w-�.�,,...
Pa9s 4 of 5 w.»�...,�.._.

` Y °
N?, -40
�•> �� E � Ix � ��i � � i 1Z<r3r! \t�t�lct� \_( ' �1i-I �',7,�t.', s i[l' i 3h I t�
i A b1 1E
ANALYMAI.. & CONSULTING i:HEMIS7"5
id;tilfrl;Cl ,A'EI'ivi;7`Clif.!I�
Brunswick County Public Utilities Date of Report: Oct 26, 2018
Post Office Box 249 Customer PO #,-
Bolivia
:Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-16162
Project ID: West Brunswick Regional 11VWTP
Total Phosphorus SM 4500 P r W 2520 mg/kg 10/19/2018
Mercury SW846 74718 1.28 mg/kg 10/10/2018
TCLP Metals
Arsenic
EPA 200 7
<1.0 mg/L
10/19/2018
Barium
EPA 200.7
<1.0mg/L
10/19/2018
Cadmium
EPA 200.7
<1.0mg/L
10/19/2018
Chromium
EPA 200.7
<1.0mg/L
10/19/2018
Lead
EPA 200 7
<1.0 mg/L
10/19/2018
Se€enium
EPA 200 7
<1.0 mg/i_
10/19/2018
Silver
EPA 200 7
<1.0 mg/L
10/19/2018
Mercury
_EPA 245 ,
<0.0002 mg/L
10/1712018
Lab Ill Sample ID:
Collect Date/Time
v Matrix _- Sampled by
__
18-40869A Site: Sludge
10/3/2018 11:42 AM
Solid/Sludge Matt Henry
Test _
Method µ
Results Date Analyzed
1,1-Dichloroethylene
9W846 Method 8260/5030
<0.01 rng/L
10/20/2018
1,2-Dichloroethane
SW846 Method826ol5o30
<0.01 mg/L
10/20/2018
Benzene
SW846 Method 826015030
< 0.01 mg/L
10/20/2018
Carbon Tetrachforide
SW846 Method 8260/5030
< 0.01 mg/L
10/20/2018
Chlorobenzene
SW846 Method 8260/5030
< 0.01 mg/L
10/20/2018
Chloroform
SW646 Method 8260/5030
< 0.01 mg/L
10/20/2018
Methyl ethyl ketone
SW848 Method 8260/5030
< 0 05 mg/L
10/20/2018
Tetrachloroethylene
SW846 Method 826015030
< 0.01 mg/L
10/20/2018
Trichloroethylene
SW846 Method 8260/5030
< 0.01 mg/L
10/24/2018
Vinyl Chloride
SW846 Method 826015030
< 0.01 mg/L
10/20/2018
Comment: Sludge residuals reported on a dry weight basis
Reviewed by; ����
Retort # : 251 8-1 61 62 Page 5 of 5

COUNTY OF BRUNSWICK ws s West Brunswick Regional Laboratory
Public Utilities Department 235 Grey Water Road
Wastewater Treatment Division Supply, NC 28462
Phone: [phone] Fax: [phone]
Sample Collection and Chain of Custody
Collected By: Matthew Henry Repot? No
Sample Type: I = Influent, E = Effluent, W = Well, ST = Stream, SO = Sail, SL = Sludpe Other:
Sample
Identification
Collection
Sample
Type
Compos
Composite Container
or Grab (Plastic or Glass)
Chlorine
mg/L
LAB IQ
NUMBER
PRESERVATION
ANALYSIS
REQUESTED
DATE TIME
TEMP
NONE
HCI
H,SOe
€iNO,
THIO
OTHER
SDNR Tank
WBR
48"C
SL
P
X
Fecal Density
1013!2018 11:35
G
SDNR Tank
WBR
48'C
SL
P
0
X
Fecal Density
10/312018 1136
G
SDNR Tank
WBR
48'C
SL
P
D
r_
X
Fecal DensitySDNR
10/3/2018 11-37
G
Tank
WBR
48`C
SL
P
D
X
Fecal Density
10/312018 11:38
G
SDNR Tank
WOR
48'C
SL
P
0
{
X
Fecal DenSity
10/312018 11:33
G
SDNR Tank
VVBR
48'C
SL
P
D
X
Fecal Density
101312018 11:40
G
SDNR Tank
VJBR
48'C
SL
P
0
X
Fecal Density
1013/2018 11,41
G
SDNR Tank
VIER
{
48-C
Si
P
a
E
I
TCLPI RClrResaduais
1002018 11.42
G
I
I
I
I
ATTENTTON: Samples submitted for analysis for Ammonia, TKN, Cyanide, Phenol and a{! BactenOiogicals [must be dechlorinated to < 0.2 ppm at time of Collection.
Transfer Relinquishes! 13 : Date/Time
y Received 8y: Date/Time
2 t
Temperature when Received. �Aceepted Re ectett: ..:.,:� !— 1 ftesample Required,
Delivered BY:
r<-

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant
Date Sampled: November 14, 2018
West Brunswick Regional WWTP Permit No. WQ0034468
Mineralization Rate 0.30 4.13 % Solids
7.45 oll
Nitrogen (TKN)
7.660
76,600.000
153.200
Phosphorus
0.237
2,370.000
4.740
Potassium
0.738
7,380.000
14.760
PAN (injected)*
5.063
50,634.000
101.268
PAN (surface)*
3.103
31,034.000
62.068
Ammonia Nitrogen
3.920
39,200.000
78.400
Calcium
4.430
44,300.000
88.600
Calcium Carbonate Eq.
---
---
---
Magnesium
---
8,980.000
17.960
Sodium
---
2,880.000
5.760
Sulfur
---
---
---
Nitrate N 1 Nitrite N
---
214.000
0.428
Barium
---
---
---
Chloride
---
---
---
Iron
---
---
---
Cei Ing,Concen .
Aluminum
-
28,300.00
56.600
Arsenic
--
12.40
0.025
75
Cadmium
---
12.40
0.025
85
Chromium
---
38.30
0.077
---
Copper
---
567.00
1.134
4,300
Lead
---
25.20
0.050
840
Mercury
---
5.760
0.012
57
Molybdenum
---
12.40
0.025
75
Nickel
--
21.30
0.043
420
Selenium
- -
12.40
0.025
100
Zinc
---
2,420.00
4.840
7,500
L• nv irochem: 2018-18854
*Determination of Plant Available Nitrogen (PAN):
Injected Application:
(Mineralization Rate)(TKN-Ammonia N) + Ammonia N + Nitrate N + Nitrite N = % PAN
Surface Application:
(Mineralization Rate)(TKN-Ammonia N) + (0.5)(Ammonia N) + Nitrate N + Nitrite N = % PAN
Note: Constituents N.D. (Not Detected) or < detection limits are listed as detection limits
for calculation purposes.

V4 a
Environmental emists, Inc.
6602 4Vincliititl LMiv, Wilmington, N(' 25105 - 9)M.392.0)2:; Lab s 9!0392.$.I'J,4 Faux
710 Bmvye rtowrl Road, Nimitcu, AC 2'i954 252.473.5702 Lab/ Fax
255-A Mimington acksonviliu, N(' 24510 < 910.344 3M'3 i..-ab/Fax
I)11 Uli7 C IPt' i ro[I inxlita]c ht nI ISt$. t. on -t
Brunswick County Public Utilities
bate of Report: Dec 17, 2018
Post Office Box 249
Customer PO #:
Bolivia NC
28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-18854
Project ID: West Brunswick Regional WWTP
Lab ID Sample ID:
Collect DatelTime Matrix Sampled by
18-47751 Site: West Brunswick
Regional
11/14/2018 8:15 AM Solid/Sludge Chris coddington
WWTP
Test ------Y
- Method—
---- _ ^ M1 Results —
Date Analyzed
Sludge Residuals
Aluminum
FPA 200.7
28300 mg/kg
11/30/2018
Calcium
EPA 2003
44300 mg/kg
11/29/2018
Magnesium
EPA 200 7
8980 mg/kg
11/29/2018
Molybdenum
FPA "0 7
<12.4 rrig/kg
12/09/2018
Potassium
FPA 200 7
7380 mg/kq
11/29/2018
Sodium
EPA 200 7
2880 mg/k.
11/29/2018
Zinc
EPA 200 7
2420 mg/kq
11/30/2018
Arsenic
EPA 200.8
<12A mg/kq
11/26/2018
Cadmium
EPA 200.8
<12.4mg/kg
11/26/2018
Chromium
EPA 200.8
38.3 mg/kg
11/26/2018
Copper
CPA 200.5
567 mg/kg
11/26/2018
Lead
EPA 200.8
25.2 mg/kg
11/26/2018
Nickel
EPA 200.8
21.3mg/kg
11/2612018
Selenium
EPA 200 a
<12.4 mg/kg
11/26/2018
Nitrate+Nitrite-Nitrogen
EPA 353.2
214 mg/kg
12110/2018
Total Solids (%)
SM 254013
4.13%
1211312018
pH
SM 4500 H s
7.45 units
11/28/2018
Ammonia Nitrogen
SM 4500 NH3 C
39200 mg/kq
11/27/2018
Total KjeldaM Nitrogen (TKN)
SM 4500 org s
76600 mglkq
11/27/2018
Total Phosphorus
SM 4500 P F
2370 mg/kg
12/07/2018
Mercury
SW846 747113
5.76 mg/kg
11/26/2018
Comment: Sludge residuals, except pig, reported on a dry weight basis, pH reported on an as received basis.—
Reviewed by: ,d1.�,
{
Report i♦:2018-18854 W,,.,.,,ww.,,..�..H�.....,�.e.,..�.�..�„_....�„�...d.._..w.....�,��,�,.�.��.,�..,.A..�._.....,�.,...�,.�.,.,..�.m..e.,....,.e_�»..,,.m.....w.�,..,�.....,w�.«a,..�„-_ Paae 2 of 2

�
§
Z § k
D f 2
�
� � k
LL
O$R
� $ $
� ? ■
0 \
UDR
A
/§
3
{
J
\j
}
_
)
}
Li
&
`
\
}
{&
}
\�
}
/
x
x
qW
,
\/
•
\�
�\
CL
3°
&(
2�
§
o
g
,
r
¥
/u
F
e
\§
d
\
/
2
/
/

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant
Date Sampled: January 10, 2018
NE Brunswick Regional WWTP Permit No. WQ0034468
Mineralization Rate 0.30 493 % Solids
7.29 PH
Nitrogen (TKN)
14.400
144,000.000
288.000
Phosphorus
6.030
60,300.000
120.600
Potassium
1.150
11,500.000
23.000
PAN (injected)*
7.563
75,631.400
151.263
PAN (surface)*
5.253
52,531.400
105.063
Ammonia Nitrogen
4.620
46,200.000
92.400
Calciuria
1.950
19,500.000
39.000
Calcium Carbonate Eq.
---
---
Magnesium
---
8,820.000
17.640
Sodium
---
1,830.000
3.660
Sulfur
---
---
Nitrate N / Nitrite N --- 91.400 0.183
Barium
Chloride
---
---
---
---
---
---
Iro,
Aluminum
--
6,090.00
12.180
'(Mg1K')
Arsenic
---
10.80
0.022
75
Cadmium
---
10.80
0.022
85
Chromium
--
61.70
0.123
---
Copper
--
217.00
0.434
4,300
Lead
---
19.00
0.038
840
Mercury
---
0.446
0.001
57
Molybdenum
---
10.80
0.022
75
Nickel
---
34.10
0.068
420
Selenium
---
10.80
0.022
100
Zinc
---
1,220.00
2.440
7,500
Envirochem: 2018-00446
*Determination of Plant Available Nitrogen (PAN):
Injected Application:
(Mineralization Rate)(TKN-Ammonia N) + Ammonia N + Nitrate N + Nitrite N T % PAN
Surface Application:
(Mineralization Rate)(TKN-Ammonia N) t- (0.5)(Ammonia N) + Nitrate N A- Nitrite N — % PAN
Note: Constituents N.D. (Not Detected) or r detection limits are listed as detection limits
for calculation purposes.

envirochem
ANALYTICAL, & CONSULTING CHEMISTS
Environmental Chemists, Inc.
6602 Windmill Way, Wilmington, NC 28405 • 910.392.0223 Lab • 910.392.4424 Fax
710 Bowsertown Road, Manteo, NC 27954 • 252.473.5702 Lab/Fax
255-A Wilmington Highway, Jacksonville, NC 28540 • 910.347.5843 Lab/Fax
i n fo(t ie nvi ron men t a lchem i st s. com
Brunswick County Public Utilities
Date of Report: Feb 07, 2018
Post Office Box 249
Customer PO #:
Bolivia NC 28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-00446
Project ID: NE Brunswick Regional WWTP
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-01149 Site: Sludge
1/10/2018
8:00 AM Solid/Sludge Client
Test
Method
Results
Date Analyzed
Chlordane
SW 846 Method 80818/3510
<0.05 mg/L
01/1812018
Endrin
SW 846 Method $081813510
<0.0005 mg/L
01/18/2018
Heptachlor
SW 846 Method a081Br3510
<0,0005mg/L
01/18/2018
Heptachlor epoxide
SW 846 Method 8081 B13510
<0.0005 mg/L
01/18/2018
Lindane
SW 846 Method 8081B13510
<0.0005 mg/L
01/18/2018
Methoxychlor
SW 846 Method 80818/3510
<0.0005 mg/L
01/18/2018
Toxaphene
SW 846 Method 8081813510
<0.05 mg1L
01/18/2018
1,4 -Dichlorobenzene (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/19/2018
2,4,5 -Trichlorophenol (TCLP)
SW 846 method 827013510
<0.050 mg/L
01/19/2018
2,4,6 -Trichlorophenol (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/19/2018
2,4-Dinitrotoluene (TCLP)
SW 845 method 8270/3510
<0.050 mg/L
01/19/2018
Cresol (TCLP)
SW 846 method 8270/3510
2.09 mg/L
01/19/2018
Hexachloro-1,3-butadiene (TCLP)
SW 846 method 827013510
<0.050 mg/L
01/19/2018
Hexachlorobenzene (TCLP)
SW 846 method $27013510
<0,050 mg/L
01/19/2018
Hexachloroethane (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/19/2018
m + p -Cresol (TCLP)
SW 846 method 827013510
2.09 mg/L
01/19/2018
Nitrobenzene (TCLP)
SW 846 method 827013510
<0.050 mg/L
01/19/2018
o -Cresol (TCLP)
SW 845 method 82 7013 51 0
<0.050 mg/L
01/19/2018
Pentachlorophenol (TCLP)
SW 846 method 8270/3510
<0.250 mg/L
01/19/2018
Pyridine (TCLP)
SW 846 method 8270/3510
<0.050 mg/L
01/19/2018
2,4,5 -TP
SW846 Method 8151A
<0.003 mg/L
01/18/2018
2,4-1D
SW846 Method 8151A
<0.003 mg/L
01/18/2018
1,1-Dichloroethylene
SW846 Method 8260/5030
<0.01 mg/L
01/17/2018
1,2-Dichloroethane
SW846 Method $26015030
<0.01 mg/L
01/17/2018
Benzene
SW846 Method $260/5030
<0.01 mg/L
01/17/2018
Carbon Tetrachloride
SW846 Method $26015030
<0.01 mg/L
01/17/2018
Reoort #:: 2018-00446
D.— 4 „r z

Environmental Chemists, Inc.
1 6602 Windmill Way, Wilmington, NC 28405 • 910.392.0223 Lab • 910.392.4424 Fax
710 f3owsertown Road, Manteo, NC 27954 • 252.473.5702 Lab/Fax
s 255-A Wilmington Highway, Jacksonville, NC 28540 + 910.347.5843 Lab/Fax
ANALYTICAL & CONSULTING CHEMISTS info drenvironmentatchemists.com
Brunswick County Public Utilities
Post Office Box 249
Bolivia NC 28422
Attention; Donald Dixon
Date of Report: Feb 07, 2018
Customer PO #:
Customer ID: 08100011
Report #: 2018-00446
Project ID: NE Brunswick Regional WWTP
Chlorobenzene
SW846 Method 6260/5030
<0.01 mg/L
01/17/2018
Chloroform
SW846 Method 8260/5030
<0.01 mg/L
01/17/2018
Methyl ethyl ketone
SW646 Method 8260/5030
<0.05 mg/L
01/17/2018
Tetrachloroethylene
SW846 Method 8260/5030
<0.01 mg/L
01/17/2018
Trichloroethylene
SW846 Method 6260/5030
<0.01 mg/L
01/17/2018
Vinyl Chloride
SW846 Method 8260/5030
<0.01 mg/L
01/17/2018
Sludge Residuals
Aluminum
EPA 200.7
6090 mg/kg
01/19/2018
Arsenic
EPA 200.7
<10.8 mg/kg
01118/2018
Cadmium
EPA 200.7
<10.8 mg/kg
01/19/2018
Calcium
EPA 200.7
19500 mg/kg
01/15/2018
Chromium
EPA 200.7
61.7 mglkg
01/18/2018
Copper
EPA 200.7
217 mg/kg
01/18/2018
Lead
EPA 200.7
19.0 mg/kg
01/18/2018
Magnesium
EPA 200.7
8820 mg/kg
01/15/2018
Molybdenum
EPA 200.7
<10.8 mg/kg
01/18/2018
Nickel
EPA 200.7
34.1 mglkg
01/18/2018
Potassium
EPA 2007
11500 mg/kg
01/15/2018
Selenium
EPA 2007
<10.8 mg/kg
01/18/2018
Sodium
EPA 200.7
1830 mg/kg
01/15/2018
Zinc
EPA 200.7
1220 mglkg
01/18/2018
Total Kjeldahl Nitrogen (TKN)
EPA 351.2
144000 mg/kg
01/18/2018
Nitrate+Nitrite-Nitrogen
EPA 353.2
91.4 mg/kg
01/16/2018
Total Solids (%)
SM 2540 B
4,93%
01/11/2018
ply
SM 4500 H B
7.29 units
01/18/2018
Ammonia Nitrogen
SM 4500 NH3 C
46200 mg/kg
01/21/2018
Total Phosphorus
SM 4500 P P
60300 mg/kg
01/19/2018
Mercury
SW846 7471 B
0.4460 mg/kg
01/15/2018
TCLP Metals
Arsenic
BPA 200.7
<1.0 mg/L
01/22/2018
Report *: 2018-00446
b--- „ ,,, ,

N Environmental Chemists, Inc.
a 6602 Windmill Wzly, Wilinington, NC 28105 9 9117.392.0223 Lab - 910.392.4424 Fax
710 C3nw'Qr-toia:n Road, MaInteo, IVC 27954 & 252.473.5702 Lab/Fax
ShS:
255-A Wihningt(m I linhway, Jacksonville, NC 28540 6 91(1.347.58431 Lab/Fax
ANALYTICAL & CONSULTING CHEMISTS infi�(ri;er7r ironri�cn[ t]clt�mist .i oi��
Brunswick County Public Utilities
Date of Report: Feb 07, 2018
Post Office Box 249
Customer PO #:
Bolivia NC
28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-00446
Project ID: NB Brunswick Regional WWTP
Barium
EPA 200.7
<1.Omg/L
01/22/2018
Cadmium
EPA 200.7
<1.0 mg/L
01/22/2018
Chromium
EPA 200.7
<1.0 mg/L
01/22/2018
Lead
EPA 200.7
<1.0 mg/L
01/22/2018
Selenium
EPA 200.7
<1.0mg/L
01/22/2018
Silver
EPA 200.7
<1.0 mg/L
01/22/2018
Mercury
EPA 245.1
<0.0020 mg/L
01/22/2018
Comment: Suldge residuals, except pH reported on a dry weight basis.
Reviewed by: r
Rannrt fi- 9m R-nnaaa

© N
co
00
wwwr�
04
N 04
U rn v
J
� M
z
O
Z M yy
LU
z
U
J
r
G
2
tm
v
1
IL
M
W
ui
U
r N 0
��
ca o
o
�
a
LJ»
p
w'
o v,
C
E
rn CD
IL
CD
ILU
LU
w O
Z
Z
Q
Z
tL
�-
LL
Q
o
a
a
Z
o
UJ
L
a
M
O
W
w b
o
cL
w
V
>
wwwr�
04
� M
z
O
a
LU
z
U
J
U a
G
2
4
v
1
W
ui
U
U
�
a
LJ»
p
w'
o v,
E
IL
CD
1
LU
� '
Z
Z
z
Z
Q
Z
tL
Lu
Q
o
a
a
Z
o
UJ
L
a
� o
lz
z
W
C7
o
O
U
Q�
0
w 0
i.L.
z
z
z
W
v
5
a
LU
z
U a
v
1
O v
w
ar
w'
o v,
E
IL
CD
1
LU
n
11 Q
n
EI `
h
ca
�
2l3H.LO
n
II Z
OIHl
.. o
d
F
HOVN
u
F ,
s „+
CONH
t W
'r
tuj
VOSZH
d
U
-10H
7
�
3NON
-.--
I
N3avynN
QI 9Vl
- 116W
W
.
(D 0-
0 a-
(D a_
(D 0-(D(LU`
n
C7n
U`
a_CaC1..U'
- �auleJua�
J
_ jo
C)
CU
U
('3
U
C7
aJfsodwoo
adA,f.
afdwLs V ` J
Q
co
v
�
�
4
F—
cin
O
a.
U
a=•
as
D
JM.
Gf
H
co
v

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant
Date Sampled: March 28, 2018
NE Brunswick Regional WWTP Permit No. WQ0034468
Mineralization Rate 0.30 3.73 % Solids
7.41 PH
Nitrogen (TKN)
10.700 1
107,000.000
214.000
Phosphorus
5.730
57,300.000
114.600
Potassium
1.300
13,000.000
26.000
PAN (injected)*
7.817
78,165.830
156.332
PAN (surface)*
4.527
45,265.830
90.532
Ammonia Nitrogen
6.580
65,800.000
131.600
Calcium
1.650
16,500.000
33.000
Calcium Carbonate Eq.
---
---
---
Magnesium
---
6,090.000
12.180
Sodium
---
1,820.000
3.640
Sulfur
---
---
Nitrate N / Nitrite N
---
5.830
0.012
Barium
---
---
---
Chloride
---
---
---
Cron
---
--
-
Aluminum
---
6,380.00
12.760
Arsenic
- -
13.50
0.027
Cadmium
---
13.50
0.027
Chromium
---
41.00
0.082
Copper
---
194.00
0.388
Lead
---
13.80
0.028
Mercury
- -
0.429
0.001
Molybdenum
-
13.50
0.027
Nickel
---
25.50
0.051
Selenium
---
13.50
0.027
Zinc
---
1,060.00
2.120
Env i rochem : 2018-04920
Determination of Plant Available Nitrogen (PAN):
Injected Application:
(Mineralization Rate)(TKN-Ammonia N) + Ammonia N A- Nitrate N + Nitrite N = % PAN
Surface Application:
(Mineralization Rate)(TKN-Ammonia N) + (0.5)(Ammonia N) + Nitrate N = Nitrite N = % PAN
Note: Constituents \.D. (Not Detected) or < detection limits are listed as detection limits
for calculation purposes.
75
85
4,301
840
57
75
420
100
7.501

Environmental Chemists, Inc.
6602 VVin(Imili Wav, bVilmington, N(-_)84055 - 91o.392.02D5 Lib ., 910 _'�92..: 424 Fax
710 13owsertown Koid, Mantoo, NC ''7954 - '52.473.,W02 Lab/Fax
2515-A Wilmington 1li��hway,)ar,� cun-illi�, NC: 285-10 , 910.347.5843 I.��IrJl tix
1111 U![f(CilS'IrC)pll31C13181Ch�F)Yljl5,Cg131
Brunswick County Public Utilities
Date of Report: Apr 19, 2018
Post Office Box 249
Customer PO #:
Bolivia NC
28422
Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-04920
Project ID: NEBR
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-12249 Site: Sludge
3/28/2018
8:00 AM Solid/Sludge
Test
Method
Results_ Date Analyzed
Sludge Residuals
Aluminum
EPA 200.7
6380 mg/kg
03130/2018
Arsenic
EPA 200'7
<13.5 mg/kg
03/30/2018
Cadmium
EPA 200.7
<13.5 mglkg
03/30/2018
Calcium
EPA 200.7
16500 mg/kg
04/11/2018
Chromium
EPA 200.7
41.0 mg/kg
03/30/2018
Copper
EPA 200.7
194 mg/kg
03/30/2018
Lead
EPA 200 7
13.8 mglkg
03/3012018
Magnesium
EPA 200.7
6090 mglkg
04/11/2018
Molybdenum
EPA 200.7
<13.5 mg/kg
03/30/2018
Nickel
EPA 200.7
25.5 mg/kg
03/30/2018
Potassium
EPA 200 7
13000 mg/kg
04/11/2018
Selenium
EPA 200 7
<13.5 mg/kg
03/30/2018
Sodium
EPA 200.7
1820 mg/kg
04/11/2018
Zinc
EPA 200.7
1060 mg/kg
03/30/2018
Nitrate+Nitrite-Nitrogen
EPA as3.2
5.83 mg/kg
04118/2018
Total Solids {%j
SM 2540 a
3.73%
03129/2018
pH
SM 4500 H H
7.41 units
04/06/2018
Ammonia Nitrogen
SM 4500 NH3 0
65800 mg/kg
04/05/2018
Total Kjeldahl Nitrogen (TKN)
SM 4500 Org 8
107000 mg/kg
04/06/2018
Total Phosphorus
SM 4500 P E
57300 rng/kg
04/10/2018
Mercury
SW846 74718
<0.429 mg/kg
04/10/2018
Comment: Sludge residuals,
except pH, reported on a dry weight basis.
Reviewed by:
Report.Y;: 20i3-04920..,,Nw.�.,..e.�..,.,.,....,...,�,��.,,,....�.....,.m.,a......m...,.,.-...:.,.,d..o.�.,,..,.,�.,.........._.F....�...,.�..,.,.,,,as,..,.,�...,.,..�.,..•.,,�,,,,...A....�_,.�V.,,.<.............>.,s-,�....,...�.,�..' Page 1 Of tx.,..,.....,.v,,.,.,..

G
E
ME
<
zi LU
cc
z
S:
BaHj.()
OlH.L
If Z
m
1�1
0
—
I
>
HOVN
II LI,1
W
POSEN
X
-1314
u
ir
Ll a—
U31RUMN
D (319% f -I
-)/BW
ourioll4o
(D JO d)
C'32
Co
mCL
I
m
a.
Jou!8JU03
0
Off$odwoo
QdA
eldweS
Q
C
cr
c
(n
G
E
ME

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant
Date Sampled: July 26, 2018
NE Brunswick Regional WW`I'P Permit No. WQ0034468
Mineralization Rate 0.30 3.66 % Solids
7.36 nH
Nitrogen (TKN)
9.840
98,400.000
196.800
Phosphorus
3.240
32,400.000
64.800
Potassium
1.040
10,400.000
20.800
PAN (injected)*
6.654
66,541.000
133.082
PAN (surface)*
4.024 1
40,241.000
80.482
Ammonia Nitrogen
5.260
52,600.000
105.200
Calcium
1.660
16,600.000
33.200
Calcium Carbonate Eq.
---
---
Magnesium
---
3,930.000
7.860
Sodium
---
1,730.000
3.460
Sulfur
---
---
---
Nitrate N 1 Nitrite N
--
201.000
0.402
Barium
Chloride
---
--
---
---
---
---
SAR:
Iron
---
---
---
C91 109 CnAcen:
Aluminum
---
8,060.00
16.120
Arsenic
---
13.50
0.027
75
Cadmium
---
13.50
0.027
85
Chromium
---
53.60
0.107
---
Copper
---
238.00
0.476
4,300
Lead
---
15.00
0.030
840
Mercury
---
0.519
0.001
57
Molybdenum
---
13,50
0.027
75
Nickel
---
30.90
0.062
420
Selenium
--
13.50
0.027
100
Zinc
---
997.00
1.994
7,500
l nvirochcm: 2018-12053
*Determination of Plant Available Nitrogen (PAN):
Injected Application;
(Mineralization Rate)(TKN-Ammonia N) d Ammonia N A- Nitrate N + Nitrite N = % PAN
Surface Application:
(Mineralization Rate)(TKN-Ammonia N) + (0.5)(Amrnonia N) + Nitrate N + Nitrite N — % PAN
Note: Constituents N.D. (Not Detected) or < detection limits are listed as detection limits
for calculation purposes.

envirochem
SM
ANALYTICAL & CONSULTING CHEMISTS
Brunswick County Public Utilities
Post Office Box 249
Bolivia NC 28422
Attention:
Environmental Chemists, Inc.
6602 Windmill Way, Wilmington, NC 28405 . 910.392.0223 Lab . 910.392,4.424 Fax
710 Bowsertown Road, Manteo, NC 27954 . 252.473.5702 Lab/Fax
255-A Wilmington Highway, Jacksonville, NC 28540 . 910.347.5843 Lab/Fax
info[?environmentalclicmists.com
Date of Report: Aug 15, 2018
Customer PO #:
Customer ID: 08100011
Report #: 2018-12053
Project ID: NEER
Lab ID Sample ID: BCPl1 Collect Date/Time Matrix Sampled by
18-30360 Site: NEER Effluent Grab 7126/2018 1:30 PM Solid/Sludge Tim Webb
Test
Method
Results
Date Analyzed
/silver
EPA 200.7
<93.5 mg/kg
08/07/2018
--Sludge Residuals
.,Aluminum
EPA 200.7
8060 mg/kg
08/07/2018
Arsenic
EPA 2M.7
<13.5 mg/kg
08/07/2018
,/Cadmium
EPA 200.7
<13.5 mg/kg
08/07/2018
calcium
EPA 200.7
16600 mg/kg
08/06/2098
,-Chromium
EPA 200.7
53.6 mg/kg
08/0712018
✓Copper
EPA 200.7
238 mg/kg
08/0712018
✓Lead
EPA 200.7
96.0 mg/kg
08/0712018
,lagnesiurn
EPA 200.7
3930 mg/kg
08/06/2018
VMolybdenum
EPA 200.7
<13.5 mg/kg
08/07/2018
,-Nickel
EPA 200.7
30.9 mg/kg
08/07/2018
EPA 200.7
'frotassium
10400 mg/kg
08/06/2018
,,-Selenium
EPA 200.7
<13.5 mg/kg
08/07/2018
odium
EPA 200.7
1730 mg/kg
08/03/2018
enc
EPA 2007
997 mglkg
08/07/2018
✓/Citrate+Nitrite-Nitrogen
EPA 353.2
201 mg/kg
08/08/2018
✓Total Solids (%)
SM 2540 s
3.66%
07/27/2018
,---pH
SM 4500 H B
7.36 units
08/06/2018
Ammonia Nitrogen
SM 4506 NH3 C
52600 mg/kg
07/30/2018
Aotal Kjeldahl Nitrogen (TKN)
SM 4500 Org 8
98400 mg/kg
07/3012018
Jfotal Phosphorus
SM 4500 P F
32400 mg/kg
08/06/2018
.,Mercury
SWW7471B
<0.619 mg/kg
08/05/2018
Comment: Results, except pH, reported on a dry weight basis. pH reported on an as received basis.
Reviewed by: ltow-,
Report#:: 201 &12053 Pape 1 of 1

BRUNSWICK COUNTY
LAND APPLICATION PROGRAM
RESIDUALS ANALYSIS
Residual Type: Wastewater Treatment Plant.
Date Sampled: November 1, 2018
NE Brunswick Regional WWTP Permit No. WQ0034468
Mineralization Rate 0.30 5.05 % Solids
8.05 pH
Nitrogen (TKN)
8.930
89,300.000
178.600
Phosphorus
3.420
34,200.000
68.400
Potassium
0.855
8,550.000
17.100
PAN (injected)`
5.536
55,362.000
110.724
PAN (surface)*
3.506
35,062.000
70.124
Ammonia Nitrogen
4.060
40,600.000
81.200
Calcium
1.790
17,900.000
35.800
Calcium Carbonate Eq.
---
---
---
Magnesium
---
5,070.000
10.140
Sodium
---
1,610.000
3.220
Sulfur
---
---
---
Nitrate N 1 Nitrite N
---
152.000
0.304
Barium
---
---
--
SAR ;
Chloride
Iron
---
---
---
Ceiling Conten
Aluminum
---
656.00
1.312
'(MW -Kg)
Arsenic
---
10.70
0.021
75
Cadmium
---
10.70
0.021
85
Chromium
--
37.80
0.076
---
Copper
---
193.00
0.386
4,300
Lead
---
12.20
0.024
840
Mercury
---
0.396
0.001
57
Molybdenum
--
10.70
0.021
75
Nickel
---
23.80
0.048
420
Selenium
---
10.70
0,021
100
Zinc
---
956.00
1.912
7,500
l: nvirochem: 2018-17963
*Determination of Plant Available Nitrogen (PAN):
Injected Application:
(Mineralization Rate)(TKN-Arnmonia N) + Ammonia N -4- Nitrate N + Nitrite N = % PAN
Surface Application:
(Mineralization Rate)(TKN-Ammonia N) + (0,5)(Amrnonia N) + Nitrate N + Nitrite N — % PAN
Note: Constituents N.D. (Not Detected) or < detection limits are listed as detection limits
for calculation purposes.

Environ.me-ti-tal Chemists, Inc.
p (601.,4'iruirrrlkJv`ay4'%)hnjn ikm,",, 2`ik+i% dI(�:9ril':3i c c �
r, f � ,h 1 iif � i .�I l:.4 1'.lx
710 I Cr tie!'i'ut Yt 1Zwd, N4,into b, ( 2 71)5'1 2,-52.47151702 Loh/Fax
� `say r;--14Nitn;ir�;;for{ Hif hr, ov, 1,t, k,:oiivillt„ AC. =S. 74} lair/Fax
ANAL 'TICAL & CONSUOING CHEMISTS iia[i!'ri.;e:t,ircr n enE;t:chi Ertl t s.cnrro
Brunswick County Public Utilities
Post Office Box 249
Bolivia NC 28422
Attention: Glenn Walker
Revised Report: Jan 04, 2019
Original Report Date: Dec 06, 2018
Report #: 2018-17963
Customer ID: 08100011
Project ID: NEBR
Lab ID Sample ID:
18-45361 Site: Sludge
Collect DatelTime
11/1/2018 11:01 AM
Method
Matrix Sampled by
Solid/Sludge Client
Results Date Analyzed
Silver
EPA 200.7
<10.7 mg/kg
YW
11/05/2018
Total Solids (%)
SM 2540 s
5.05%
11/06/2018
Ammonia Nitrogen
SM 4500 NH3 C
40600 mg/kq
11/06/2018
Sludge Residuals
Arsenic
EPA 200.7
<10.7 mg/kg
11/05/2018
Cadmium
EPA 200 7
<10.7 mg/kg
11/05/2018
Chromium
EPA 200.7
37.8 mg/kg
11/05/2018
Copper
EPA 200 7
193 mg/kg
11/05/2018
Lead
EPA 200.7
12.2 mg/kg
11/05/2018
Molybdenum
EPA 260.7
<10.7mglkg
12/04/2018
Nickel
EPA 200.7
23.8 mg/kg
11/05/2018
Zinc
EPA 200 7
956 mg/kg
11/05/2018
Selenium
EPA 200 8
<10.7 mg/kg
11/23/2018
Nitrate+Nitrite-Nitrogen
EPA 353 2
152 mg/kg
11/21/2018
Total Kjeldahl Nitrogen (TKN)
SM 4500 org n
89300 mg/kg
11/05/2018
Total Phosphorus
SM 4500 P F
34200 mg/kg
11/19/2018
Mercury
SM4E 74 71 B
<0.396 mg/kg
11/04/2018
Report g'. 201817963.s.,.,..,.-,.,..�.w..,,�..._,.,...,.r.��,....,..m,.-.,,..��w�,..a,.,�.,��.v.,,....,,..�..,�,..,.......,.,....,.,,.s,.e..�...._....�...,,a.n..�«..�,.»...,�...�....,,�.,....W...x..,�..,.P 3oa 4 of? .�..a.......�,

Brunswick County Public Utilities
Post Office Box 249
Bofivia NC 28422
Attention: Glenn Walker
Lab ID Sample ID:
18-45361A Site: Sludge
Test
Aluminum
Calcium
Magnesium
Potassium
Sodium
pH
Comment
Reviewed by:
��602 iv'Indo-?;!] VV„V. ��Iillttllr:.r Cft, N.'(_ 2"405 o 9i..iil; - y 1.0.'392 4424 1 ii
10 lic>t `n I: ROO.d, N(-'7� ! �-'A' a ;';"02
5 A 1�1haI}Zs'{� It Ci �;P;ti ��, <tChsi�I,�'i).lt, NC. 28:)4"} a 9:C)347.)8,3 I_ab!Pxx
ait ii�l(2PdtA�3 Yi)!t [flBit! i? IC11 CfYI F>;E S.ti.4H11
Revised Report:
Jan 04, 2019
PfL
0 V11"
N�
•���,,� SCS
{, r iii���'��r,:",z�''
08100011
�r�"� ,'��
01/03/2019
8.05 units
ANALY;'ICAL & CONSULTING
CHCWSTS
Brunswick County Public Utilities
Post Office Box 249
Bofivia NC 28422
Attention: Glenn Walker
Lab ID Sample ID:
18-45361A Site: Sludge
Test
Aluminum
Calcium
Magnesium
Potassium
Sodium
pH
Comment
Reviewed by:
��602 iv'Indo-?;!] VV„V. ��Iillttllr:.r Cft, N.'(_ 2"405 o 9i..iil; - y 1.0.'392 4424 1 ii
10 lic>t `n I: ROO.d, N(-'7� ! �-'A' a ;';"02
5 A 1�1haI}Zs'{� It Ci �;P;ti ��, <tChsi�I,�'i).lt, NC. 28:)4"} a 9:C)347.)8,3 I_ab!Pxx
ait ii�l(2PdtA�3 Yi)!t [flBit! i? IC11 CfYI F>;E S.ti.4H11
Revised Report:
Jan 04, 2019
Original Report Cate:
Dec 06, 2018
Report #:
2018-17963
Customer ID:
08100011
Project ID: NEBR
01/03/2019
Collect Date/Time Matrix
11/1/2018 11:01 AM Solid/Sludge
Method
EPA 200.7
EPA 206 7
EPA 200.7
FPA 200.7
EPA 200.7
SW 846 Melhoo 9045D
Results reported on a dry weight basin Revised to
Results
Sampled by
Client
Date Analyzed
956 mg/kg
11/05/2018
17900 mg/kg
01/03/2019
5070 mg/kg
01/03/2019
8550 mg/kg
01/03/2019
1610 mg/kg
01/03/2019
8.05 units
01/04/2019
H, Al, Ca, Mg, K, NA per clientM�.�___________.
Report k-: 2016-17M Page 2 of 2

31
ry 1
7S
C7 a�
„
C7 fi
C7 G�
C7 ti}
C7 G7
C7 G7
C? �r
\1
C 3
Composite
C? or
Grab
G7
Gi
Ht
C7 G7
G7
[7 G7
O l7
C7 G7
!] C,i
"fJ �
"q� Contilner
(p or G)
ll
HNO3
.�.j
NAOI-1
fD
n
57mp10
Ype
Cry
C7 a�
C7 C}
C7 fi
C7 G�
C7 ti}
C7 G7
C7 G7
C? �r
\1
C 3
Composite
C? or
Grab
G7
Gi
f7
C7 G7
G7
[7 G7
O l7
C7 G7
!] C,i
"fJ �
"q� Contilner
(p or G)
m
Chlorine
m�14 Ik
LAB ID
NUMBER
M
~ .JS NONE
M
c
tics,
4
H2SO4
m
m
ll
HNO3
.�.j
NAOI-1
D -I
THO
Z u
OTHER
..
C °�1
A
Mr
CD
S
M. :i L
z
z
M
z
9 i3 J
t1
to 34
a
C °�1
A
Mr
CD
S
M. :i L
z
z
M
z
9 i3 J

West Brunswick WWTP
WQ0034468
Class A - 1st Quarter 2018.
Date
Fecal Coliform
MPN 2er ram
Log
01/10/18
7
0.8451
01/10/18
7
0.8451
01/10/18
7
0,8451
01/10/18
7
0.8451
01/10/18
8
0.9031
01/10/18
7
0,8451
01/10/18
7
0.8451
Total 1 5.9737
Average 0.8534
Geometric Mean 7 Fecal Coliform MPN / gram
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction
requirement.
Geometric Mean of Less than 1,000 meets a portion of Class A - Alternative 5 Pathogen
Reduction requirement.

��y y X34
Wx
Environmental Chemists, Inc.
6602 Windmill Vv�a, AC2810`i 910.3i 2.03 Lih 1 14 :
�1#�3x
f3�x,;ea�t�nvn f:;iui \�larll�t�, AL �ir).i3 'i2.�d73.,7p? €_ ab/I as
�gx ?55 11
VV iInIi11g'(r7I lil'ii� i,', )tu.}:5ctttviIIL', NC 255'I0 , 910.,3,17,- }3 1, 1)/1�n-'
ANALYTICAL. & CONSULTING CHEMISTS Ifllilri.',�Ei1'!I'JE1111C111aiCii;°mi;i..com
Brunswick County Public utilities Date of Report: Feb 07, 2018
Post Office Box 249
Customer PO ##:
Bolivia NC
28422 Customer ID: 08100011
Attention: Donald Dixon
Report #: 2018-00424
Project ID: West Brunswick Regional WWTP
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-01078 Site: 1
1/10/2018 11:09 AM Solid/Sludge Matthew Henry
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 2.87% 01/11/2018
Fecal Density
SM 922#C E MPN 24 hr 503 <7 MPN/g 01/11/2018
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-01083 Site: 2
1/10/2018 11:10 AM Solid/Sludge Matt Henry
Test
Method Results Date Analyzed
Total Solids (%)
SM2540G 3,04% 01/11/2018
Fecal Density
SM 9221C E MPN 24 hr 5o3 <7 MPN/g 01/11/2018
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-01084 Site: 3
1/10/2018 11:11 AM Solid/Sludge Matt Henry
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 3.10% 01/11/2018
Fecal Density
SM 9221 C E MPN 24 hr 503 <7 M PN/g 01/11/2018
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-01087 Site: 4
1/10/2018 11:12 AM Solid/Sludge Matt Henry
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 2.86% 01/11/2018
Fecal Density
SM 9221C E MPN 2411, 503 <7 MPN/g 01/11/2018
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-01088 Site: 5
1/10/2018 11:13 AM Solid/Sludge Matt Henry
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 2.61% 01/11/2018
Fecal Density
SM 9221C E MPN 24 hr 503 <8 MPN/g 01/11/2018
Reportk: 2018-00424 Page 1 of 5

'� ���j ✓' s ��e -� n ���
0602 Windmill 11<<1��, VVilmiiz-;tota, N("2810 910.392.rl',?3 Lab 910.392.4424 I�,tx
710 Bovo ertmvt Road, .Mankeo, N(' 279",4 - 252. 73 5702 1 ab, ax
?.VA' ldInit1-Iola I Iiliw�;;tti, I,ac_I<4oiavdI e, \C. 28540 - 9!0 3-47.5843 LaI)/I ax
ANALYTICAL. & CONSULTING CHEMISTS iri'o(u cnvirononcnIl tId loll] ist
Brunswick County Public Utilities Date of Report: Feb 07, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-00424
Project ID: West Brunswick Regional WWTP
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-01089 Site: 6 1/10/2018 11:14 AM Solid/Sludge Matt Henry
Test Method Results Date Analyzed
Total Solids (%) sM 2540 G 3.09% 01/11/2018
Fecal Density SM9221C E MPN 24 hr 503 <7 MPNlg 01/11/2018
Lab ID Sample ID: Collect Date[Time Matrix Sampled by
18-01090 Site: 7 1/10/2018 11:15 AM Solid/Sludge Matt Henry
Test Method Results Date Analyzed
Total Solids (%) SM 2540 G 3.00% 01/11/2018
Fecal Density SM 92210 E MPN 24 hr 503 <7 MPN/g 01/11/2018
Report #:: 2018-64424 .d.K.� Page 2 of 5

I, -
C14
%
InL
f \
I-
0
/ U.
�
n C%4
20rqP-
2q
§ k N M
kk\
a,Lnik
\\/ƒ
\ LJ
z \
LU
) ƒ } /
/ \
3
(
/ x
x xx x
zz
/f
�
}
\
\
\
~
\ �
§3
{® CL
a
I
CL
CL
I
a�
(L
3 )
\\
0
0io
0
0
0
0
0
J( 2
e e
e
2 a G
m G
)
Ky o
0 0 0 p
o u
/
jLLJ
/
\
-
�
\
ƒ
\
(
\
(
}
\
}
« t \ ) ®§
®§ « ®§ «
D R
§
§
§ §
) m e
m e m
m m

West Brunswick WWTP
WQ0034468
Class A - 2nd Quarter 2018
Date
Fecal Coliform
MPN per ram
Log
04/04/18
46
1.6628
04/04/18
46
1.6628
04/04/18
46
1.6628
04/04/18
46
1.6628
04/04/18
45
1.6532
04/04/18
46
1.6628
04/04/18
46
1.6628
Total 11.6298
Average 1.6614
Geometric Mean 46 Fecal Coliform MPN / gram.
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction
requirement.
Geometric Mean of Less than 1,000 meets a portion of Class A - Alternative 5 Pathogen
Reduction requirement.

4, Environmental Chemists, Inc.
[i(02 Windmill ti,Vav, VVifin;ngton, NC- 23405 � 1)30-:192.0223 Lab , �110.392,4 321 Frsx
IO t9knv',c!rt0v%n Road, NlvlWo, NV 27>5.4 _ 252,171.:57 1„ab/1=nx
. ?:ii-:(1']ISl'llil,'iUft1.11gEilialr aCk�L)nvlll[s,�C.2hi4i) 7.55.
ANALYTICAL & CONSULTING CHEMISTS ilEft ll; 'I1VS1'()11131 13121 I1'i1�1111 i�,40111
Brunswick County Public Utilities
Post Office Box 249
Bolivia NC 28422
Attention: Donald Dixon
Date of Report: Apr 18, 2018
Customer PO #:
Customer ID: 08100011
Report #: 2018-05327
Project ID: SDNR Tank
Lab ID
Sample ID:
Collect Date/Time
Matrix
Sampled by
18-13183
Site: # 1
4/4/2018 11:11 AM
Solid/Sludge
Matthew Henry
Test
Solid/Sludge Matthew Henry
Method
Results
Date Analyzed
Total Solids (%)
SM 2540 G
-
3.95% 04/06/2018
Fecal Density
SM 9221C E MPN 24 hr 503
Total Solids (%)
SM 2540 G
3.95%
04/06/2018
Fecal Density
4/4/2018 11:14 AM
SM 92210 E MPN 24 hr 503
<46 MPN/g 04/05/2018
Lab ID
Sample ID:
Collect DatelTime
Matrix
Sampled by
18-13184
Site: # 2
4/4/2018 11:12 AM
Solid/Sludge
Matthew Henry
Test
Lab ID Sample ID:
Method
Results
Date Analyzed
Total Soiids (%)
SM 2540 G
3.98% 04/06/2018
Fecal Density
SM 92210 E MPN 24 hr 503
—_
<46 MPN/g 04/05/2018
Lab ID Sample ID:
Collect DatelTime
Matrix Sampled by
18-13185 Site: # 3
4/4/2018 11:13 AM
Solid/Sludge Matthew Henry
Test —�
Method_
Results Date Analyzed
Total Solids (%)
SM 2540 G
-
3.95% 04/06/2018
Fecal Density
SM 9221C E MPN 24 hr 503
<46 MPN/g 04/05/2018
Lab ID Sample ID:
Collect Date/Time
Matrix Sampled by
18-13186 Site: # 4
4/4/2018 11:14 AM
Solid/Sludge Matthew Henry
Test.-----
Method
Results Date Analyzed
Total Solids (%)
SM 2540 G
3,98% 04/0612018
Fecal Density -
SM 92210 E MPN 24 hr 503
<46 MPN/g 04/05/2018
Lab ID Sample ID:
Collect Date/Time
Matrix Sampled by
18-13187 Site: # 5
4/4/2018 11:15 AM
Solid/Sludge Matthew Henry
Test--.._�_ -----
M�Method
Results Date Analyzed
Total Solids (%)
SM 2540 G
4.00% 04/06/2018
Fecal Density
SM 92210 E MPN 24 hr 5o3
<45 MPN/,q 04/05/2018
Report a.. 2018-05327 Page 1 of 2

Environmental Chemis s, Inc.
6002 Winds ti} Mw, 011 !392.02'-5 Lab . 9) J 92. i424 Fax
71013ows glows Road, 1�1,� leo NC 21,971"1 . 2,?,d7, ( Iib, 1 ax
; � � 13 :114'i1�a1i��l;tun iliz;���� �� 1�lchsoll� ills, N`C' 28.540 . 9 W 347.;35'4:3
ANALYTICAL & CONSULTING CNEWSTS �li);rt:c� it : iin3eEzl;E3ch{>in st,.cnEEr
Brunswick County Public Utilities Date of Report: Apr 18, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-05327
Project ID: SDNR Tank
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-13188 Site: # 6 4/4/2018 11:16 AM Solid/Sludge Matthew Henry
Test Method Results Date Analyzed
Total Sdids (%)
Fecal Density
Lab ID Sample ID:
18-13189 Site: # 7
Test
Total Soiids (%)
Fecal Density
SM 2540 G
SM 92210 E MPN 24 hr 503
3.94% 04/06/2018
<46 MPNIg 04/05/2018
Collect Date/Time Matrix
4/4/2018 11:17 AM Solid/Sludge
Method Results
SM 2540 G
SM 9221 G E MPN 24 hr 503
Comment: Reported on a dry weight basis.
Reviewed by:
Sampled by
Matthew Henry
Date Analyzed
3.99% 04/06/2018
<46 MPNIg 04/0512018
Report 9:"m2018`05327
Paqe 2 of 2

cn
m
O
Cr0
fD n' C
C
Z
tu
w f�11 0
ami C7 n
m
,.r C
a � Z
A
m
ZZ
x
x
Z
:EZ
x
Z
:u
:EZ
xu
� Z
x
tt
W
�u
m
;u m
m�
m d;13
co
w
z w;
W
w
co
z v
{.
m
s
a
a
A
A
A
.a.
A
b
b
OO
O
O
O
m
m
m
m
m
m
m
m
ID
W
N
m
0
n
W
n
W
a
W
a
W
A
W
a
W
a
W
m
ti
m
o
o_
L�
0
G)
0
0
G)
0
U o
v �
Q
� o
"Cf
i7
Cf
"f7
"C]
"tl
CJ
m_
v N
Ci
ro
z
�'C1
Du
yob
m C7
Z
O
z
m
_
n
_
v
QCl)
m
C
_
z
O
w
o
z
X
X
X
X
x
X
x
s
0
O
m
91
r.
n
m
W
n
-fl
N
n
[z
Al
o
a
n
o
CD
n
CD
(
o
CD
J Z
fmCD
cn
N
N
N
m V]
O
cn
m
O
Cr0
fD n' C
C
Z
tu
w f�11 0
ami C7 n
m
,.r C
a � Z
A

West Brunswick WWTP
WQ0034468
Class A - 3rd Quarter 2018
Date
Fecal Coliform
MPN per ram
Log
07/18/18
603
2.7803
07/18/18
576
2.7604
07/18/18
554
2.7435
07/18/18
572
2.7574
07/18/18
591
2.7716
07/18/18
574
2.7589
07/18/18
587
2.7686
'T'otal 1 19.3408
Average 2.7630
Geometric Mean 579 Fecal Coliform. MPN 1 gram
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction
requirement.
Geometric Mean of Less than 1,000 meets a portion of Class A - Alternative 5 Pathogen
Reduction requirement.

4-1
1-linvironmental Chemists, Inc.
4rr,if 1,V: 1111 c I ? {J ?3 , t 1. 91 1) 2.1 1' i,�x
r'
-7 10 1 i N.4y111 Rr c1NIazttvo, NC 2795 1 i air
�g .111it1nr, I JackStiiuvi;l,,'\C�?�')4ft ':0d3_347.1i8;�,I_ah?1:a>=
ANALYTICAL CONSULTING C;M(=NsiS'TS iiEoi�rc i! �ir�a3171Cri%ti:at�nitSFs.it��'o1
Brunswick County Public Utilities Date of Report: Jul 23, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-11631
Project ID: SDNR Tank
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-29360 Site: 001 7/18/2018 10:31 AM Solid/Sludge Matt Henry
Test ----v- --� Method Results Date Analyzed
Total Solids (%) SM 2540 G 2.99% 07/19/2018
Fecal Density SM 9221C E MPN 24 hr 503 <603 MPNIg 07/19/2018
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-29361 Site; 002 7/18/2018 10:32 AM Solid/Sludge Matt Henry
Test Method Results Date Analyzed
Total Solids (%)
SM 2540 G
3.13% 07/19/2018
eca# ' Density
y
.... N 24 hr 503
..._.._SM 922121 C C E E MP y _......._
<576 MPNIg 07/19/2018
Lab ID Sample ID:
__
Collect Date/Time
_ . _
Matrix Sampled by
18-29362 Site: 003
7/18/2018 10:33 AM
Solid/Sludge Matt Henry
TestV T ^_
Method_
Results Date Analyzed
Total Solids (%)
SM 2540 G
3.25% 07/19/2018
Fecal Density
SM 9221C E MPN 24 hr 503
<554 MPNIg 07/19/2018
Lab ID Sample ID:
Collect DatelTime
Matrix Sampled by
18-29363 Site: 004
7/18/2018 10:34 AM
Solid/Sludge Matt Henry
Test - -
Method
Results Date Analyzed
Total Solids (%)
SM 2540 G
3.15% 07/19/2018
Fecal Density
....
SM 92210 E MPN 24 hr 503
��
<572 MPNIg 07/19/2018
Lab ID Sample ID:�
Collect Date/Time �
Matrix Sampled by
18-29364 Site: 005
7/18/2018 10:35 AM
Solid/Sludge Matt Henry
Test
Method
Results Date Analyzed
Total Solids (%)
SM 2540 G
3.05% 07/19/2018
Fecal Density
SM 9221C E MPN 24 hr 503
<591 MPN/g 07/19/2018
ftepor!#, 2016-1163•�.,n.�.W.,...a..,a....,,._.H..,....,.�.,,�,...m.�....�..,,,.,....,,�,...�,.w..,n..,,,:.�....��,...•-----...d.�,�v..,��,,.�..�,..�.,.�.�.�.,.,.,,,.q..,-..�.,....,... ,.�.�.�,,...�..x
Page 1 of 2

y i �fir`rrr. p' q�x "Tr !�i tic,+ �i
Itirs!dr! ft1 tV 1%,2 VVI 1 niiIol N C'r.10"; _ x,71ih 10 i_I2.I V.ix
YI �I I. kmd, �hlilit'r;, '�C. 77�}741 �,��. 0•/�1�n.11��.I}�
ANALYTICAL & CONSULTING CHH 1EST5 in><>:ir Ill iic.fil it oltil l . ti:itilicom
Brunswick County Public Utilities Date of Report: Jul 23, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-11631
Project ID: SDNR Tank
Lab ID Sample ID: Collect Date/Time Matrix Sampled by��
18-29365 Site: 006 7/18/2018 10:36 AM Solid/Sludge Matt Henry
Test Method Results Date Analyzed
Total Solids (%) SM 2540 G 3.14% 07/19/2018
Fecal Density SM 9221C E MPN 24 hr 503 X574 MPN/g 07/19/2018
Lab ID Sample ID: Collect Date/Time Matrix Sampled by�
18-29366 Site: 007 7/18/2018 10:37 AM Solid/Sludge Matt Henry
Test Method Results Date Analyzed
Total Solids (%) SM 2540 G 3.07% 07/19/2018
Fecal Density SM 9221C E MPN 24 hr 503 X587 MPN/g 07/19/2018
Comment: Results reported on a dry weight basis.
Reviewed by: _�
Rppws~„W2018-11�i31�,�.,.�,��.....,�.,..�,...,..,,,.,�..�,W.�_>.w._=,�..�.«..,.�,..����..�,,,,..,..,:..,.,.m,...�,.d.,.W�_�,..rH,...z_Page 2 of 2 e.�..............�

fD
CD
D
n
O
n
CD
a-
a a
an
CD
0
a
G1
0
Q.
0
O
c
N
0
C.
l<
O
m
0
z
n
w Q
CD 0 C
�tD 0
Q7 V
IF 03
CD
I'T C
y
L^
C /Cl)
(/i
d
f/)
cn
t7
0
O
co
O
C!>
O
(n 4
O
W
A CU
Z
'n
S Z
W W W
Z*
W
Z
x1 W
z
i1
W
x
7J
xa
z
v
x
x
x
F
x
�
� O• m
F �
a
o
O
O
co
O
C7
m
O
O
O
p
O
O
O
(D
Q
OJ
W
N
W
0�0
Q�
O]
m
T
w
0
N
m �
0 0
G)
G?
Gi
G7
G)
G)
0
g
v N
Q -
a
w
ro
z
c
cW
M o
-�
•-�`
�Jy `may
�
..Sl
�
°z
y t \
cry
m
Lk"
'
0
?
m
M
p
o
co
m
x
�
o
w
o
z
X
x
x
x
x
x
x
s
a
O
2
m
m
m
'n
m
n
;o
O
O
C7
q
Ci
4
O
w
O
m D
p z
co
m
O
n
O
n
CD
a-
a a
an
CD
0
a
G1
0
Q.
0
O
c
N
0
C.
l<
O
m
0
z
n
w Q
CD 0 C
�tD 0
Q7 V
IF 03
CD
I'T C
y
L^
C /Cl)

West Brunswick WWTP
WQ0034468
Class A - 4th Quarter 2018
Date
Fecal Coliform
MPN per ram
Log
10/03/18
65
1.8129
10/03/18
63
1.7993
10/03/18
63
1.7993
10/03/18
67
1.8261
10/03/18
61
1.7853
10/03/18
65
1.8129
10/03/18
63
1.7993
Total 1 12.6353
Average I 1.8050
Geometric Mean 64 Fecal Coliform MPN / grain
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction.
requirement.
Geometric Mean of Less than 1,000 meets a portion of Class A - Alternative 5 Pathogen
Reduction requirement.

�
'fit 284,,:i
Mai P(:o, NV 27954 -i �)_�;
25,5.-A 5'�'11n;@;t $�Li)!1 "�i��fl 11'lb. l2i['.ksonvil°l , NC '2Zi 40
ANALYTICAL & CONSUIXI NG CMEWSTS � ruirr.e t it'i>; i3tcn{t i E c� ,i,l ., c ;:•
Brunswick County Public Utilities
Date of Report: Oct 26, 2018
Post Office Box 249
10/05/2018
10/04/2018
Customer PO #:
Bolivia NC 28422
Matrix Sampled by
Customer ID: 08100011
Attention: Donald Dixon
10/3/2018 11:38 AM
Report #; 2018-16162
-Te5t
Project ID: West Brunswick Regional WWTP
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-40849 Site: SDNR Tank 1
10/3/2018 11:35 AM Solid/Sludge Matt Henry
Test_
Method
Results Date Analyzed
Fecal Density
Sri 92210 E MPN 24 hr 503
_
Total Solids {%)
SM 2546 G
2.77% 10/05/2018
Fecal Density
SM 9221C E MPN 24 hf 543 <65 MPN/g 10/04/2018
Lab ID Sample ID:
10/3/2018 11:39 AM
Collect Date/Time Matrix Sampled by
18-40853 Site: SDNR Tank 2
Test
10/3/2018 11:36 AM Solid/Sludge Matt Henry
Test ---_ _
Method
--__ ^- — Results Date Analyzed
Total Solids (%)
SM 2540 G
2,88% 10/05/2018
Fecal Density
SM 9221C E, MPN 24 hr 503
<63 MPN/g 10/04/2018
Lab ID Sample ID:
--_
Collect DatetTime LL Matrix Sampled by�—� ~
18-40854 Site: SDNR Tank 3
10/3/2018 11:37 AM Solid/Sludge Matt Henry
Test
Method
Results Date Analyzed
Total Solids (°1°)
Fecal Density
SM 2540 G
SM 92210 E MPN 24 hr 503
2.90%
<63 MPN/g
10/05/2018
10/04/2018
Lab ID Sample ID:
Collect Date/Time
Matrix Sampled by
_
18-40855 Site: SDNR Tank 4
10/3/2018 11:38 AM
Solid/Sludge Matt Henry
-Te5t
Method
Results Date Analyzed
Total Solids (°1°)
SM 2540 G
2.69%
10/05/2018
Fecal Density
Sri 92210 E MPN 24 hr 503
<67 MPN/g
10/04/2018
Lab ID Sample ID:
Collect Date/Time
Matrix Sampled by
18-40856 Site: SDNR Tank 5
10/3/2018 11:39 AM
Solid/Sludge Matt Henry
Test
Meth od--�
Results ___---.__---Date Analyzed
Total Solids (%)
Siva 2546 G
2.97%
10/05/2018
Fecal Densrty
SM 9221C E MPN 24 hr503
<61 MPN/g
10/04/2018
Report #y�.2016-16162 �,.,.,�,�,.._,,,.m.,.,,�..�,.a.r..�v�.-w.,�.�,o.,.u...�.,,,�.T �. �_.,,.e..,..�,.�..<..�_..,�.,,.....,...nw..�.�..,�®.o..,N,w..�,.�.�..,�a�,...N.�,.,•_,,.�,..�.,-n,.>..�., �..
Page 1 of 5

Eiivironmental Chemists,, Inc.
W 2S7 9
91;l 3 2
-A W; I i \C
ANALYTfCAL & CONSOUING CHEMISTS
.. ....... _77'7'
Brunswick County Public Utilities Date of Report: Oct 26, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-16162
Project ID: West Brunswick Regional WWTP
Lab ID Sample ID: ry Collect Date/Time Matrix Sampled by
18-40857 Site: SDNR Tank 6 10/3/2018 11:40 AM Solid/Sludge Matt Henry
Test Method Results Date Analyzed
Total Solids SM 2540 G 2.80% 10/05/2018
Fecal Density SM 9221C E MPN 24 hr 503 <65MPN/g 10104/2018
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-40858 Site: SDNR Tank 7 10/3/2018 11:41 AM Solid/Sludge Matt Henry
Test Method Results Date Analyzed
Total Solids (%) SM 2540 G 2.90% 10/05/2018
Fecal Density SM 92210 E MPN 2n hr 503 <63 MPN/g 10/04/2018
Report P: 20',8-116162 Page 2 of 5

NF Brunswick WWTP
WQ0034468
Class A - 1 st Quarter 2018
Date
Fecal Coliform
MPN per Tram
Log
01/31/18
473
2.6749
01/31/18
468
2.6702
01/31/18
473
2.6749
01/31/18
450
2.6532
01/31/18
470
2.6721
01/31/18
461
2.6637
01/31/18
458
2.6609
Total 1 18.6698
Average 2.6671
Geometric Mean 465 Fecal Coliform MPN 1 gram
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction
requirement.
Geometric Mean of Less than 1,000 Teets a portion of Class A - Alternative 5 Pathogen
Reduction requirement.

"A �n.vironmen.tal Chemists, Inc®
6K12 Wi
cmill May, Wilmington, tan vC 28405910-392,0223 a�
e 910.392.4-124
Fax
( o
7
710 [3ow sertowr� Road,i �� � r �Lab/F,
Mai. tur, NC 27)5l 2.2.I7_ .5/Uti x
255-A Wilmington Highway, Jacksonville, NC 28540 $ 910.347.5843 Lab/Fax
ANALYTICAL & CONSULTING CHEMISTS irtfb(i Cllviroitm0ratarlchoil tists.coIII
Brunswick County Public Utilities Date of Report: Feb 07, 2018
Post Office Box 249
Customer PO #:
Bolivia NC
28422 Customer ID: 08100011
Attention: Glenn Walker
Report #: 2018-01498
Project ID: NEBR
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-03707 Site: # 1
1/31/2018 10:10 AM Solid/Sludge Randy Bumgarner
Test
Method Results Date Analyzed
Total Solids (%)
SM 2640 G 4.23% 02/02/2018
Fecal Density
SM 92210 E MPN 24 hr 5o3 <473 MPN/g 02/01/2018
Lab ID Sample ID:
Collect DatelTime Matrix Sampled by
18-03708 Site: # 2
1/31/2018 10:14 AM Solid/Sludge Randy Bumgarner
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 4,28% 02/02/2018
Fecal Density
SM 9221C E MPN 24 hr 503 <468 MPN/g 02/01/2018
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-033709 Site; # 3
1/31/2018 10:16 AM Solid/Sludge Randy Bumgarner
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 4.23% 02/02/2018
Fecal Density
SM 9221 C E MPN 24 hr 503 <473 MPN/g 02/01/2018
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-03710 Site: # 4
1/31/2018 10:20 AM Solid/Sludge Randy Bumgarner
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 4.45% 02/02/2018
Fecal Density
SM 9221C E MPN 24 hr 503 <450 MPNIg 02/01/2018
Lab ID Sample ID:
Collect Date/Time Matrix Sampled by
18-03711 Site: # 5
1/31/2018 10:24 AM Solid/Sludge Randy Burngarner
Test
Method Results Date Analyzed
Total Solids (%)
SM 2540 G 4.26% 02/02/2018
Fecal Density
SM 9221C E MPN 24 hr 503 <470 MPN/g 02/01/2018
Report #:: 2018-01498 Pape 1 of 2

Environmental Chemists, Inc.
6602 Windmill Way, VVilmington, NC 28405 ° 910.392.0223 1,1b ° 910.392.4429 Fax
710 Bowserlown Road, Manteo, NC 27954 m 252.=173.5702 Lab/Fax
255-A Wilmineton Highway, Jacksonville, NC 28540 0 910.347.5843 Lab/lax
n f0@XIIvirotuzaerl talChCIl1iSLS.cnIII
Brunswick County Public Utilities Date of Report: Feb 07, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Glenn Walker Report #: 2018-01498
Project ID: NEBR
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-03712 Site: # 6 1/31/2018 10:28 AM Solid/Sludge Randy Bumgarner
Test Method Results Date Analyzed
Total Solids (%) SM 2540 G 4.34% 02/02/2018
Fecal Density SM 9221C E MPN 24 hr 503 <461 MPN/g 02/01/2018
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-03713 Site: # 7 1/31/2018 10;32 AM Solid/Sludge Randy Bumgarner
Test Method Results Date Analyzed
Total Solids (%) SM 2540 G
Fecal Density SM 9221 C E MPN 24 hr 503
Comment: Results reported on a dry weight basis.
Reviewed by: &nlola
4.37% 02/02/2018
<458 MPN/g 02/01/2018
Report #:; 2018.01498 panty � M o

4 N
vE
.z a
in
C W
E
F-
j
_C U.
� N a
d
mNO
r= m
`�
J
U) q �r
c
w w
O►
Z
w
Q
LL
R.
z
©
m
w
OC
4
0.
S
c.
cr
N
tE
H9HiO
o
7•
V?
o
0IH.4
>
W 0
U
3
7
LL
O
I^
HOVN
Z
-
_
c
`tet X
CONK
LC
z Q
O
LLJ
Z z
o
'a~ W
4OSM
O
LLE
U
Litw
J
Q
C
a
/p6�
V
d
O z
OU
>x
c�L
(�
—�._-. o
CC z
-1OH
v>
Z z-
W
�
3NON
.j
u
u
u3sv v
'u
"
v at avi
r
U
3 vsur
aulaoly�
�
�
.3
O
a
Baa s�uo)
I �
�
r
C7 B;
C7
C'3
CL
(D
a_
U`
Q
w
�
z
O
1 Z
47
C W
E
F-
d
J
U) q �r
Z
It
tE
H9HiO
7•
H z
0IH.4
7
I^
HOVN
`tet X
CONK
LC
11Lit
'a~ W
4OSM
w
�
y
-1OH
{
�
3NON
u
u
u3sv v
v at avi
3 vsur
aulaoly�
�
�
a
ti�
Baa s�uo)
I �
C7 B;
C7
C'3
CL
(D
a_
U`
� 1
�
geAD
[ co U
C� U
U.
U
U
C7
U
C'3
C?
0
� a�lsodw0�
addl
�\
aldweSCL
T
v
N
G
ac
'
Pr,
fa
..
I^
.i
CL f K d
E
r
N
z
O
1 Z
47

NE Brunswick WWTP
WQ0034468
Class A - 2nd Quarter 2018
Date
Fecal Coliform
MPN 2er ram
Log
11/07/18
364
2.5611
11/07/18
339
2.5302
11/07/18
379
2.5786
11/07/18
360
2.5563
11/07/18
347
2.5403
11/07/18
343
2.5353
11/07/18
358
2.5539
Total 1 17.8557
Average 2.550$
Geometric Mean 355 Fecal Coliform MPN / gram
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction
requirement.
Geometric Mean of Less than 1,000 meets a portion of Class A - Alternative 5 Pathogen
Reduction requirement.

L Y.'•
Invironmental Chemists, Inc.
I ih 90) iW_2.-4,'24 1-:i\
10 Bow "ol.tl i i 11ll;l(1 NIoi3 tuC) V 2i 1) ] # "• .). }2.47" C;7 {i'I i
Iighwav, Jack.,nnvilko, NC 135.10 m 910,., }7.5843 Lalli:Fax
ANALYTICAL CONSULTING CHEMISTS nksu;e;i�ici?iwon [,IlchemBts.k:o�l�
Brunswick County Public Utilities Date of Report: Nov 11, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer 1D: 08100011
Attention: Glenn Walker Report #: 2018-18357
Project ID: NE Brunswick Regional WWTP
Lab ID Sample ID: Collect DatelTime Matrix Sampled by
18-46415 Site: # 1 11/7/2018 10:12 AM Solid/Sludge Client
Test Method Results Date Analyzed
Total Solids (%)
SM 2540 G
4,95% 11/0812018
Fecal Density
SM 9221C E MPN 24 hr 503
<364 MPN/g 11/08/2018
Lab ID Sample ID:
Collect Date/Time
Matrix Sampled by
18-46416 Site: # 2
11/7/2018 10:16 AM
Solid/Sfudge Client
Test
Method
Results Date Analyzed
Total Solids (%)
SM2540G
5,31 % 11/08/2018
Fecal Density
SM 9221C E MPN
24 hr 503
<339 MPN/g 11/08/2018
Lab ID Sample ID:
Collect Date/Time
Matrix r Sampled by _
18-46417 Site: # 3
11/7/2018 10:20 AM
Solid/Sludge Client
Test
Method
Results Date Analyzed
Total Solids (%)
SM 2540 G
4.76% 11/08/2018
Fecal Density
SM 8221C E MPN
24 hr 503
<379 MPN/g 11/08/2018
Lab ID Sample ID:
Collect DatelTime
Matrix Sampled by
18-46418 Site: # 4
11/7/2018 10:24 AM
Solid/Sludge Client
Test
Method
Results Date Analyzed
Total Solids (%)
SM 2540 G
5.00% 11/08/2018
Fecal Density
SM 92210 s MPN 24 hr 303
<360 MPN/g 11/08/2018
Lab ID Sample ID:
Collect Date/Time
Matrix Sampled by
18-46419 Site: # 5
11/7/2018 10:28 AM
Solid/Sludge Client
Test
Method
Results Date Analyzed
Total Solids (%)
SM 2540 G
5.20% 11/08/2018
Fecal Density
SM 9221C E MPN 24 hr 503
<347 MPN/g 11/08/2018
Report #: 2018.18357 �..����,• �----^ Page i of 2

Environmental Chemists, Inc.
v U k 7 i i
ai[1_ l�tr«Ih'li� ti�s1YE[�Sal� _ 1)10."4112.0223)
ilir >� 2hict�7A.1)
I lt\
Z,i,\inic)\C270th t�
�s. >a`✓ ? i3 -A V\:1i711k.141,on I1- );'hwa%i , �1C�yl1FZL'1.1��, N( 285-110
ANALYTICAL & CONSULTING CHEMISTS nlcx;rt,�,tt is'i ti]rett!<El 'hettti?t �itttt
Brunswick County Public Utilities Date of Report: Nov 11, 2018
Post Office Box 249 Customer PQ #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Glenn Walker Report #: 2018-18357
Project ID: NE Brunswick Regional WWTP
Lab ID Sample ID: Collect DatelTime Matrix Sampled by
18-46420 Site: # 6 11/7/2018 10:32 AM Solid/Sludge Client
`Gest
Total Solids (%)
Fecal Density
Lab ID Sample ID:
1846421 Site: # 7
Test
Total Solids (%)
Fecal Density
Comment:
Reviewed by:
Method
Results Date Analyzed
SM 2540 G 5.25% 11/08/2018
SM 9221C E M P N 24 hr 503 <343 MPNIg 11/0812018
Collect DatelTime Matrix Sampled by
11/7/2018 10:36 AM Solid/Sludge Client
Method
SM 2540 G
SM 9221C E MP 24 hr 503
Results reported on y qry weight basis.
Results
5.03%
<358 MPNIg
Date Analyzed
11108/2018
11/08/2018
Report #:: 2018-18357 MI N Page 2 of 2

� Iy
M w
7—N (7
N
Q10
Z
0
M
0
0
M
0
T
�
o
Z®
t-
0 Z
0
®
p �
T�
>
M
9 z
MV
^y
g Sa
' -
!�
t1
cn
j
v
as
PS
I
d
M
GC
lr(
GC
e
o
a
n
M
C
a
�
sp
V`:
�.,
Semple
Type
4
Composite
or
Grob
Container
Gi
-0
`0
-0
-0
Ca}
D
,f)
-u
fi7
'O
G)
-0
(P or G)
t
C7
Chlorine
mg/L
3
LAB ID
NUMBER
NONE
i
HC.
M
=:
H2304
M
M
HH03
m
C
n
p
{
NADH
..�
THIO
Z
X
KY,
t:C
'C
OTHER
1
�.
>
z
_
A
�
m
N
M
f•
M w
7—N (7
N
Q10
Z
0
M
0
0
M
0
T
�
o
Z®
t-
0 Z
0
®
p �
T�
>
M
9 z
MV
^y
g Sa
' -
!�
cn
j
v
as
PS
Q10
Z
0
M
0
V
p �
MV
^y
g Sa
' -
!�
m �
as
PS

NE Brunswick WWTP
WQ0034468
Class A - 3rd Quarter 2018
Date
Fecal Coliform
MPN per rain
Log
11/14/18
41
1.6128
11/14/18
43
1.6335
11/14/18
40
1.6021
11/14/18
42
1.6232
11/14/18
42
1.6232
11/14/18
41
I.6128
11/14/18
41
1.6128
Total 1 11.3204
Average I.6172
Geometric Mean 41 Fecal Coliform MPN / gram
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction
requirement.
Geometric Mean of Less than 1,000 meets a portion. of Class A - Alternative 5 Pathogen
Reduction requirement.

Environmental Chemists, Inc.
6602 %,VrdmI1 9 1 o.3,1.0 -1,12A ]�,lx
JZnc)d, Nlanteo, NC 27954 25'A73).-)7(.)2 1-11,/Fax,
2"3 -'i -A Y, � lack-onviil(,, 285-10 910 ,. 47.: 84") Llb/Fxx
ANALYTIC A[ &CONSULTING CHEMISTS
Brunswick County Public Utilities Date of Report: Nov 16, 2018
Post Office Box 249 Customer PO #:
Bolivia NC 28422 Customer ID: 08100011
Attention: Donald Dixon Report #: 2018-18859
Project ID: NEER
Lab ID Sample [D: Collect Date/Time Matrix Sampled by
18-47765 Site: 001 11/14/2018 8:20 AM Solid/Sludge Client
Test Method Results Date Analyzed
Total Solids (%) SM 2540 G 4.47% 11/15/2018
Fecal Density SFA 92216 E MPN 24 hr 503 <41 MPN/g 11/1512018
Lab ID Sample ID: Collect DatefTime Matrix Sampled by
18-A7766 Site: 002 11/14/2018 8:23 AM Solid/Sludge Client
Test Method Results Date Analyzed
Total Solids (%) SPA 2540 G 4.26% 11/15/2018
Fecal Density SM 02210 E MPN 24 Iv 103 <43 MPN/g 11/15/2018
.. 1-- 1., ....... ... ... . .......... .. ......... ..... . . .. ......... ..
Lab ID Sample ID: Collect DatelTime Matrix Sampled by
18-47767 Site: 003 11114/2018 8:26 AM SoW/Sludge Client
Test Method Results Date Analyzed
---- - ----- -
Total Solids N W 2540 G 4,52% 11/15/2018
Fecal Density SM 9221c E MPN 24 hr 501 <40 MPN/g 11/15/2018
...........
Lab ID Sample ID: Collect Date/Time Matrix Sampled by
18-47768 Site: 004 11114/2018 8:29 AM Solid/Sludge Client
Test Method Results Date Analyzed
. ........ . . ........ ......
Total Solids SM 2540 G 4.36% 11/15/2018
Fecal Density SM 92210 E MPN 24 hr 501, <42 MPNIq 11/15/2018
Lab ID Sample ID: Collect DatelTime Matrix Sampled by
18-47769 Site: 005 11/14/2018 8:32 AM Solid/Sludge Client
'Test Method Results Date Analyzed
Total Solids SM 2540 G 4.37% 11115/2018
Fecal Density SM 92210 E MPN 24 lir 50a <42 MPN/g 11/15/2018

Environmental Chemlists,'Ine,,
41't3v, �Ni?n) NC ')�4 6 , 4 +."3<:l. 2 2 a, I7D'.392.,+ 2r kl\
Nlnfo), NC. 27954 r,2A —,37€)' 1 I) :,i x,
ANAI-YflCAL & CONSULTING CHEMISTS
Brunswick County Public Utilities
Date of Report: Nov '16,2018
Post Office Box 249
Customer PO #:
Bolivia NC
28422
Customer 10: 08100011
Attention: Donald Dixon
Report #, 2018-18859
Project ID; NEER
Lab ID Sample ID:
Collect Date[Time Matrix Sampled by
18-47770 Site: 006
11/14/2018
8-134 AM Solid/Sludge Client
Test
- -,- . -----------
Method
Results Date Analyzed
-----------
Total Solids (%)
SM 2W G
4.46% 11/1512018
Fecal Density
SM 9221 C F. WN 24 hr 503
......... ........ .
<41 MPN/g 11/15/2018
Lab 10 Sample ID:
-- -------
Collect Date/Time Matrix Sampled by
18A7771 Site: 007
11/14/2018
8:37 AM Solid/Sludge Client
.Test,
........lMet# oclResults
........ ....... Date Analyzed
Total Solids (%)
SM 2540 G
4.41 % 11/15/2018
Fecal Density
SM 92210 E WN 24 hr 503
<41 MPN/q 11/15/2018
Comment Results reported
on a dry weight basis
Reviewed by.-
Repoit 4 2018. 18859
Pane 2 of 2

LO
O N
O
V rn v
Z co ui
o
rn
75;�L
E LL U
' N m
V
U. .
wo
40
L.J
z
z F
W Q
V
ZLU
0
00
>WON. Z
LU
rr� U
z Z
W
E
I.-
0 0
m
as
w
z
D
O
rcz
cc
D
CD >,
CD
Q ; E
© U
m n
�
D
0
" z
J..
II
'
�u
HAH10
�
T
II Z
OIN-L
1
NQ
H07N
`Sr �
SONH
II w
WVOSZH-
ai ci
y
�
l0H
3N0N
I I
LI
if38Wf'>;N
ED (it @V-
3
y
II 'V5w
aullOND
t
u
..
(9 ao di
aau;etuoo
�J
C"i
U
U'
C7
U
U
C7 O
U [L
0
0..
0
j
L
gero
[ ao
U..C'31U`(7U
U
3U
UC�UU`
0
(DU{i
atlsodwo0
\U
i
I
ed i
oldweg
ca
SIR
C
C
O
C �
O
�
�
V
�
i1
}
CiL
C
tJ
G
r
ri t
E
I.-
0 0
m
as
w
z
D
O
rcz
cc
D
CD >,
CD
Q ; E
© U

NE Brunswick WWTP
WQ0034468
Class A - 4th Quarter 2018
Date
Fecal Coliform
MPN per ram
Log
11/28/18
43
1.6335
11/28/18
40
1.6021
11/28/18
41
1.6128
11/28/18
43
1.6335
11/28/18
42
1.6232
11/28/18
44
1.6435
11/28/18
36
1.5563
Total 11.3048
Average I 1.61 SO
Geometric Mean 41 Fecal Coliform MPN / gram
Geometric Mean of Less than 2,000,000 meets Class B - Alternative 1 Pathogen Reduction
requirement.
Geometric Mean of Less than 1,000 meets a portion of Class A - Alternative 5 Pathogen
Reduction requirement.

Brunswick County Public Utilities
Post Office Box 249
Bolivia NC 28422
Attention: Glenn Walker
Lab ID Sample ID: NEBR
18-49636 Site: # 1
Test
Total Solids (%
Fecal Density
Lab ID Sample ID: NEER
1849638 Site: # 2
Test
Total Solids (%)
Fecal Density
Lab ID Sample ID: NEER
18-49639 Site: # 3
Test
Total Solids (%)
Fecal Density
Lab ID Sample ID: NEBR
18-49640 Site: # 4
Test
Environmental Chemists, Inc.
6)02 Windmill 1V<1y, Wilmirl fi>n, �C' 28� L15 910.392.0223 l,ab a 91031)2A424Fax
710 13mv,,(?rtown Rc)ac , IManteo, W 27954 . 2;52,173. 5702 l.&/Pax
25.5-A Wilmin�;ion Highway, jacksonvillc, IAC 28540 F 910.347.5843 Lab; Fax
environ men ulkA Ills SLs.CO Ill
Date of Report: Jan 03, 2019
Customer PO #:
Customer ID: 08100011
Report #: 2018-19628
Project ID: NEER
Collect Date/Time Matrix
11/28/2018 8:05 AM Solid/Sludge
Method Results
SM 2540 G
SM 9221C E MPN 24 hr 503
Collect Date/Time
11/28/2018 8:08 AM
Method
SM 2540 G
SM 92210 E MPN 24 hr 503
Collect Date/Time
11/28/2018 8:11 AM
Method
SM 2540 G
SM 9221 C E MPN 24 hr 503
Collect DatelTime
11/28/2018 8:14 AM
Method
Sampled by
Client
Date Analyzed
4.19% 12/03/2018
<43 MPN/g 11/29/2018
Matrix Sampled by
Solid/Sludge Client
Results Date Analyzed
4.50% 12/03/2018
<40 MPN/g 11/29/2018
Matrix Sampled by
Solid/Sludge Client
Results Date Anaivzec
4.46% 12/03/2018
<41 MPNIg 11/29/2018
Matrix Sampled by
So€id/Sludge Client
Results Date Analvzed
Total Solids (%)
SM 2540 G
4,24%
12/03/2018
Fecal Density
SM 9221C E MPN 24 hr 503
<43 MPNIg
11/29/2018
Lab ID Sample ID: NEBR
Collect Date/Time
Matrix Sampled by
18-49641 Site: # 5
11/28/2018 8:17 AM
Solid/Sludge Client
Test
Method
Results
Date Analyzed
Total Solids (%)
SM 2540 G
4.29%
12103/2018
Fecal Density
SM 92210 E MPN 24 hr 503
<42 MPNIg
11/29/2018
Report #:. 2018,19625 Page 3 of 2

Brunswick County Public Utilities
Post Office Box 249
Bolivia NC 28422
Attention: Glenn Walker
Lab ID Sample ID: NEER
18-49642 Site: # 6
Test
Total Solids (%)
Fecal Density
Lab ID Sample ID: NEER
18-49643 Site: # 7
Test
EnvironmentalChemists, Inc.
6602 LVindntill kNay, LVilriington, NC 28405 . 91.0.392.0223 Lab t 97 0'.392.1424 Fx,
710 13ovv wrtc)vvn Road, Manteo, NC 27954 , 252.473.5702 1,nb!Fax
255--,,1 LVOniington T iigl�v��,}y, {acksojtville, N(' 285.40 r =9103417,5843 l-.ah/lax
illi)!{„C Ii4'I roonlen ta1clkCnTISt S.Con)
Date of Report: Jan 03, 2019
Customer PO #:
Customer ID: 08100011
Report #: 2018-19628
Project ID: NEER
Collect DatelTime
11/28/2018 8:19 AM
Method
SM 2540 G
$M 9221 C E MPN 24 hr 503
Collect DatelTime
11/28/2018 8:22 AM
Method
Matrix Sampled by
Solid/Sludge Client
Results Date Analyzed
4,16% 12/03/2018
<44 MPN/g 11/29/2018
Matrix Sampled by
Solid/Sludge Client
Results Date Analyzed
Total Solids (%)
SM 2640 e
5.12%
12/03/2018
Fecal Density
SM 9221C E MPN 24 W 503
<36 MPN/g
11/29/2018
Lab ID Sample ID: NEER
Collect DatelTime
Matrix Sampled by
18-49644 Site: NEBR Sludge
11/28/2018 8:30 AM
Solid/Sludge Client
Test
Method
Results Date Analyzed
RCI
Cyanide
EPA 335.4
<0.05 mg/kg
12/10/2018
Sulfide
SM 4500 S D
<0.1 mg/kg
12/10/2018
Ignitability
SW 846 method 1010
>215'F
12/31/2018
pH
SW 846 Method 9046D
8.25 units
12/26/2018
Comment; Results reported on
a dry weight basis.
Reviewed by: - _ (C�!3 ,�
�- _�-. ,4,�
Report C 2018-19628 Page 2 of 2

yam. ...
aa[aie;uq�
ID IL
L7 Cl
C`3 m
C7 4
C"1 t]
C7 it
'�
"•
(5
aklsnduio�

County of Brunswick Public Utilities
West Brunswick Regional Facility Laboratory
fi,wh Curolm" 1.U$oralll'1 Comfir[mon ;Yumbe, N('(9)901
;Urns leRo:�x, La'+.Cvlxn7 u:: PO3ax 249 231 G,7 WaterHc^A1 rd[gH>: nr 91di-755-'1421
3aoiieia, \'[.' 23.52` tiup�riy, '`i.' 2S4ti'_ l:ax 91U-?cc.T727
ttejw}li Dale. 12.1:00-1018
LACffi1v S—WUIKF_F'!3C Sa.[ 1),11 1-1 dtt
West
Brunswick l Wrty Day Bench Beginning: 1/10/2018 Reduction of Vector Atiraction (<15% is considered passing)
Regional Digestor Scale Test Ending' 21912018 as Required to Meet Option 3 7.40%
WWTP BPA f508 13(b)(3)) PASS
SDNR
J i
r
Anna leRoux, Laboratory Supervisor

County of Brunswick Public Utilities
(XD West Brunswick Regional Facility Laboratory
Noah Carolina 1-rrhrralru.v ('erlifirobt h Number" A'CM90.3
Anna lcRoux Lab Supaw�g VO Wx 249 235 (ircy W:jw Rmvi Tekplconc. 910.755-7921
lkwlivi-, N(' 28422 Supply, hC24G2 pax: 910'!55-7927
Repmi Dasc 77 -May -2018-2018
qac# 1 4>tinrnle "i'vac savil2le 118(c 'i"cst.dz A —ft hcett e'salts
West
Brunswick Thirty Day Bench Beginning: 413/2018 Reduction of Vector Attraction (e15% is considered passing)
Regional Digestor Scala Test Ending: 5/312018 as Required to Meet Option 3 8.22%
VvvvTP EPA j503.33(b)(3)] PASS
SDNR
(End of Repor3)
,`
Certified by:✓`.;r Y:r ::, .. . '_..
Anna IeRoux, Laboratory Supervisor

County of Brunswick Public Utilities
Wast Brunswick Regional Facility Laboratory
XmIllCrv,Amur.ahr,rnlnn N000.103
Ar:r.;, kRnux, 1.zh Su}+crvaor Mi 13r,x ?49 :175 (;irn� N�at� Kc�.�a i\^f<;ilicre hl t}.755.7t171
'SupplyAC 28.4(2 Vax 4}x'755'1927
.v.,.-..._._..._..._.._.o�� T s9 --.gid
Rcpt}r( D;A(c 7t)-AUg�_2018
L-4 61 i t1v
West
Brunswick
Regional
WWTP
SDNR
"Sae. tiamp—] e -A —af C camd
ORI —ts
Thirty Day Bench Beginning: 7/18/2018 Reduction of Verlor Attraction (<15%n is considered passing)
Digestor Scala Test Ending: 8/17/2018 as Required to Meet Option 3 1,94%
EPA [503.33(b)(3)] PASS
(:eljiiiecl try' [ ;f,,,;1,./.r... �� [�-•:"�-` - .... �
Anna feRoux, Laboratory Supervisor

(XD County of Brunswick Public Utilities
West Brunswick Regional Facility Laboratory
NorrlrC.urvlirral.�rhoralary(.'errfc'ariunA'rrmhrr:' N(bU�13
Anna 1eRuux, l,ab SuMe isnr PO 13ox 249
235 Grey lYaicr Ruud 'fele enc; 910-755-7921
Bohvia, NC 28422
Sully, NC 28462
Fax: [phone]
Rclxxt Bale: 7 -Nov -2018
' c Ii
it c'Mmak-PaLtst` bi 4 e t eti
West
Brunswick Thirty Day Bench Beginning: 10/3/2018 Reduction of Vector Attraction (<15% is considered passing)
Regional Digestor Scale Test Ending: 1112!2098 as Required to Meet Option 3 5.23%
WWTP
EPA [503.33(b)(3)j PASS
511N R
Certified by:
Anna leRoux, Laboratory Supervisor

(ED
County of Brunswick Public Utilities
West Brunswick Regional Facility Laboratory
Narlh C.'nralbrn 1�bnrntor� CerYifrcalian Number: NCO0903
Anna JcRovx, Lab Supervisor I'() Dox 249 235 Grey Walu Road Tclgbone: 920-755.7921
BI)Nvi;� NC 25422 Supply, N(.29462 Fmx: 910-755-7927
Rcporf Date; 22-Pcb-2018
Eadfim jj 5t &_ Mcf, hod licse�lts
Northeast
Brunswick Thirty Day Bench Beginning: 1/23/2018 Reduction of Vector Attraction (<15% is considered passing)
Regional Digestor Scale Test fi=nding: 2122/2018 as Required to Meet Option 3 10,00%
WWTP EPA (503.33(b)(3)) PASS
Post Tank
End of Re orI
Certified by:
Anna leRoux, Laboratory Supervisor

COnnty of Brunswick Public Utilities
a. West Brunswick Regional Facility Laboratory
North Cnrolinp l �rboralary C.'or� ferrlios NetnrLvr: NC0090.3
Anna lckoux, Jab Supervisor I'O Box 249 235 Gr7 i «'ntcr Road
Tckphonc: 910,755-7921
glcr E x!i%;l;rniyaa,rsct l30iviu NO 25422 Supply, NC 294621 :uc: 910= 75 5-7_0
27
Repotl Date: 11-1)ec-201 S
i+r�clll Sri Ic 1' a ,"81 Ic rite ' 'est & illetl ,Ad
Northeast �—�---�--I-- ffic is
Regional Thirty Day Bench Beginning: 11/7/2018 Reduction of Vector Attraction (r15% is considered passing)
WV4TP Digestor Scale Test Ending: 12/7/2018 as Required to Meet Option 3 9.58%
EPA [503.33(b)(3)] PASS
SDNR
End of Report)
Certified by:
Anna IeRoux. Laboratory Supervisor

r.Vrr VlVrcl......V.L rVr 4U..... 8'1!!!...". "V'vvJVJ
Anna IcRoux, Lab Supervisor PO 13ox 2A9 215 Cwey Water Road Telephone: [phone]
Bolivia, NC 28422Supply, NC 28462 Pax: 910.755.7927
Report Daw 17 -Dec -2018
EHOUX
Northeast
Brunswick Thirty Day Bench Beginnial 11114/2M Reduction of Vector Attraction (<15% is considered passing)
Regional Digestor Scale Test Ending: 12/14/2018 as Required to Meet Option 3 3.59%
WWVTP EPA [503.33(b)(3)) PASS
SDNR
end — Re rt
Certified by; '�LP. Y"'
Brian Blanton, Laboratory Technician

County of Brunswick Public Utilities
West Brunswick Regional Facility Laboratory
Nor'l+Carolina LaboralmyC'v ijicalimtNumber: NCO0903
Anna IeRom, Lab Srptrvisor PO Box 249 235 Corey Wator Road Telephone [phone]
;ti�Ec,i whlviic g.ng�
Bolivia, NC 28422 Supply, NC 28462 Fax: [phone]
Report Date: 20 -Dec -2018
Facility,
Northeast
Brunswick Thirty Clay Bench Beginning 1112012018 Reduction of Vector Attraction (<15% is considered passing)
Regional Digestor Scale Test Ending: 12/2012018 as Required to Meet Option 3 <1.0
TP EPA [503.33(b)(3)) PASS
SD's R
End of fie ort
Certified by:
Brian Blanton, Laboratory Technician

s
8
i
i
8
8
i
8
t
i
8
=
i
s
8
3
3
2
C
a
3
�

m
a
I
B
B
8
8
s
s
3
3
a
s
A
8
R
m
a

i
i
E
E
9
s
=i
i
E
i
S
Si
1
a
i
S
�
E
i
i
R
S =
R

s
'
^Nn
�
O
IO
r
Cr
V1
E
�1
Ei
F
3
�
3
i
i
E
iE
i
8
{
8
S
�
E
i
E
E
E
S
I
i
i
E
a
E
3
S
i
i
n
ti
i
S
S
Z
i
f
i
E
j
3
i
i
i
9
i
g
4 E
A
MS
LL
I Q
^Nn
�
O
IO
r
Cr
V1
�1

U
U
Ci
J
'0I o
135Ln y
y
�C
7
tU
N
C
O
0
W
m
E
Z
r
W
in
LO
w
C�9
O
m
a
0
v
OD
n
N
I
m
a
i
i
B
i
B
s
i
Ei
f
i
8
i
s
=
s
3
z
i
c
i
c
i
i
i
s
3
3
s
l
.j
U
U
Ci
J
'0I o
135Ln y
y
�C
7
tU
N
C
O
0
W
m
E
Z
r
W
in
LO
w
C�9
O
m
a
0
v
OD
n
N
I
m
a

m
v
CL
S
8
8
=
S
i
i
i
i
s
'
QS
S
fi
n
S
n°
7
i
i
i
8
S
8
8
S
S�
S
r�
3
3
s';+•
S
7�
I
m
v
CL

a
B
�i
Q8
}
i
S
i
$
S+
8
S
3

--9
Q12
si
--9
i
Q12
i

a
!
a
E
EE
a
s
E
g
�
E
B
I
E
i
4
�
tL
S
a
8.
$
E
s
�
5
E
a
8
ti
3
i
i
i
�
3
a !
fi
a
a
w
v
w
m
m
Z
m
m �
I
m
Q

a'
CD ( (�
r �J\
+n
m
0
M
[7
N
N
N
�
o
N
h
LJ
i
i
i
a
C>
0
c
iD
00
N
i
a
N
Y
a
C
S�
a
�
bQ
9
8
'x
1
8
8
t
i
S
i
8
8
i
I
i
i
i
`a
i
s
?s
i
S
i
R
8
R
a'
CD ( (�
r �J\
+n
m
0
M
[7
N
N
N
�
o
N
h
LJ
M
a
C>
0
c
iD
00
N
E
N
Y
C
S�
a
�
bQ
9
v
a

�c
i
i
B
8
8
3
i
5
S
7
i
s
R
S R
R
�c

a
0
L
A
C
W
t
r
M
M
O
0)
in
CD
O
�D
r
O
`7
00
r
LL
N
u7
0
rn
M
N
EL9
N
CN
N
a
M
N
V
v
w
0
N
'M
a
0
0
IR
co
G
N
N
■
0
z
Y
cc
F
cc
' R
}y}ys N
CL
m E
3:9
1
`7
Ed
m
a
8
S
� S
B
a !
i
8
F
s
3
F
T
i
E `
a
0
L
A
C
W
t
r
M
M
O
0)
in
CD
O
�D
r
O
`7
00
r
LL
N
u7
0
rn
M
N
EL9
N
CN
N
a
M
N
V
v
w
0
N
'M
a
0
0
IR
co
G
N
N
■
0
z
Y
cc
F
cc
' R
}y}ys N
CL
m E
3:9
1
`7
Ed
m
a

LJ
T-
m
0
n
M
m
0
rn
m
LL
�i
O
V
O
N
cn
vi
r:
N
d
m
N
V
V
m
N
CV
I
IL
o
m
O
N
O
m
m
a
� s
8
8
i
s
�
s
Q8
A
S
7
8
i
�L
8
c
S
.s
a �
S
S R
R
LJ
T-
m
0
n
M
m
0
rn
m
LL
�i
O
V
O
N
cn
vi
r:
N
d
m
N
V
V
m
N
CV
I
IL
o
m
O
N
O
m
m
a

f
i
m
N
00
(� J
to
N
i
i
a'
c
s
0)
T
� 4V
4 v
r
LL
m
t
Q
LO
t
i
a
�
u7
N
M
O
V
r
Z
co
N
0)
0
N
f
r
M
✓
�
Il ri
V
a
CCl
Cn
a
a
N
O
Z
z
� N
3
� N
E
d
E
z
O_
V
S
1
8
;
fi
L
E
t
i
E
s
i
S
s=
o
m
N
00
(� J
to
N
o
a'
c
K
m
0)
T
� 4V
4 v
r
LL
m
t
Q
LO
C
O
L
�
a
�
u7
N
M
O
V
r
a
co
N
0)
0
N
rS
C
W
r
M
✓
O
�
Il ri
V
CCl
Cn
C�
v
N
O
Z
� N
3
� N
E
d
E
z
O_
V
S

Q�
bc)
.............. .
Q�
bc)

o �
•� o
D �
o
N
M
M
Ln
Q ti
r -
v
x O)
m m
C_ h
r
LL
G m
7 w
r
Lo
C Lo
O N
• o
�p o
7 M
Cl
A
4.
m
N
OD
r
O
N
C �
LU
a
m
a
� o
N
00
N c�
°O
sY
N
a
(6
Q
Gl
CL1
J
s
B
$8
R
I1
t
3
�
gS
1-
--
t
S
s
r
3
3
3
3
s
o �
•� o
D �
o
N
M
M
Ln
Q ti
r -
v
x O)
m m
C_ h
r
LL
G m
7 w
r
Lo
C Lo
O N
• o
�p o
7 M
Cl
A
4.
m
N
OD
r
O
N
C �
LU
a
m
a
� o
N
00
N c�
°O
sY
N
a
(6
Q
Gl
CL1
J

a
c
a�
N
J
a
c
LU
m
Z
9
00
CD
a!
yr
0
n
M
tqN
Cn
� a
M2
fit]
li
m
O
r
V
M
O
r
r
i�
N
O
N
m
M
Q
LO
In
0
`r
0 0
N
M
1
CI
�z
lCv
8
s
6
g8
R
S
gB
R i
i
y
Rs
v
�
8
f
i
d
j
a
c
a�
N
J
a
c
LU
m
Z
9
00
CD
a!
yr
0
n
M
tqN
Cn
� a
M2
fit]
li
m
O
r
V
M
O
r
r
i�
N
O
N
m
M
Q
LO
In
0
`r
0 0
N
M
1
CI
�z
lCv

c
o �
10 LO
a V !
v �
s
a
F
i
7
S
B
t
'+s
F
c
o �
10 LO
a V !
v �

G
O �
m °a
d N
co
O co
T3 O
f
01
CO
I=
y C.)
Q N
M
X tp
r
C [p
_ LL
C y
4i
d �
V �
N
rn
0
C �
O
no
w
N
Q
00
CO
CDN
C �
W M
0
LOccv
0
� N
[6 (D
(A m
0
z
Q�
E n
m E
2
a
c ;
tv
J
V
LL
r3
V -
4 J
ii
i
CZ
�n
V�
+
r�
i
e
8
7
Yi
G
O �
m °a
d N
co
O co
T3 O
f
01
CO
I=
y C.)
Q N
M
X tp
r
C [p
_ LL
C y
4i
d �
V �
N
rn
0
C �
O
no
w
N
Q
00
CO
CDN
C �
W M
0
LOccv
0
� N
[6 (D
(A m
0
z
Q�
E n
m E
2
a
c ;
tv
J
rio
V
LL
V -
4 J
CZ
V�
+
r�
rio

-�
Sy
7
8
f
i
8
8
8
8
=
yB
i
E
3
R
i
�
R
R
It
0
z
c
F
ro
m E
1
�PA
CIXD
Nov✓

I
E
z
In
S
8
8
S
t
8
gB
A
I
B
9
i
I
E
z
In

gol
i
^n
i
f
\
�
V)
f
g8
S
EE
E
i
{
f
i
}
s�
S
3
3
i
i
jf
i
¢
gol
90
^n
\
r ,
V)

9
C
W
m
�C
O
r. -
CD O
f<
N
N
1\\V
B
fl
G
8
LL
m
B
8
�
E
i
8
j
8
S`
i
8
t
B
i
s
S
E
8
9
C
W
m
�C
O
r. -
CD O
N
N
1\\V
ID
fl
G
J
LL
m
❑ {
CD
i
LO
rn ��
v
N

_
0
R �
d �
0 fU
O
� I�I
O 'f
n
a c
N
LO
x �p
�'31--l-I
r
rn
m
ri
M
C tmy
0
a
U
r
CAD
O
r LO
co �?
L
0 _
N
a
ur)
is
v
ri
co
0
M Q
G N
LLE �s
2
a
0
0
ui
cn
co
N
Cn C7
O
Z
C
H
m
Q d.
E m E
a F°'
b
J
cx;
41
a
1
�g
s }
S
S
s
i�
5
F
B
_
0
R �
d �
0 fU
O
� I�I
O 'f
n
a c
N
LO
x �p
�'31--l-I
r
rn
m
ri
M
C tmy
0
a
U
r
CAD
O
r LO
co �?
L
0 _
N
a
ur)
is
v
ri
co
0
M Q
G N
LLE �s
2
a
0
0
ui
cn
co
N
Cn C7
O
Z
C
H
m
Q d.
E m E
a F°'
b
J
cx;
41
a

C
2
"N I
I
rib
Ll
I
rn

-IN
x
G
0
M
C
W
A
N
E
z
R.
N
N
LO
Co
N
t`
N
Fl
�r
M
1
R
MV -9
B
g
S
dID
8
8
S
V
i
8
8
s
E
3
i
i
i
S
6
6
t
8
S�
3
3
-IN
x
G
0
M
C
W
A
N
E
z
R.
N
N
LO
Co
N
t`
N
Fl
�r
M
1
R
MV -9
S
— V
dID
Z
V
S

4
C�
T
'
s
c
s
3
8
c f
C i
J
i
i
! i
3
1
I
_ B
al
a
w
a
v
m
N
N
1
Q�
OG
�1
C�
T
'
n
a�
a

I
s
C--/
2
G�
t
.S'
I
N
'-
i
s
3
8
QS
S
i
8
Q8
7
r
3
i
3
t
i
R
�
�
42
U)
O
.y
O
C
W
N
W
O
ODX
('O
Ln
N
O
LL
M
C3
f0
M
O
r
a
ao
0
N
to
"a
g
a
0
n
cd
N
E
H
17O
z
Y
R
r
z,
1
rn
C--/
2
G�
0
N
'-
rn

...............
I
t
s
R
S
i
9
s
i
8 s
s
}
s
3
f
3
a
's
i
s
i
�S
N
c
0
v
a
c
LU
fE
z
C
m
m
co
C.
N
LO
M
r f
E
N f
CD
w
CD
v
si
rn
m
cl0
0
Cl)
co
v
CR
a
0
N
O
m
O
N
N
a
0
0
0
0
Cl
N
N
N
N
1
OWN
0
O
6
v
Q

a
c
W
a
E
z
a
c
a
m
a
v
0
C,
m
N
O
n�
co
M
LL
9
D
r
O
r
ai
N
a
M
ri
�n
ro
N
N
a
CL
a
C3
ro
CO0
N
FL
E
z
Y
C
r
a
3
1
99
�l
m
m
d
i
i
S
8
8
S
S
t
a
€8
i
i
a
c
W
a
E
z
a
c
a
m
a
v
0
C,
m
N
O
n�
co
M
LL
9
D
r
O
r
ai
N
a
M
ri
�n
ro
N
N
a
CL
a
C3
ro
CO0
N
FL
E
z
Y
C
r
a
3
1
99
�l
m
m
d

s
Cr
f
r
I
l
8
=
v J
V
+may
8
C
8
8
i
�
3
&
S
•S
8
S
s
I:
i
i
,S
s
t
c
0
ar rn
v
� o
N
co
co
00
m �
K M
co r
C C
LL
C ST
O
CIS
d �
0 o
M
L7 �
O N
0
d
CL
CL
N
O
w
N
� N
W N
2
Q
O
0
0
(D
co
6
N
� O
N
(n N
M
0
Z
r
C
N
Q �
E
m
Z I�
L
G
N
J
o�
a
Cr
f
o�
a
f
V
o�
a
V
l
v J
V
+may
o�
a

`s
C
s
;
s
j's
&
r
}
8
8
O
�S
3
a
i
i
i
:1
�S
3
=
s
=
R
?
m
m
a

o
L
N
o
8
=
b
S
7
IQ
C
d
19
V�
S
M
�
O
O
�
a
I
4
co
�
�
O
8
u
Ijl✓f
ga
m7
O.
w
V)
N
d
�
a
H
S
a
`
S
d
z
�
rn
J
'
L
a
S
I
o
co
N
o
b
10
IQ
C
d
19
V�
M
�
O
O
�
4
co
�
�
O
u
Ijl✓f
ga
m7
O.
w
V)
N
d
�
H
a
`
S
d
z
�
rn
J
'
L

a
LJ
1
O
m
a
i
S
8
t�
i
i
Si
t
3
3
i
S
y�
t
=
r'
a
LJ
1
O
m
a

i
i
s
8
`.f
i
1
s
a
S
i
i
e�
i
s
i
s
s
F
V_
i

's =
i
8
a
�
B
i
=i=
i
a
i
Sy
�
8
a
3
3
_
a
6
t
s
i
s

A
-r-
a
C
J
v
C
W
d
E
z
2
a.
N
LD
of
m
n
C1
2
IL
0
0
1
al
m
m
a
8
c
s
t
8
S
8
i
a
f.
s
a
�1
=
S
i
i
3
a
S
,S
S
i
i
S
IIN
A
-r-
a
C
J
v
C
W
d
E
z
2
a.
N
LD
of
m
n
C1
2
IL
0
0
1
al
m
m
a

y
m
c
W
v
OD
N
co
rn
rn
N
CR
w
n
r
LL
w
LOr
Co
N
M
LO
L6
LV
V
n
n
4.
Lo
N
v itm
0
N
N
a
0
0
0
a
m
d
N
N
9
10m
N
CL
mE
1.
0
rn
CL
s
$
j
f
Qs
3
F
E
FF
1
s
g8
b
8
s
3
=
3
2
5
3
3
t
i
R
y
m
c
W
v
OD
N
co
rn
rn
N
CR
w
n
r
LL
w
LOr
Co
N
M
LO
L6
LV
V
n
n
4.
Lo
N
v itm
0
N
N
a
0
0
0
a
m
d
N
N
9
10m
N
CL
mE
1.
0
rn
CL

m
Q
C
O
a
L
W
m
co
mss
0
OD
fl -
CD
.r
ca
v
r
O
C
LL
m
l]
til
Ce)
D7 '
N
io
O �
a '
r- t
N
I
� s
in
o
N
CL
O
O
0
G
o
N
a' i
N
Y,/D
a
i
s
i
s
s
s
8
i
1
i
8
I
j
s
a
i
i
a
a
�$
st
m
Q
C
O
a
L
W
m
co
mss
0
OD
fl -
CD
.r
ca
v
r
O
C
LL
m
l]
til
Ce)
D7 '
N
io
O �
a '
r- t
N
I
� s
in
o
N
CL
O
O
0
G
o
N
a' i
N
Y,/D
a

c
o �
ro m
o�
a o
LO
a'
M
x r�
o
C
LL
D O
W)
m a
ro
r
c �
o �
ko
3 v
o W
2
CL
CA
a
0
N
LLJ
a
a
0
0
0
co
N_
� a
0
Z
Y
C
a
m
z �
a
J
2
4
4
rn
EL
8
a
8
8
a
B
s
a
B
B
a
B
a
2
a
c
o �
ro m
o�
a o
LO
a'
M
x r�
o
C
LL
D O
W)
m a
ro
r
c �
o �
ko
3 v
o W
2
CL
CA
a
0
N
LLJ
a
a
0
0
0
co
N_
� a
0
Z
Y
C
a
m
z �
a
J
2
4
4
rn
EL

CL
i,
8
i
t
8
rljd`
a
7
i
i
CL

1L
i
tL`
V

G
O
m rn
N �
❑ G
a o
N
a
y o
Q o
M
m
X co
Ln
� o
C N
r
LL
C O
D Q
LO
0 �
IC �
� O
N
Ci
C �
O �
y o
O �
c�
a
ti
co
0
N
C N
W N
Q
N
O
M
m
co
0
t N
1f1 `N
O
Z
Y
C
F
M
m
a�
� m
z
c
d
J
e
0
3
Q�
6
0
S
J
S
11I
[
fV
V
8
a
i
i
i
s
i
t
S
i
E
i
8
�
s
I
i
s
1
s
i
G
O
m rn
N �
❑ G
a o
N
a
y o
Q o
M
m
X co
Ln
� o
C N
r
LL
C O
D Q
LO
0 �
IC �
� O
N
Ci
C �
O �
y o
O �
c�
a
ti
co
0
N
C N
W N
Q
N
O
M
m
co
0
t N
1f1 `N
O
Z
Y
C
F
M
m
a�
� m
z
c
d
J
m
a
0
Q�
0
0
J
11I
[
fV
V
m
a

C
O N
co
co
d m
00
'6 O
U)
r
Lo
a
a'
M
x co
� r
c w
r
LL
c of
7 p
u7
07 �
M
�n
M
C �
O
i
7
'C7
d
0
CO
0
N
V �
G
Wr
CL
0
co
77
00
0
N
y N
0
z
c
m�
Q�
vm
z
au
J
J
8
8
C
3
8
8
8
8
B
3
a
R
I
4
A
R
C
O N
co
co
d m
00
'6 O
U)
r
Lo
a
a'
M
x co
� r
c w
r
LL
c of
7 p
u7
07 �
M
�n
M
C �
O
i
7
'C7
d
0
CO
0
N
V �
G
Wr
CL
0
co
77
00
0
N
y N
0
z
c
m�
Q�
vm
z
au
J
J

c
o
o
Lo
Q co
o
M
M
co
N
R M
Yt L-
m
o
kn
m Ln
m
rn �
� M
O �
f0
W �
7 co
O
N
a
0
ri
co
0
N
r M
C
W
a
0
0
N
to
co
O
N
`o
m
w
N
6
Z
Y
C
F
m
fD �
Q �
Z � H
a '
C:
a>
N
J
V—Z)
M_
m
a
a
e
K
a
�
R
F
8
i
8
e
a
i
g
3�3
3
c
8
8
g
e
=
3
3
3
3
c
o
o
Lo
Q co
o
M
M
co
N
R M
Yt L-
m
o
kn
m Ln
m
rn �
� M
O �
f0
W �
7 co
O
N
a
0
ri
co
0
N
r M
C
W
a
0
0
N
to
co
O
N
`o
m
w
N
6
Z
Y
C
F
m
fD �
Q �
Z � H
a '
C:
a>
N
J
V—Z)
M_
m
a

C
O (X,
� O
❑ EL[1
a o
N
m
m
Q �
x Cl)
m
c
LL.
C y
LOd
� r
M
o
3 �
❑ `* I
c0 �
CD -
co
a
tn
c
Q
Z4
� m
w r
a
0
0
0
N
00
O I
N ;
M �
j
N
O
Z
Y
a y!
m E
Z}i H
C I f
i
J
i
i
i
8
8
e
i
$
3
8
i
8
s
e
3
i
�
f
�
3
i
7
3
L
E
C
O (X,
� O
❑ EL[1
a o
N
m
m
Q �
x Cl)
m
c
LL.
C y
LOd
� r
M
o
3 �
❑ `* I
c0 �
CD -
co
a
tn
c
Q
Z4
� m
w r
a
0
0
0
N
00
O I
N ;
M �
j
N
O
Z
Y
a y!
m E
Z}i H
C I f
i
J

V)
72
0
r�- �—
cis

WE
of
a
S
e=
3
a
i
E
i
8 i
8
r
e
i
i
t
E
�L
i
3
i
WE
of
a

i1
i
f
f
J'
9
t
1
i/J
`
E
v
1
�
E
E
f
5
8
N
8
l
Y
_
E
i
s
B
i
P
i
R
i1
J'
1
i/J
`
v
�
�
N
l
Y

1
c
S i
8 �
s
s
S
8
8 �S
LA
i
r�
V "
i
i
s
S
i
V
g
i
8
8
R
a
a
R 9
x
S
Q-
LA
r�
V "
V
i

d
a
0
��
rn
i
&
rn
o
r
S
=
Q
OD
OD
M
f I
i
A
i
0
a
LO
M
d
NCD
r
o
tai
°O
8
ri
o
c
v
QD
t
QD
co
C
L1.1
LU
CD
`v
�
a
CD
0
eii
3
o i
�
� n
t
m
i
V
3
c
ca
d
a
0
��
rn
O
�
rn
o
r
Q
OD
OD
M
f I
A
0
a
LO
M
d
NCD
r
o
tai
°O
m
�
n
ri
o
v
QD
QD
co
C
L1.1
LU
CD
`v
�
a
CD
0
eii
o i
�
� n
t
m
N
V
Z
Y
c
ca
w
�
z
a LD
a
m E
C
N
�
'
V
J
V
d
a

a
a
m
J
a
w
O
E
z
z�L
CI
m
m
d1
N
co
N
Q
N
LL
G1
C,
0
a
c�
0
h
Q
r
N
M
O
0
N
s
rn
d
_
s
i
i
i
s
p$
C
S
8
c
S
S
f
3
�
3
S
5
7
i=
E
3
s
3
's
�S
7
i
A
S
R
a
m
J
a
w
O
E
z
z�L
CI
m
m
d1
N
co
N
Q
N
LL
G1
C,
0
a
c�
0
h
Q
r
N
M
O
0
N
s
rn
d

i�
d �
� o ^
iA �}
� v
N
m CF)
a � p
M
K
c CO
LL
F
Lo
U M
M
= N
O CD
� ^
Q r 0
V JJ
— O
a
LO
r � �
Q
ao ��
0
N
� N V
W cD
Q
IR0
N
L
co
Q W
y N
0
N
O
Z
Y
C
W
a
(6 W
Q
E
2
� ' r
m
J
i
3
`E
i
i
s
E
s
€
s
.
F
i
E
E
E
8
E
3
3
z
a
t
i
ti
t
i
E
y�tS
3
F
E
s
i�
d �
� o ^
iA �}
� v
N
m CF)
a � p
M
K
c CO
LL
F
Lo
U M
M
= N
O CD
� ^
Q r 0
V JJ
— O
a
LO
r � �
Q
ao ��
0
N
� N V
W cD
Q
IR0
N
L
co
Q W
y N
0
N
O
Z
Y
C
W
a
(6 W
Q
E
2
� ' r
m
J

N
LL
t
8
8
"a
S
a
8
B
3
i
i
e�
i
i
3
i
�S
it
i
i
�
8
8
j
"a
S
8
a
E
a
3
3
z
a
ni
N
LL

e
5
a
'
a
i
3
8
S
=
F
i
f
=
i
i
8
F R

C
w
m
1
V,
i
8
=
ii
S
S
l
i
8
i
g
I
5
i
t
S
i
L�
k
8
a
7
e
k
a
5
C
w
m
1
V,

a
W
cn
m
E
z
a
J
2
LO
O
O
O
M
co
m
Po
m
to
m
m
LL
aD
T
r
cD
cc
Im
Q
M
00
C
N
m
7Z
2
a
0
o i
M
co
0
F.
E
x
c
H
a
Q
m
m
}x
{
i
t�
C
a
a
i
}
s
E
i
3
3
i
i
s
g
E
i
a
W
cn
m
E
z
a
J
2
LO
O
O
O
M
co
m
Po
m
to
m
m
LL
aD
T
r
cD
cc
Im
Q
M
00
C
N
m
7Z
2
a
0
o i
M
co
0
F.
E
x
c
H
a
Q
m
m

l
i
a
5
B
B
s
s
a
i
s
t
B
}
�[
Q8
T
S
s
ti
F
B

E
S
a
8
E
i
g
a
3�
3
H
B
j
a
i`S
`i
i
Fi
E
1
f
f
E
3
I
B
a
i
i
I
I
i
� R

fS
:j
1
g
�f!
!I
B
6
i
8
ti
8
8
i
3
q
E
i
i
I
i
�
i
R

a
i
a
8
8
8
d
8
8
E
s
f
e
e
�,
ON
In
�k

C
QI
J
Q
S
L
W
:
Nm9
al
E
m
z
U')
N
O
N
CR
4
in
N
ll7
N
N
ice]
r
[+i
w
LL
m
a
O
C7
Ln
QI
O
a
a
_o
N
N
co
O
CD
ib
Q
n
UD
N
co
co
o
cn
'5
CL C
tq E
t
t
S
g8
3
i
i
8
8
8
S
F
i
i`.
f
i
R
C
QI
J
Q
S
L
W
:
Nm9
al
E
m
z
U')
N
O
N
CR
4
in
N
ll7
N
N
ice]
r
[+i
w
LL
m
a
O
C7
Ln
QI
O
a
a
_o
N
N
co
O
CD
ib
Q
n
UD
N
co
co
o
cn
'5
CL C
tq E
t

o�
�ko
a o
N
M
r
v
>� w
a M
Q �
ai
x
c rn
r
LL
C SM
Q
m r
c
u LO
Cl
C Cl)
O Co.
N
D
{i
O
N
N
M
Go
O
Ctil
C
W cQ
IL
0
0
C2
0
'L" N
M
N
O
Z
C
R
Q �
N
r d
m
co
Z H
C
6f
.�J
LLOW.
s
fl
i
Id
E
8
a
,
8
S
IS
C
B
=
S
S
t
i
�
S
3
!
3
t
i
3
3
t
S
i
S
S
�
o�
�ko
a o
N
M
r
v
>� w
a M
Q �
ai
x
c rn
r
LL
C SM
Q
m r
c
u LO
Cl
C Cl)
O Co.
N
D
{i
O
N
N
M
Go
O
Ctil
C
W cQ
IL
0
0
C2
0
'L" N
M
N
O
Z
C
R
Q �
N
r d
m
co
Z H
C
6f
.�J
LLOW.
s
fl

.19
L
8
�
's
'
8
g
S
1
i
8
S
8
8
j
l,SjII
i
3
a
�
3
a
i
f
i
i
y
A
! SF
8

v
I

v
E
z
Ln
0
Q
N
N
r
Ln
a
O
Q
u7
O
r�
h
N
LO
d
O
O
O
N
co
W
N
1
m
m
m
a
s
8
s
B
T
�S
3
3
i
i
i
i
v
E
z
Ln
0
Q
N
N
r
Ln
a
O
Q
u7
O
r�
h
N
LO
d
O
O
O
N
co
W
N
1
m
m
m
a

a
LL
z
Qch
T
N
LL
9
im0
N
a
a
0
toQ
0
N
N
Q
0
v
u7
m
0
Li
LL -
(D
N
rn�
c�S
B
8
8
=
3
a
3
=
a
�S
3
n
C
a
LL
z
Qch
T
N
LL
9
im0
N
a
a
0
toQ
0
N
N
Q
0
v
u7
m
0
Li
LL -
(D
N
rn�
c�S

P
/�z
` 7
C
Q
m
J
t
G1
E
z
ca E
� i61
)4
0
m
a
8
i
F�
8
8
Z
8
s
€E
i
4
8
8
s
E
E
3
i
P
/�z
` 7
C
Q
m
J
t
G1
E
z
ca E
� i61
)4
0
m
a

0
N
m
a
7
i
s
s
i
I
i
8
i
a
�a
i
i
i
a
R
0
N
m
a

a
a
O
10
N C
ro
N
co
0)
cn
n
a CO
r
IT
Q
x �
a
N
c
N
W
cn
� rpi O
R
� o
N 4
a
a
v (�p
a_
a
m
P
N
n
0
o �
N
U
C
W
Q
a
o
L2
r
co
N 1
m
a
v
d �
z
Y 1
C R1
m
E i a N
E m E t
z
a
W
m
a
'a
2
8
F
a E
---
a
i
s
s
E
E
s
;
�
E
'a
{
i
s
t
i
`
F
5
i
O
10
N C
ro
N
co
0)
cn
n
a CO
r
IT
Q
x �
a
N
c
N
W
cn
� rpi O
R
� o
N 4
a
a
v (�p
a_
a
m
P
N
n
0
o �
N
U
C
W
Q
a
o
L2
r
co
N 1
m
a
v
d �
z
Y 1
C R1
m
E i a N
E m E t
z
a
W
m
a

r_
0
R
�
v
�
m
o
a+
N
N
L
LO
r ,
X
N
V
C)
r
\
C
N,
LL
m
C
m
0
r
V
1-1
�cr
V
o
L
ID
�
� `
r
N
Q
7
V
73
C
W
.N-
N
_�
(7
N
�
�
C1
N
l n
V
�
00
O
N
l
4
Z
Y
C
co
v �
4'
S
E
z
mE
C
0
J
I
A
CD

M
0
s
s
gS
s
's
e
i
i
Ss
i.
i
f
i�
`FF{7
i
i
ifr
i
i
i
M
0

�
h
C?�
10,
IN,
s
s
8
a
i
t
F
t
i
i
i
i
I
t
I
c
�
h
C?�
10,
IN,

U)
N
R
w
O
O
c
w
d
ro
z
C
J
or
a
8
g8
S
z
8
g8
S
i
i
`s
i
A
g
R R
U)
N
R
w
O
O
c
w
d
ro
z
C
J
or
a

s
8 �
R
i
B ¢
B
!#
I
s
s
� 1
8.
i
s
_ P
8
R
i
S i
S
5
3
3
t

r-
0
ro r
0
-a 0
N
v
m
a' v
0
Lo
N
x �
N
C N
m
m
N
N LL
m
� Q
P
d r
m
U 0
0 co
U
06
3 N
d
N
N
C2
N
W 7
a
r
m
LO
oo0
_N
0 C)
N
N V
V
0
z
s
r
a
ro
mrL
°1
E
m E
zr
a
C
N
a
rn
CL

x
c
m
m
U)
c
0
n
D
LEI
N
a
v
LL
m
a
0
u�
0
C9
cn
m
N
0
m
rn
a

a
aa)
v
v
w
0
W
m
Z
Q
N
Q
lo
rn
N
LL
W
a
M
0
m
rn
N
a
M
N
c)
ci
a)
as
O
N
V
a
Q
0
0
m
o
Ir
V:
0
z
r
a
E m
F
n�n
NO`
i
i
8
8
�
a
E
8
EE
E
i
i
r
h
�
a
aa)
v
v
w
0
W
m
Z
Q
N
Q
lo
rn
N
LL
W
a
M
0
m
rn
N
a
M
N
c)
ci
a)
as
O
N
V
a
Q
0
0
m
o
Ir
V:
0
z
r
a
E m
F
n�n
NO`

a
s
fi
s
s
8
8 �
a
I
i
C
t
i
3
i
3 i
S =
s
i
s
i
s
3 t
3
z
4 S
R

o m
co
m �
m
Go
y
c7
N
Q �
x co m
m
c
� N
N LL
� d
d
!6 �
O
r
co
C U7
4
ro o
0
N
d
ti
a
N
r
N
a
w
WQ
E
2
L
\ v
Q
M
v
M
i
B
S
8
8
"a
G
7
i
B
a'
17
1
I
a
a
3 �
i
i
i
o m
co
m �
m
Go
y
c7
N
Q �
x co m
m
c
� N
N LL
� d
d
!6 �
O
r
co
C U7
4
ro o
0
N
d
ti
a
N
r
N
a
w
WQ
E
2
L
\ v
Q
M
v
M

a
0
v J
s
1�
V
E
i
V
8
"a
=
i
i
a
_
i
a
8
9090
8
8
s
E
i
t
3
i
E
R
4
A
R
0
v J
J
1�
V
0
J
1�
U
V
'
1

d
E
m
z
Lnco
N
v
G
v
LO
LO L M
C M
ti
m
rNi N
(0
(h
LL
W
O
i
o
�
B
0
s
8
9090
i
a
a
E
l
i
t
t
i
CL
d
E
m
z
Lnco
N
v
G
v
LO
LO L M
C M
ti
m
rNi N
(0
(h
LL
W
O
o
�
0
rn
N
n
a
m
W
0
l
N
z
C
v
CL
m
a
o
�
0
c
l
N
z
C
a
1
CL
LM
m E
W
i
m
a

E
ra
Z
5
QCD
0
c�
(i
i
i
=
I
E
r
3
S
S
8
t
C
q8
C
5
i
S
7
i
i
t
i
2
4
E
ra
Z
5
QCD
0
c�
(i

L
0
R
rn
� a
8 rn
n
c
W
2El
m
IC>
w
n
N
Cl)
r
O
r
LL
iT
LO
LO
cli0
4
0
0
a
IL
N
4
LO
N
O
N
rn
Q
i~
O
0
0
N
36
CJ
CL
m E
�F
1
q
$ i
`r
S
g8
3 �
i
F
ii
S
F
f
L
z
L
0
R
rn
� a
8 rn
n
c
W
2El
m
IC>
w
n
N
Cl)
r
O
r
LL
iT
LO
LO
cli0
4
0
0
a
IL
N
4
LO
N
O
N
rn
Q
i~
O
0
0
N
36
CJ
CL
m E
�F
1
q

c
o co
% LO
o
d o
a ui
N
Lo
w
N
Q O
x
CD
m
N
N
G N
LO
O
LL
C �
7
LO
m
U �
N C,
o_
O �
ip O
co
co
2
a
N
O
M
co
O
a
C
UJ v
a
n
0
co
co
0
Cli0
Z
Y
C
m
m �y
Q
v�
67 p.
E m E
z H
C
US
d
IL
8
8
8
8
B
g8
S
�
t
8
iE
{EEE!
t
3
i
i
c
o co
% LO
o
d o
a ui
N
Lo
w
N
Q O
x
CD
m
N
N
G N
LO
O
LL
C �
7
LO
m
U �
N C,
o_
O �
ip O
co
co
2
a
N
O
M
co
O
a
C
UJ v
a
n
0
co
co
0
Cli0
Z
Y
C
m
m �y
Q
v�
67 p.
E m E
z H
C
US
d
IL

T
C
O
a
B
w
.-
o
N_
r
1`t �LL
•
� v +
m
N
a (r
N V
a
i
s
N
ro
s
y
W
8
V
i
Q
O
P
co00
8
8
0
Q
u
Q
S
�
s
r
V
S
�
o
Z
8
[\
8
3
s
r
f
s
i
T
C
O
a
B
w
.-
o
N_
r
1`t �LL
•
� v +
m
N
a (r
N V
a
N
ro
s
y
W
V
_
Q
O
P
co00
(�
�J
N
0
Q
u
Q
S
�
r
V
�
�
o
Z
[\
V
s
M
c�

:a
a'
�I
Go
co
0
m
v,
0
N
CD
a
LL
N
00
V;
i+
rL
v'
N
C1
N
co
V
it
LO
yCb
pF00
R 0
r�
p
N
d
Q
E
9
O
Z
C
.0
(tl
Q
}ai
r
0
v
ai
s
8 �
� 3
i
e
S
s
S
8
aQQ
}
i
i
i
6
3
3
3
s
i
i
:a
a'
�I
Go
co
0
m
v,
0
N
CD
a
LL
N
00
V;
i+
rL
v'
N
C1
N
co
V
it
LO
yCb
pF00
R 0
r�
p
N
d
Q
E
9
O
Z
C
.0
(tl
Q
}ai
r
0
v
ai

t
f
i
g�
f
S
g
'i
�
r
}
ii
S
tfj
L
s4
2
S
8
S
8
E
s
8
E1
i
r
4
� R

8 i
a
s
EEt
t
a
8
s
s
E
i
i
�S
4
8
=
8
�
i
S
S

a
C
U7
Q
J
a
c
LU
E
2
rn
00
v
co
v
ro
M
0
n
m
M
LLw
m
fa
m
r
r
N
a
M
n
N
Q
co
C>
M
v
0
0
N
m
O
N
N
Ir
1
I
1J
1
s
g8
S
i
i
R8
9
tE
i
a
s
gS
9
a
C
U7
Q
J
a
c
LU
E
2
rn
00
v
co
v
ro
M
0
n
m
M
LLw
m
fa
m
r
r
N
a
M
n
N
Q
co
C>
M
v
0
0
N
m
O
N
N
Ir
1
I
1J

c
0
v
N
0
0
7
Ll
C
W
m
E
m
Z
N
f0
a
LL
m
m
c�
v
SDI
p
Q
a
Q
O
M
4
m
00
O
N
V'
Q
d
O
O
O
co
CD
G;
l-,
Mv
1
a �
E
f
i
E�
i
i
i
6
e
f
B
6
i
S
}
s
c
0
v
N
0
0
7
Ll
C
W
m
E
m
Z
N
f0
a
LL
m
m
c�
v
SDI
p
Q
a
Q
O
M
4
m
00
O
N
V'
Q
d
O
O
O
co
CD
G;
l-,
Mv

C
o M
clia
U) o

Un
d
a

c
0
8
S
�
'
f
C
9
s
9
g
3
3
8
i
,
a
i
i
8
3
3
Z
c
0

a
LU
Y
cis
N
s
M
C0
S
� .
i
N
�
a
V
m
a
f�
f
8
i
1
a
8
�
i
3
1
l
�
�
a
LU
Y
cis
N
s
M
C0
7
Y
m
m
N
s
N
�
N
V
m
N
rn
f�
a
m
CL

I
v
W
d
E
aZ
J
N
m
0
co
LL
cm
Lo
co
r
co
N
a
N
N
Q
V
0
N
N
m
a
0
0
co
N
n
0
cl
z
L
N
t
6
8
r'.
i
i
r
8
i
3
9
S
Z�
6
3
's
i
8
i�
F€
�
s
a
,
I
v
W
d
E
aZ
J
N
m
0
co
LL
cm
Lo
co
r
co
N
a
N
N
Q
V
0
N
N
m
a
0
0
co
N
n
0
cl
z
L
N

r_
o
� g
o �
a o
m
n
m to
M
C
x ,o
m r
G_ N
N !L
o
U O
m
c
� M
O N
a
M
Q
M
N
O
Co
N
c
LU a,
Q
O
O
C_
0
N
R,
N rn
sv
i
v
C)
z
Y
C
rte..
G
Z
m
J
Law
M
LD
1
t./
Q
0
d
B
B
F
'
43
'
cf
8
8
{
8
E
F
1
r_
o
� g
o �
a o
m
n
m to
M
C
x ,o
m r
G_ N
N !L
o
U O
m
c
� M
O N
a
M
Q
M
N
O
Co
N
c
LU a,
Q
O
O
C_
0
N
R,
N rn
sv
i
v
C)
z
Y
C
rte..
G
Z
m
J
Law
M
LD
1
t./
Q
0

a
C
0
s
R
o
m
8
o
$
E
1
QLO
_
f"1/1
I
"a
m
r
M
%
S
I
=
A
�C
LL
N
R
U
�T
�
p
1
o�
�o
�m
.�
o
E
�
s
'
m
c
w
rn
\rJ
�a
o
^�o
8
yj
N
m
v` l
I O
r
r
� d
U
z
CL
cQ
o
J
C
0
R
o
m
'a
o
o
1
QLO
ui
r
f"1/1
I
x
R
m
r
M
%
m
fi
r
�C
LL
N
R
U
�T
�
p
1
o�
�o
�m
.�
o
a
M
�
m
c
w
rn
\rJ
�a
o
^�o
R
yj
N
m
v` l
I O
r
car
o
z
C
� d
U
z
CL
cQ
o
J

a
g
e
i
i
i
E
i
i
i
R
i
i
i
!
8
d
!
:a
6
B
5
3
i
i
i
!
�
� R
t
N
J
T
m
ro
in
O
R
3
G
Z
rn
0)

v
6
s
a
8
a
i
s
r
Q-
-

S
u

r_
o Q,
LO
o c
N
C) CO
M
Q M
CO
X p
R r
C_ I-
LL, [L r.
C N
r
LL7 E
d w
U �
� O
Cp
N
c ~
m LP
v a
LO
co
0
N
0
C
W G�
Q
O
(7
C7
T
N a)
0
Z
c
v
R
Q �
r
tO
4S N
E
mE
z
t
m
i
's
a
s
7
i
z
8
8
t
R
i
i
E
s
s
S
3
i
�
i
i
R
Ji
9
r_
o Q,
LO
o c
N
C) CO
M
Q M
CO
X p
R r
C_ I-
LL, [L r.
C N
r
LL7 E
d w
U �
� O
Cp
N
c ~
m LP
v a
LO
co
0
N
0
C
W G�
Q
O
(7
C7
T
N a)
0
Z
c
v
R
Q �
r
tO
4S N
E
mE
z
t
m

C
W
LO
co
co
N
ID
It
0
Y
n
n
LO
v
v
Y
LO
r
LL
A
Ln
.T
CJ
N
LQ
61
a
co
M
0
ch
co
4
fV
rn
CL
40
in
0
dd
00
C)
N
ce
CD
d
7
CS
Q
17N
F '
O
Z
X
ca
ca
Q
5
m
0
1r�
a
a(\V�
a
1
s
U
8
O
a
3
3
i
a
C
W
LO
co
co
N
ID
It
0
Y
n
n
LO
v
v
Y
LO
r
LL
A
Ln
.T
CJ
N
LQ
61
a
co
M
0
ch
co
4
fV
rn
CL
40
in
0
dd
00
C)
N
ce
CD
d
7
CS
Q
17N
F '
O
Z
X
ca
ca
Q
5
m
0
1r�
f{O
V
a(\V�
v '
1
v
U
O
v
a

J
0,1
Q
M
M
fD
W
O
M
(fl
T
m
G
3
D
a
c
w
i
a
5
S
'
S
8
8
i
s
i
3
k
R
J'
J
0,1
Q
M
M
fD
W
O
M
(fl
T
m
G
3
D
a
c
w

I
i
6
gB
S
2
i
t�
S
i
S
8
S
s
i
8 s
8
i
i
i
1
L
S
8
`?
8
}
S
S
7
S
I

x 49
M
co
C �
m
v
LL
pp
C y
UD
m r
m
y �
ti
o r
R
� fV
❑
W
N
zl
m
-76
v
a
0
CD

r
o
�p N
O 1n
N
� k
:M
Q N
6)
}
x o
LL
CD
LO
T
w
0
O N
O
� O
a
v
N
0
ai
co
0
m N
c
� rn
0
O
0
It
m
0
� O
M
Z
Y
C
b
(O
Q n
r a
Gl rQ
r
Z
a ,
C
d
n
U�
Ct
J
/1
V
y
1�
w
�
V
V V

CL
s
s
s
o`
g ;
i
`r
i�
s
8
m
S�
3
6
=
s
s
F
€ i
i
i
CL

m
a
s
L
s.
s
J
6
t,
m
a

0
w�
�o
�C
N
LO
Ln
rn
Q rn
v
M N
LO
G �
N U'
O
Gl r
N �
U CJ
0 co
R �
0 N
C7
O
co
0
cn
N
co
O
-0 N
rz N
LL a)
f
O
O
t N
� N
0)
f;
44� N
R bd
16 Qy
Q 7
Q1 U
Q
CF1
Z >r
c
67
Qi
8
a
R
�
S
8
I
8
°e
i
E
i
a
R
T
i
i
f
1
(ts
i
i
L
i
1
7
0
w�
�o
�C
N
LO
Ln
rn
Q rn
v
M N
LO
G �
N U'
O
Gl r
N �
U CJ
0 co
R �
0 N
C7
O
co
0
cn
N
co
O
-0 N
rz N
LL a)
f
O
O
t N
� N
0)
f;
44� N
R bd
16 Qy
Q 7
Q1 U
Q
CF1
Z >r
c
67
Qi

i
a
s
a
S
S
s
S
i
i
r
8
i
a

m eo
m
C
0
a)
E
0)
U,
Q -D
4
123.
m eo
m
C
0
a)
E
0)
U,
Q -D
4

C
0
N
W
O
CS7
a'
cni
v '
LL
c �
r
rn w
Q
u�
Q LO
M
u `n
L �
O �
L
n
N
Q
v
fio
v
io
co
0
13 N
I --
LU rn
4
0
0
io
0
N
Nm
o
N
O
Z
a
v �
CD
cu
E n
m E
z
a
=
CD
J
i
O
i
i
N
fi
t
a
R
a
t
i
s
=
i
&
S
s
i
s
R
SS
C
0
N
W
O
CS7
a'
cni
v '
LL
c �
r
rn w
Q
u�
Q LO
M
u `n
L �
O �
L
n
N
Q
v
fio
v
io
co
0
13 N
I --
LU rn
4
0
0
io
0
N
Nm
o
N
O
Z
a
v �
CD
cu
E n
m E
z
a
=
CD
J
d
w
a
O
�
N
d
w
a

m
b
a
O
0
0
j
8
8
i
$
•L
•t
8
i
8
i
i
's
i
i
t
F
s
a
i
s
s
3
3
k
m
b
a
O
0
0
j

�n
V
a
m
a
8
8
i
s
S
i
3
s
�n
V
a
m
a

Ll
m
x
E
2
i
i
S
x
C
j
I
I
i
2
8
S
8
�
2
C
s
x
s
E
E
,
i
3
2
F
3
S
3
=R
7 4

i
t
i
.
C
O
C
B
O
�
4Lf)7
s
i
h
i
v
m
0
8
8
J/�\JJ
�
r
LL
i
In
r
r
y
�
.
s
c
C
8
O
�y
�
0
CD
o
M
O
�
r
y
`J
i
R
9
d
N
a
C
O
C
O
�
4Lf)7
h
v
m
0
fV
J/�\JJ
�
r
LL
a
m
In
r
y
,
cn
_m
c
C
O
�y
�
0
CD
o
M
O
�
r
y
`J
jv,
a
P
m
N
Cf)
`
1
'
a
00
N
�
w
�
o
0
` V
�
!n
N
r1J
V
LD
FL
N
O
Z
c
m
M
E
m
w
J
�
�
d
N
a

c�J
S
V
�
L
s
i
i
t
t
8
S
8.
8.
t
5
S
t
S
8
;
R
E
�
t
t
3
s
j[}t
i
7
t S
c�J
S
V

S
S
1
V
<
M
d
a

U -
b
In
O
4
IN
<D M
M
rn
d
i
€
i
B
,
a
i
S
s
i
S
L
8
=
8
�
a
L
3
3
5
U -
b
In
O
4
IN
<D M
M
rn
d

(
§
\
§
§
( §
\ §
k
]
2
_
�
3
�
Z
`
f
)
�
-
/a:
-
|��77(
{
�4¥
2
`
§
...
...
......... I
.........
K........f
ZƒZ
ae;
■R;
L4- W-
10
� a

On -
a
s
a
6
j
i
g
'a
E
t
i
a
R
a
t
i
3.
2
5
3
i
i
g
a
�
On -

Fi
N
C
N
ca
O
7
N
O
C
ti
O)
v
A
3
LL
C')
r
Q
ro
N
0
io
a
m
N
n
m
Q
0
N
m
D
3
H
N
d
z
s
m
11
v Ln
m
Q
�•
i
S
8
8
i
t
i
8
S
g
a
3
i
s
s
i
i
s
Fi
N
C
N
ca
O
7
N
O
C
ti
O)
v
A
3
LL
C')
r
Q
ro
N
0
io
a
m
N
n
m
Q
0
N
m
D
3
H
N
d
z
s
m
11
v Ln
m
Q

C
O
N O
a
co
a'
x
LL
C SV
❑ 0
cc
m ,
U Lo
CS
O
pi
❑ N
O
n
Q
Cl
N
W o0
Q
O
O �
O
N
O ,t
OE�
N 1 n
,
C NCL
E
9
N
0
Y �
a
�r
J
i
S
�
9
s
g
i
S
6
R
7
i
gR
S
g
3
a
a �
5
C
O
N O
a
co
a'
x
LL
C SV
❑ 0
cc
m ,
U Lo
CS
O
pi
❑ N
O
n
Q
Cl
N
W o0
Q
O
O �
O
N
O ,t
OE�
N 1 n
,
C NCL
E
9
N
0
Y �
a
�r
J

a
a
.1
5
s
S
S
S
a
a
8
=
3
7
3
i
i!
a
i
S
i
S
�j
4
E
i
i
�
g

r
S
8
i
� S
e
S
i
i
t
1
8
d
1
B
6
d`
r�
8
8
{
S
5
E
8
8
i
!
3
3
E
i
n

c
0
c
to
Q
0
0
0
r
a
m
0
h
LL
mm
0
m
cor
O
chi
co
n
N
d.
l0
Q
LO
4]
f�
0
C',
Q
0
d
m
ca
17
O
2
t
73
Fro
s
3
s
i
8 j
r�
t�
f Oi
8 �►�
8 �
�r
1
a
I
a ff_
r
r!'J
f
1-rr`
J►�
a
c
0
c
to
Q
0
0
0
r
a
m
0
h
LL
mm
0
m
cor
O
chi
co
n
N
d.
l0
Q
LO
4]
f�
0
C',
Q
0
d
m
ca
17
O
2
t
73
Fro

s
g
a
t
8
8
g
a
�
ss
a
8
8
R
s
i
E
3
3

t
S
8
8
"a
t
i
pB
i
a
7
t
i
is
3`
8
's
a
i,
i
3
i
a
5
i
F
i
t

L
V
m
IL
g
s
�
S
i
i
S
�
3
8
i
i
�
s
i
s
s
s
E
s
8
t
a
i
8
6
a
i
E
}
S
i
B
{
i
F
f
�
7
3
3
tt
2
a
i
3i
i
i
F
i
F
[
S
t
L
V
m
IL

E
C5
z
m
0
to
r,
rs
co
9
00
0)
N
v
CD
7
LL
O
co
O
iri
O
co
O
2%)
E
P—
C4
(5
Z
C
9
11
ol:z)

a
s
c
O M
D v
� Q
LO
Q h
0)
r
R
LL
C m
Q
d r
N O
r
C
O cq
« O
� M
O M
CO
4
a
0
0
0
00
0
N
C r
L
W
0
0
m
co
W
O
N �
z
c
ca
a
CL
mE
z
�1
J
m
Q
5
9
8
g
8
8
"a
a
6
R
4
R R
c
O M
D v
� Q
LO
Q h
0)
r
R
LL
C m
Q
d r
N O
r
C
O cq
« O
� M
O M
CO
4
a
0
0
0
00
0
N
C r
L
W
0
0
m
co
W
O
N �
z
c
ca
a
CL
mE
z
�1
J
m
Q

r`
f
r.
�t
J
i
B
8 t
A
S
I�
�
r
�r
i
i
8
a =
s
B
8
a
4
i
B
I
's
3
Z,
o rn
0 rn
tm
a' °0
N
m
r
m m
m
m
c ci
o
N u-
m
Q
LO0
co 17
U LO
C4
0
C �
D a
O
v
N
CL
CL
0
0
v
N
co
a
a
c
LU co
0
17
a
0
0
r �
z°
s
r
v�
£ fnfn E
z �F
a 'c
a
J
S
I�
�
a

c
O
8
a
v t
3
V
�1
s
U
a
i
d
ct
3
�h�[[
Qq
z
�
s
T
c
I
4
S
R
❑ �
O
R
00
w
a'
x
r- co
LL
tm
o
m
Ln
LO
rj o
to
v
c �
o �
� o
a
v
t+�
Qi
N
C �
LLi co
Q
O
0
a
0
y
N
O
Z
C
H
a
m �
v �
CD °3
E
m
z �r
a '
N
J
m
a
O
v t
V
�1
U
d
ct
D
�h�[[
Qq
�
T
c
6
�
�
4
m
a

i
a
i
i
S
V �f'
V I
8
4
ti
�
Q
S
�
i
�
6
�
o
�
g8
5
8
i�
r
6—`
3
3
i
R
S
R
U lzr_l
Q
a
V I
�
4
�
Q
d
�
�
6
�
o
�
or
a

S
o
�o
m
CD a
� a
w
a o
v
xCO
m CO
7
r
C
� r
y LL
� O
CL)
m
H N
r
cq
C M
O �
N
CV
0 O
13
a
C)
N
di
Go
13
N
w m
a
v
m
i6
m
0
LD
p�
6
d
r
z°
c
r
m
m
z �
air
J
s
S
s
i
8
i
i
i
i
i
J
r
II
s
;i
g$
S
i
i
i
i
�
3
a
S
o
�o
m
CD a
� a
w
a o
v
xCO
m CO
7
r
C
� r
y LL
� O
CL)
m
H N
r
cq
C M
O �
N
CV
0 O
13
a
C)
N
di
Go
13
N
w m
a
v
m
i6
m
0
LD
p�
6
d
r
z°
c
r
m
m
z �
air
J

v
m
a
C
o
N
N
m
❑
m
n
N
o
DI
Q
�_
r
m
8
m
h
&
'c
v
r
c
�n
N
LL
CM
d
O
r
[S
N
�
m
N
0
8
8
C
0
Lq
CO
�
7
0
n
❑
r
a
Q
CL
N
Q
co
0
ro
1-
r'{
�1
U
h
S
(�
3
3
a
�
o
o
Lo
{.
O
a2
o
N
to
r
FZ
N
�
,v^y
l ^
a
Y
�
F
h
d
�
E
Cl
N
z
k9
S
v
m
a

i
r%
t
j�
j
'r
i
S
S
S•�

o
8
8
g
c
8
8
g
C
V
8
g8
R
a
S
g8
R
8
3
Z
3
o

c
O to
O
d �
O I,
a 0
Q �
x
� r
c
C_ N
ti
CO
U) W
D ❑
m
co
m o
C o
o
o a
Q
C)'
N
N
ro �
c
W `h
CL
CL
0
6
ai
m
0
� N
A r
CL
E
9
Ci
0
z
C
M
Q
E
m
i
cm
m
(v
Q
V)
Q
40
� r'6
46
S
0
v
a
i
S
9
a
g
i
•s
l
g
t
6
g
i
8
3
i
S
i
c
O to
O
d �
O I,
a 0
Q �
x
� r
c
C_ N
ti
CO
U) W
D ❑
m
co
m o
C o
o
o a
Q
C)'
N
N
ro �
c
W `h
CL
CL
0
6
ai
m
0
� N
A r
CL
E
9
Ci
0
z
C
M
Q
E
m
i
cm
m
(v
Q
V)
Q
40
� r'6
46
S
0
v
a

E
E
a
E
`r
{
S
S
t
i
i
8
3
i
S
i
8
I�
3
n

kN
:Zt:z
Qs
d i
i
i
i
i
S
$
t
i
3
i
i
i
4
%�
3
h
i
'S
i
i`
I
i
L
i
kN
:Zt:z

6
y'S
i
i
S
i
i
i
8
S
i
a
s
f
j
F
F
S
R�

8
�
c
i
1
8
f.
i
8
i
}i
I
i
i
3
a
S
i
S
i
i
i
C
O
10 �
•� M
ro c
a' `O
m
m
CL

O
Lo
0)
n
m
O
X
cc
2
C Ln
U -
4D
7
00
C CN
D CV
OD
co
a.
C;)
C4
P,
04
6
Z
C
fo
fo
CL
z
CA
4JPk
8
i.
4F
O
Lo
0)
n
m
O
X
cc
2
C Ln
U -
4D
7
00
C CN
D CV
OD
co
a.
C;)
C4
P,
04
6
Z
C
fo
fo
CL
z
CA
4JPk

C
tT
J
� M
� [Op
a o
N
V
M
a'
co
r
X o
c co
LL
C m
CD
U')
m �
m
c)
N M
O
� N
O o
C)
A
0
2
LL
0
o
co
c
N
r
C N-
W
E
W
2
r-
HE
H
1
m
a
�
3
a
m
i
F�
S
3
}
t
{
s
8
i
3
a
a
i
i
\pp
T�
i
t
8
8
a
C
tT
J
� M
� [Op
a o
N
V
M
a'
co
r
X o
c co
LL
C m
CD
U')
m �
m
c)
N M
O
� N
O o
C)
A
0
2
LL
0
o
co
c
N
r
C N-
W
E
W
2
r-
HE
H
1
m
a

m
C -\Y
co
LL
cm
0)
0
CD
O
O
IL
CD
O
C>
ti
o
CL
E
0.

6
s
s
a
a
i
iy
a
�
S
a
s
t
8
i
f
3
z
i
1
S
F
r -
Q
� m
a o
in
a
M
m
0
w
c r
wLL
a �
u `
H o
co
c
o �
R N
7
A
a
M
V
O
N
C r
W F+
a
N
to
Q
bi
m
N
� O
n
LD
E
M
N
O
Z
C
i�
zsQ
7
N
E m
z
C
N

a
I.�Ia
L�
s
✓U
e
s
's
j
S
8
t
S
S
8
I
i
S
F
C
'� C,
rn
•y ao
v
-0 o
Ln
c _
co
co
x c
� a
s c `
0 LL
C ST
47
0
m
m
u o
N
0
C �O
0 00
�p M
co
0
m
IL
m
of
co
0
04
M o
C
W r`
d
O
O
O
00
N
O
N n
D
Z
Y
C
Q
v
cd
� n
}ca E
Z }
� 1
N
d
J
I.�Ia
L�
✓U
V '-J

I
s
U
V
i
(7
O
z
F
is
J
i
V ,r
L
B
B
3
d
i
i
i
c
E
I
i
0
0
ro
a
CP
YS
SL
O
Ir
M
o {1�
N ../
O
O
0.
N
m V
m
L
U
V
(7
O
z
F
J
V ,r
4
tvJ
m
w
a

a
m
J
N
C
O
7
a
W
E
z
ire
LO
0
rn
A
o -
M
N
r
M �
M
v
LL
rn
N
Q
0
M
A
M
�D
CNui
O
a
A
CN
O
D
_G
00
4
v
N
z
Y
G
[C
Q �
1
N
S
s
S{
Sy
L
t
3
s
$
SS
4
i�
i
E
i
�
� R
a
m
J
N
C
O
7
a
W
E
z
ire
LO
0
rn
A
o -
M
N
r
M �
M
v
LL
rn
N
Q
0
M
A
M
�D
CNui
O
a
A
CN
O
D
_G
00
4
v
N
z
Y
G
[C
Q �
1
N

kQS
!
3
i
S
a
S
R
t
i
i
l
8
{
8
E
s
E
a
{
!
S
i
z
S

MINNIN

=
R8
s
�
S
R
,�7
r�
l
b
i
3
t�
_
4

I
Imm
--9
rn

v
E
m
z
O
rn
co
LL
O
Lo
co
0)
Ci
v
rt
co
to
C>
cv
iii
rn
LD
.R
Lo
a
E
9
17
a
Z
I
Q�
I
rn

8 i
i
i
8
i
i
i
3
t
i
W
l�
00
cJ
t
W
l�
00

C
41
3
0
m
W
E
i
1
i
8
S
s
8
8
8
's
S
i
•S
6
SS
S
j
i
i
t
7
S
�
C
41
3
0
m
W
E
i
1

8
e
s
'a
S
i
Q6
3
8
j
a
s
'a
3
i
i
E
i
i
I
M
_ R
N i -
o�
a

x
a
s
a
a
8
8
a
8
8
8
3
Z
0
f
z
o �
Lo
N
N
M r
N
O
00
(O
a Iq
co
R Ul)
C
._� LL
G �
7 p
0
a
N o
r
rn
n
G q
o 'M
M
v C6
N
O
N
d
r
M
Ln
r,
0
N
W
a �-
c r
LU
a
6
O
O
V
LO
co
0
N
N N
N
O
Z
c
Q
Cd C
G Q
ED
Z
a '
c
a�
J
V
O
L
w
a

IL
t
i
a
s
S
i
s
E
a
E
t
e
a
i
S
3
s
IL

i
R:
a
1
B
8
8
Qe
3
8
y�
S
R
S 8
i
R:

I
V
?AI
S
8
m
a
S
r
00
�y
z
a
S
l
....
�.........
g........
....... a.........
l
i
,
I
V
?AI
z
coo
r
00
�y
I
V

8

A
zo
6
�f
`^
Cr-
r
W
�Q3
O
r
i
F
•
c
t
j
LL:E
x—
s
s
�
i
w
zo
�f
`^
Cr-
r
r
F
•
c
j
LL:E
x—
zo
M
`^
Cr-

a
a
a
8
a,
i
i
8
=
i,
S
s
S
3
3
a
i
t
S
v
V
:
i
:j
i
g

I
o�
aco
�r
M 03
co
¢C
LO
xn
C
CO
N
r
w
LL
O
U
V) ca
N
= o
o CIJ
LLI3
O
N
O_
m
O
N
a
CL
CL
0
0
io
co
0
N
N r
V'
z
Y
H
¢
E T �.
E
z M
F
i
r�n1
�1
V
8
8
vrj
L 1
1�~
S
s
s
e
i
3
r�
i
i
o�
aco
�r
M 03
co
¢C
LO
xn
C
CO
N
r
w
LL
O
U
V) ca
N
= o
o CIJ
LLI3
O
N
O_
m
O
N
a
CL
CL
0
0
io
co
0
N
N r
V'
z
Y
H
¢
E T �.
E
z M
F
i
r�n1
�1
V
r � r
vrj
L 1
1�~
m
W

a
8
�
to
0
8
N
r
.
3
3
Z
a
i
a'
n
04
N
N
X
a
C
O
�
to
0
N
N
r
.
N
a'
n
04
N
N
X
U)
r
C
�
N
r
y
LL
m
d
LOr
�
N
N
C
O
n
n
cl�
7
V
Q
M
N
tiL
CL.
d
m
0
W
r
`
ru
TI
Q
O
Y
00
0
N
z
M
�'
r
H
� ^
V 1
Q
p
T
V
cm
a

s
v
S
L
3
8
Lo
R
E
0
o
z
F
8
8
c
c
a
8
8
"c
u
8
8
o
Z
3
3
I
9
E
R
R..........
LL
o
b
rn
n
W
O
GO
P
rvl
.•
Q /
O /
O
N U 1
m
O
N
W
v
S
L
3
Lo
R
E
0
o
z
a
Q 40
m
LPA
v J
S
0

i

c
O 00
M
Q �
h
'C o
N
v
a'
N
N
� r
_c
LL
� a
a
U) a
Ln
LO
ti
66
0 0
a
h
4
O
LO
co
O
N
00
W
d
CJ
O
LO
7
co
CO
O
N_
0
Z
a
�*C�
CL
mE
CD
0
V
v
s
a
t
t
i
s
c
O 00
M
Q �
h
'C o
N
v
a'
N
N
� r
_c
LL
� a
a
U) a
Ln
LO
ti
66
0 0
a
h
4
O
LO
co
O
N
00
W
d
CJ
O
LO
7
co
CO
O
N_
0
Z
a
�*C�
CL
mE
CD
0
V
v

rn
8
rn

V
Z
0
d
u
B
B
B
8
S
B
B
8
B
B
3
3
i
e
�
R
S
V
Z
0
d
u

o U�,
4
d �
❑ rn
a o
N
0
N
Q O
N
m 04
� r
C
LL
C q�j
� Q
O
a
U �
N O
c0
C �
2 N
3
a
N
Q
N
N
0
N
O
a
Lu r
�L
a
0
0
a
N
W
O
N
G
z
r
3
V Lu
E
z H
a 'c
Lo'-
a
a
8 i
i
$8
S
4�
t
6
8
S
e
d
1
s
{
8 ~
.rj
i
t
{
S
o U�,
4
d �
❑ rn
a o
N
0
N
Q O
N
m 04
� r
C
LL
C q�j
� Q
O
a
U �
N O
c0
C �
2 N
3
a
N
Q
N
N
0
N
O
a
Lu r
�L
a
0
0
a
N
W
O
N
G
z
r
3
V Lu
E
z H
a 'c
Lo'-
a
a

��
N
I
rn

0
8
f
8
8
8
f 3
9�
s
S
�1
C
3
F
S
U
U

8
8
8
3
9
c
c
n
9
p
q

a
s
4
a
a
a
s
.
t
8
"a
1
a
i
S
•�
3
2
=
E
,
•I
S
s
S
Y
R
m
2

o �
U)
rn
m
O o
v
Q �
N
0
c�
�L
�m
o
U C
N N
CD
CD
C of
O LO
C]
a
CL
LO
i6
M
OD
0
N
a �
W O
Q
O
O
O
N
N O
N
O
Y
C
M
(6 N
Q �
d Q
E mE
z 3.9
M
v
J
R
m
d
3
a
8
5
•.
g
a
3
i
i
i
t
,
o �
U)
rn
m
O o
v
Q �
N
0
c�
�L
�m
o
U C
N N
CD
CD
C of
O LO
C]
a
CL
LO
i6
M
OD
0
N
a �
W O
Q
O
O
O
N
N O
N
O
Y
C
M
(6 N
Q �
d Q
E mE
z 3.9
M
v
J
R
m
d

uo
co
O
0
r
M
M
v
T
M
cu
A
LO
0
co
,.N
IM
Ico
Ip
{CW)
0
f�
N
coV
O
O)
OD
O
O
CL
0
0
U,
co
Y
0
9�
III
as
d
a
g
s
3
,
S
s
s
i
i
pip
8
_
---------
i
c
i
i
i
i5
7
a
S
i•
�s
uo
co
O
0
r
M
M
v
T
M
cu
A
LO
0
co
,.N
IM
Ico
Ip
{CW)
0
f�
N
coV
O
O)
OD
O
O
CL
0
0
U,
co
Y
0
9�
III
as
d

I•
It
G
W
r
00
(n
0
M
0
L
r�
Lo
n
n `
r '
N
I-
LL LL
cn
in
N
M
L�:
N
LOn
0
N
N
N
'6
n.
M
M
4
N
O
a
0
0
i6
0
N
0
C
d5
CL
m E
Y�
V
r
L�
W
V^^ Y

e
O
A
a
c
W
c
a
Lo
0
co
v
0
N
co
r
LL
m
0
rn
co
CD
CV -
M
n
a
0
of
0
'o
a
0
0
O
7
co
CD
N
O
LL
� V
rn
d

1
-1
S
E`
7
S
i
i
a
B
s
-
i
.
i
i
$
I
I
i
I
a
s
i
i
i
i
c
3
C
W
It
co
h
N
O
Ll
r
u�
r
M
M
LL
N
0
0
r
M
co
L(j
a
CL
M
tp
co
0
w
0
M
O
Cl
0
L
a
'o
v
a

a
s
R
5
cl
E
8
8
8
i
i
cl

C
O p
N m M
O O N
O
N
d
m
Q LO
LO
Q d �
r �p
f� M
� d
N_ N_
O O
r t�
lo
G � �
a
m
y U
rn
� p
In0
u
(n pp OO
C O 6
� O O
O O
4
O 0
� O
CL a-
0
o a
u? In
o ri
p ca
w a>
0 0
.0 N N
W r
a a
0 o
p Q
m ap
0 0
N N
US
L}. D
O =
O �
}
.OI H
N N
O O
Z Z
Y Y
C C
U
Q Q
O
Rm SSS SSS o
W LLS O
Z Z Z o

W
aci

o
Q CD
❑ Lo CD
o n
G7 O O
N m
m N
pi O �
Q � V
03
m �
M �
X N M
QV
O p
n
m T
n T
C m O
h
61 �
U
uw-
b
� N O
u
9 P
C 4 4
s g o
po
G1 ro v
M M
CLCL
CL a
n 9
M M
0 0
N N
m m
O O
N N
f �
G �2
W
2
CL a
d 0
M i+i
0 0
Ln
m m
a o
N N
N Q
+� N N
fn r e -
LL
P
O
O
61
LL
� y
CL
7
J F
N N
O O
Z Z
Y Y
C C
16 16
Q Q
N N
Z Z z

c
M
•� N (O
L1 N
�"+ N
a a
� h r
Q 4 �
O eD a
r
m [p
m M
x sr N
�6
N C�
O tl�
r c0
m
to
m O
CC)
m
to
rn
u 4)
� O
n
u f
vi o 0
0 0
c 4 A
O Ci d
d o
� Q O
a a
M Cl)
Q Q
h h
M M
00 m
O O
N N
E2 �
U3 N N
.J
Q Q
f� h
M M
In In
4 O
N N
N N
N N
f/l r r
O
O
N
v
LL `a
� y
O U
Q
n E
J
N N
O O
Z Z
Y Y
C C
h IT
a U
c� m
a a
N N
w LLJ
z z z
a
c
UI
v

a
N
411 z"
R
CL

rn
J
ro
W
tr
a�
1I
N N

ro
d
.°i
c
O
M
(D O
v y
W
O
N
N
O
Lo
to `M
4 to
r
to
n
K � O
C)
'tt
d ep
r �p
n 'b
C O li>
M
m
L
C LL �
O
U
f/1 O O
O O
C O O
L° O O
7 O O
M M
IL
LL LL
n n
n N
N N
n o
N N
'C7
C r r
W
a LL
n_ n
r r�
N N
O O
EN N
N h �
d
o_
6
N
LLL
p
O c
d �
a.
> E
-j IT
Cl! N
0 0
z z
c �L
C C
F" F
a a
N N
Q Q
zs?N N
E W w d
z z Z❑
N
ro
LL

'Y ( O N
N
�i
.N-

c
J
o
� M �
.? N
O O
C-4 O
1`) r
O N
CD
a0 V
o n
exn
N M
O In
r [O
LO d
c M
� O �
2 n
W
oi O
lD
j ti m
Q
0
N N O
V
� O O
O O
C O O
O d
77 7
� O o
T} C7
Q Q
r n
N N
�2
�2 �2
o a
N N
to Vj
uj N r
2i
Q Q
77 7
LL
r_ r
N _7
ro ro
0 0
N N
y a a
0
0
a
LL
s
O =
CL
J
N N
O O
z z
K at
C
F� H
41
a a
m ca
Q 4
N N
Ew w
d
Z Z Z 6
a
d

N
M
N
O
m
O
N
N
i
M
z

d
r.
O N
y N N
O N
O �
a O �-
N
fD �
m tl
Q M V
� r
m
T
N Qn
LO W
X
O Ih
r l0
N W
d N
C m M
a
j U
tm
c LL G)
� Q
a
d LO o
O O
a n
C O C]
0 O O
O O
3 tl tl
� a a
M M
a o.
N N
O O
a V
0 4
m m
O Q
N N
d O
a r
W
a a
N N
O O
V V
4 Sd
m ap
O a
N N
U) N N
us r r
O
_O
CS
W
N
iL O
O_
a
i E
J H
Cl! Cl!
O O
Z Z
a Y
C C
a a
m m
4 Q
N N
E% w w N
Z Z Zo
N
rn
CL

E
O
O
O
C4
O
V
m
EI
z

C
N
J
a�.
z
2 2
CL d
N N
o n
io to
v <r
N N
CO W
0 0
N N
(V N
2 2
CL a
N N
o O
D W
7 V
N_ _N
� m
O Q
N N
(V N
C� N

� � M
N
� O N
N
� N
Q � N
O �
u7
K � O
W
e �
m �
�r U
c lu
� a
0
q, -o
u
to o 0
0 0
� 0 0
� 4 4
'ro Q 4
O o
a O O
0 a a
M M
Q Q
� N
V
M M
v a
V _N
fb W
o Q
N N
C r r
W
a ¢
� n
�a v
vi ri
v v
N_ N_
O O
N N
4 Q
O
O
N
Q
LL O
a
a E
J
N N
O O
z z
�e .0
c c
F�
a a
Q Q
N N
�9 LU L
z z z
ro
v
J

a
c
a�
J
c
O n cp
� v
r o
N 0
M O
y10 LO
Q O (D
P P
w ep
'rr N
a N
ED N
� V
Inr (p
M
C Lo W
0 M
W
U
� a
LO $
U
O 4
C O Q
O O
� O
TS
M M M
Q Q
N N
M M
N N
P] 00
O O
N N
'n 'n
W r r
Q Q
N N
M M
m
N N
_W OD
O O
N N
� N N
N r r
O
P_
d
d
LL O
(n
d
> E
J
N N
O O
2 z
Y Y
C C
r- r-
� V
f6 N
Q Q
N N
m LU w v
z z z

c
aCi
o
ti N
P N
N
En
rn m
m
rn
d co
03
m
x co �
� r
ci �ri
00
n 90
O
of �
.ty V
L m
7 p
0
co P O
P O
0 a o
g 0 0
0 0
o o
P o
© v -a
m Cl)
2 2
IL n.
N N
m M
V �t
N N
W CD
0 0
N N
N �
W
d �
N N
M M
N N
W 2
O O
N N
N N
P
O
O
G1
U, d
O C
N
O (n
O.
> E
J
N N
O O
Z Z
a Y
C C
O L
f6 (0
Q Q
N N
N N
Z Z Z W
N
CL

01
J
O fD M
� M M
a o r
N
O
io 0
� o �
Q o
O N
r ID
M N
N �
K
rM- M
O In
r (p
� N
� T T
W
U
LL d
a
0
m m o
cis
(n o 0
n
� n
� So
d a a
M M
Q Q
N N
O O
M M
N_ N
CO 00
O O
N N
M M
a
[11 r r
2
Q Q
N N
6 O
M M
N_ N_
f11 Op
4 P
N N
i O O
N N
(n r r
n
O
v
a
LL `o
n �
m
o cn
n
> E
J {�
N Cl!
O Q
z z
a C
C G
Sro F
a a
m m
Q Q
N N
£9 LL, N
Z Z z

ro
rn
J
N
m
Q W N
01 M
n
(D N
� O N
� n
O 7
r W
M �
� M
� m
O] �
� tl1
0
O
y � O
U
U1 O O
O O
� O O
0 O o
O O
P O
� 4 O
O M
a a
n_ n
�o ao
v v
N_ N
o q
N N
O O
lil
IL
a M a
n n
e6 6
v v
_N N_
W N
zzO O
N N
o
o_
0
v
v
fi. o41`
o c
o 0
a
i E
J }�
N N
O O
z z
Y Y
C C
'Ci is
N rt
Q Q
N N
�6 w w N
z z z0

a
y v
L7
� cioi
ro
0 N
Q M CO
N �D
� fM
O) P
N 00
N N
K W
� o m
o ui
to
m
m
c_
� d �
U
c L rn
O
P
¢s In D
u
Vl o O
P P
c P P
o � S
WL° o Q
a o 0
❑ 'n ro
cn co
a a
N N
M M
P O
u7 N
N N
o o
N N
`co m
Q Q
N N
M M
P P
4 O
N N
L+ VJ Vl
O
O
P
61
U- O
O C
Q.
� F
N N
D O
z z
c c
C C
F
6 O
M f6
Q Q
N IN 2N
W c
2 Z z
v
N
rnJ

c
G
G n
� � M
n �
o �
v o
n N
rn �
rn O
a' °1
w cq
a w
co Cl)
m w
K co 0
o rn
O �
r- [p
to
N
G_ N
C m
LO
U
rLL O
p�
ccd to Q
U1 O 4
O O
G O O
O O O
+3 O O
� a n
M M
Q Q
r n
a v
Gi iri
� h
o _o
� ro
o p
N N
C �
W
Q Q
n n
v a
In iri
u� to
4 O
02 W
O O
N N
N N
n
_a
d
Q �
d(I]
Q
J
NN
O O
z z
YY
C C
o
m0
c4
QQ
N N
Em
z z Z O
m
CL

a
C
v
J
C
O
'y M
N
m N
C6 N
co
y
Q � M
P P
r [p
N
� r
xtl
W
P N
r 1p
N O
N
N N
P co
pj Lo N
j cnU
D
0
17
a N a
u
to o O
o O
= O o
0 0
o O
b a ro
M c+>
n n
v v
0 0
v V
P O
N N
N N
EL a-
IL
r ti
v v
0 0)
v v
co 00
[� o
� N N
m
UI r r-
O
O_
v
N
U4 O
O C
G/
Q (n
CL
7
J F
N N
O O
Z Z
Y Y
C C
F
a a
m m
Q d
N N
% Z ZO

m
m
a

a
C
0 n M
R
.y
a O N
n
u7 ��
O W
M O1
h �
� O
O c0
r cp
N ID
OY M
Cl) N
n
oo ua
� U
� LL CDm
7 f_1
0
0 ,n o
u
to 0 0
O O
� 0 0
G O O
O O
� 4 O
� O O
M M
Q Q
h h
tin
N N
O O
N N
a co m
ut r r
Q Q
h h
n n
IV N
oD W
O O
N N
(n r r
O
P
O
Z
m
IL O
O C
O t/J
Q
J
N N
O o
z Z
-K a4
c c
f� F�
a a
m m
Q 4
N N
R LU LUv
z z z

s
° � a
O r
a O
W
N
co
Q M
rn �
co r
V O
x �
� o �
o �
r m
r
rn N
N m
uu m
of n
U
� � v
� p
0
v
N p O
4 O
F 4 O
0 O o
m P
v a
M M
Q Q
r r
o n
a o
N N
LU r r
Q Q
r r
rn �
O O
O O
� N N
N N
(n r r
O
4
4
N
LL
LL p
O (f1
Q
E
� N
N N
O O
z z
a Y
C G
N H
v a
m m
Q Q
N N
N w w v
z z zo
a
c
v
J

es
e
0
� � N
O M
Q r
P d
�A N
rn m
a' o C3
o ci
a co
r �
M
� N
P
n
n n
m n
� m
O
O
d � O
V r
O p
C P O
O O
i Q p
� P O
m a
M Cl)
`2 `G
� Q
H �
V �
d O
o_ p
c0 m
O O
N N
a N N
W r r
n n
v It
o O
O O
P O
N N
M M
O O
d
O
O
N
N
U. O
O C
w
2
> E
J
N N
O o
Z z
e a
c c
F
a a
m w
Q Q
R W w N
Z Z z

a
W
Q

a
J
c
� � m
° m mco m
o m
N
O
tl
� � N
m �
Q p
Q N
r
to
Z3 m
co
x M O
O
O [)
r (p
O
N
N �
LL m
Q
O
y Lc) O
� r r
U O
fn O
O O
C O O
O O O
4 O
L° d o
O O
Q a a
M M
Q Q
N N
M M
[ri M
m op
0 0
N N
c 4 4
tli r r
Q Q
N N
M M
N] M
O O
N N
N N
N o 0
0
o_
d
L
ti o
o �
v
d v�
>
a
J
N N
D O
z z
x z
G
H N
O O
N N
Q Q
N N
u
Lu w a
z z z

a
c
eu
O) co
ow
0 0
� s}
CO N
N
o ri
r
v rn
o ao
x � n
c7 Ld
r �
_ m
O M
C
O cD
a LL m
4
tN r
O d
G po 0
4 P
� o
� a a
M M
N N
O O
m �
7 7
N_ N
m m
a o
N N
to w
a N N
LU o 0
IL
a a
N N
O d
m lo
V V
N N
m m
O O
N N
N N
4 O
O
_O
N
lL O
O C
61
P �
R
.moi
N N
o o
Y Y
C C
a a
(0 (0
Q Q
N Ny
N W N
z z z

o r
v
o r
O> cn
a' clim
of M
v
o ch
x N o
o to
r to
<r n
e o
�u U
c: LL
U
P
a vy o
v
CA 4 O
P P
� O O
Q O O
P P
� P P
'O V
M M
Q Q
r r
Kr ar
o CJ
O �2
O fl
N N
V C
p N N
C O O
Q Q
r n
`7 'V
P P
P P
N N
� N N
�u1.YI O O
P
P
O
O
LL O
O lu
N
O (n
O.
J
N N
O O
z Z
Y Y
G G
h h
ro ro
rt �
N N
N N
z 2 z
c
v
J

J
r
a
0
o
O O
I
0
ti
0)
a 0
LO
x LO
0 0
o r�
N
Q, m
O
ol O
v� U
LL
0
O
L
(/l p O
O O
G b b
O o O
O O
O O
� O b
ro
m m m
¢ Q
N N
M M
ca o0
0 0
N N
a N N
� O O
Q ¢
N N
M M
W R2
O O
N N
�a CO 00
O O
O
O
4
N
al
LL O
O
N
O !n
o.
i E
J F
N N
0 0
Z Z
Y Y
G G
a �
N �6
Q Q
N N}}
(�6 w u N
z z z

C
v
d
c
D N o0
O o0
xx o
O O
Q m 0
T r
T [D
m v
N N
x N N
co
� M N
to
o �
M N
Q O
m
� N
v
o
LL 0
� O
O
d � O
u
Vi O o
Q O
C P P
O Ci O
P O
� O O
M S`7
a a
N N
M M
O O
N N
O �
a o
N N
m W
a r r
� O O
d 4.
N N
M M
o O
N N
a2 c0
o a
N N
L v] u7
O O
O
O
d
k1
N
LL O
O C
N
O (n
a
>
w t�
N N
O O
Z Z
Y Y
C C
'C1 'L7
ro ro
N ry
z z z
N
a

v
c
v
J
C
N
N M
y�y N CO
67 w
� O r
LO
N
r �
a' n
v
p N
x ti
� o h
M o)
P N
C V co
ti co
P c�
� Q
P
(y W 4
Ul CS P
O
G P
Ts O Q
3
d a a
M M
Q Q
N N
O O
m m
N N
6 O
42 m
O P
N N
a
C O O
W
4 Q
h N
O O
00 00
N
O�
O _
N N
O O
N N
� M M
� Q O
O
O
O
N
LL
`a
o c
v
o rn
a
> E
J H
N N
O O
z z
Y Y
C C
a a
(v m
Q Q
N N
qE U
f6 W iL N
2 Z z

0
O M
Q r
� O h
Q O c0
O N
r l0
Q W
X M d
h �
P V
r cp
(D M
O N
t�r U
LL 4)
0
tp
y � o
v
(n o 0
n n
� a a
Q o 0
0 0
o o
a o 0
© a m
Cl) m
Q Q
N N
M m
N N
M M
DO 00
6 0
N N
V V
E O O
4 4
N N
M M
N N
M M
N N
� M
O O
N N
� O O
P
O
O
Ol
Ul
� O
O C
N
O U1
fl
7 rC
.J F
N N
O O
Z z
x x
� c
N k�
m �
Q d
N N
E d
z Z 2a
a
c
v
J

a
C
.�
N M
LO r -
O T
YJ O O
~ M
CS1 �
Q � V
� M
N
� � N
N
� O �
O �
(p
M
M n
cq
= N 4
� N M
m cq
W
)
O
y O
tN
y d O
O O
C O 4
O p Ci
O O
3 Q O
❑ t7
M M
Q Q
h ti
a V
V V
Q O
m m
O O
N N
� O O
Q Q
n �
V a
d O
m m
O O
N N
m m
� Q O
b
d
6
N
N
LL 4
d �
o {!3
2
> E
J F
N N
o O
z z
Y Y
G C
H
a �
m m
a ¢
N N
R w w
z z z

a
c
J
G
O
p �
(7 O Q
a o
N �
N
61 M
x
o v
o r�
M e
c � m
� m
6 N
U
L v
O
0
m ,ry o
u
� p o
tl
� o
o q q
ri o
� d 0
� a a
M M
Q Q
N N
M M
l!i lif
O p
N N
W D]
O O
N N
a JI O1
� O O
Q Q
N N
M M
h �
O O
N N
d O
N N
C � �
p
0
0
a
LL O
d �
Q
i E
N N
O O
z z
Y Y
G G
N h
-a v
ro m
Q Q
N }2N
S z z

'CS
v
_
a �
c o
a 4 r
N N
� N �
o ri
m
p N
O �
O �
r �
� m
S
� N
U
� O
0
a v> o
v
� p o
o 0
e a o
� o
� 0 0
M M
Q Q
N N
M M
00 00
O d
O O
� M
O O
N N
a � �
� O O
�C `2
4 Q
N N
M M
00 co
O O
O_ O
� M
Q O
N N
� M M
� O O
O
d
d
v
LL
EL O
v
O U1
d
J H
N N
O O
Z Z
Y Y
C C
H N
a a
m m
Q
N N
G6 Ld u N
Z Z z

a
Q r
N �
} M
� n
tli �
<r <r
M M
o co
w
M Q1
lD M
C_ ^ m
N
N
O
C
LL m
a
0
m � o
m �-
V
O O
C O O
� 4 P
'ro P o
� � o
❑ a a
M M
Q d
l7 M
d d
N N
o n
N n
� v v
LACI d C]
Q Q
t� n_
M f+)
O Q
N N
O O
N N
O Q
P
O
O
N
N
LL O
n
} E
J N
N N
O O
z z
a
a
C C
a a
l9 (6
Q Q
RW w U�
z z z0
a
J

v
0
c o
v Cb
N
N m
Q m p
m
V1 M
x � �
ro
� n m
d ro
r m
m
a
cq
V cq
p �
a � U
� � m
Q
0
y ,n O
U
(n p O
S $
o fl o
O 4
� g n
o
m m
a Q
N N
m m
ip iQ
iri �n
�2 o
0 0
N N
� r r
� O O
Q Q
N N
M ch
i0 t0
O m
O O
N N
� W
N ry
O
O
O
N
!L O
O_ C
Ci V1
2
J F
N N
O O
z z
Y Y
C C
N
N i4
Q Q
z z z

C
O M
Cl) O
r (�D
'O O .-
N
(D N
M m
m
4 0 N
P �
r (p
n N
x � �
� � O
o �ri
r <n
v eo
N
M
C6 0
C6 W
tL
F
j l
flQ
d � 0
u
N n P
0 0
� 0 0
0 0
� 0 0
Ca a a
M m
0.. 0..
N N
m M
P 4
N N
m co W
C N N
w m
N N
m m
ip
0 0
N N
US V1
N N
m m
n
0
0
m
LL
o
P c
m
o co
R
> E
� H
N N
O O
z z
Y Y
C C
a a
m m
Q Q
N N
Ew w d
z z z0
a
m
J
N
rn
Q

F
F
C
O cc}}
V n
M (D
V
a o ,-
N
O N
co
0) N
O a
to
N O
c
X V
R
O �
O 00
�- fD
oo
M �
rn M
m N
00
LL m
w
O
a Ln p
U
� p O
O O
C O O
O O
O O
O a
7 O O
Q a a
M M
Q Q
_n n
m cd
ro ro
0 0
N N
� N N
C
� O1 6�
Q Q
h _h
66
W �
O O
N N
O
O
O
v
N
2L O
O C
d �
d
} E
J
N N
O O
z z
,a
C C
F� Fre
v a
m �
Q Q
N N
W w w W
2 Z zo
v
d

a
c
m
CD
J
c
oID
� M
Q r
N 1p
m M
Q m
0
ai co
rn �
N t0
K N N
N N N_
P C6
r (0
N
C � N
a0 N
to
U
U-
D
0
m � o
V
(!) a O
O O
= a o
� � o
a o
d � �
m m
a a
c v
0 0
_N N
W �
O O
N N
� N N
Q Q
� n
v <y
i�
0 0
_N N
a0 m
O 4
N N
O
O
v
a
v
o �
a
n
> E
J
N Cl!
O O
z z
Y Y
C C
a a
m m
d Q
N N
ro w w v
Z Z z

'O
.J
C
O M
NCl)
co V
O C.
Q N
W 10
M N
Q N
61 �
m n
m
ro m o
0
� N
O �
n
r �cr
m
� N
co ,a
Cto
LL m
0
O
� � O
10
U
vl o 0
4 Q
� O 4
Q O O
Q O
Q O
© a v
M M
Q Q
N N
M M
N N
M M
l+3 N
O O
N N
'p 6`l 01
C
W 6� Oi
Q Q
N N
M M
N N
M M
N N
W CO
O O
N N
co
v1 m m
n
0
0
ti. o
o c
o cn
a
> E
I
N N
0 0
z z
Y Y
C C
F
a a
m (a
Q Q
�zj?N N
R W � N
Z z za

a
c
v
J
O N
N � d
O V
vl
r
a
6
� M
� n
k �
ro
� o v
p fL1
r [O
L N
LO m
N
to
N
U
W ry
� Q
� G1 ll1 �
u
N p o
Q o
� O o
O O O
Q 4
L'S Q P
a b
M M
Q Q
N N
c1 c�
m vi
M M
P_ Q
W 00
O O
N N
a 2 'D
C
W 07 6�
Q Q
N N
M M
o LF)
M M
Q P
0R W
o o
N N
0
O
d
N
41
W 4
d �
Q
J
N N
P O
z z
Y Y
C C
IT
a a
lU f4
Q Q
N N
U
w waw
z z z

0
� N ~
y m
O U�
V!
N �
o
Q rn oor
K N
� � O
d O
r (Q
N (O
N �
C6<O
O c.�
ar N
03 lo
m
O
to 0 0
o a
C O d
� O O
O O
O O
7 o O
© a a
m m
a a
N N
b O
O O
0 0
0 0
N N
c
W m m
0- CL
N N
0 0
O O
Q Q
O O
2 W
O d
N N
� P O
:U15 'm rn
o
o_
d
m
a
LL O
d N
Q
S E
J H
N N
O O
Y Y
C C
V
l0 (0
Q Q
iV zs7N
w w N
z z zo

b
c
J
v
O m ua
irr> o` oo
� 0 0
© M
'C Q
y
co
co
m M
a
m
m
co N
X co m
o co
o a;
N �
M
� O
W
oD
Ln U
p
4
� 0 0
s g S
g o 0
0 0
o
7 'O 0 O
Q Q
M M
0 0
N N
� r r-
ut m rn
Q Q
M M
O O
fit
N
iL O
o C
a co
a
y E
J
N N
O O
z z
aC Y
C G
99
P 'O
co
L)
E0 Eo
m w w
z z zo
N
N
a

-o
C
V)
3
s
o
ti M
W o
© c0
} N
Q c r
m
m
cr
03 M
m O
O �
m �
o �
C N m
cq M
co
to
�u U
LL
n
u � r
� a o
n n
a 0 0
O o 0
a o
L° o o
� n n
4 ro v
m m
Q Q
N N
M M
N N
W W
OO
NC -4
c m rn
IL 'm m
d
N N
M M
V V
_N N_
M �
O O
m
N
L
li O
o C
N
CL
y
J
N N
O O
z z
a: x
� c
F F�
v a
� @ U
Q Q
4
m W w
z z z4

Y7
C
J
C
O N
N (3)
d M
� O w
m to
N
yl
a m �
V 0)
x In 8
00 0
m10
� 0 0
6 0
r.
m co
�o a7
C � �
O C�
C � �
� 0
G �
� O O
O p
C O O
O O O
0 O
O O
n O O
-0 U
co M
a
ZZ
O O
W -02
0 0
2V N
a a
ai of
n o
C N N
� M M
LL O
d �
US
O �
Q
> E
(V N
O O
z z
Y Y
C C
r
U
Q Q
Eo
4Y p
0 W W —z z z O

c
m
aa'r
J
G
O �
dLO
CD m
A o m
p 6 N
N
CD
Oy1 M m
Q 03
EO
Cl) m
Q M
R
4 fp
O D7
W0)
000 Cl?
ti O
T 4
�v U
� d
0
� � o
U
VS pO p4
C O O
� O O
O O
O O
� 0 4
M M
CL 0-
CL 0-
N
N N
m In
0 o
N N
4 4
p N N
C m m
to m rn
a a
{V N
M M
O O
N N
� O
O O
N N
M M
� W W
Q1
f37
O �
N
Q
> E
J h
N N
O O
z z
Y a
C C
P- 9
a a
a
�U
w o
as o
z z zo

n
N
J
c
itl N m
a f �
� o
rnm
u
u) n
N N
N n
x
m
N
o to
n
m nrn
_ m
N
n
co LO
v L U
y r �
O
OJ N O
V � w
fn ppc pp
� O d
O C] eS
«m P P
O O
� O O
O
Q Q
n t�
0 0
o O
0 0
_
W W 6]
Q Q
n n
o a
0 0
ap w
a a
N N
N N
LL
LL Q
d �
N
O �
O.
E
J H
N N
O O
Z Z
aL aC
c �
Fro H
� � U
Q Q
d o
O
m W W c"'
Z Z Z o
a
m
b

a
c
m
,a
C
O �
G]
�_ C0
� 4 w
N
O N
Q O f0
00
01 �
m
W d
N vN--
+� O
O �
P
N co
V P
C N to
c v
a0 �
� v
t LLL m
a p
O
v
P
O O
G O O
O o ci
q P
m O b
.7 O O
� a a
M M
0. CL
0. LL
N N
o q
N N
s1] �
00 00
6 d
N N
� N N
D-
� Q
N N
P P
N N
M M
O O
N N
V! co 00
O
4
O
N
LLL
O
75
O c
m
O �
> Q
3
N N
O O
Z Z
c M
C C
a a
f0 l0
Q Q
N2 N
N L N
z Z Zis

a
0 tl w
O �
'O O r -
N
N
� N
61 �
n m
m m
k N
o <ri
M N
V O
L co
� � N
m o)
�✓ U
LL cn
0
a ,n17
o
U
o 0
o o
a o 0
g o o
o o
0 0
� 0 Cl
a n xx
M M
a a
N N
Q Q
O _O
N_ N
0 0
N N
a 'n r-
a N N
W op Cp
IL a_
0. fl.
N N
O O
O_ o
02 02
o O
N N
V
N N
4
O
O
41
Q
tA. O
O C
d N
a
J
N N
o O
z z
Y Y
a C
N _N
Q Q
N N
N N
z z z0
a
c
J

t
C
ILI
N
41 1
E
z
0 N
co m
m m
N
Lo a
4 N

a
c
v
J
M
ro N
N
N
00 n
m rn
Q m ro
� m
co
m
a to
n rn
K n m
�v
N
� 4 V
O �fi
N r
G rn o
rn M
rn
LL Q
0
W
fn p O
� O O
� O O
O O
O O
7 O p
© a a
M M
a a
N N
M M
O O
h N
N N
W 00
6 O
N N
� N N
G
0.. 0.
N N
m m
O O
N N
2 �2
O O
N N
a w
m O
N
w
Il O
O C
N
O (n
2
E
J }�
N N
O O
z Z
Y Y
@ G
is a
f4 @
Q Q
N N
A w LLJ
z Z Z O

-C
v
v
J
c
o_ ti
> rn m
¢) O r�
O m
'p L7 CV
U)
r m
a �
r
C
b co
� n rmi
o
to
N `T
m
o m
� M �
O
� U
'E
� O
O
0 m o
v �
0 o
c o 0
� 0
0 0
c3 00
� a a
� co
N N
O O
N N
N N
m m
O O
N N
r N N
W m m
Q Q
cv N
O O
N N
N N
ti ti
m m
4 O
� N N
ti 1
N co ib
N
N
lL D
O C
(7
O U)
a
> E
� H
N N
O O
z z
x Y
C C
'd U
m mU
¢ ¢
0
N
w Wo
z z zo
N
N
d

a,
J
ry d n
N + M
Ck o n
� O V
Ln co
4 n n
m �o
m ,r)
of �
a m
X M �
io 0
n
o ri
M CO
o O1
� O �
_ W
� � W
CO �
O
W v] O
u
to 0 0
0 o
� 0 0
7 4 o
Ld o o
7 O O
a L
M M
Q Q
N N
M M
�f1 �i1
CJ O
N N
0 o
N N
v � �
c
W op ap
d Q
N N
M M
in iri
O d
N N
CO CO
O O
N N
L2 4l
V7 W eo
0
0
0
m
m
t� o
o
m
o
Q.
> E
N N
o O
z Z
x x
c
H
a �
m m
Q Q
N N
U
w w o�
z z zo

G
v
�> cfl am
ro
q O O
N
co
U N
7
O O
N
00 W
x N n
ro
� d v
0
r �
0 6'
g � m
ctrl U
LL In
Q
a
y N o
u
fn o O
a a
c a o
M M
N N
4 O
_O _O
N N
co w
0 0
N N
iL � 03
Q. Q.
N N
O O
O O
N N_
[o c2
O 6
N N
(V N
co co
a
O
O
N
N
ll. O
O C
N
R
E
IV
-11 9
N N
O O
z z
Y Y
C C
ro v
rt m
SSSN N
tl3 LL, v
z z z

b1
J
c
V N
y� m M
O N
N
n
rn o M
a
[p N
M
�xx
+G O N
O f�!
N
W N
N
61
U
r LL rn
Q
Q
tli u1 O
cA r -
N tl p
4 tl
G O
0Ll
O Q
Q P
O Ci
3 O o
M M
Q Q
n n
a a
vv
M M
N N
2 2
o o
N N
y I5 M
C
UJ
Q d
n n
v v
Ai A
N_ _N
�2 �2
n tl
N N
O_ o
O
O
O
W
Q
il. O
4 C
O Cn
a
> E
N N
O D
z z
Y Y
G C
W
'O "O
m ro
N N
m Q
z z z0

o
0 0 co
0 N
0 0
I-
v
rn 0
Q � N
V' N
x �0
N0
C co
r lh
LO
N rj
C O Lf)
N U
C O
O
0
N N O
U
{n p 0O
C Q S
P o a
0 0
� opp 0
� M M
o p
C7 M
7 V
N
co w
0 0
c � �
W co c`o
N N
0 0
� cr
(V CV
co
a a
co co
o
o
Cl
7 E
J r
N N
O O
z z
.bC Y
C C
@ @U
Q Qclj
cin
E 4
m W W
z z zo

�
)
Q
k
)
A
]
0
0
7
J
)
C8
k}
2
\
\
-
LO
/\
¢
\
§
(
§
«
§\
m
k
G
\
\ )
k
k
)
7
§
§
°
I
)
k
\ \
5
§
(
}
( a
/
§
} }
%
A
A :
\
\
\
,
)
)
)
/
J
/
)
/\
Z'0
\
(k
\\
§
/
§
/
£
3
o
�

r
)|
§l
2
$ $ 6
\ ƒ /
111
/
k
\
\
t
3
°
°
3
9
f
\
°
Lf)
B
}
\
#
/
§
/
LO
LO
§
2
\
�
\
$
§
\
@
$
$
t
)
)
§
o
R
\
�
r
)|
§l
2
$ $ 6
\ ƒ /
111
/

3�
k|
a F I
$ 7 m
& m A ;
_ © _
\ 4
{ CL
C
\
Q.
9 4'
} z j 1
) )
C',
CIA
LU
z z6 z6,
)
�

2
8
k|
||
2
�

o � 0
o c, rn
D
WI
to
N
b
2
co
La
n
cq
rn
m
c�
U
QO
O '
g

I
:�y \
........�T. �
§ 2
7 °
2 0
§ § 2
r $
0 §}
G §} 2 <
/ R :
k } § k
m 2
. m \!
) a D
k \ o �..
S @ 8(
$ $ 9.
k \ >
I 0 »
4 § 4§
0 0:
3 % &\
LU & /
3 G 3
_ » _
J
LT \ 9
\ \ } '
\ ƒ ƒ .
9 > q
z z z
R / /
) )$ }/
■ § ( ( j \
z z z6 26
0 1 1
�

�
I�
@|
g
j � k
) \
' R 2
� e a
z z
)\ )\
/3 /3
3:S �8
za z
| � �
�

mI�
�I
W
U
a
a ,
a
N
N
N
�
m
n
m
�
m
CV
N
C14
W
W
W
O
O
o
�
m
m
r
�
n

2
§�
£
111
�
�
k
k
�
k
s
£
d
J
/
(
k-
.
£
§
/
k
k
)
.
o�
\
\
D
�:
�
)
/
§
a
6
§\
co
r
a\
2
§�
£
111
�

{ � k
/

..f�..�3�.I
�
a
�
2
0
�
LO
§
ka
#
«
$[
2}
£
\/
k
C40 }
k
m
)
/
k
2}
« }
a
a
S
k
3
D)
f
7
)
�
c
o
=CD0
$
§
6
°
§
LO
§
$LO
§ :
C6
C6
»
]
�
�
]
.
a
I
I
§
4
4 '
q
k
q
k
q
1
k
)
a
(
)
\
ƒ
/
§
)
0 )
\
/
>
k
m
£
@ >
)
=2
2
e
ae
2
\t
\
\
§
Z
)
k 2
k k
)
�

uj
£
k|
||
2
�

2 2 m
a a a
v v v
Cll CV fV
m m CO
O O O
N N N
A I
LL

a
§
........... .
�
§
$
e
©
§:
co7
.
& �
§:
) §
\
2 /
)}
\ }
c6 }
k
\
\!
D\
3
« $
�
0
§ a
A,
�3 �
CR
3 \
$:
§ \
2
$ $
«
$
I
\
&
\ .
to
,
G 3
E }
\
\ \
}
\CQ
z
z z
/ /
R
) )\
)\
#
§ /\
/\
z
z z 6
Z6
�

E
co ED (D
N
Ul
LL `0 0
Q Q
E E
� � F
N N N
z° z° z°
Y Y y
C C C
-0
co
Q Q rn
�❑ s?❑
z6
zz

g|
§|
z
/ ) /
k § $
\ ƒ ƒ
2 z )
$ / /
d ) $ ) CO
C,
G
\ LU / /
z za z6
�

k�
■|
2

�
0
9
k
{
4
§
�
e
a
�
#
't�
�
}
¥
$`
(
/
�
2
\
�
#
k
§co:
)
�
�
)
)
k
\
\�
}
3
R
/
[
$
k
G
o
0.
«
$
# Z
E
§
§
%\
§
k
CO
(
{
~
]
a
*
$ :
i
IL
a-
)
)
\
�
\
\
\�
\
/
\�
g
@
q
)
)
2 :
)\
\\
\
\�
)\
!
$
2
G
§
k
3
&
�

r
{6
z I
� Lo
LO N LO
H F 9
Q Q Q
W $ W 7
z z Z

a
k|
||z
n I I
�

3
�

I

C
kI
&� z
r r e
_ ] g ]a
/ k7 «�
/ %
3 LU §
z z6
11
�

2
LO
O CV
IC
W

)�
k|
@|z
t1w.,
a /
\ $
�

a)
0
c
A
m
A
c
0
O
V
L,
0 S
U
m
ce'i

s
k�
§�
2
3
4 4 ;a:
�

a
alW
R I55
n
Qr
3
3
I
f�

C
W
O
a o r
n
a
o �
� r �
o rO
r CO
c_
W �
CD
❑ ro
0 0 0
4 o c o
IL OL
IL OL (L
m 0)
m m
� O �
O O O
N N N
EL
a EL a.
0 rn m
m m m
iri iri ui
ao 0o ca
0 0 0
W
Gl N
v
lL ❑ �
O C �
a co U)
QCL
E E
N N N
O O o `
Z Z Z
c C c
C t
F N Fro
a � a
coroti IZ�
N Nps N
W G W
Z Z Z� Zd

n N
Ci
C6
L
U
O
�I
J
a
a
r
0)0)
0)
cn
cn
In
LU
�.
�I
J

\
|
C5
2
� k
\
|
« 3
§
�
\
�
|
a
e
»
2 E
}
�
�
)
� \
o
B
§
S}
o
§
A|
!
:~
a
�
LO
LO
)
w
to
\�
§
2 (
/
I
I
$
\«
In
LP
§
\
\
\
|
2 %
a
j
&
]
) /
\
ƒ
ƒ�
`
}
}
}
§
§
{
/
//
J
(\
(k(
! $
2 )
kt
)$}
T3
. �
\

2
]
)|
||z
�
\ \ \
E e
a » ?
@ e ,
£ z
} } }
�G
\/ \/�
z \,
�

a
� � |. �. .. £. . .. � . . .
�

i
?f
N OD
O f�0
o r�'
m
0
adao u�'
c�S ~
Li
m �
U
rn
0
* z N
t2p O N
CL a
i E E
3 9 9
N N N
O O O
Z Z Z
x x x
� c c
F� H
ro t a
co
Q Q�r ¢�
WW
8
S
Z zd Z:
1

r_
C N
r �
M o r
(75
o
n
� n
a o
G �
0 m
O 9 Ji
r � �
N N
C � n
O
U U
_ _ c
O p p p
•� O O O
3 O O
O m
a n. a.
m C) m
m r� m
v v v
N N N
O O O
OD tl0 m
O O O
C N N cy
W m m
a.
dd a-
0
0 m m
In ni R?
a V V
N N N
00 00 CD
N N N
47 N
m
ki o `o
O_ cnr
Q. Q
Q7 E E
J F F
N N N
O O O
Z Z Z
aC .Y Y
C C C
a a a
ao no �U
0
N N O N
Q
W WS W
Z Z ZO Z
a
J

i
3
/

/
�
!
\
\
�
�
�
m
�
a
(
i
)
=
7
#
k
CC)
(
Q
[
�
)
\
(
0
0
)
§
$
@
)
m
°
\
§
R
I
a
2
)
66
d6
\
A
\
�
}
2
I
)}
q
4
§ }
e
9
e >
\
\
)
2
\
�
\
/
/
k
\
\ (
)
k
) )
{ is
'0(
(
2
k
Z6
z32i,;
�

2
m
G
W
i
z
s+
it
ii S rn
N �
a
O O I
C C
0- R
r F F
N N
z z
Y Y
F
W �Ui
�
O �Q
LUSS
LU
p z 6
11 1

|
� \ \
J °
J
2 ) B]
■ k )
� ( /
§ ) §
_ § :
. \ \�
; ) E
k G \ \
) a 6 6,
II CL
$ $ 2:
c OD _ :
LU
I IL CL\
$ ]
_ \ \ \
7 / 0
/
Q
$ ■ E
j § § !
§ § } �
]
'20 k&
«
\ / ae { kZ
# /
2 § k 3 ) $
| k
5. —,. 1—, 2
�

I

E.: .
0
f . . 1. ±
YZ
]
]
§
2
#
2
0
31
k|
&|z
a a a !
co co to
/ }
)
3 A $ !
\ \ /�
zz z z z
CO
R R /
0404
04 $k\.
z z\ a
�

2l
k1
§�
2
3
2 §
§
�

§
k
g
k
§
\
�
J
}
C4
\
6
k
§
/
/
§
§
�
w
�
7
?
e
�
�
(§
§
/
I
\
k
8
8
8
\
\
o
8
8k
$
8
4
-
8
B
8
a-
m
2
@
ft-
m
\
a
§
■
\
e
�
@
a
§
I
CD
\
e
§
■
k
J
\
G
§
2
\
k
/
7
a
�
�
/
2
a
N
z
q
2
@
z
}
�
}
!
2
«
z
§§
z 6
«8
) k
/

lip
/

J
k|
Kl
z
k
�
I I
ƒ

I
k
m
�
k
\
$
\
k
«
P
a
■
m
2
.
a
.
8
.
$
$
2
(
k
/
®
�
$
g
2
8
§
/
§
�
a
•
\
#
§
$
-
\
2
I
\2
§
R
w
w
e
�
�
�
°
§
§
\
II
IL
A
q
7
§
§
/
e
a
e
=
S
§
a
o
/
CD6
e
]
.�
e
a
6
}
}
)
�
}
|
§®I
§§
/
j/
2
z
z a
z a
/

. a.7
\
k
(
■
$
�
2
)
§
e
m
2
.
£
\
°
�
�
$
§
%
±
S
(
r
LOk
�
�
\
�
/
$
%
#
f
§
A
A
a
Co
a
I
(
q
\
e
e
e
e
§
�
§
a
a
I
5
§
\
�
_
a
I
(
2
%
e
(
�
`
co
co
§
co
2
�
_
§
\
k
eq
d)
6
>
#
A
&
a
■
e
e
£
�
k
e
§
)
)
}
C*4
CI
/
z
z
Z6
z 6
\

k
7
2
)
; 2
S
Cl)
k
j
»
&
)
£
§
®
)
k
k
�
\
/
^
/
/
�
\
%
$$
$
§
§
5
I
\
§
4
4
4
■
%
$
§
}
k
@
C
$
)
a
y
�
_
a
a
F
4
§
4
«
\
4
\
a
)
\
kCIL
\
}
}
}
R
/
/
)
)°
}\
E
/
/ 2
/ 0
i
§
§ /
§ \

]
\
}
o
\
k
@
�
§
/
\
}
f
2
$
\
.
£
§
\
7
to
\
®
m
m
k
r
/
/
2
2
a
k
a
\
\
�
#
§
%
$
%
2
2
a
5
e
%
e
%
a
a
a
(L
a-
I
&
&
&
&
co
3
a
3
E
t
§
S
N
3
&
5
\
\
6
\
«
/
/
\
2
/
/
J
J
/
/
so
ao
//
//
)
$
§\
§\
/

ƒ
/
J
�
2
\
\
!
k
�
§
)
LO
k
[
�
2
G
`
\
\
LO
to
`
0)\
(D(
8
�
\
\
C%l
\
®
q
A
;
3
3
\
3
@
$
@
2
A
y
-
�
5
2
o
o
a
$
/
k
\
\
C4
q
eq
k
)
£
J
/
/
\\
\\
§
$
§
§ \
§ \
\
....
ƒ

k
m
2
k
k
LQ
\
\
)
®
`
k
�
7
/D
�
L CD
2
4
§
)
�
(
(
§
\
\
\
§
f
\
(
0
0
0
d
§
$
S
?
§
°
R
§
2
I
7
I
k
/
\
§
k
k
2
~
LUcm
S
7
5
�
I
f
Lo
G $1p
%
$
q
G
S
Q
ca
§
/
C,
(
e
\
\
\
\
k
\
\
k
}
}
R
/
P-
'0
)\
)\
2
Cl
/2
$
§
$ /
§
\
\

nLLI �
C
�I
LO M co
Lq
O O G
tt�73 � tp��p
N V
CP
O V
C� O
O
OD
0 [V N
r-
to (P
N
n o r�i
Q1 W Cn
Lo N
U U
� rn
D
`b o
0 0 0
8 8 S
S o 0
M M
2 2 2
a a a
`3 0 0
(V (V CV
ppm m Op
Oji NRI N
r r
2
I
I I

I -t §
mom:
I
§ j
�
)
§|z
\
§ § E
I I I