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3/4" RIGID CONDUIT FOR FUTURE T/ TURBINE WITH PULL STRING 3/4 ' RIGID CONDUIT FOR FUTURE (SEE NOTE #5) TURBINE WITH PULL STRING J M 2" BELL X MALE NET B E 2" BELL FRPMALE ADAPTER H \ 0 49 49 (SEE NOTE #5) ✓ / Q O EXPLOSION PROOF FRP ADAPTER JUNCTION Box (SEE NOTE #5) 18 T-4 T-4 T-4 w N H EXPLOSION PROOF 3/4" RIGID CONDUIT FOR FUTURE z w g W w � 18 TURBINE WITH PULL STRING N a Q Z O j TANK LEVEL PROBE 51 52 53 SEAL 47 3" DO " FRP PRODUCT SIPHON LINE 2' FRP PRODUCT SIPHONLINE BOOT 47 JUNCTION BOX (SEE NOTE #5) co EXPLOSION PROOF W a 0- Z J N J_ SEAL (SEE NOTE #5) SEAL OFF L z 24 INSIDE 3" FRP SECONDARY INSIDE 3" FRP SECONDARY 24 - 46 2x24" FLEX CONNECTOR z N LF Lo 2"x24" FLEX CONNECTOR P'� %°' CONTAINMENT To TANK No. 2 c F CONTAINMENT TO TANK No. 2 " - v '� MALE SWIVEL x FEMALE 18 JUNCTION BOX MALE SWIVEL x FEMALE 46 ' ` (SEE NOTES #1 & #2) T-4 T-4 (SEE NOTES #1 & #2) SUMP FAME 55 (SEE NOTE #5) O W Q LL 0 0 _ o o 0 0 0 54 2" BALL VALVE (TYP. OF 2) ARRESTOR 0 0 0 0 ¢ Z V 2" BALL VALVE (TYP. OF 2) 54 48 3"x2" TEST REDUCER 3"x2" TEST REDUCER 48 o / M E 8 OCKSCR'D, 150# J — J Q Z Z Q s! 2" PRODUCT PIPING INSIDE 4" \ m Q \ M.I., BLACK j v �GEODUODUTO DISPNENSERS INSIDE GEODUCTODTO DISPENSERS INSIDE(YP )a/ (O/ II 2" ELBOW SCRIP, 150# (SEEEODUCT O IIS EN ERS 3 51 57 53 TANK LEVEL m 5 0 �— O 0 0 CT UCT PIPING CT NOTES ° M.L, BACK g ` o o 0 w 50 9 Z fA # 39 4" GEODUCT DOUBLE ENTRY BOOT 39 ( U Q 2" ELBOW SCR'D, 150 4" GEODUCT DOUBLE ENTRY BOOT 2" CROSS SCRIP, # - 40 40 - 2" CROSS SCR'D, 150# SEE NOTE 3 SUMP SENSOR 19 ( pz w z � I 1 I (TYP. OF 2) (SEE NOTES #1 & #2) TYP. OF 2 SEE NOTES 1 & 2 'E`Y_ o IO ( # ) � 1 O' f �, m � � CSI W O M.I., BLACK �� ' � 0 0 � ( ) ( # # ) r� � I M.I., BLACK o � Ii II � 0 2" TEE SCR'D, 15O# Z 4" GEODUCT DOUBLE M.I., BLACK Q z (O ~ O G �d 0 r' = ' o _ fn 30" MANWAY o \ 19 SUMP SENSOR. (SEE NOTE #3) 0 0 30" MANWAY ENTRY BOOT (TYP. OF 2) 40 _ d ~ w SUMP SENSOR. (SEE NOTE #3) 19 MANWAY T 48" FIBERGLASS ° V 2" ENVIRpN CPA-2020 COAX PIPE ° a �� \ F- / � 2 = = = CONTAINMENT SUMP i o 47_ 3 ADAPTER W CPC-2002 COAX COUPLING 2" ENVIRON CPA-2020 COAX PIPE o 4 48" FIBERG ASS a N 30' � / 3 2" PRODUCT PIPING INSIDE 4" 0 3 48" FIBERGLASS Q o 42 43 0 CONTAINMENT SUMP o �CO TAINMENT SUMP s s s 3/8" COPPER TUBING o & CTT-3836 TEST TUBE (TYP.) ADAPTER W/CPC-2002 COAX COUPLING GEODUCT TO DISPENSERS 39 0 >2 H.P. TURBINE PUMP 34 SUMP FLAME & CTT-3836 TEST TUBE (TYP.) ° 6 (SEE NOTES #1 & #2 TYP.) ° 2" NIPPLE SOH. 40 CARBON 0 0 o Y / 53 52 51 TANK LEVEL PROBE W .1 GPH PLLD 33 34 35 37 55 ARRESTOR SUMP FLAME STEEL, BLACK (TYP.) 10 0 M g / 55 2" ENVIRON CPA-2020 COAX PIPE y ARRESTOR 42 43 - \ o ,- 3/4" FLEXIBLE DOUBLE 45 TESTING TUBE 3/4" FLEXIBLE DOUBLE ENTRY ADAPTER W/CPC-2002 COAX COUPLING a 3/4" FLEXIBLE DOUBLE �� ENTRY BOOT (TYP. OF 3) 23 TESTING TUBE 45 23 BOOT (TYP. OF 3) & CTT-3836 TEST TUBE (TYP. 2 PLCS.) cl 23 ENTRY BOOT TYP. OF 3 � " RIGID CONDUIT (TYP. n LLJ 34 SIPHON CHECK VALVE B E ( ) 2 H.P. TURBINE PUMP I � 1 " RIGID CONDUIT (TYP. 2" BALL VALVE ; I 2 H.P. TURBINE PUMP \ SEE NOTE #5) 17 � ; T-� T_4 W/ .1 GPH PLLD 37 35 34 33 7 SEE NOTE #5) H (TYP. OF 2) 54 _� 33 35 37 W/ 1 GPH PLLD � I T_4 F 17 1 " RIGID CONDUIT / CD �o (SEE NOTE #5) \ NOTE: PIPE CONDUIT ANGLE AT ENTRY BOOT SHALL NOT EXCEED A 15 DEC. ANGLE IN ANY DIRECTION NOTE: PIPE CONDUIT ANGLE AT ENTRY BOOT SHALL NOT EXCEED A 15 DEC. ANGLE IN ANY DIRECTION NOTE: PIPE= ANGLE AT ENTRY BOOT SHALL NOT EXCEED A 15 DEG. ANGLE IN ANY DIRECTION c (SEE NOTE #1 ) c F (SEE NOTE #1 ) F (SEE NOTE #1 ) T-4 NOTE: G.C. TO SUPPLY BRASS TAG ON TURBINE TO INDICATE TURBINE "A" SERV' EXIT SIDE OF CANOPY T-4T-4 NOTE: G.C. TO SUPPLY BRASS TAG ON TURBINE TO INDICATE TURBINE "B" SERVES ENTRANCE SIDE OF CANOPY T-4 3 4 A Sump Plan View a 20K Regular Unleaded Tank #1 (:b:) Sump Plan View a 20K Regular Unleaded Tank #2 G Sump Plan View a 20K Premium Unleaded Tank #3 T-4 SCALE: 1 1 '- 0" T-4 scALE: 1"=1'-0" T-4 SCALE 1 "=1'-0" TURBINE ACCESS 18 TYP. 18 TYP. TURBINE ACCESS 18" TYP. OTURBINE ACCESS 32 MANHOLE MIN. MIN. 32 MANHOLE 32 2" CROWN SEE 2" CROWN SEE 2' CROWN SEE --- NOTE MIN. MANHOLE y NOTE 4 NOTE 4 ° # # -f,- � a a � a —� NOTE #4 PRODUCT LINE ^a ° ° F PRODUCT LINE ° PRODUCT LINE ' TRACER TAPE ° L _ L TRACER TAPE ( ) __ _ TRACER TAPE (6„ MIN. 12" MAX.) �� (TYP.) ( _ 3" MIN. CLEARANCE TYP. 3' MIN' CLEARANCE TYP.) — G a (6" MIN. 12" MAX.) 3' MIN. CLEARANCE TYP. -- � a (6" MIN. 12" MAX.) Q LLl O _ „ l 2 HP VARIABLE SPEED TURBINE 33 34 35 37 — 6 12 CLEARANCE (TYP.) 6"- 12CLEARANCE (TYP. �. 33 35 37 2 HE VARIABLE SPEED TURBINE 6 12 CLEARANCE (TYP.) COW 0) W/ .1 GPH PLLD (TYP.) `�, ✓ ) — = 2 HP VARIABLE SPEED Lll Q EXPLOSION PROOF ELECTRICAL 48" FIBERGLASS 48" FIBERGLASS W/ .l GPH PLLD (TYP.) 48" FIBERGLASS _ 33 35 37 TURBINE W/ .1 GPH PLLD 0 Q SII I�-� 3 CONTAINMENT SUMP CONTAINMENT SUMP 3 8 EXPLOSION PROOF ELECTRICAL 3 (TYP.) Z W SEAL-OFF, 6" ABOVE HIGHEST 17 v \ �li CONTAINMENT SUMP Y \\ ,i SEAL--oFF, 6" ABOVE HIGHEST r PENETRATION (TYP. SEE NOTE #5) TANK LEVEL TANK LEVEL PENETRATION TANK LEVEL EXPLOSION PROOF ELECTRICAL Q Q 51 52 53 51 52 53 51 52 53 18 SEAL-OFF, 6" ABOVE HIGHEST o 1 O 2" BALL VALVE 54 PROBE PROBE (TYP. SEE NOTE #5) PROBE (TYP. OF 3) I 18 EXPLOSION PROOF EXPLOSION PROOF 18 PENETRATION V 54 2 BALL VALVE EXPLOSION PROOF O d JUNCTION BOX JUNCTION BOX (TYP. OF 2) JUNCTION BOX 18 (TYP. SEE NOTE #5) Q 2"x15' 90' FLEX y SEE NOTE #5) (SEE NOTE 5 ( # ) ' 2"x15" 90' FLEX CONNECTOR TYP.) ( # ) a 38 2' x15 ' 906 FLEX SEE NOTE 5 g T 38 0 ( 38 SUMP ( AME SUMP FLAME CONNECTOR (TYP.) F i CONNECTOR (TYP.) V — L 1 ' RIGID CONDUIT 17 55 55 - SUMP FLAME 55 1 " RIGID CONDUIT (SEE NOTE #5) j ARRESTOR ARRESTOR \ 17 1 " RIGID CONDUIT ARRESTOR 17 SEE NOTE 5 �wvi ,.rwv-.��,-vim,^/" 1 - I` �� (SEE NOTE #5� SUMP SENSOR SUMP SENSOR ,�-� v�� a 111 F3/4" FLEXIBLE DOUBLE ENTRY 9 19 � I SUMP SENSOR (SEE 19 �� 3 4" FLEXIBLE DOUBLE ENTRY BOOT (TYP. OF 3) 23 _,_ �, (SEE NOTE #3) (SEE NOTE #3) I'� �I, 23 3/4" FLEXIBLE DOUBLE / OF NOTE #3) 1� �;I�!� 23 L"� 3/4" RIGID CONDUIT 18 1 TANK TOP TANK TOP 1 �g it �J 3N 4'RIG D COND^J� TANK TOP 1 -*' Jam'\ BOOT (TYP. OF 3) — F UIT �� 18 3/4" RIGID CONDUIT 18 (SEE NOTE #5) �. / — I (SEE NOTE #5) � j (SEE NOTE #5) - TURBINE EXTENDS TO WITHIN 6° NOTE: NOTE: NOTE: W�, OF BOTTOM OF TANK A TANK LEVEL PROBE SHALL TANK LEVEL PROBE SHALL D TANK LEVEL PROBE SHALL G � TURBINE EXTENDS TO WITHIN 6" TURBINE EXTENDS TO WITHIN 6" BE LOCATED IN CENTER BE LOCATED IN CENTER T-4, OF BOTTOM OF TANK BE LOCATED IN CENTER T-4 OF BOTTOM OF TANK W BUNG SEE: BUNG SEE: BUNG SEE: J W O B Sump Section View a 20K Regular Unleaded Tank #1 E Sump Section View a 20K Regular Unleaded Tank #2 H Sump Section View 20K Premium Unleaded Tank #3 w T-4 SCALE 1"=1 '-0" T-4 SCALE: 1 "=1 '-0" T-4 IIIIIIISCALE: 1 "=1'-0" �a a ' _ _ 32 TURBINE ACCESS --- -1.8 MIN. —� /—O MANHHTURBINEACCESSACCESS 18 MIN P MANHOLE - sheet Notes 2' CROWN SEE - ' � 2" CROWN SEE NOTE #4 a �� NOTE #4 1 . - PIPE & CONDUIT PENETRATIONS: SEALED ( % w��LKHEAD / a ALL OF THE TANK SUMPS NS HA NOT EXCEED 15, ANGLEIITANY10DIRECCTION To ENSURE. THESPROPELL R INSTALLATIONTALLATION OF-ALIL`BBUNHE`AD3 ANIDiCO PRPRESSION FITTINGS AND N o _ RESULTA WATER TIGHTNESS. ALL PIPING, CONDUIT AND GROUNDS THAT PENETRATE THE SUMP SIDE WALLS MUST BE y m' m s _ TANK LEVEL MONITOR WITH TANK LEVEL MONITOR WITH X41 SEALED IN SUMPS. SUMPS SHALL BE HYDROSTATICALLY TESTED WITH STANDING WATER FOR A PERIOD OF 24 HOURS TO P NI 9 a 3/8" COPPER TUBING To SIPHON �\ 51 52 53 MONITORING CAP AND ADAPTER MONITORING CAP AND ADAPTER 53 52 51 _ NSURE THAT THE SUMPS ARE WATERTIGHT. o a d x 2. - PIPING TESTING: a CHECK VALVE AT TANK #1 TURBINE / 4" RISER SCH. 40 BLACK IRON, 4" RISER SCH. 40 BLACK IRON TESTING OF THE SECONDARY CONTAINMENT PIPING IS REQUIRED. THE SEALING BOOT IN THE SUMP IS TO BE INSTALLED r WRAP WITH 10 MIL TAPE 1 - WITH THE VALVE TURNED DOWN. AFTER TESTING THE VALVE IS TO BE OPENED TO ALLOW DRAINAGE OF THE SECONDARY /2" 90° ELBOW 150# M.L, PIPING TO THE SUMP MONITOR PROBE, T BLACK " 2"x24" FLEX CONNECTOR MALE 2"x24' FLEX CONNECTOR MALE 46 SWIVEL x FEMALE SWIVEL x FEMALE 46 3. - SUMP SENSORS: 2" BALL VALVE 54 ;i 54 2" BALL VALVE SENSOR TO BE MOUNTED AT SIDE OF TANK WHERE PRODUCT PENETRATION INTO SUMP IS MADE AND BELOW LOWEST z > N 49 2" BELL X MALE FRP ADAPTER 2" BELL X MALE FRP ADAPTER 49 PENETRATION FITTING WITHIN SUMP AREA. MOUNT SENSOR FLUSH TO LOWEST POINT IN SUMP BOTTOM. ALL TANK SUMP o z SENSORS SHALL BE DISCRIMINATING FOR THE PRESENCE OF HYDROCARBONS. � 2" NIPPLE 2-1/2" LG. w x �¢ 2' NIPPLE 6-(1 2' LG. SCH. 40 CARBON STEEL, BLACK 4. - MANHOLE CROWNS: z ¢ z w SOH. 40 CARBON STEEL, BLACK � � -� � 1 48 3'x2' TEST REDUCER 3'x2' TEST REDUCER 48 V ` NOTE 3 y SUMP SENSOR ALL MANHOLE OPENINGS ON THE TANK SLAB SHALL BE INSTALLED WITH A 2" X 18" RUN CROWN OF CONCRETE TO > N g z # ) I I . y 24 24 19 PREVENT WATER INTRUSION INTO THE MANHOLE. Q o N r SUMP SENOR SEE 19 j \ PRODUCTFRP SIPHON EOCONUARY INSIDE ODUCRPSSE SIPHON /- ' (SEE NOTE #3) q / �� v 00 co m O 5. - U.G. CONDUIT:" ONDUIT: z w w �wvv�wvv - "- rn z 48 FIBERGLASS \ SEE NOTES 1 & 2 SEE NOTES 1 & 2 _ �l 48" FIBERGLASS ALL U.G. CONDUIT TO TURBINES SHALL BE RIGID STEEL PVC COATED SCHEDULE 40. CONDUIT MINIMUM BURY DEPTH IS 24' N Q z CONTAINMENT SUMP 3 :,J # # ) ( # ) O �_` ( w v � �-� ry J ("I CONTAINMENT SUMP PER CODE. ALL JUNCTION BOXES SHALL BE CLASS 1 DIV. 2 RATED. ALL ELECTRICAL CONDUIT IN SUMPS SHALL INCLUDE A zz E 'I� - 47 3" FLEXIBLE DOUBLE 3' FLEXIBLE DOUBLE 47 m �,I SEAL-OFF ENTERING AND LEAVING. SEAL-OFFS SHALL BE INSTALLED 6" MIN. ABOVE HIGHEST PENETRATION IN SUMP. w Ln X TANK TOP 1 I ENTRY BOOT ENTRY BOOT �-/ ! I I �O TANK TOP �� _� ��_ - _� -� -�_� - Y G " �_ �� �� 6. - MA�A�E1F�07 FI If GAS `" 45 TESTING TUBE (� TESTING TUBE 45 CONTRACTOR TO PROVIDE ALL MISCELLANEOUS NET FITTINGS AND NIPPLES FOR CONNECTIONS TO TURBINES, SIPHON `N o 3Nx . g �— SYSTEM AND VAPOR RECOVERY SYSTEM. ALL MALLEABLE IRON FITTINGS SHALL BE MANUFACTURED BY "ANVIL" V Sb 2" BLACK STEEL SIPHON 4"x2" DOUBLE 4"x2" DOUBLE 2" BLACK STEEL SIPHON STINGER. " �� 50 50 (FORMALLY GRINNELL') OR EQUAL SPECIFICATIONS AS FOLLOWS: J STINGER. TERMINATE 6" FROM TAPPED BUSHING TAPPED BUSHING TERMINATE 6" FROM BOTTOM OF 2 BOTTOM OF TANK. TANK. DIMENSIONS MATERIAL THREAD PRESSURE RATING _ z i NOTE: SLOPE FIBERGLASS SIPHON PIPING FROM LOW SUMP (TANK #2) UP TO HIGH NOTE: SLOPE FIBERGLASS SIPHON PIPING FROM LOW SUMP (TANK #2) UP TO HIGH M.I. FITTINGS i SUMP (TANK #1 ) AT 1/4" PER FOOT. SUMPTANK 1 Al 1/4" PER FOOT. (TEES, ELBOWS) � o SUMP ( # ) / CLASS 150/PN 20 ASME 816.3 ASTM A-197 ASME B.1 20.1 ASME B16.3 OFpOFESSJ i NOTE: NOTE C G 8 Oro s s M.I. UNIONS a TOP OF SIPHON PIPING SHALL BE NO HIGHER THAN 11 '-6" FROM BOTTOM OF TANK ON ACTIVE TOP of SIPHON PIPING SHALL BE NO HIGHER THAN 11 '-0° FROM BOTTOM OF TANK ON G Z CLASS 150/PN 20 ASME B16.39 ASTM A-197 ASME 8.1 20.1 ASME 816.3 SIDE OF SIPHON SYSTEM TO ACCOUNT FOR 1/4" PER FOOT SLOPE DOWN TO THE PASSIVE PASSIVE SIDE OF SIPHON SYSTEM TO ACCOUNT FOR 1/4" PER FOOT SLOPE UP TO THE ACTIVE p STEEL PIPE NIPPLES w 40160 z m, TURBINE OF ADJACENT TANK, TURBINE OF ADJACENT TAMC ro. EXP. 9-30-;r, 1 CLASS 150/PN 20 ASTM A733 ASTM A-53 ASME 8. 1 20.1 ASME B16.3 /�' .* � � c Siphon Piping at Tank #1 F Siphon Piping at Tank #2 cF OR E) 7 CML ,4 Y E STEEL PIPE a d o T-4 SCALE: 1"=1'-0° CLASS 150/PN 20 N/A ASTM A-53 ASME B.1 20.1 ASME 816.3 OC� OT T-4 SCALE: 1 "=1'-0" SCHEDULE 40 (F OR E) v