DERR-2024-010899

Departrnent of
Environmental Qualiry
KinrLrcllr- D. Shelley
Es<t:7s1i1'4 Di,edor
FRED TORGERSON
BECKMAN PETERSON PETROLEUM LC
21 10 S 1300 E
SALT LAKE CITY, UT 84106
RE: Request for Petroleum Storage Tank Records
EXTRA MART #90, located at2110 S 1300 E, SALT LAKE CITY
Facility ldentification No. 4001648
Dear FRED TORGERSON
PST operators are required to ensure that certain tests are conducted for their tank system
Dates highlighted in "Yellow" - tests are due soon.
Dates highlighted in "Red" - tests are due and you are out of compliance
State of Utah
SPENCER J. COX
Gov'crnor
DEIDRE HENDERSON
Lieutenanz Govenor
Tank lD/Alt
ID
LTT - Line Tightness Test
LLD - Line Leak Detector
Overfill - Overfill Device
DI V I SION OTi EN\,'IRON:V{ENTAL
RLSP( )\Sf:,'\N D RE\4EDLAIION
Brent Il. Everett
Dit'ector'
Description
Gasoline-Premium- 1 2000
Gasoline-Regular-1 2000
Gasoline-Regular-1 2000
September 11,2024
LTT Spill Bucket Tank or Flex ATG
LLD Overfill CP
Tank or Flex/Pipe CP - Corrosion Tests
ATG - Automatic Tank Gauging
Sump - Tank Top Sump and applicable Dispenser Sumps
Sum
111
2t2
3t3
Please note that UDC tests are not listed, but are required on your facility's next sump test
cycle starting July 1 ,2023, if applicable. Also, effective immediately pressure vent valves
must be tested every three years for gasoline tanks.
Please submit a copy of the required tests to the DERR within 30 days of the date due.
lf you have any questions please call Sean Warner at 801-536-4100.
195 \or"th I950 West - Salt [.akc CitJ-, [.]1"
lVlarling Atldress: - P.0. Box 144840 - Srlt l-&kc, Cit-y, L,'l [J4l l4-4840
'1'c,l*phorre (801;5-r6-4100 - Far (801):l-s9-r,1853 - T.D.D. (301).536-,1414
*,,,".i1i,11,1iiffi fi:'; n.r.,
R,trGtr[\7trD
SEP 2 3 2l,2L
Environmental Response & Renrediation
11t1t2024
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Precision lnc.
2026W. Elk Creek Crt.
Blutfdale, UT,l
801 -886-9224Phonel
n"."lExtra Mart #90
moressl2llO S 1300 E
",,rlslc,
ur Name Usher
p6o*laot -s5g-0912
g.ntr.llFred Torgerson
TEST DATE
Facility lDr 4001648
Pressure
EZY CilEt( SYSrElls
PBODUCT UNE TESTER
DAIA SHEETSystem & Training
lor he
Petmleum lnduslry
#1 Product Type:
nME DATA 1+
Reg 1
0.0037
0.0037
0.0037
0 0.0037 0.0000
0.0037
0.0037
#l Product Type:
TIME DATA .I+
Prm
0.0037
0.0037
0 0.00i17 0.0000
0.0037
0.0037
0.0037
@il
#2 Product Type:
TIME DATA -l+
Reg 2
0.0037
0.0037
0.0037
0 0.0037 0.0000
0.0037
0.0037
#4
TIME
Product Type:DATA -l+
0.0037
0.0037
0.0037
0 0.0037 0.0000
0.0037
0.0037
@M
#5 Product Type:
TIME DATA 4+GPL RES GPH
#6 Product Type:
TIME DATA .I+GPL RES GPH
0 0.0037 0.0000 0.0000
0.0037
0.0037
0.0037
0.0037
0.0037
FINAL RESULT
0 0.0037 0.0000 0.0000
0.0037
0.0037
0.0037
0.0037
0.0037
lnformation
Test Location
lnformation
0ir
30
Precision lnc.
2026 W. Elk Creek Crt.Address
Blutldale, UT
Phone [phone]
Name Enra Mart #90
Address 2110s1300e
Clty SLC, UT Name Max LaRou
Phone [phone] Cert #uT-412
Contact Fred T
TEST DATE
Facility lD#
led Pressure
#REe
rZY GHEI( SYSIITIS
PRODUCT UNE TESTER
DAIA SHTETSy5E;E#ro"'e
Pltolalm lfllutlry
psi
Reg 1+2 Manifold
GPL FES GPH
Product Type:
DATA -l+
#1
TIME
58 o o.oos736- 0- ooo3,
E6-- 0- ooo3,
0.0037
l<
0.0037
0.0037
0
0.00000-0-
I-JNf]tr:'LFIIrf
{2
TIME
Product Type:DATA -l+RES GPH
Prm
GPL
15
0.0037
0.0037
0.0037
0.0037 0.0000 0
0
0
o.oos7 0
o.o$7 0
r*r-
,3
NE
Producl Type:DATA 1+GPL RES GPH
0 0.0007 0.0000 0.0000
0.0037
FINAL RESULT:
0 0.087 0.0000 0.0000
0.0037
0.0037
0.0037
*4
TIME
Product Type:DATA 1+GPL BES GPH
0 0.0037 0.0000 0.0000
0.0037
0.0037
0.0037
FINAL RESULT
#6 Product Type:
TIUE DATA 1+GPL RES GPH
0 0.0037 0.0000 0.0000
0.0037
0.0037
0.0037
0.0037
0.0037
FINAL BESULT:
#5
TIME
Product Type:DATA -l+GPL RES GPH
lnformation
Test Location lnformation
lnformation
15.- o450450
_g99q
0.0037
0.0037
0.0037
oro3?
0.0037
0.0037
0.0037
APPENDIX C.9
Facility Name:EXtra Maft #90 Owner:
Address: 2110 S 1300 e Address:
City, State, Zip Code: SLC, UT city, state, Zip code:
Facility l.D. +: 4001 648 Phone #:
Testing Company: Precision Testing Technologies lnc.Phone #: 801€8&9224 oau:0810G12024
This data sheet can be used to test mechanical line leak detectors (MLLD) and electronic line leak detectors (ELLD) with submersible
tudcine pump (STP) systems. See PEIRP1200, Sections 9.1 and 9.2 for test procedures.
Line Number 1 2 3
Product Stored Req 1 Req 2 Prm
Lea k Detector Ma n ufacturer VR VR VMI
Leak Detector Model FXl V FXl V LD2000
Type of Leak Detector E MLLD
tr ELLD
g MLLD
tr ELLD
E MLLD
tr ELLD
tr MLLD
tr ELLD
tr MLLD
tr ELLD
tr MLLD
tr ELLD
MttD (Att PRESSURE MEASUREMENIIi ARE MADE IN PSIG)
STP Full Operating Pressure
Check Valve Holding Pressure
Line Resiliency (ml) (line bleed back vol-
ume as measured from check valve hold-
ing pressure to zero psig)
Step Through Time in Seconds (time the
MLLD hesitates at metering pressure
before going to full operating pressure
as measured from O psig with no leak
induced on the line)
Metering Pressure (STP pressure when
simulated leak rate 3 gph at 10 psig)
Opening Time in Seconds (the time the
MLLD opens to allow full pressure after
simulated leak is stopped)
Does the STP pressure remain at or
below the metering pressure for at least
60 seconds when the simulated leak is
induced?
ElYes ENo Eyes E t,to Eyes Etto Eves E t'to Eyes E trto ElYes Euo
Does the leak detector reset (trip) when
the line pressure is bled off to zero psig?Etves ENo Elves E trto Eves E ruo El Yes E tlo E yes E trto Eves E No
EYes E tto E ves E t,to Eves E noDoes the STP properly cycle on/off under
normal fuel system operation conditions?Eves E No Etves ENo Eves E ruo
A 'No' answer to either of the above questions indicates the MLLD fails the test.
EU"D (AtL PRESSURE MEASUREMENTS ARE MADE IN PSIG)
STP Full Operating Pressure
How many test cycles are observed
before ala rm/shutdown occurs?
Does the simulated leak cause an alarm?Elyes Etto Eyes E no Eyes E tto El Yes E tto Eyes E no Elves Eno
A "No" answer to the above question indi-
cates the ELLD fails the test-
Eves Eluo
Ena
EYes E rvo
El rur
Etves Et trtotru EYes ElNo
Erua
E yes El tto
El rua
Does the simulated leak cause an STP
shutdown?
Test Results ElPass @rait E pass El rait E Pass El Fait El Pass E Fait El Pass El rait E pass El ratl
Comments:*SEE NEXT PAGE*
MECHANICAL AND ELECTRONIC LINE LEAK DETECTORS
PERFORMANCE TEST
Tester's Name Saxon Usher Tester's Signature Sa/ee Ad,/o,,.
Eves E trto
trrua
APPENDIX C-9
Owner:Facility Name: Extfa Mart #90
Address:Address: 21 10 S 1300 E
city, State, Zip Code: SLC. UT City, State, Zip Code:
Facitity t.D. #:4001648
Phone #: 801€86-9224 wte0911212024Testing Company: Precision Testing Technologies lnc.
This data sheet can be used to test mechanical line leak detectors (MIID) and electronic line leak detecto6 (ELLD) with submersible
turbine pump (STP) s)€tems. See PEyRP1200, Sections 9.1 and 9.2 for test procedures.
2 31Line Number
Req 1 Req 2Product Stored
VMIVRVRLeak Detector Manuf acturer
FXlV LD2000Leak Detector Model FXlV
I] MLLD
tr ELLO
tr MLLD
tr ELLD
@ MLLD
tr ELLD
E MLI.D
tr ELLD
tr MLLD
tr ELLD
Type of Leak Detector @ MLLO
tr ELLD
MUD (ALL PRESSURE MEASUREMEI{TS ARE MADE IN PISIG)
37 3535STP Full 0perating Pressure
25 2320Check Valve Holding Pressure
110 100
Line Resiliency (ml) (line bleed back vol
ume as measured frcm check valve hold-
ing pressure to zero Psig)
1 'I1
1899Metering Pressure (STP pressure when
simulated leak rate 3 gph at 10 psig)
676
Opening Time in Seconds (the time the
MLLD opens to allow rull pressure after
simulated leak is stopped)
E Yes El NoE ves Eno EIYes El NoE ves E t'lo @ves El t'io
Does the STP pressure remain at or
below the metering pressure for at least
60 seconds when the simulated leak is
induced?
EYes ONo E ves E ttoE Yes E NoEtYes ENoDoes the leak detector reset (trip) when
the line pressure is bled off to zero psig?
E ves E toE Yes ENo El Yes El t,toE ves E tto @ yes E tto E Yes ENoDoes the STP properiy cycle onloff under
normal fuel system operation conditions?
A "No answer to either of the above questions indicates the MLLD Iails the test
EI.I.D (ALL PRESSURE MEASUREME TS ARE MADE IN PISIG)
STP Full Operating Pressure
How many lest cycles are observed
before alarm/shutdown occurs?
Eves Eruo E Yes E ttoE yes Eruo Elves El tloE ves E tloDoes the srmulated leak cause an alarm?
A _No'answer to the above questron rndi-
cat6 the ELLD fails the test.
E Yes ENo
El NA
E Yes ENo
ll NA
El Yes El No
trNA
E ves lf No
El NA
ElYes E tto
trNA
ElYes El lto
trNA
Do€s the simulated leak cause an STP
shutdown?
E Pass EI rait O Pass E FaitE Pass E Fail Et pass E raitEl Pass E FaitTest Results
Comments:
IIIIIIIIIIII
IIIIII
IIIII
-
Tester's Name Max LaRou UT-412 Tester's Signature Vhr'/4.4t
MECHANICAL AND ELECTRONIC LINE LEAK DETECTORS
PERFORMANCE TEST
Phone #:
Prm
100
Step Through Time in Seconds (time the
MLLD hesitates at metering pressure
betore goingto full operating pre$ure
as measured trom 0 psig with no leak
induced on the line)
@Yes EI No
El Yes El No Elves Et tto
E ves El tto
E Pass E Fait
APPENDIX C.3
Facility Name: Extra Mart #90
Address:
City, State, Zip Code:City, State, Zip Code:
Phone #Facility l.D. *:4001 648
Phone #: [phone] oare:0810612024Testing Company: Precision Testing Technologies lnc
This procedure is to test the leak integrity of single- and doubl+walled spill buckets. See PEIIRP12OO, Section 6.2 for hydrctatic
test method, Section 6.3 for single-,,€lled vacuum test method and Scction 6.4 for double-\,!alled vacuum test method.
3Tank Number 1 2
Prod uct Stored Req 1 Req 2 Prm
5 galSpill Bucket
Capacig 5 gal 5 gal
PW OPW OPWlVan ufactu re r
tr Single-walled
E Double.walled
tr Single.walled
E Double-walled
@ Sinde-walled
E Doubl+walled
@ Single-walled
tr Double-walled
E Singl+walled
E Doublewalled
Construction
tr Hydrostatic
E Vacuum
tr Singlewalled
E Doublevralled
tr HydDstatic
E Vacuum
tr Single-walled
tr Doublewalled
O Hydrostatic
E Vacuum
tr Single-walled
E Doubl+walled
E Hydrostatic
E Vacuum
tr Single-, alled
tr Double-' alled
E Hydrostatic
El Vacuum
tr Singl6-walled
E Double-walled
El Hydrostatic
El V.cuum
E Sineilewalled
E Double-walled
Test Type
tr Product
E Vapor
E Prod uct
E Vapor
E Product
E Vapor
E Product
E Vapor
E Product
E Vapor
Spill Bucket Type tr Product
E Vapor
O Yes trNotr Yes trNo
Liquid and debris
removed from
spill bucket?*
tr Pass E FailE Pass tr Fail E Pass E Fail E Pass E FailE Pass tr Fail @ Pass tr Fail
Visual lnspection
(No cracks, loose
parts or separa-
tion of the bucket
from the fill pipe.)
E Yee ENo
trNA
tr Yes trNo
trNA
E Yes El No
ONA
OYes trNo
trNA
Tank riser cap
included in test?
tr Yes ENo
trNA
tr Yes trNo
trNA
E Yes trNo
trNA
trYes trNo
trNA
tr Yes trNo
trNA
tr Yes trNo
ONA
tr Yes trNo
@NA
@ Yes trNo
trNA
ls drain valve
included in test?
8"8.5',9',
000
8.s',Ending Level 9',8"
thr thrTest End Time
thrthrTest Period
0 0 0Level Change
Passfail criteria: Must pass visual inspection. Hydrostatic: Water level drop of less than VB inch; Vacuum single-walled only;
Maintain at least 26 inches water column; Vacuum double-walled: maintain at least 12 inches water column.
tr Pase E FailE Pass tr Fail tr Pass tr Failtr Pass tr Fail tr Pass tr Fail
Commonts:
SPILL BUCKET INTEGRITY TESTING HYDROSTATIC TEST METHOD
SINGLE AND DOUBLE-WALLED VACUUM TEST METHOD
l.
I
*All liquids and debriE must be disposed of properly
Testefs Name Saxon Usher UT-420 Tester's Signature Sd/* a..hl
Owner:
Add ress:
tr Singe-walled
E Doublewalled
E Yes trNo @ Yes trNo tr Yes trNo tr Yes ENo
Staning Le\,'el
Test Start Time
thr
'I hr
Test Re3ultg tr Pass tr Fail
APPENDIX C.6
Facility Name: Extfa Maft #90 Ownea:
Address:Address:
City, State, Zip Code
Phone #
oare:OBn6l2O24Phone #: 801-88&9224Testing Companla Precision Testing Technologies lnc
This procedure is to determine whether the high level alarm is operational and will trigger when the tank i3 no more than 90% full.
See PE7RPI2OO, Section 7.3 for the inspection procedure- This procedure is applicable to tank level monitor stems that touch the
bottom of the tank when in place
2 31Tank Number
PrmRegReg 2Product Stored
VR TLS 350 VR TLS 350VR TLS 350Tank Level Monitor Brand and Model
1 1992'I 19921 1992
118"118"1 18"2. Tank Diameter, inches
tr Yes trNo tr Yes trNo@ Yes trNoA Yes trNo3. Does the or'erfill alarm activate in the test mode
atthe console?
O Y€s ONo@ Yes El No@ Yes trNo4. When activated, can the overfill alarm be heard
or seen while delivering to the tank?
E Yes trNo @ Yes trNo@ Yes trNo
5. After removing the probe from the tank, has it
been inspected and any damaged or missing parts
replaced?
O Yes trNoE Yes trNoE Yes trNo EYes trNo
E Yes ENo tr Yes trNoE Yes ENo@ Yes trNo7. Does moving product levelfloat up the stem
trigger alarm?
100 5/8"100 5/8"8. lnch level from bottom of stem when 90% alarm
is triggered.
10792107929. Tank volume at inch level in Line 8.
90909010. Calculate (Line 9 / Line 1) x 100
O Yes ENotr Yes trNo@ Y.s trNo tr Yes trNo11. ls Line 10 less than 9O%?
E Yes ENog Yes trNo@ Yes trNo12. Do€s the fuel float level on thc console agree
with the gauge stick reading?
tr Yes trNotr Yes @No tr Yes ENotr Yes @No13. Does the overfill alarm activate at any product
le,vel above 90% tank capacity?
lf any answers in Lines 3, 4, 5, 6, 7 or 11 are "No", or Line 13 is "Yes", the system has failed the test.
tr Pass tr FailA Pass tr Fail El Pass tr FailTg6t R€3ults
Comments:
OVERFILL ALARM
OPERATION INSPECTION
Saxon Usher UT-420 Tester's signature 5a,,.,". A"./r^
City, State, Zip Code:
Facility l.D. #:4001 648
1. Tank Volume, gallons
E Yes ENo
tr Yes trNo
6- Float moves freely on the stem without binding?
100 5/8',
10792
@ Yes ENo
@ Pass tr Fail
Tester's Name
APPENDIX C.7
Facilhy Name: Extfa Maft #gO Owner:
Address:Address:
City, State, Zip Code City, State, Zip Code:
Phone #:
Testing Company: Precision Testing Technologies lnc Phone #: 801€869224 oatf:0810612024
This procedure is to determine whether the ATG is operating propcrly. See PE|,/RP1200, Section 8.2 for the inspection procedure.
This procedure iE applicable to tank level monitor stems that touch tha bottom ofthe tank when in place.
Tank Number 1 2 3
Product Stored Reg Prm DSI
ATG Brand and Model VR TLS 350 VR TLS 350 VR TLS 350
1. Tank Volume, gallons 11992 1 1992 1 1992
2. Tank Diameter, inches 1 18"'I 18"1 18"
3. After removingthe ATG from the tank, has it
been inspected and any damaged or missing parte
replaced?
@ Yes trNo El Yes trNo E Yes trNo tr Yes ENo
4. Float moves freely on the stem without binding?@ Yes trNo @ Yes ENo tr Yes ENo tr Yes trNo
tr Yes El No5. Does the fuelfloat l6vel agree with the value
programmed into the console?E Yes trNo @ Yes ENo
6. Does the water float level agree with the value
programmed into the console?El Yes trNo E Yes trNo E Yes trNo tr Yes trNo
7 lnch level from bottom of stem when 90% alarm
is triggered.100 5/8',100 5/8"100 5/8"
8. Does inch level at which the overfill alarm acti-
vate9 correspond rvith value programmed in the
gauge?
EI Yes trNo @ Yes trNo
9. lnch levclfrom the bottom when the water float
first triggers an alarm.2"2',z',
10. Does inch level at which the water float alarm
activates correspond with value programmed in
the gauge?
E Yes ENo E Yes ENo tr Yes trNo
lf any answers in Lines 3, 4, 5, or 6 are "No," the system has failed the test.
Te3t Resultg @ Pass tr Fail E Pass tr Fail E Pass E Fail
Comments:
Tester's Name Saxon Usher UT-420 Tester's Signatu rc Sa/,. ,/.,&4
AUTOMATIC TANX GAUGE
OPERATION INSPECTION
Facility l.D. #:4001 648
@ Yes trNo
tr Yes trNo tr YeE trNo
tr Yes trNo
@ Pass tr Fail
Pressure/Vacuum (P/VlVent Valve Data Sheet
Facility Name: Extfa Mart #gO Test Date:0g10612024
Address:Test Company: Precision Testing Technologies
City:Tester Name:SaXOn UShef UT-420
Product: Reg 1t2
P/V Valve Manufacturer: OpW Model Number:623y
Man ufactu rers Specified
<=O.2L cfh @ 4" wc
5 to wc
N ve Leak Rate FH
Manufacturers Specified 2'5
Positive Leak Rate <=0.05 cfh @ 2" wc
to6 WC
Measured Positive Leak Rate (CFH): g.g4p2',vvg Measured Negative Leak Rate (CFH):9.15@4,,wC
Negative Cracking Pressure (in H20):7,'yygPositive Cracking Pressure (in H20):5"yyg
Product: p;11
P/V Valve Manufacturer: OpW Model Number:629V
Man ufacturers Specified 5" to 10" wc
<=O.2L cfh @ 4" wcLeak Rate CF
Manufacturers Specifi ed 2.5" to 5" wc
<=0.05 cfh @2" wcPositive Leak Rate
Measured Negative Leak Rate (CFH): g.2g64,'*aMeasured Positive Leak Rate (CFH): g.9562',Vyg
Negative Cracking Pressure (in H20): g,,*aPositive Cracking Pressure (in H20):6,,*a
Product:
P/V Valve Manufacturer:Model Number:
Manufacturers Specified 2.5" to 6" wc
Positive Leak Rate (CFH): <=0.05 cfh 2" wc
Manufacturers Specified 5" to 10" wc
Negative Leak Rate (CFH): <=0.21cfh @ 4" wc
Measured Positive Leak Rate (CFH):Measured Negative Leak Rate (CFH):
Positive Cracking Pressure (in H20):Negative Cracking Pressure (in H2O)
Product
P/V Valve Manufacturer:Model Number:Fail
Manufacturers Specifi ed
<=0.21cfh @ 4" wc
to wc
N Leak Rate
Manufactu rers Specified 2.5" to 6" wc
<=0.05 cfh 2" wcPositive Leak Rate
Measured Negative Leak Rate (CFH):Measured Positive Leak Rate (CFH)
Negative Cracking Pressure (in H2O):Positive Cracking Pressure (in H2O)
Passlr/lFail
Pass ,/rallI
Pass lrairfl
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I l.,.tr t I !:; I -[. :
r hrl'El"; tll l{ I rltjll :
tJrrl lll{ l,lHlil{ I l{t; i
tll r;ll UHTEI{' Lll{11 :
IJATEFi HI.ARFI FILTE,{ :
ttrr: ; <JR LHBEL
VOLLI,IE :
Hlrjlt PROlrL.[]'l'?. l+{x :
(GHLLON6, :
OVERFILL LIMIT!i PIFIX !
(GALLONSi :
ITELIVERY LII{lT,, i,H:i :
( GHLLOII{S ) :
LOId PRODt.tr:TvoLulE :
LEAI: ALARI"I LIllIT:
SUDITEN LOSS LIPIIT:
THNX TILT i
PROBE OFFSET
"
I l?i'/
95.O
t t392
9U. U
to?93
10.0
| 199
I 100
I
r50
0.00
0.0C1
gIPHON tt t{JFOLDEI' TANKS
TT: NONEitNe HeNIFOLI'ED T''ll'llis
Ttt 02
LEAIi l"ll I'l PERI0DIt-l :
LEAN I"III{ ANNI.JI{L :
PERIOEIC TEST TYPE
STANDARD
FTT{NLI,{L TEST FAIL
HLARI"I t) IEABLED
PERIODIC TEST FAIL
ALftEI"l EI"IABLED
'JROg$ TEST FAIL
ELTtRfl ENHBLETI
6NI'I TEST HVEP.AfiING: OFF
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