DAQ-2024-008315

1
DAQC-551-24
Site ID 15792 (B4)

MEMORANDUM

TO: STACK TEST FILE – INTERMOUNTAIN REGIONAL LANDFILL (IRL)

THROUGH: Harold Burge, Major Source Compliance Section Manager

FROM: Paul Morris, Environmental Scientist

DATE: June 4, 2024

SUBJECT: Contact: Brian Alba: 801-930-0984
Location: 800 South Allen Ranch Road, Fairfield, Utah County, UT
Test Contractor: Hansen, Allen, & Luce, Inc.
Source: Non-enclosed flare
FRS Site ID#: UT0000004904900334
Permit: Title V operating permit 4900334002 dated December 20, 2023;
revised February 28, 2024
Action Code: TR
Subject: Review of Test Report Received May 24, 2024

On May 24, 2024, the Utah Division of Air Quality (DAQ) received a test report for the non-enclosed
flare associated with the landfill gas collection and control system at the lntermountain Regional Landfill
located in Fairfield, Utah. Testing was performed on March 11, 2024, to calculate the net heating value
and gas exit velocity in accordance with 40 CFR Part 63, Subpart AAAA, 40 CFR Part 60, Subpart A,
and Title V operating permit Condition II.B.2.b. The calculated test result is:

Source Test Date Result Limit
Flare 3/11/2024 9.88 MJ/scm* >7.45 MJ/scm*
13.8 fps ** <54.5 fps**
*Net Heating Value
**Gas Exit Velocity

DEVIATIONS: No deviations were noted.

CONCLUSION: The test results appear to be within the applicable limits at the time of testing.

RECOMMENDATION: None.

HPV: No.

ATTACHMENTS: Emissions testing report received May 24, 2024

6 , 3
INTERMOUNTAIN
REGIONAL LANDFILL
I NTERMOUNTA! N REGIONAL
LANDFILL
NON.ENCLOSED FLARE PERFORMANCE TEST
(HAt Project No.: 373.08.204)
I,TAH DEPARTMENT OF
E}.$'IRONMENTAL OUATITY
Iliry Z 4 ,ti;i)4
fi qn 4 d rLi 1",'.)
DiV!S!ON OF AIH QUALIT\]
April 2024
INTERMOUNTAIN REGIONAL LANDFILL
NON.ENCLOSED FLARE PERFORMANCE TEST
(HAL Project No.: 373.08.204)
Andrew Alvaro
Environmental Services Director
April 2024
TABLE OF CONTENTS
TABLE OF CONTENTS.......... ......... i
GHAPTER 1 - TNTRODUCTTON ..................... 1-1|NTRODUCTION......... .............. 1_1
LANDFTLL DESCR|PT|ON........... ............... 1_1
TESTTNG LOCATTON ,,,,............ 1_1
TEST DATES ..,,..,...1-1CoNTACTS ............. 1_,1
Facility Representative............ ................. 1-1
State Representative.... ..........1-1
HAL (Testing) Representative ..................1-z
Analytical Laboratory. .............1-zCERTIF|CAT|ON......... .............. 1_2
CHAPTER 2 . TESTING PROTOCOL AND RESULTS ..................... 2-1
GENERAL SAMPLING PROCEDURES NARRATIVE.......... ,...,.,..,,2-1
EPA METHOD 3C ...2-2
EPA METHOD 22....... ...............2_2CA1CU1AT|ONS........................... ..............2_2
CHAPTER 3 - QUALITY ASSURANCE AND QUALITY CONTROL ................... 3.1
CYCLON|C AND STRATTFTED FLOW........ ...................3_1
REPLTCATTON ...,.,..... ...............3_1
FIELD DATA......... ....................,3-1
LABORATORY ANA1YS|S............ .............. 3_1REFERENCES............ .................... 1
APPENDIX A
FIELD NOTES
APPENDIX B
LABORATORY REPORT
APPENDIX C
CALCULATIONS
APPENDIX D
VISIBLE EMISSIONS OBSERVATIONS
lntermountain Regional Landfill Performance Test Report
!
LIST OF TABLES
Table 2-1 Vacuum Readings in lnches of Mercury. .....2-1
Table 2-2 Methane Measurements............ .................2-A '|1
Table 2-3 Regulatory Calculations................ ..............2-3
LIST OF FIGURES
Figure 1-1 IRL Facility Map........... ....Afier F-l
lntermountain Regional Landfill ii Performance Test Report
CHAPTER 1 . INTRODUCTION
INTRODUCTION
Hansen, Allen, & Luce, lnc. (HAL) has conducted the performance test for the non-enclosed flare
associated with the landfill gas collection and control system at the lntermountain Regional
Landfill (lRL). Under the New Source Performance Standards (NSPS) federal regulations (40
CFR Part 60, Subpart \ AMM and National Emissions Standards for Hazardous Air Pollutants
(NESHAP) federal regulations (40 CFR Part 63, Subpart AAAA), IRL is required to submit a
performance test of the non-enclosed flare. The results of this performance test are being used
to demonstrate compliance with the flare operational requirements and establish operational
parameter ranges.
LANDFILL DESCRIPTION
IRL is a Class V landfill operating under a Title V Operating Permit (#4900334002 dated
December 20,2023) located at 800 South Allen Ranch Road in Fairfield, Utah. The Landfill has
been in operation for 13 years, having first accepted waste in2012. The active landfill area is
about 72 acres.lRL facilities are shown in Figure 1.
TEST!NG LOCATION
lntermountain Regional Landfill
800 South Allen Ranch Road
Fairfield, Utah 84013
TEST DATES
HAL performed the landfillgas sampling on March 11th,2024,which required one workday. Visible
emissions observations were performed during each quarter between startup and the landfill gas
sampling date.
CONTACTS
Facil ity Representative
Brian Alba, Operations Manager
800 South Allen Ranch Road
Fairfield, Utah 84013
801-930-0984
[e-mail]
State Representative
Harold Burge, Major Source Compliance Section Manager
Division of Air Quality, Utah Department of Environmental Quality
150 North 1950 West
Salt Lake City, Utah 84114
385-306-6509
[e-mail]
lntermountain Regional Landfi ll 1-1 Performance Test Report
CHAPTER 1 - INTRODUCTION . CONTINUED
HAL (Testing) Representative
Joshua Hortin, Project Engineer
Hansen, Allen, and Luce, Inc.
859 West South Jordan Parkway Suite 200
South Jordan, Utah 84095
801-566-5599
[e-mail]
Analytical Laboratory
Air Technology Laboratories, lnc.
18501 E Gale Ave, Suite 130
City of lndustry, CA917482655
626-964-4032
CERT!FICATION
Based on information and belief formed afier reasonable inquiry, the statements and information
in the document are true, accurate, and complete.
May 21,2024
Authorized Signature
Robert Richards, General Manager
Date
lntermountain Regional Landfi ll 1-2 Performance Test Report
CHAPTER 2 - TESTING PROTOCOL AND RESULTS
GENERAL SAMPLING PROCEDURES NARRATIVE
The landfill gas was sampled in the common header before the gas moving and condensate
removal equipment using the multi-point integrated sampling procedure. EPA Method 3 (EPA,
2017), referenced in EPA Method 3C (EPA, 2023b), requires the sampling point in the duct at a
minimum of eight traverse points along two transects for equal times (approximately 2 minutes).
The traverse points were located with the assistance of EPA Method 1 (EPA, 2023a).
The sampling train was purged of five sampling tubing volumes and screened using a portable
landfill gas analyzer to verify the absence of ambient air by comparison to the quality control
criteria of EPA Method 25C (EPA, 2023c) and/or stratified flow by EPA Method 7E (EPA, 2018).
Specifically, gas from each probe location on two perpendicular transects through the header was
screened for methane, carbon dioxide, oxygen, and nitrogen content. While there are no landfill
gas content quality control criteria for the performance test, the absence of ambient air was
confirmed by the general quality control criteria of EPA Method 25Cl3C, which requires oxygen
content in gas samples analyzed by the laboratory to be less than 5 percent, or nitrogen to be
less than 20 percent, or the nitrogen/oxygen ratio to be over 3.71 for landfills receiving less than
20 inches of annual precipitation for the past 3 years. The field forms in Appendix A confirm that
the oxygen content was less than 5 percent.
After purging and verifuing the absence of stratified flow and system malfunction, the sampling
train was switched to an evacuated Summa@ canister. A measured volume of landfill gas was
then drawn into the canister at a rate of approximately 0.1 liters per minute or less. Flow into the
canister was regulated with a needle valve and the flow rate was monitored using a calibrated
rotameter. The sampling probe position was adjusted at regular time intervals (two minutes) to
eliminate the effects of undetected stratified flow.
The leak-check protocol for the Summa@ canisters is to record the vacuum just prior and
immediately after sampling at each location, and to record a final vacuum just prior to shipping
the Summa@ canisters back to the laboratory. The laboratory measured the vacuum readings
upon receipt and HAL compared the readings to the pre-shipment readings to ensure the absence
of leaks. Table 2-1 and Appendix A show no signs of leakage before or after sampling or in transit.
The increase in vacuum strength at the laboratory compared to after sampling is due to the
increase in atmospheric air pressure at the laboratory altitude. The expected increase in vacuum
strength, based on historical air pressure measurements, is 3.8 inches of mercury.
Table 2-1
acuum in lnches of Merc
Canister
ID
Vacuum at
Receipt
(-4.500 ft asl)
Vacuum Prior to
Sampling
(-4.500 ft asl)
Vacuum after
Sampling
(-4.500 ft asl)
Vacuum at
Laboratory
(-300 ft asl)
1394 -18 N/A N/A N/A
3744 -18 -18 -1 -5
3103 -18 -18 -1 -5
N4746 -18 -18 -1 -5
N4126 18 -18 0 -5
asl= above sea level
lntermountain Regional Landfill 2-1 Performance Test Report
Three 32-minute samples were collected from the main header into three Summa@ canisters.
Each Summa@ canister was analyzed by the laboratory for methane in triplicate. A fourth sample
was collected as a backup in case one of the original samples leaked, but it was not needed or
analyzed.
After samples were collected the probe was removed, the sampling port was closed.
EPA METHOD 3C
EPA Method 3C (EPA, 2023b) is used to measure the concentration of methane, nitrogen, and
oxygen in the Summa@ canister composite samples. The samples were analyzed in triplicate by
the analytical laboratory. Appendix B and Table 2-2 contain the analytical results.
Table 2-2
Methane Measurements
Sample o/o vlv
LFG.2 30
LFG-3 30
LFG.4 29
Average 29.7
EPA METHOD 22
EPA Method22 (EPA,2023d) is used to determine the frequency of visible smoke emissions from
flares. Visible emissions observations were performed during each quarter between startup and
the landfill gas sampling date. EPA Method 22 was used on March 16,2023, June 27,2023, and
September 6,2023. Additionally EPA Method 9 was used on the same dates as EPA Method 22
and additionally December 7, 2023 and March 8, 2024. All events were performed by a certified
EPA Method 9 observer. Table 2-3 shows that no visible smoke emissions were reported during
any event. Appendix D contains the field forms from these five events.
CALCULATIONS
Table 2-3 and Appendix C contain the regulatory calculations based on the methane results
shown in Table 2-2 and the measured gas flow during the test. The average flame inlet gas net
heating value was calculated by the equation shown in 40 CFR 60.18(0(3). The net heating value
of methane used was 191.136 kcal/g*mole and the resultant flame inlet gas net heating value is
9.88 MJ/scm, which is greater than the required limit and meets the threshold. The maximum
exhaust gas exit velocity was calculated by the equation shown in 40 CFR 60.18(f)(5). The
calculated exhaust gas exit velocity was 13.8 feet per second, which was less than the upper limit
of 60 feet per second and less than the calculated maximum velocity of 54.5 feet per second. The
flow corresponding to an exit velocity of 54.5 feet per second is 1,783 scfm.
lntermountain Regional Landfill 2-2 Performance Test Report
Table 2-3
Calculations
Parameter Applicable
Reouirement
Average
Test Result
Flame lnlet Gas Net Heating Value
(MJ/scm)>7.45 9.88
Maximum Permitted Flare Exhaust
Gas Exit Velocity
(feet oer second)
N/A 54.5
Flare Exhaust Gas Exit Velocity
(feet oer secondl <54.5 13.8
Visual Flare Exhaust Smoke
Emissions in a 2-hour Period
(minutes:seconds)
<5:00 0:00
lntermountain Regional Landfill 2-3 Performance Test Report
CHAPTER 3 - QUALITY ASSURANCE AND QUALITY
CONTROL
CYCLONIC AND STRATIFIED FLOW
Gas from each probe location on two perpendicular transects through the header were screened
for methane according to EPA Method 7E. The methane measurements at each transect location
should be within 5-10% of the mean of methane measurements at all locations. Methane
measurements were within the specified limits and therefore stratified flow was not found.
Screening results are found in Appendix A.
The absence of cyclonic flow by EPA Method 1 does not need to be verified because the
conditions specified in EPA Method 1 which may induce cyclonic flow do not exist in the IRL
header.
REPLICATION
The three specified samples serve as replicates for precision; therefore a fourth replicate was
collected as a backup sample but was not analyzed because none of the other three cannisters
were found to leak in transit. The relative percent difference (RPD) is calculated by:
RPD =
(C methane,t - Cmetnane,z)r 100(C^"thane,t + Cmethane,z) f 2
The RPDs for methane were less lhan 3.4o/o in allcomparisons, which is acceptable compared to
instrument precision of 10-20%.
FIELD DATA
HAL recorded the Summa canister vacuum readings just before and just after sample collection,
the Summa canister serial number, and the sampling start and end times on the field forms. The
ambient air temperature and general weather conditions were noted throughout each sampling
day. Appendix A contains field data. The collected samples were handled according to best
practice general sampling and chain-of-custody procedures and specific laboratory instructions.
LABOMTORY ANALYSIS
The Quality Assurance and Quality Control (OA/OC) procedures of EPA Methods 3C were
observed by the laboratory for instrument operation, calibration, and calibration verification.
Appendix B contains this statement.
lntermountain Regional Landfill 3-1 Performance Test Report
REFERENCES
Environmental Protection Agency (EPA). (2023a). Method 1-Sample and Velocity Traverses for
Stationary Sources. Retrieved January 31, 2024 from https://www.epa.gov
/system/files/documentsl2023-0912023o/o20Finalo/o20MSo/o20%20Method%201_0.pdf.
Environmental Protection Agency (EPA). (2017). Method 3-Gas Analysis for the Determination of
Dry Molecular Weight. Retrieved January 31, 2024 from https://www.epa.gov/sites
/defau lUfile s12017 -081 documents/method_3. pdf.
Environmental Protection Agency (EPA). (2023b). Method 3C-Determination of Carbon Dioxide,
Methane, Nitrogen, and Oxygen from Stationary Sources. Retrieved November 7,2023
from https://www.epa.gov/sites/defaultlfiles/2017-08/documents/method_3c.pdf.
Environmental Protection Agency (EPA). (2018). Method 7E-Determination of Nitrogen Oxides
Emissions from Stationary Sources (lnstrumentalAnalyzer Procedure). Retrieved January31, 2024 from https://www.epa.gov/sites/defaulUfilesl2018-05/documents/
method_7e_O.pdf.
Environmental Protection Agency (EPA). (2023c). Method 25C-Determination of Nonmethane
Organic Compounds (NMOC) in Landfill Gases. Retrieved November 7, 2023 from
https://www.epa.gov/sites/defaulUfiles/2017-08/documents/method_25c.pdf.
Environmental Protection Agency (EPA). (2023d). "Standards of Performance for New Stationary
Sources Appendix A-7 to Part 60 - Test Methods 19 through 25E". Code of Federal
Regulations. Government Printing Office. Retrieved April 19, 2024 from
https://www.ecfr.gov/current/title-4O/chapter-l/subchapter-C/part-60/appendix-Appendix
%o20 A-7 o/o20to% 20 Pa rt%2060 .
I ntermountain Regional Landfill R-1 Performance Test Report
Figure 1
IRL Facility Map
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APPENDIX A
Field Notes
H[nffilflLm&UrcE*;T?TEffii
Intermountein Regional Landlilt
Performance Tst
Summa Canister Leak Check
Date: 3/ll/zoz1
Projoct #:
Projcct Managec
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$rrtrlmc:Inldd Prtourc:Endfimc:Ilnrl Premure:
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Pressure
Final
Pressure
Dilution
Gas
Dilution
Gas Lot #
ClienU
Comments
Eot llo3 - o'l
1
11
1
1
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Logbook #22Approved bylDate:-Laborabriee lnc.
Paoe 84ot202
APPENDIX B
Laboratory Report
ECHNOLOGY
March 26,2024
Hansen, Allen & Luce,Inc.
ATTN: Joshua Hortin
859 W South Jordan Pkwy,
South Jordaru UT 84095
I of3
R031404
LA Ccrt #04140
EPA M.thodr TO3, TO1.|A TOr5, 2SCtgC,
ASTM 01946, R8K-175
D( C€nT10470445Gi4€
EPA Meu|o(b TOlrtA TO15
UT C€rt CA013333201$3
EPA Mdho& TOB, TOi4A TOts, R8K-175
LAB ORATORY TEST RESULTS
Project Reference: IRL Performance Test
Project Number: 373.0
Lab Number: R031404-01104
Enclosed are results for sample(s) received 3lWn4by Air Technology taboratories.
Sample was received intact. Analyses were performed according to specincations on the
chain of custody provided with the sampl{s).
Report Narative:
Unless othenvise noted in the repor! sample analyses were performed within
method performance criteria and meet all requirements of the T}r|1 Standards.
The enclosed results relate only to the sample(s).
Preliminary results were e-mailed to Joshua Hortin on3t}St}4.
ATL appreciates the opportunity to provide testing services to your company. If you
have any questions regarding these results, please call me at (626) ggdoli.
Sincerely,
0, oQtrc,,/,,./.
Mark Johnson J/
Operations Manager
MJohnson@AirTechlabs. com
Note: The cover letter is an integral part of this analytical report.
18501 E. Gale Avenua, Suite 130 o City of lndustry, CA 91748 o Ph: (626) 961H032 o Fx: (626) 96+5S32
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3 of3
R03 1404
Client:
Attn:
Project Name:
Project No.:
Date Received:
Matrix:
Hansen, Allen & Lucer Inc.
Joshua Hortin
IRL Performance Test
373.0
3114t2024
Air
Fixed Gases by EPA METHOD 3C
Lab No.:R031404-02 R031404-03 R031404-04
Client Sample I.D.:LFG-2 LFG.3 LFG-4
Date/Time Sampled:3llll2414:58 3/lll2415:38 3llll2416z19
Date/Time Analyzed:3116124 0:28 3/16124l:12 3lt624lz55
QC Batch No.:2403l5GC8Al 2403lsGCEAl 2403l5cc8Al
Analyst Initials:RC RC RC
Dilution Factor:3.2 3.2 3.2
ANALYTE (Units)Result RL Result RL Result RL
tlitrogen P/n vlv\3l 3.2 32 3.2 32 3.2Dxygen/Argon (%ovtvl 3.4 1.6 3.5 1.6 3.6 1.6
Carbon Dioxide (oh vtvl 32 0.032 32 0.032 32 0.032Vlethane (yo vtvl 30 0.0032 30 0.0032 29 0.0032
RL = Reporting Limit
ND = Not detected at or above the RL.
Reviewed/Approved By:
Mark Johnson
Operations Manager
The cover letter is an integral part ofthis analytical reporl
AITTEGH NOLOGY Laboratories, lnc.
18501 E.GabAvenue,suitel30 o crlyof tndustry,cAg174a t ph:(626)9644032 t Fx:(626)g6+0a32
APPENDIX C
Calculations
A B c D
1
2 Calcutation Formuta
3 Average flow rate during test, scfm 452.7
4 Flare diameter, inches 10
I
6
Ftare tip unobstructed area, square feet
Ftare tip exit vetocity, feet per second
0.5s
13.8
=Pl}*(C311212l,"2
=C2l60lC4
A B c D
1
2 Calcutation Formula
3 Net heat of combustion of methane, kcaUg mote 191.136
4 Average Methane Content, % 29.7
T
6
Average MethaneContent, ppm 297000
Constant t.74E-07
=C4*10000
7 Ht, MJ/scm 9.88 =ROUND(C6"C5*C3,2)
8 Vmax, m/s 16.60310347 =10"((C7+28.8)137.7)
9 Vmax, fUs S4.s =ROUND(C8*3.28,1)
APPENDlX D
Visible Emissions Observations
EPA METHOD 22. FUGITIVE EMISSIONS OBSERVATION FORM
Company (EL lAbFr* l'la.o'D6e . LLc
Location got 5o.r\ 0uat Rhn^c AtD
Company Rep. &,nJ [.a.
Observer TED t'ht,.ld
Affiliation 1b|,SU, flurtu I tuu
Date g/tt/23
Sky Conditions e-N$
Precipitation O
WindDirection florr}l(nSf
Wind Speed Ll'l WA
Industry
P$t) lAPoftu"
Process Unit
Le# Fr-np,€
For more details on
recording this data and
taking breaks, see #7 and
#10 in Method 22 -
Summary & FAQ.pdf
End
Observation
Clock Observation period Accumulated
Time duration, emission time,
(minutes:seconds) (minutes:seconds)
cD:m
,$b l2o(oQ Oo r0o
Sketch process unit: indicate observer position relative to source; indicate potential emission points
and/or actual emission points.
4fbqoe /4il
[ln, ?,nD
OBSERVATIONS
Begin
Observation
To complete this form,
l0'.jo oo:o$
record the following:' o the initial clock time
o the total time of the
observation (from SWI)
o the total time of emissions
(from SW2), and
o the final clock time.
CompenyName r O
J-r.hERn4oudntN I<anpnu Lroo,.
l'ocrtion g$ ,!wu A,* ]zo.r,, P.*
City fIlrFpD Strtc
th
Zio' Bllo3
Proccss Equlpmcttt operrting Modc
Control Equipmcnt a6*,nartE tunpg
oo'Tfl*,T'
Dcscribc Emission Point
6,lorar,,, €aE _ Cor.r,.6 t,<e,rrJ
Height of Emission Point
.35 A.
Hcight Rclrtivc to Obscn,cr
sr.r. O Erd O
Distencc to EmiEsior Point
sun l?o fi e"a 2fo ft
Direction lo Emission Point
$.il l)51pl End il^*x
V.nhtl A.gl. ro Ob&n.tior Pt.$rn O Eid O
lrrectiu tc Obr..
$.fl (ifl{t
Poinrtm (-qr
lrcacribc f,missions
Slrn ('opN6 6^*f,id
Emission Color
".,,, (1p1yq Ed Ct6afL
lf Wrter Droplet Plumc tCirclcp-\
Alt.chcd Ddichcd \ lll
Polnt Io Thc Plumr At Which Oprcity Wes Dctcrmined v
srrrr Z- (l f,rd L-A
Dcscribc Plumc Brckground
shil ,fI , Dral ,1r\ar9 f,nd Sff . Dr11 -.s.rhBrckgrouid Color
srr.rf[r( 6*r,.N ",, 8ua/6"n1
Sky Condition
$rrr @-Jofl rid o-b%
lVind Specd
sl"a Ll-V E'd 4-7
Wind Dircction
sllil ilt ,.u lrE
Ambicnt Tcmp
sr,n fJoF .nd ?3tf
Wct EulbT..p pa
Rlf Pcrccnt
sa2
VISIBLE EMISSION OBSERVATION FORM
Additionel lnformrtlon
Continut on rcversc sidc
Observrtlon Datc
ShLlzz
Strrr Timc
lo il{f,ud Time
l',t,a
\- sccMiil\0 t5 30 45 Commcntr
I o 0 o o
2 0 o o o o
3 o o o o Olat{
n o o o o
5 o o o o
5 0 o o o
1
I
9
10
t1
t2
13
1a
15
15
t7
18
19
20
2t
22
21
2t
25
26
21
2e
29
3o
SOI]RCE LAYOTIT SKETCE
Einssl(n
ots$f,RvA'l'tot\
FOINT
DRA\1'
NORTII ARPON
Obscrver's Nrmc (Print)"t*
l^[,.",'
Obsen'cr'sSignrr"r,
f/ /,/ _
Dete
3-t6-73
Orgerlzrtion
llo^wJ, A,,'., I t,,n
Certified by Df,te
3-t3-24
EPA METHOD 22 - FUGITIVE EMISSIONS OBSERVATION FORM
Company floc t.orEr1r g!Dur6(,l-lz.
I Ob.e*", Teo Urru
Location ?F 5o.crt iue^t ?Par ?*u I
I amtiution HrrrGY , At!o) | ue
Company Rep. f3!'.,) &..e I Out. tfuhs
Sky Conditions fi-ft%,
Precipitation o
Wind Direction +h f,o'ru 6'"xt"rrr
Wind Speed 'l-7 mtt
Industry
fitsn Lron,
Process Unit
LGa fuu
Sketch process unit: indicate observer position relative to source; indicate potential emission points
and/or actual emission points.
OBSERVATIONS
Begin
Observation
To complete this form,
record the following:
o the initial clock time
o the total time of the
observation (from SWI )
o the total time of emissions
(from SW2), and
o the final clock time.
For more details on
recording this data and
taking breaks, see #7 and
# l0 in Method 22 -
Summary & FAQ.pdf
Clock Observation period Accumulated
Time duration, emission time,
(minutes:seconds) (minutes:seconds)
fbs 00,.a oo:on
End
Observation
tw ta.'.C0!c6
s
$6"r -El 0
llnu ?-lD
E
D
{ omttrnJ 13,'r
Comornv Nrmcr'urtrPruv r!'u'r
fuil""^**l Qr^*n L-'r.-
lncetion qP Aa luo, t,ull. ?.*,
cih' Fh Strtc
ltr
7)n'E16
ProccssEqulpmcrt _upcrrlitrg Modc
Cortrol Equipmeot
/.lxrttsrLt Rfr Opcrlting Modr
tLarrar.
Is3lon PolIt(Arrrrallll:t- (n* ' f^l-* **,a:tl
Hclght of Emisdon Point
? 35'
Height Rchtivc to Obocrvcr
s.,r i $t .., {3Ol
Distrncc to Emissiol Poiot
s.rrr ,O n"a f@
Dircction to Emirsion Polnt
s*r lfffi Eld tlml
Vcnkrl Ar!1. to Ohrnrtlo h.
Srn E.d
ILrclior io Ota.mtlor Poartert f,9fi Ed J61t
lrcrcribc l,mlsrions
xy (@ Drd CoPp(1
Emission Color
srm LLSA Ed ctat-
lf Wrtcr Droplct Plrmc (Circlc)
Attrcbcd Dctrchod ,6
Polnt la Thc Plumc At Which Oprclty \ilrs Dctermincd
sr-l 2& f,nd 2&
Dcscribc Plumc Background
x." fisr SW f-d &w Sly
Bechground Color
u,r [,gf Ed/116
Sky Cordltion
s-a lgg uo @.
Wiod Spccd
x.n $.V Ed e-?
Wind Dlrcctloa
s,'., $U .,.-6U(
Ambicnt Tcmp
*m$ "*VS
Wtt BulbTcmR,RH Pcrceat
3lz
VISIBLE EMISSION OBSERVATION FORM
Inlw
NORTTIANNOW
Additionrl lnformrtioo
Continuc on rcvcrsc lidc
Obscrvrtion Dttc
bh2IL1
Strrt Timchaq End Time
,&11\- scaMib\0 t5 30 45 Commcnts
I D o o 0
2 o s 6 (9 (a
3 0 o o q d, ,,Y
a o t o s l'L\
5 D o o o
6 o s o o
1
8
9
10
11
t2
13
la
l5
16
17
18
19
20
2t
22
23
2a
25
26
27
28
29
30
Obscrvcr's Nrmc (Print)h l-L,rob,..,c..ste)ff;/ /?Detci,Ltb
Orgrrlzrtion-''--*"^rhet. rt*, / 1,-
Ctrtificd by
OhtlIE*
Drtc?-/r'8
EPA METHOD 22 - FUGITIVE EMISSIONS OBSERVATION FORM
Company ?*Ur** [c.sra5, ttr-
Location 69 firru nDEl Bt"tt ED
Company Rep. &np A-@
Observer f@ uvsa
Affiliation $ga.t.apt I ^a
Date
Sky Conditions O-5%
Precipitation 0
Wind Direction 5
Wind Speed (7
Industry
fL's\)
Process Unit
(,wcttn* Fua
Sketch process unit: indicate observer position relative to source; indicate potential emission points
and/or actual emission points.
(h
X &r;t*,tpt i.ft
llrrt ?ED
OBSERVATIONS
Begin
Observation
To complete this form,
record the following:
o the initial clock time
o the totaltime of the
observation (from SWI)
o the totaltime of emissions
Clock
Time
ltss
Observation period
duration,
(minutes:seconds)
rb:oo
Accumulated
emission time,
(minutes:seconds)
0otoo
(from SW2), and
the final clock time.
For more details on
recording this data and
taking breaks, see #7 and
# l0 in Method 22 -
Summary & FAQ.pdf
End
Observation
lZo'.oo a0:o6
VISIBLE EMISSION OBSERVATION FORM
,,u.or,,,u & $4r At-, PrM y*
Ur I g'ltz,3
PROCESS EOUIPMENl sPERATING MODE
-CONTROT EOUIPMENT
&c;asqr Fr*
UTEXAI ING MODE
thnaru
UTSCHIEE EMISSION POINT
HEIGHTASOVE GROUND I.EVEI.
a38 fr sTARr b0 EMD %*
s,^^r 75 A ENo ?6 (l
DIRECTION FROM OBSERVER
.r^., ljgf Eilo Lfn
YERTICAL ANGLE TO PLUME {ORIZOMTAL ATJGLE TO PTUME
DESCRIBE EMISSIONS
sr4s1 (*rlo Ef,D 6arrel6
EMISU U9LL'I(
rro"r 4€f,T ENo AEilP-
IF TMTER DROPLET PLUME
rrncxeo [ ] oe ragreof-'l xe)(l
rVIN I IN I NE TLUUts AI ffiIUH 9PAGIIY WAS DETERMINED
srART ZA Ef,o 2 0
!r48r S)t\ Eilo fu'l
;ranr 3rr( 8Y exo ?ruC 5f,'KY
CONDITIONS
'TART trZ ,r, VZ
WINU tiI'ETU
;r*r O'Z Eip O-2 ;rARr 6{$ .*o l -tH
,ro, A1 Fm C1
rLD tEMr JXHpetoenlI ttz
STACKwlTH T)
PLUME v_
suN +
WNO \\
SOURCE LAYOUT SKETCH
->
*6"-
OBSERVER'S POSITION
#
SUN TOCATION tINE
OBSE TT qRT rrME IIND r'l,{FUo3 I lofl
\srcviN ,l Cofr4Lll Nl:
0
o
$
0
_9
o
o
o
o
s
c
o
A 0 o 0 o
5 o o o o
6 o o o o
7
8
I
t0
1t
12
t3
t4
15
16
17
t8
tg
20
21
22
23
21
25
26
27
28
29
30
]BSERVER'S NAME (PRINT)./T, L1*,)BsEwER'ssryffzfu '"'7/6a,
)RGANIZATION -
llorcA, lua) I lou
)ERTIFIED BY
OruITEE.
)ATE
Sthh-g
Compeny Nrne
figlll*nr^rturo 5L^* t r'Jhu
l,ocrtion
City
Fmrl*o Stitcur zio
Qltto3
Proccss f,quipmcnt
-
opcrrting Modt
Control Equipmcnt
I-a.rrcsrr,r. 9r-aor
Opcreting Modr
lls..l
Dcstribc Enisslon Point
Hcight of Emission Poiot
-fi4
Hclght Rchtivc to 0bccrvcr
st" A€ n,o$ft
Dirtrncc to Emissior Poinl
s..rr ltO ft Eod
Dircction to Emission Point
sr.n )) .,. h)
V.rlic.l Artlc l. Obr.maho l't.
$m f,ad
Ixrcdim to Ohr.Mtirtr Poinrsrril J nal -J
Dclcribc Emisrions
s.rr. bH, E.d Cl!0l-
Emission Color
Sren {S!Q. rnd Olm0-
lf Wrtcr Droplct Plomr (Circlc)
-,Attrchcd Dcteclcd f Nly
Point h Thc Ptume At Which Oprcity Wrs Dctcrmincd \/
sr.n t& Erd lft
Dcscribe Plumc Brckground
s."r /ran 6y.i E d t4.Ae- j},y
Brckground Color
*n ffi hd |11!1!l
Sky Cordition
sr.d b? End 92
Wind Spccd
srrn 8.3 rrd fl.lg
Wind Dircction
s.rr U Eod hl
Ambicnl Tcmp
srn clll ena 4tl
Wct Bulb
Tcmp
RH Pcrccnt
n9,
VISIBLE EMISSION OBSERVATION FORM
Additionrl lnformrtinn
Contirut oo rcvcrsc sidc
Obscrvrtioo Detc
W?tzo?g
Strrt Timr
lola End Timc
l0:16
\- :icc
M}IF\0 r5 30 45 Commctrts
1 0 o t D
2 0 0 o 0 f>r
3 o e 6 o hl.tt\)
I 0 0 a CI " l'lA
5 0 s o o
6 0 o -4 s
7
6
9
10
11
t2
13
1a
15
16
t7
18
19
20
27
22
23
24
25
26
27
28
29
30
SOURCE LAYOIIT SKETCII
E[tllsil(,!
uB$xRta'l'loN
rn.Aw
NORTTI Annoll
POSITIO]
Obscrvcr's Neme (Print)
A Uo'.rrot"*ilff)\lL Ihtc
t2/?/a3
Orguizrrion
IJr..l<s.r lr'-,t n lttG
Ccrtiticd by
flMtr!.?EY-
Drteqlt,h"
Comornv Nrmc
lntermountain Reqional Landfi ll
l-ocrtion
800 South Allen Ranch Road
Citv' Fairfield tt'ttrh ziP g4103
Proccu Eqllpncei Opcrrti[g Modr
Cortrol Equipmclt ,I {rlncrrrru C Opcntirg Modc
ll-orer
Ihrcrlbc Emlrrlon Polrt
Hcight of Emission Poiot
4{c
Hcfht Rclrrivo to Ob&rucr
x,"tlb h Etd ,7L $
I)lslrncc to Emlsrior Poilt
sr.n lS ft Ed |(o S,
Dirtctior lo Emi$ion Polnt
S.tn n E.d n
V?nk.l Altk to Ob.nrtio h.
Sarr D,rd
Dlcl-. ro Otmtiet ?.ht
S.r.i .1 Eod 7
Docribc Emi*rionr
srrrr lrftr;! E!. totnPb
Emlulol Color
tun CtrEcA r-a Cls,l
If Wrtcr Dnoplct Plrm. (Circl.)
Attrcbcd llctrcf,cd @
Poirt ln Thc Plumc At Wtich Opeclty lUer Dctcrolrtd
s.r'r i {l Erd I Q
DC3CnDC rtumc nrcXgrolrd
s.ln Lt*r,iol rrd C19qu91
Brckgrourd Color
s, Ullt6 sd LrlltE
Sky Corditior
*" SoqB "n 8f1
rillnd Spccd
s..il O.5 Ed o€
Wlad Dlrrctlon
$rn e .nE
Atnbiclt Tcmp
sr.rr 39 tra trLl
Wct Bulb
Tcmp
RH Pcrccet
VISIBLE EMISSION OBSERVATION FORM
SOI'RCE LAYOITT SKETCH
Ertls$ottr
oail&l'A110n
DR W
N()RfltAnnow
Additionrl hformrtion
UTAH DEPARTMENT OF
ENVIRONMENTAL QUALIry
DIVISION OFAIR OUALITY
Coalinuc on rcvcrrc ridc
Obccnrtiol Dett
3hh',{strrt rimcrrl{B
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rimc
\- sacMiN 0 ls 30 {5 Coftcatr
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5 0 o o 0
6 o D 0 0
7
8
9
10
11
L2
13
1a
15
16
17
18
19
20
2\
22
23
2l
23
26
27
28
29
30
Obrcrvcr'c Nemc (Print)
- Ted Wallace
obscncr.ssrgn.yA 1Z Detr
?/e/21
Orgrnizrtiol
Hansen, Allen & Luce
Ccrtilicd by DrtCgt11t23