AQ_F_1000127_20230103_ST_StkTstRpt_Method 9

To: DAQ Stationary Source Compliance Branch
From: Scott Sanders (DAQ WiRO)
Subject: September 20, 2022 Annual Performance Test (Chuck's Construction Mine)
(Facility ID 1000127)
Attached are the run forms and smoke school certificates for the Annual performance test for
opacity (Method 9) for Chuck's Construction Mine. I was present for the test and it appeared to
go well. All 6-minute averages (30 total) indicate at or less than 10% opacity, so compliance
appears to be achieved. Please let me know if you have any questions.

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o
3 ?023
.fi AIR QUALITY
STATIONARY SOURCE COMPLIANCE
VISIBLE EMISSIONS EVALUATOR
Charles Bellamy
This is to certify that the above named observer has met the
specifications of Federal Reference Method 9 and is qualified as a visible
emissions evaluator. Maximum deviation on white and black smoke did
not exceed 7.5% opacity and no single error exceeding 15% opacity was
incurred during the certification test conducted by Eastern Technical
Associates, Inc. of Raleigh, N.C. This certificate is valid for six months
from date of issue.
'fit
3�
482974 BEL418269
Certificate # Student ID Number '
5/4/2022 Wilmington, NC
Date of Certification Location
11/3/2022 6/16/2020 -Webinar
Certification Expiration Date Last Lecture _.:...._,.,_.._
Jody Monk
General Manager
LOW
---------------------------- ------

1
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VISIBLE EMISSION OBSERVATION FORM
Company Name Observation Date Start Time End Time
uct is A -X o-a2 S �
Location (- /f
I Sot 0 #(CciPV q l�(!t �/ r� , 0 15 30 45 Comments
City /1,'a5h State C Zip o��!/� / 1 5` P R�lv1
Process Equipment Operating ifV- Mode 2 0 S
/ ryler 9s"% 3 O _�--
Control Equipment Operating Mode
4 s s- S- s--
Describe Emission Point js / 'Adve /,f7 RA
//T7'„ me- VefS 5 0 .S S— e--
6
Height of Emission Point Height Relative to Observer 7
/✓ Start End 8
7
Distance to Emission Point Direction to Emission Point 9
Start /.S / End - (4jWe Start WNW End �f�e. 10 �` s
Vertical Angle to Observation Pt. Direction to Observation Point 11 S
Start End Start End
Describe Emissions 0+tow
12 Q d
Start �i' 10-k h f��e-� ,e End -`wi pf i 13
Emis��si/on Color If Water Droplet Plume(Circle) 14
Start�U�7i�/C�e41 End �G/y1e Attached Detached / 15 () D -57
Point Itn-The/Plume At Which Opacity Was Determined
Start j7 l /mv- P4 End ��l/L'�� 16 /Q
Describe Plume Background 17 �j O
Start PlI/IfQ -r-&S End -�qo(e- 18 M l0 J
Background Color Sky Condition ``- 19 S
Start Green End -S406 Start CJe4e End 3fWe. 20 v �Q
Wind Speed Wind Direction 21
Start S/„ph End Start )VW End .SaW6
22 s D d �^
7Ambient Temp o Wet Bulb RH Percent
Start
2 End 7r Temp $9% 2 /U
24 0
SOURCE LAYOUT SKETCH 25 $- /G 16 5-
EMISSION 26 _5- O s7
0,13SERVXTION
POINT 27
X 2e /U s S
STACK (:Z: 29 D s— O S
WITH DRAFT' 1
PLUME NORTTT ARROW 30 ID
ST-r O Observer's Name(Print)/n/
OBSERVER'S POSITIONr
W L�IU
Observer's
- - Signatur Date
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SUN �
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LOCATION ME Organization
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Certified by Date
Additional Information V S'-y
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in 0 15h (300' 45 Comments
31
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Additional Information

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VISIBLE EMISSION OBSERVATION FORM
Company Name �
Observa o te Start T'•e SI" End Time/ � 9
ctcks �s+. ��� o_ o• r
Location �J
1�o µla~ 0 15 30 45 Comments
City u basil sta;v G zips 8Y6 rl 1 S— /6 /o Pan "2
Process Equipment Opera t�'n ode 2 ,5
Control Equipment Operating Mode 3
4 S O -57 to
Describe Emission Point '
l�' ,love- i+ 144 pe4e-Tl&es 5 /o Ss d .5-
6 _5- .57 S
Height of Emission Point Height Relative to Observer 7 /U cO— .57 S�
Start End 8 S J /D lO
Distance
�to rpission Point Direction
Direction to Emission Point 9 D O S_
Start / End —s'/ 4C Start My W End 10 S /0 S /0
Vertical Angle to Observation Pt. Direction to Observation Point 11 1— /Q
Start End Start End
Describe Emissions /A/' 12 5, O b S
Start j j W e.eke End Jt!/ e 13 /0 /0
Emission Color /�{f, If Water Droplet Plume(Circle) 14 /O D
Wr/i'Start elCjeaf End M L Attached Detached 49:> 15 5—
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Point In The Plume At Which Opacity
pWas Determined
16
Start �( I�/ft GG!'`i nd SIJ&e- /o � G
Describe Plume Background
17 S
Start T l'lee vet End _�T4He_ 18 _5_ l D /O s
Background Color C� Sky Condition ��/ 19 ,� 0 /D
start 6rCl(n End 5g1Ae- Start Ckae End ,WAe— 20 p o S
Wind Speed Wind Direction 21 -5- /0 /b
Start 3/*Pk' In, SaMe- Start WY(19LI� End 22 S- S
Ambient Temp Wet Bulb RH Percent 77 0 End $ © Temp •'7j % 23 C/ /d
Start 7 24
,- /0 /0 .—
SOURCE LAYOUT SKETCH 25 /D ,S S
EMISSION 26
OBSERVATION -57
POINT 27 S D D
X 28 p o s-
STACK ���---^^^ 24
WITH DRAW
PLUME NORTTT ARROW 30 /O S
4 SUN OBSERVER'S POSITION Observer's Name(Print)
�
WLVB -
Observer's Signature Date
--loR---
SUN LOCATION LLNE Organization
k's &43J_.AW-
Add Certified by Date
itional Information FTA (/
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in 0 15 30 45 Comments
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32 /Q
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Additional Information
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VISIBLE EMISSION OBSERVATION FORM
Company Name U �S 17 �� ObservVon Date Z Start Time Fdime
'?.o 2 :Unary W;G27
Location (� �
]��0 91CkMan 4A / 0 is 30 45 Comments
City l.�ll1 4 47 states�n Zip w/JD 7 1 o o s � F n 4l, ,* 3
Process Equipment l �p Operating Mode 2 -5- /0 /0 ,�
1`/ r M IS wer q r%, 3 s O �-
Control Equipment Operating Mode
4 S /0 S"
Describe Emissio Po _
f' /' lees 5 D o S �"
6 -5 /a S
Height of Emissionroint Height Relative to Observer 7 .S 0 0 S-
IS— Start End 8 o jr J
Distances to Enplisslon Point Direction to Emission Point 9 C> /0 /Q
Start /5- End —<*'e Start w/V w End -5rye 10 S s
Vertical Angle to Observation Pt. Direction to Observation Point 11 — o D
Stitt End Start End
Describe Emissions Of
f 4,/' 12 S 10 S' to
Start kl k Y'Yflle�nke End .�Jp+ic 13 �o S
Emission Color If Water Droplet Plume(Circle) 14 S -5— S
stare C f✓-End .SQIML Attached Detached 15 j— /B s- O
Point In The Plume At Which Opacity Was Determined
Start l l 1,6V
/f' Endue 16 Q Q
Describe Plume Background 17 S D S (—
Start %- �2eS End' e 18 o � S D
Background Color (, Sky Condition i9 � ,s /0 .;
e
start 6' �) End �!{GKe Start C�41" End &cAe 20 S S0 o
Wind Speed Wind Direction 21
Start 6tn h End 90(6 Start End Salk Q/ 22 _5- _5- 0 .
Ambient Temp RH Perrccent
stet[ D
D1 D End gs OfWetB4IG
Temp S7�6 23 /D �� ✓
24 S S D o
SOURCE LAYOUT SKETCH 25
EMISSION 26
OBSERVATION T POINT 27 D D SP
X
28 S S S
STACE DRAB' 29
WITH NORTIT ARROW 30 S /D S
PLUMEcz: .J
SLK -0-
Observer's Name(Print)
oasERVER s PosrrloN Q/IPJ �1�Q�f
Wi:w
Observer's Signature Date
I4Q• �26�z2
SMLOCATIONLLVE Organization
Certified by Date
Additional Information E V s(/
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32 [d s
330r /p S s
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Additional Information

VISIBLE EMISSION BSERVATION FORM
Co 0 � r•.Sav t ` /00Q�,L� Obse a'on Da Sta Time End e
Location ���y�/��
/(SZa Tom:LC'" � tj 0 i5 30 43 Comments
CitY( . /°r L& S!`r C— Z2d (avf 1 S j � 1--
Prod Eq uipmeT11 q(tJ t Op �
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d. 3 S 0
Control Equipment Operating Mode
4 51
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Describ Emission oint 5
6 Lo Q
Height of Emission Point Height Relative to Observer 7 d
Start End 8 Q
Distance to Emission Point Direction to Emission Point 9 0
Start ' "� End_fAt`. Start 4)jjW End S (�� 10 D
Vertical Angle to Observation Pt. Direction to Observation Point 11 D Start End Start End
Describe Emissions 12
start ; hdx4 Ea nd __Q"b— 13 0 0
Emission Co r If Water Droplet Plume(Circle) 14
Start�/� Iad 5,*Ie, Attached Detached N/ O Q
15
Point In a Plume At Which Opacity Was Determined
Start' R��4. : End L� 16
,SAt�'� O
Describe Plume Background 17 Q
Start PAe--6-C-.S End .5,�}/Z`_ 18 — o
Background Color Sky Condition 19 6 6
Start GeTe j End Y4W`- Start dG( o— End SAM 20 O e
Wind Speed Wind Direction 21 O
Start 3 L. End,,,5'A/t sip Start End J' e� 22
Ambient Temp Wet Bulb RH Percent
n c� •( 23
Start �v End � • Temp, G '
24 O Q
SOURCE LAYOUT SKETCH 25 0 d
EMISSION 26 d
011SE11VXr10r%
MINT 27
X 28 t
STACK 29
WITH DRAB'
PLUME NORM ARROW 3013— I-A5
if
Str (/ J Observer's Name(Print)
WIND
OBSERVER'S POSITION
Observers Si a Date
Sl7N LOCATIONLLVE Organization
NG,QA-&—0 i P-o
F��
d by Date
Additional Information t��� c f Z�L
- Continue on reverse side

Sec
Nfin 0 15 30 45 Comments
31
32 d
33 )
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35 D b
36 0 l d
37 S
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Additional Information

VISIBLE EMISSION OBSERVATION FORM
Comp i e o ; /oa D�Z'7 Obsery i Da S T' �� End Time
l
Location ? 2"
4 d ttr%-
ec
Q .3 0 15 30 45 Comments
City�J State Zi 1 Adr0 S-*rf" �/J Z—
Process Equipment Ope"1111* 2 f
Control Equipment Operating Mode 3
4 s r
Describe Emission Point 144 A►. a 0
Vt-- (I� 5
b
Height of Emission Point Height Relative to Observer 7
Start End 8
Distance to Emission Point Direction to Emission Point 9 A
Start 1;--Pt End _r.1VXC Start 411jtj End �`_ 10 s s 0 4
Vertical Angle to Observation Pt. Direction to Observation Point
Start End Start End 11 (0
Describe Emissions �,�t yr�t-1Q_�� 12 d
Start f GI 4Jw`0 L,fP, Ena Sq ot-, 13 e b
Emission Col r If Water Droplet Plume(Circle) 14 O O
StaXZ KV End S?r.AC- Attached Detached N/A 15
Point In T e Plume At Which Opacity Was Determined
I 16 p 0
Start . �(� t4` End �S'gAe_ 17
Describe PlumeBackground
/
Start 1 /14� /Ca S_- End SWj, _ 18 10 6
Background Color (� Sky Condition 19
Start rLC End S�tdit& Start a4eAl'- End 141vrt 20 a
Wind 9peed Wind Direction 21 O
O
Start . End �)64%1(`- Start V 1416, End J'►y"- 22 p
Ambient Temp Wet Bulb RH Percent
start End 'a-1Temp 117 q 23 p
`� 24 >t
SOURCE LAYOUT SKETCH 25 6
ENUSSION 26 6
0IISEl4VAT1Ori
POINT 27 a O
X 28 Q Q
STACK DRAW 29 �O
WITH
PLUME NORT�ITA�RROW 30
SLr Observer's Name(P
OBSERVER'S PostTloN / S
WLXU Z�
Observe tur Dates 2
14R" Y
UN LOCATION LLVE OrganiZatio
C;0 14 4 1 Pf-.a
Certified by a 2
Additional Information 4
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Sec
in 0 15 30 45 Comments
31 (7 ZCtA�S�
32
33 f-
34 O O
35
36 0 (�
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38 a
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40 �-
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45
46 d
47
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49
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51 6
52
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54
55 p
56 a
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59 a
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Additional Information

VISIBLE EMISSION OBSERVATION FORM
n
Company ) �a a a Z� Obse 'on ZZ Stn pime
a 0.M. En f l�•�0 4 JOK
Location c
(� a 0 15 1 30 45 Comments
City State
Process Equipment Op7.ti r1j. 2 0 S
' 3 a
Control Equipment Operating Mode
4 s o
Describe Emission Point Q
✓c.. U S 5
6
Height of EmissionPoint Height Relative to Observer 7
- 1 Start End 8
DIstance to Emission Point Direction to Emission Point 9 O a
start 17-71�1, End &4L_ Start &WIJ End St4tA`— 10
Vertical Angle to Observation Pt. Direction to Observation Point 11 a
Start End Start End
Desc ' e Emissions 12 d
Stag &O-loWdEnd .r,*, 13 a
Emisio—ip Col/or If Water Droplet Plume(Circle) 14
start41 do�E3ft Attached Detached 15 O
Point
In ThePlume At Which Opacity
'(i EnyWWas Determined 16 Q O
Start(/ i �t/t� (f�jt d ti 17 0
Descn a Plume Background
Sta End, 18
Background Color Sky Condition 19 O
start /4 End Start End ,54W— 20 6
Wind peed �f Wind Direction n 21 IDC
Start .� End S%#jrA,6— Start Aj End .S' 22 0
Ambient Temp Wet Bulb RH Percent
3 End �Ir Temp �01 23 d
Start F �
24
SOURCE LAYOUT SKETCH 25 O O 0
EMISSION 26
OBSERVATION
POINT 27 O O
X 28
STACK 29 0 if0
WITHCZ: DRAW
PLUME NORM ARROW 30
Sir o OBSERVER'S POSITION Observer's Name(P
LV rint)
WD V J
Observe s c a r Dj 2 7i
3
taa°
s -LocA;nONLLNE Organization
N A-©- L) N Z.o
Certified by— Date, 2
Additional Information
Continue on reverse side

See
Min 0 15 30 45 Comments
+�
31 . S
32 ea
33 /d
34 Q Q
35 Q
36
37 �8 O
38 0 0
39 Q
40 8
41
42 Q
43
44 a
45 l O
46 Q
47 0
4e a
49
50 C Q
51 �-
52 10 /Q
53 Q �-
54 .0 d
55 a
56 C D
57 r s a
58 d
59
60 v Q
Additional Information

SCOTT SANDERS
THIS IS TO CERTIFY THAT THE ABOVE NAMED OBSERVER HAS MET THE
SPECIFICATIONS OF FEDERAL REFERENCE METHOD 9 AND QUALIFIES AS A
VISIBLE EMISSIONS EVALUATOR.CERTIFICATION TEST CONDUCTED BY EASTERN
TECHNICAL ASSOCIATES OF RALEIGH,N.C.
SAN113090 483014
STUDENT ID NUMBER CERTIFICATE NUMBER
11/312022
CERTIFICATION DATE CERTIFICATION EXPIRATION DATE
WILMINGTON,NC RALS97
LOCATION LAST LECTURE