111111\lll lllll Ill II lllll Ill R11306961

Page 1 of 12

Plant Item Number

24590.PTF-MK.PVP-SCB-00002 Mechanical Data Sheet:

PTF Vessel Vent Caustic Scrubber Data Sheet Number 24590-PTF-MKD-PVP-00002, Rev 11

. Proiect: :WTP P&ID I 24590-PTF-M6-PVP-00017001 /,,\ ! Proiect No: 24590 Calculation ;Attachment 1 & Proiect Site: I DOE HanfOrd

11 A

Area No, !WOE /11\ i ~j_l_~ina: PTF Vessel Drawing 124590-QL.POA-MKAS-00002.02-00011 Svstem No. iPVP

Service Data ;Oualltv Level Q Fabrication Specification ; 24590•WTP-3PS-MVOO•T0001 '& 24590-PTF-3PS-MKAS-T0001

Seismic Cate9c,ry /11\ SC-I /Note 121 : Desion Code ASME Section VIII, Division 1 i Service/Contents Radioactive Liquid Code Stamp Yes ! Desigrl SpecHic Gravitv 1.04 NB Registration Yes Max Operating Volume ~al 2040 Wind Design None Total Volume /11'\. aal 2310 Snow/Ash Desian ·None Postweld Heat Treat Not Reau/red Seismic Design I 24590.WTP-3PS-MVOO. T0002 Seismic Base Moment ft'lb: Deleted 24590-WTP-3PS•5590-T0001 Environmental Qualification See EQ Sections

i i All Metal Construction• Desian Data

Packed Column Inside Diameter (A) Floor to Bottom of Sump Vessel (E) 105 1/8" Corrosion Allowance 148" I 0,04" (Noto3/

!sum~ Vessel Inside Diameter (Bl i108" Scrubber Heioht (Fl 163011116" Minimum Desion temperature for Metal ~Fi-20 !

PS G !ASME Section VIII; Sump Heioht ie3"min. Ring Beam Height{G) 18" Hydrostatic Test Pressure i Dimension D 152511116" Rino Beam Genier-to Center Diameter IHl 1108"

11 Division 1

I Vessel Oper Vessel Design Deleted :Notes

Internal Pressure PSIGI -1.5 -51+15 Deleted i

External Pressure PSIGI 0 0 Deleted !Deleted , Temoerature "F' 120 150 Deleted I Deleted Deleted

I Deleted I Deleted

Materials of Construction Com11Qnent iMaterial : Containment Notes

: Column Top Head !SA-240316 iPrimary j Notes 4 and 8

I Column Shell 'SA-240316 !Primarv : Notes 4 and 8

'Sump Vessel Top Head lsA-240316 !Primary Notes4and8

Sumo Vessel Shell ISA-240316 IPrimarv Notes4and8

Sumo Vessel Bottom Head ;SA-240 316 !Prlmarv Notes4 and8

Vessel Internals lsA-240 316 iM'A Notes 4, 5 and 8 'f'>ru Porkinn I UNS N08367/N08926 IN/A 0.012" material thickness or maximum standard thickness available iWAt Packino 'UNS N08367/N08926 !NIA 0.012" material thickness or maximum standard thickness available !11000AI Suooort SA-240304 NIA 'Note4

:Deleted I Pipe : SA-312 TP316 I Primary {Note 81 I Notes 4 and 8 Forainos/ Bar stock SA-182 F316 NIA ; Notes 4 and 8

Gaskets iNone Packing support plate, bed limiter, support grid

luNs N08367INOB926 I i and all hardware for the internals

'Mountina Base I Note 7 IN/A 18" high rina beam Miscellaneous Data

, Orientation Vertical

SupportT)'!)e Skirt :Insulation Function None

'Insulation Thickness inch None insulation Material None

External Finish Welds descaled as laid

Internal Finish Welds around smooth

Reference 3 Drv Weloht fibs) IDrv C.G, finches: X,Y,Zl looeratina V'/eioht /lbsl iooerate C,G, /inches: X,Y,Zl Testina Weight .. Qbsl Shippino Wt (lbs) Scrubber 61,242 I o.351 o.694, 240.327 180,919 I 0.265, o.52s, 220.119 NA 66,242

Packed Column ! 18,114 :o.ooo. 0.000, 412.096 119,137 I 0.000, 0.000, 412.641

Sumo Vessel 26 315 0.000 0.000 175.098 '44969 10.000, 0.000 161.762

'Note 1: Note 2: Note 3:

Note.4: Note 5: Note 6: Note 7: !Note 8: Note 9: INote10: Nole 11: Note 12:

~

Notes .

Deleted. Deleted, The corrosion allowance of 0.04" shall apply to all surfaces in contact with process fluids except for the dry and wet packings and associated hardware which has 0.0" corrosion allowance. Material shall have a carbon content not to exceed 0.030%. dual certified. Seller shall submit item details for customer review. Nozzles are orimarv confinement. The soare nozzle shall have a welded cap, See Note 8. Rinn Beam web and ton flanoe shall be SA-240 304L bottom flanoe shall be A-572 GR50. All welds fonmina oart of the orimarv and auxiliarv confinements includina the nozzle attachment welds shall be subiected to 100% volumetric examination. The scrubber is located in a Black Cell. {R5 I C5 area) Contents of this document are Danoerous Waste Permit Affectina. References are included for BNI use onlv and will not be shown wilh revision trianales • onlv data beinc chanced will reauire revision trianales, Internal oackinas and demister sections aualified to SC-I.

Please note that source. special nuclear, and byproduct malerials. as defined in the Atomic Energy Act of 1954 (AEA) are regulated at the U, ,S. Department of Energy (DOE). facilities exclusively by DOE acting pursuant to ,ts AEA authonty. DOE asserts that pursuant lo AEA, it has sole and exclusive responsibility and authority to regulate source, special nuclear, and byproduct materials at DOE-owned nuclear facilities, Information contained herein on radionuciides is provided for process description purposes only.

----

Mechanical Data Sheet: PTF Vessel Vent Caustic Scrubber

Page 2 of 12

Plant Item Number

24590-PTF-MK-PVP-SCB-00002

Data Sheet Number

24590.PTF•MKD•PVP-00002, Rev 11

Notes for Outline Profile of the PTF Vessel Vent Caustic Scrubber

Note 1:

Note 2:

Note 3:

Note 4:

Note 5:

Note 6:

Note 7:

See "Design Data" in sheet 1 of 11 for the bounding dimensions of the scrubber.

The maximum sump batch volume shall be determined based on given dimensions: • Seller to provide the batch volume and total lime of operation per batch based on runback, maximum expected condensate and caustic makeup.

The minimum allowance from maximum sump operating volume to overflow shall satisfy the larger of all three conditions below: • minimum 2" liquid depth

at least 2% of maximum operating liquid depth • change in liquid level equivalent to 5 minutes of maximum liquid accumulation in the scrubber sump

Nozzle requirements are as follows: • Unless noted otherwise, nozzles shall extend 12 inches beyond the vessel. · Nozzle schedule shall be determined by the Seller, taking into consideration all requirements stated in Buyer document# 24590-WTP-3PS-MVOO­

T0001, Engineering Specification for Pressure Vessel Design and Fabrication.

• All nozzles with connecting pipes shall be end-prepared per Buyer document# 24590-WTP-PW-P30T-00001, WTP End Prep Detail for Field Bult Welds, to tie in with the respective connecting pipe size and schedule in note 7.

• Seller shall confirm size and schedule/wall thickness for all nozzles.specified in note 7 below.

Ring Beam Detail • Refer to Buyer document 24590-WTP-MV-M59T-00001, for ring beam details. • Ring beam top and bottom flanges shall be 6" wide. • Ring beam web shall be 314" thick.

The ring beam web to flange weld shall be full penetration.

Ring beam design per River Protection Project - Waste Treatment Plant, vessel supports at El. O' and below, 24590-PTF-DDC-S13T-00001.

NOE requirements shall be in accordance with 24590-WTP-3PS-SSOO-T0002, section 11.6 "Additional Examination for Quality Levels 1 and 2 Structural Sleel Welds". All welds of Ring beam are critical welds.

Section 11.6 is mandatory even if the web to flange weld NOE is not indicated on the drawing.

Locate inlet nozzle (N01) on the sump vessel and use as inspection manway. Inlet nozzle (N01) must be

higher than the overflow nozzle (N12).

Nozzle data are as follows:

,Nozzle Connecting Pipe Function

No. ISize NPS Schedule N01 124" NPS 240.375" Offgas Inlet N02 24" NPS 2410.375" Offgas Outlet :N03 2"NPS 1.5l40S Recirculated Caustic Solution for Mixin(;t{dip pipe) I;':. N04 I2"NPS 240S Recirculated Caustic Solution for Scrubbing N05 I4"NPS 440S Pump Suction N06 2"0D 1 40S Demineralized Water Inlet (See Detail 7, Dwg 24590-WTP-MV-M59T-00016001) N07 2"0D 1 l40S Demineralized Water lrdet (See Detail 7, Dwg 24590-WTP-MV-M59T-00016001) N08 1.5" NPS 1.5 40S Reagent Inlet {5M NaOH) Deleted Deleted I N11 ;2" OD 1 l40S Sample Recirculation Return (See Detail 6, Dwg 24590-WTP-MV-M59T-00016001) N12 16" NPS 610S Scrubber Sump Vessel Overflow N13 6" NPS 140S Bubbler Type Level Indicator {See Detail 19, Dwg. 24590-WTP-MV-M59T-00016002) N14 3"NPS I Spare (with welded cap) :N15 2"0D 0.75l40S Pressure Transmitter Leg (See Detail 6, Dwg 24590-WTP-MV-M59T-00016001J 'N16 i2"0D 0.75!40S Pressure Transmitter Leg (See Detail 6, Dwg 24590-WTP-MV-M59T-00016001) N17 2"0D 0.75.40S Pressure Transmitter Leg (See Detail 6, Dwg 24590-WTP-MV-M59T-00016001) N18 2"0D 0.75 40S Pressure Transmitter Leg (See Detail 6, Dwg 24590-WTP-MV-M59T-00016001) Deleted I Deleted

NPS Nominal Pipe Size (inch) OD - Outside Diameter {inch)

-&

L'-1S

Dry Packing

NOB

Mechanical Data Sheet:

PTF Vessel Vent Caustic Scrubber

N02

A

Sump Vessel (Note 2)

B

N06

NO?

N04

Ring Beam ---.i.ai------------'--H.;..._ __ ___

(Note 5)

C 0

:.;::::; u Q)

(/)

C E :J 0 0

Page 3 of 12

Plant ttem Number 24590.PTF-MK•PVP-SCB-00002

Data Sheet Number 24590.PTF•MKD-PVP-00002, Rev 11

,.-... Q)

N N 0 z 4-0 Cl. 0 I-0 ....... I-0 0 u.. ----u..

0

N01 (Note 6)

N12 (Note 3)

(.)

Outline Profile of the PTF Vessel Vent Caustic Scrubber

Page 4 of 12

• Plant Item Number

24590-PTF-MK-PVP-SCB-00002

Mechanical Data Sheet:

PTF Vessel Vent Caustic Scrubber Data Sheet Number

24590-PTF-MKO-PVP-00002, Rev 11

PROCESS DATA

I Description Instrument :

Unit Operating

Remarks Tag Lo I Normal I Hi

Inlet Offgas Pressure PC-0404 W.G. -40.0" -35.0" -10"

Inlet Offgas Temperature! Tl-0401 •F 113 120 I 138

! inlet Offgas Volume Flow Rate SCFM (Note2) 3600 * /11\ Deleted I,;\. Inlet Offgas Rel. Humidity % 100 I 100 -

! Inlet Offgas N02 ppm vol 130 i 200 /,,\ Dry basis concentration

Inlet Offgas NO ppm vol ! 70 I Dry basis concentration

Inlet Offgas CO2 ppm vol 330 Dry basis concentration

Inlet Offgas I,;\. Mass Flow Rate !kglhrl See !Attachment 2&3 I Scrubber Sump Vessel Pressure Pl-0408 W.G. -40.0" -35.0" -10"

Scrubber Sump Vessel Liquid Temperature TC-0405 •F i 95

& 22 I & Scrubber Sump Vessel Liquid Level Ll-0409 22" I 59" 59" Overflow is at 65" (Note 4)

! Scrubbing Liquid I,;\. pH pH 7* 7.0-7.5* 7.5*

jScrubbing Liquid I,;\. Density'Dl-1704 lbslft3 . 62.3* *

!Recirc. to sump - mixing & --Plow Rate Fl-0461 GPM 60*

, Recirc. to sump - mixing Temperature •F 70 i

! Recirc. to packing - scrubbing Flow Rate Fl-0444 GPM 60*

Recirc. to packing - scrubbing Temperature "F ! 70 1 !

!

,Deleted !

Deleted

Deleted l i

Deleted

!Deleted I

! Packed Section Pressure Drop PDl-0406 W.G. 3.0"* 6.0"* /,~ Max. allowable (Note 1)

. I I Demineralized Water Inlet at Nozzle N06 Flow Rate' GPM N.A. 22.5* NA /11\.

lory Packing

I I

Pressure Drop PDl-0407 iw.G. 0.2* 1.011* /,';\ Max. allowable (Note 1)

:Demineralized Water Inlet at Nozzle N07 Flow Rate GPM N.A. i 22.5* NA & Mfr. Suggests a periodic flush of 1 GPM/sq. ft. min.

I

OutletOffgas Pressure W.G. -47.0" I -42.0" -17"

Outlet Offgas Temperature "F 77 77 77

• Outlet Offgas Mass Flow Rate kg/hr . * . I,~ I Outlet Offgas Flow Rate SCFM 3600 3600

Outlet Offgas Rel. Humidity % I 100 ! 100

i Outlet Offgas N02 ppm vol 41* /,,\ Dry basis concentration

: Outlet Off gas NO ppm vol 70• I /,';\ I Dry basis concentration

I OutletOffgas CO2 ppm vol 329* I,;,.. Dry basis concentration

· 1 .. I

OF (minimum) for Nitrogen Oxides OF 1.8* . /11\ OF (minimum) for Solid Particulates OF 3.5* ]/,,\ i 2.0 micron particulates

Notes for Process Data

I* - Seller to verify/provide data considering aerosol loading against existing design specifications and provide recommended process

changes/EOPT changes as necessary /,,\ j 1 • Maximum differential pressure across scrubber in clean condition shall not exceed 8 in-WG. Seller to provide data.

,2 - Standard conditions offlow are 77 deg F and 1 atmosphere as dry air (density= 0.074 lb/ft3)- humidity accounts for additional volume and mass flow

3 - Deleted

4- Dimension Is measured from inside bottom of vessel sumo to bottom of nozzle N12.

5- Deleted /,~

Mechanical Data Sheet:

PTF Vessel Vent Caustic Scrubber

Equipment Cyclic Data Sheet

Page 5 of 12

Plant Item Number 24590-PTF-MK.PVP-SCB-00002

Data Sheet Number

24590-PTF-MKD-PVP--00002, Rev 11

The information below is provisional and envelo es o erational dut for fati ue assessment. It is not to be used as o eralional data.

Desi n Life 40 Years Component Function and Life Cycle Description See Specification 24590-PTF-3PS-MKAS-T0001

Min Max Number of C cles I comments

PSIG: .5 +15 10 WTP Calculation 24590-PTF-MVC-10-00003

:operatlna ressure 1 p l\.!I , -1.5 0 ' 7,000,000 WTP a culatlon 24590-P MV -10-0000 I CI TF- C 3 Operating Pressure 2 PSIG I 0 I +2.8 40 · WTP Calculation 24590-PTF-MVC-10-00003 --·-Operating Temoerature "F I 59 I 140 40 WTP Calculation 24590-PTF-MVC-10-00003

Contents Spciftc Gravity : 1.0 I 1.04 I 2,080 i WTP Ca/cu/at/on 24590-PTF-MVC-10-00003 f:oatPnts Level inch ! 23 63 I 29,200 I WTP Calculation 24590-PTF-MVC-10-00003

Localized Features Nozzles I NIA ; WTP Calculation 24590-PTF-MVC-10-00003 Deleted

I Deleted

I Deleted

I I

Equipment C clic Data Sheet Notes 1, Cycle increase: The Seller must increase the numbers of operational cycles given above by 10% to account for commiss,oning duty unless otherwise noted.

Nozzle Loads . I

Desi~:t.. & Nozzle Design Deslan Loads /Force In lbs. Moment in ft-lb\

Pressure Noule Nozzle Nozzle {pslg) Temp ('F) Orientation Number Slzefinl /Note El (Note El 1\/" I H .. l Load Case Fx Fy Fz Mx Mv Mz

! Weight 1200 2',95 1200 8250 5153 8982

N01 24 15 200 H Seismic 8325 5573 8325 72075 108000 108000 Thermal 6300 8336 5801 33900 67800 67800

I Weiaht 1200 1928 1200 8250 5153 5153 N02 24 15 150 V Seismic 8325 5573 8325 72075 108000 108000

Thermal 3930 3495 5243 33900 67800 67800 Weiaht 50 60 50 75 75 75

N03 2 117 150 V Seismic 244 162 244 398 597 597 Thermal 104 92 138 169 337 337

Weioht 50 60 50 75 75 75 N04 2 117 150 H Seismic 244 162 244 398 597 597

Thermal 104 92 138 169 337 337

l Weiaht 90 144 90 257 161 161

N05 4 124 150 V Seismic 626 418 626 2220 3330 3330 Thermal 359 238 493 945 1890 1890

,t Weioht 35. 35 35 40 40 40 N06 100 H Seismic 138 92 138 228 342 342 I 2" (OD) 124

Thermal 58 52 78 96 192 192

" i WeiQht 35 41 35 40 40 60 N07 2"(0D) 124 100 H Seismic 138 92 138 228 342 342

Thermal 58 52 78 96 192 192

h. 167

Weiaht 35 67 35 40 40 40 NOS 1.5 120 V Seismic 138 92 138 228 342 364

11 Thermal 58 52 78 96 192 192 Weloht 35 35 35 40 40 40

i

N11 2"(0D) 119 150 V Seismic 138 92 138 228 342 342 I Thermal 58 52 78 96 192 192

Weiaht 218 347 218 714 447 447

I N12 6 15

i 150

I H Seismic 1519 1013 1519 6218 9300 9300

Thermal 657 1541 878 2685 5370 5370

I WeiQht

N13 6 15 150 I

Parent Seismic N13 is parent nozzle, nozzle loads are applied via N13A, N13B. N13C 11

Thermal

I N13A:f I

I Weioht 15 20 I 15 20 20 20

(NoteC) 1 15 150 V Seismic 66 44 66 92 137 137

Thermal 28 24 38 38 77 77

N13B:fr· !

I

Weiaht 15 20 15 20 20 20

(NoteC) 1 15 150 V Seismic 66 44 66 92 137 137

Thermal 28 24 38 38 77 77

N13C:f ! ! Weicht 15 20 15 20 20 ! 20

(NoteC) 1 15 150 V Seismic 66 44 66 92 137 137

Thermal 28 24 38 38 77 77

N14 Weioht 54 85 54 135 84 84

Spare i

3 15 i

150 V Seismic 369 246 369 1178 1763 1763 A Thermal 157 139 209 498 998 i 998

11 Weioht 35 35 35 40 40 40

N15

I 2" (OD) ! 15 150 V Seismic 138 92 138 228 342 342

I Thermal 58 52 78 96 192 192

J

Mechanical Data Sheet:

PTF Vessel Vent Caustic Scrubber

Desig,f-2,1 ;!i:" H DeslQO Loads !Force In lbs, Momeni In ft-!bl Nozzle Design Pressure Nozzle

Nozzle Nozzle (psig) Temp ('F) Orientation Number Size linl /Note El INoteEl IV* I H**l Load Case Fx Fy Fz Mx My

" Weinht 35 35 35 40 40 N16 2" (OD) 15 150 H Seismic 138 92 138 228 342

Thermal 58 52 78 96 192 11

Weicht 35 35 35 40 40 N17 2"(0D) 15 150 H Seismic 138 92 138 228 342

Thermal 58 52 78 96 192

" Weicht 35 35 35 40 40 N18 2"(0D)T 15 150 H Seismic 138 92 138 228 342

Thermal 58 52 78 96 192

Notes for Nozzle Loads &, A. Direction of load application for shell nozzles is per diagrams in 24590-WTP-3PS-MVOO-T0001, Appendix A. B. For nozzles in head: x = North/South, y = Vertical, and z =East/West• 0° defined as North. C. Values provided at plate on top of parent nozzle. D. Nozzle loads shown are to be used in place of those specified in 24590-WTP-3PS-MVOO-T0001 - do not apply any thermal reduction factors. E. Design Pressures and Temperatures for qualification of nozzles only.

I

I

Page 6 of 12

Plant Item Number 24590-PTF•MK-PVP-SCB..00002

Data Sheet Number 24590.PTF-MKD.PVP-00002, Rev 11

Mz 40 342 192

40 342 192

40 342 192

F. All Pretreatment RGM Seismic Piping Nozzles loads from Plant design shall have a 1.75 load factor applied to all loads to address coupling effects between the flexible vessels and piping in accordance with the Seismic Classification and Evaluation for the Pretreatment Facility Piping and Vessels, 24590-WTP-RPT-ENG-09-040.

:

• EQUIPMENT QUALIFICATION

DATASHEET (EQD)

24590-PTF-MKD-PVP-00002 Rev.: 11

Page 7 of 12

Equipment Identification

Full Component Tag Number or BNI • 24590-PTF-MK-PVP-SCB-00002 Safety Classification Stock Code Number t2l SC □ ss Equipment Datashect Number 24590-PTF-MKD-PVP-00002 0 APC-PAM

Description Vessd Vent Caustic Scmbber for the Pretreatment Vessel Seismic Category Venf Process System (PVP) t2l SC-I 0 SC-JI

0 SC-III 0 SC-lV

D SC-Ill Seismic Interaction only

Locarion (Facility I Building and PTF Building; located in Room P-0104, Elev. 0'-00", column lines K/16 Room No.)

Safety Function(s) Provide confinement of PVP exhaust during nmmal and upset conditions.

Reference: 24590-WTP-PSAR-ESH-01-002-02, Preliminary Documented Safety Analysis to Support Construction Authori7,ation; PT Facility Specific lnfonnation.

Equipment Safety Function Type [gl Passive Mechanical D Active Mechanical

I

0 E.lectrical

See E-Note6

Seismic Safety Function Seismic Operability Requirements

t2l Yes ONo [81 During Seismic Event t2l After Seismic Event □ None

Equipment Environmental Qualification (EEQ) (Parameter values stated in this section do not include process conditions or operation induced conditions)

Classification of Environment t2l Mild D Harsh Qualified Life (years) [gl 40 □ Other

See E-Note 7

Parameter Parameter Duration Duration

Parameter Type/Units Value (number) Units WTP Source Document Number

Normal Ambients

High Temperature("F) 113 Note a Years 24590-PTF-U0D-Wl6T-00001, E-Note l

Low Temperature (°F) 59 Noteb NiA 24590-PTF-U0D-Wl 6T-OOOO I, E-Note 1

High Relative Humidity (%RH) 90 Notec NIA 24590-PTF-U0D-Wl6T.0000l, E-Note l

Low Relative Humidity (%RH} 5 Notec NIA 24590-PTF-U0D-Wl 6T-00001, E-Note l

High Pressure (in.•w.g.) 0

Noted NIA 24590-PTF-U0D-Wl 6T.O0OOI, E-Note I (E-Note2)

Low Pressure (in.-w.g.) (-}l.4

Noted NIA 24590-PTF-U0D-W!6T-00001,E-Note·l (E~Note2)

533000 Years 40 Radiation Dose Rate (mRad/hr) (E-Note4) (E-Note 3) (Note e-1)

24590-PTF-U0D-Wl6T-00OOJ, £-Note l

Plant/Process Induced Vibration D Yes t2l No

Additional N01mal Ambient Information: NIA

24590-ENG-F00065 Rev 4 (Revised 12/15/2009) Ref: NIA

I

EQUIPMENT QUALIFICATION DATASHEET (EQD)

24590-PTF-MKD-PVP-00002 Rev.: 11

Page 8 of 12

Equipment Environmental Qualification (EEQ) (continued)

Parameter I Parameter Duration I Duration

Parameter Type/Units Value (number) Units WTP Source Document Number

Abnormal Ambients

High Temperature (°F) I 127 8 hours/ year 24590-PTF-U0D-Wl6T-00001, E-Note I

Low T cmpL't'aturc CF) 40 Noteb N/A 24590-PTF-U0D-WJ6T-000OJ, E-Notc I

High Relative Humidity (%RH) 100c Note c N/A 24590-PTF-U0D-Wl6T-0000I, E-Notc l

Low Relative Humidity (%RH) 6 Notec NIA 24590-PTF-U0D-Wl 6T-00001, £-Note I

4 High Pressure (in.-w.g)

(E-Notc2) Noted N/A 24590-PTF-U0D-Wl6T-00001. E-Notc 1

(-)7.3 • 24590-PTF-U0D-Wl 6T-000ll1, E-Notc l Low Pressure (in.-w.g) Noted NIA

(E-Notc 2)

533000 0 Years i 24590-PTF-U0D-Wl6T-00001, E-Note I Radiation Dose Rate (mRihr)

(Notec-1) (E-Note4) (E-Note3)

Expo~"Urc to Wet Sprinkler System D Yes t8J No NIA hours ! 245.90-PTF-U0D-Wl 6T-0000l, E-Notc 1

Additional Almonnal Ambient N/A !11fom1ation

Design Basis Events (DBE) Ambients

High Temperature (°F) 135 1000 hours 24590-PTP-U0D-Wl6T-0000J, E-Note 1

Low Temperature (°F) 40 Noteb NIA 24590-PTF-U0D-WJ 6T-00001, E-Note I

High Relative Humidity (%RH) IOOc 40 hours 24590-PTF-U0D-Wl6T-00001, E-Note 1

Low Relative Humidity (%RH) 6 1000 hours 24590-PTF-U0D-Wl6T-000OI, E-Notc l

High Pressure (in.-w.g) 4 8 hours 24590-PTF-U0D-W16T-00001, E-Note I

(-) 7.3 Low Pressure (in.-w.g)

(E-Note 2) 1000 hours 14590-PTF-U0D-W l 6T-0000 l, .E-Note I

533000 0 Radiation Dose Rate (mRihr) hours 24590-PTF-U0D-W 16 T-0000 l , E-Notc I

(E-Note4) (E-Note 3)

Submergence 0 Yes [8J No

NIA hours 24590-PTF-U0D-WI6T-0000l, E-Note 5

Chemical/Spray Exposure [gjYesONo 12.5 hours 24590-PTF-U0D-Wl 6T-0000J, E-Note l

Additional DBE Information NIA

DBE Chemical Exposure Details ·oBE Chemical Types/ Concentrations Process Rad Condensate

Nitric Acid (2M)

Sodium Hydroxide (2M)

Stidium Pemumganate (l M)

Strontium Nitrate (JM)

I

I

:

24590-ENG-F00065 Rev 4 (Revised 12/1 Si2009) Ref: NIA

EQUIPMENT QUALIFICATION DATASHEET (EQD)

DBE Chemical Exposure Details Water

Electrical Interfaces Supporting the Safety Function

Power Supply Voltage (VAC VDC) NIA

Power Supply Frequency (Hz) NIA

Power C'ormcction Method NIA

1/0 Signals to/from Equipment NIA

1/0 Connection Method NIA

Mechanical Interfaces

Mounting Configuration (orientation) Vertically, see 24590-PTF-P l-P23T-00I05

24590-PTF-MKD-PVP-00002 Rev.: 11

Page 9 of 12

Mounting Method (bolts, welds, etc.) Welded, sec 24590-QL-POA-MKAS-00002-02-00011 and 24590-PTF-DD-Si3T-00028

Auxiliary Devices N/A

Equipment Seismic Qualification (ESQ)

Parameter Title Reference/Document Version/

Remarks Number Revision

WTP Seismic Design • Enginee1ing Specification for Seismic 24590-WTP~3PS-SS90- 2 NIA Specification Qualification of Seismic Category 1/Jl T000J

Equipment and Tank$ 24590-WTP-3PS-MV00·

Engineering Specification for Seismic T0002 2

Qualification Critelia for Pressure Vessels

Specified Seismic Load Seismic Amilysis of Pretreatment Building - 24590-PTF-S0C-SlST- A CCN: 214812; WSGM JSRS Parameters

Note ii)

'-lole b)

Note c)

Noted)

WSGM In-Structure Response Spectra 00057 Curves: Figures 37, 38, 39, 67, (ISRS) 68, and 69.

Equipment Qualification Notes and Additional Information

For thennal aging, the high nonual tempemture shall be assumed to subsist for 40 years less the dul'ation of the high abno11nal temperature. For any lesser qualified life, the no11nal and abnonnal condition durations shall be assigned proportionally. The abno1mal temperature is stated to subsist for a certain number of hours per year. 11 shall be taken to subsist for this number of hours for each year orthe qualified life.

The ability to provide the safety function at the low nonnal temperature, the low abnonnal temperature or the low DBE temperature. (whichever be the lowest) shall be established by test, analysis, or operati11g experience. TI1e thennal aging at these rellpective low temperatures will be conservatively covered by the thermal aging per item a) above. Therefore, no duration is assigned for the low temperatures.

The ability 10 provide the safety function at the extremes of the nonnal and abnomml humidity conditions, taking into consideration the high and the low nonnal and high and low abnonnal. shall be established by test, analysis, or operating experience. No duration is assigned for the nonnal and abn(1lmal humidity conditions.

If the perfonnance of the safety function of the equipment is affected by ambient pressure, the ability 10 provide the safely function at the extremes of lhC' nonual and abnonnal presstrre conditions, taking into consideration the high and the low normal and the high a11d low abnonnal pressures, shall be established by ksl, analysis, or operating experie11ce. No durntion is a~signed to the nonnal and abnmmal pressure conditions.

24590-ENG-f00065 Rev 4 (Revised 12(15/2009) Ref: N/A

Note e)

Note f)

Note g)

Note h)

Note i)

(1)

EQUIPMENT QUALIFICATION DATASHEET (EQD)

Equipment Qualification Notes and Additional Information

24590-PTF-MKD-PVP-00002 Rev.: 11

Page 10 of 12

If the abno1mal radiation dose rate is the same as the nonnal radiation dose rate, the norn1al radiation dose rate shall be assumed to subsist for 40 years, or any lesser qualified life, and the duration of the abnormal radiation dose rate is "O."

(2) If the abnonnal radiation dose rate is higher than the nonnal radiation dose rate, the abnonnal radiation dose rate shall be assumed to subsist for 40 years, or any lesser qualified life, and the duration of the normal radiation dose rate is "O."

The DBE conditions shall be taken to subsist for the stated number of hours following the qualified life of the equipment.

Spray due to fire sprinkler actuation shall be taken to occur once over the entire qualified life duration for a period of2 hours, even if the qualified life is a period less than 40 years. If spray qualification is provided for DBE conditions (whether for water or chemical spray), then separate qualification for the fire sprinkler spray need not be provided.

The values stated in this EQD are the ambients and do not include the thermodynamic and radiation.eonditions imposed by the process fluids, self­heating, elc. The data pertaining to process fluid and service induced parameters are to be taken into account where significant, such as in then11al aging analyses. These data can be obtained from the equipment data sheets or the Equipment Specification.

Equipment that is to be installed in inaccessible locations must be qualified to a 40-year life without the need for maintenance or replacement. ____ ,..,. _________________ ._ ________________________ .., _________ ,.. ... _,.. ________ ,__,.. ___________ _ _ _______ M __________________ _

E-Note I: BNJ (BUYER) shall perfonn Equipment Environmental Qualification in accordance with 24590-WTP-DC-ENG-06-001, Design Criteria for Equipment Seismic and Environmental Qualification.

E-Note 2: Where pressure is given in inches of water column (in-w.c.) in the source document, it is generally assumed that this is in reference to atmospheric pressure and is therefore equivalent to inches of water gage (in-w.g.).

E-Note 3: Nonna\, Abnormal, and DBE dose rates are the same, therefore, abnormal and DBE doses do not add to total integrated dose based on nonna] dose rates over 40 years.

E-Note 4: Radiation Dose Rates are for dete1mining shielding requirements only for the black cell and are not at the source (vessel). Since the vessel is all metallic and the source has no neutron components for material embrittlement, the dose rates are of no concern on the vessel or its subcomponents.

E-Note 5: Flood height is 2.08 ft above the floor, bottom of vessel is above this level therefore, no submergence evaluation is required.

E-Note 6: Seller to provide input for internals/sprays.

E-Note 7: Seller to provide input for design life.

E-Note 8: Seller to provide Equipment Seismic Qualification (ESQ),

24590-ENG-F00065 Rev 4 (Revised 12il 5/2009) Ref: N/A

EQUIPMENT QUALIFICATION DATASHEET (EQD)

DOE Radioactive Materials Disclaimer:

24590-PTF-.MKD-PVP-00002 Rev.: 11

Page 11 of 12

Please note that source, special nuclear and byproduct materials, as defined in the Atomic Energy Act of J 954 (AEA), are regulated at the US Department of Energy (DOE) facilities exclusively by DOE acting pursuant to its AEA authority. DOE asserts, that pursuant to the AEA, it has sole and exclusive responsibility and authority to regulate source. special nuclear, and byproduct materials at DOE­owned nuclear facilities. Information contained herein on radionuclide~ is provided for proctss description purposes only.

Screening! Evaluation Required? lfyes per 24590-WTP-GPP-SREG-002, E&NS signature required below X Yes No

Approval System Vessel Reviewed/

Rev Descriplion Engineer E111?inecr Checked MET E&NS A1mroved Date

0 lssul'd for Bid A Molina/

K WChin U Sen/ NIA NIA M Hoffmann 12118/02 J Dave J Julvk

l Issued lbr Purchase T ALix N Sentanu/ A Molina NIA N/A J Julyk J0/22/03

C Morley

2 Reissued for Purchase TA Lix K WChin/

A Molina NIA NIA J Julyk I I/J2/03 C Morley

3 Addl'<l Black Cell Requirement, E Sfrieper K WChin/ A Molina/ N/A NIA M lloftimmn 04/15/04 CMorlcy J Julyk

Deleted scrubber cooling jacket. Revised K WChin/ J Julyk/ 4 scrubber heat duty, inlet and ouOet temperatures, J Dave CMorley A Molina N/A N!A

M Hoffmaim 08/04/04

and vent gas flow rate. Seismic category and design revised. BDoniganl J Julvk/

5 Envirm1mental qualification added, Connecting J Dove A Molina NIA NIA 03/29105 pipes details

CMorley M Holl\naim

Revised to comply with CODE I vendor

6 submittal 24590-QL-POA-MKAS-00002°03- J Dave DPcase D Rickcttson/

NIA NIA J Julyk 11/27105 0000 I, in accordance with 24590-WTP-CA R- CMorley QA-05-120. Added liquid density. QL-2 revised to Q, per simplified quality system. Revised data sheet to add fatigue and eye I ic blocks. Added note lO DWPAffected. Fixed typo in Note4cRevised Note5 of"notes for

7 Outline Profile of the PTF Vessel V1.'ll1 Caustic J Dave DJ RickcttS6J1 N Johnson NiA NIA J Julyk 03/18105 Scrubber" to include: Ring Beam desig,n details and NDE requirements from ANSl/ AISC N690 for ring beam. Added note to N03 "Dip Pipe". Noz N 13 on scrubber outline moved to correct location. i

Rev scmbber dims D, E and F to agree with fob

I dims. Add vessel drawing number.Add signature column for E&NS. Deleted fatigue and cycli.c

8 hlocks from page one. Add Equip Cyclic data J Dave/ DJ RickettsOn L Donovall NIA G Heiidrioks J.Julyk 07124/06 page 6.Cyclic data on hold. Added Ref Cale. Rev C Sarka pres on page 5 .Rev overflow pg 5 based .on fab dim.lncorp 24590-WTP-SDDR-M-06-00132 Rev n/a Deleted Rev for P&lD on page I. Added ref# for applicable data. Deleted Seismic Base Moment and hydro test pres on page I. Moved

9 mad of const to page 2. Revised note IO wording JDave/ DJ Rickettson RP Hills NiA J Cook J Julyk 07/24/06 page 2. Added note JI on page 2. Added ref C Sarka Table on page 2. Deleted hold on cyclic data Qn

page 6. Deleted supp01t note on cyclic data page 6.

24590-ENG-F000<J5 Rev 4 {Revised 12/15/2009) Ref: N/A

Rev

IO

II

"EQUIPMENT QUALIFICATION DATASHEET (EQD)

24590-PTF-MKD-PVP-00002 Rev.: 11

Dcscri Jtion Added Environmental Qualification Darn (EOD) and DOE disclaimcl' (pages 7-11). Moved E&NS swtement and revision history rnble to pages IO-J I . Added nozzle loads and notes for nozzle loads. Added note 17 per 24590-WTP-GPP­SANA-OO I, Revised cyclic k,ads <lat! and process data pages 4.5_ lncm-pomK'd 24590-WTP-M6N-M80T-00002. Revised as noted by revision tdangles. Revised Equipment Qualification data, implcmemed new EQ fonn and renumberedircvised EQ additional notes section ( e.g., E-Notc J ). Add,xl design pressures and tempemtm-es for Nozzle Loads and revised notes for Nozzle Loads. Revised Seismic Category to SC-L lncorpomted CCN 222995. Supersedes 24590-PTF-MKD-PVP-P0002, Rev 3.

System En incer

CR Zook

Ve6sel En iuecr

JCzamcckJ

Checked

CChung

Rc,·icwt>d / :MET

NlA

E&NS

J Brown

Kuldip Sillf!I Mike Seed Debbie John

~ , X Adler Hinck,ley

P,0~ f A

Page 12 of 12

A roved

J Julyk 1210310&

.lohnJulyk

1/r/u

24590--ENG-F00065 Rev 4 (Revised 12115/2009) Ref; NIA

Attachment 1: Page 1 of 4 REFERENCES for Data Sheet: 24590-PTFl\'IKD-PVP-00002, Rev 11 Plant Item No: 24590-PTF-MK-PVP'-SCB~00OOl

Data Document No Rev

Quality Level 24590-PTF-M6-PVP-00017001 0

Seismic Category 24590-PTF-M6-PYP-000 17001 0

PTFRoom No 24590-PTF,U0D-Wl6T-00001 2

Contamination Class 24590-PTF-lJOD-Wl6T-0000I 2

Radiation Class 24590-PTF-lJ0D-WI 6T-0O00 l 2

Sen~cc/Contents 24590-PTF-3YD-PVP-0000I I

Design (Maximum) 24590-PTF-MYC-l 0-00003 C Specific Gravity 24590-QL-POA-M KAS-00002-02-00011 F

Maximum Operating 24590~QL-POA-MKAS-00002..05-00003 C Volume

Total Volume 24590-QL-POA-MKAS-00002-05-00003 C

Packed Column Inside 24590-QL-POA-MKAS-00002-03-0000 l E Diameter 24590-QL-POA-MKAS-00002-02-00011 F

Sump Vessel Inside 24590-QL-POA-MKAS-00002-03-00001 E Diameter 24590-QL-POA-MKAS-00002-02-0001 l F

Dimcnsi 011 "D"' Total 24590-QL-POA-MKAS-00002-02-000 I I F Height

Dimension "E" Floor 24590-QL-POA-MKAS-00002-02'-000! 1 F To Bottom Of Sump

Dimension "F'' Floor 24590-QL-POA-MKAS-00002-02-0001 l F To Top Of Scrubber

Dimension "G'. Ring 24590-QL-POA-MKAS-00002-02-00011 F Beam Height

Dimension "H" Ring 24590-QL-POA-M KAS-00002-03-0000 l E Beam Center To Center Diameter

24590-QL-POA-MKAS-00002-02-00011 F

(Por BNI Ew: 01tb'}

Document. Title

P&ID - PTF Pretreatment Vessel Ve111 Process System Caustic Scrubber PVP-SCB-00002. (24590-PTF-M6N• PVP-00062)

P&ID- PTF Pretreatment Vessel Vent Process $)·stem Caustic Scrubber P/IP-SCB-00002. (24590-r>TF-M6N-PVP-00062)

PTF Room Environment DataS/1ee1. (P-0104)

PTF Room EnvironmcmDataSheet. (C5. P-0104)

PTF Room Enviramncnf Data Sfieet. (RS. P-0104)

System Descriptia11 FarPretremmc!II Vessel Ven! Process Systr::m. PVP. (Radioactive Liquid [Substnnces], Sections 4.1 and 4_3)

PTF Vessel Cyclic Data Sheet Inputs. \Sheet A-5)

Drawing - PTF Vessel Vent Caustic Scrnhher Assemh~v & Sections

Pretreatment Facility Vessel Vent Causric Scrubber Operating !nstmc1io11s

Pretreatment Facility Vessel Vem Caustic Scrubber Operating l11s1ructio11s

Data Sheet - 1'vfechmtical Data Slice/ PTF Vessel Ve/It Causlic Scrubber

Drawing - PTF Vessel Vent Caustic Scrubber- Assembly & Sections

Data Sheet Mecha11icaf Data Sheet PTF Vessel Vem Caustic Scmbber

Drawing - PTF Vessel Vent Caustic Scrubber - Assemb(v & Sections

Drawing-PTF Vessel Ve11t CarL<lic Scrubber - Assembly & Sections

Drawing- PTF Vessel Vem Caustic Scrubber Assembly & Sections

Drawing - PTF Vessel Vent Caustic Scrubber - Assemh(v & Sections

Drawing - PTF Vessel Vent Caustic Scruhber - Assemhlv &. Sections

Data Sheet - Mechanical Data Sfreet PTF Vess,:;! Vent Caustic Scrubber. (Based On Sump Vessel Inside Diameter)

Drawing PTF Vessel Vent Caustic Scrubber Assemb~l' & Sections

Attachment 1: Page 2 of 4 REFERENCES for Data Sheet: 24590-PTF-MKD-PVP-00002, Rev 11 Plant Item No: 24590-PTF-MK-PVP-SCB-00002

Corrosion Allowance 24590-PTF-N lD-PVP-0000 I 6

Minimum Design 24590-WTP-DB-ENG-01-001 IP Temperature f"or Metal

Vessel Internal 24590-PTF-M6C-PVP-000 17 A Operating Pressure

Vessel lntemal Design 24590-PTF-M6C-PVP-000l 7 A Pressure

Vessel Operating 24590-PTF-MVC-10-00003 C

Temperature

Vessel Design 24590-PTF-MVC-10-00003 C Temperature

Materials of 24590-PTF-NlD-PVP-0000 1 6 Construction

Scrubber Dry Weight 24590-Q L-POA-MKAS-00002-03-0000 I E

Scrubber Dry CG 24590-QL-POA-MKAS-00002-03-00001 E (Inches X, Y,Z)

Scrubber Operating 24590-QL-POA-MKAS-00002-03-0000\ E Weight

Scrubber Operating CG 24590-QL-POA-MKAS-00002-03-00001 E (Inches X,Y,Z)

Packing Column Dry 24590-QL-PO A-MKAS-00002-03-0000 l E Weight

Packing Column Dry 24590-QL-POA-MKAS-00002-03-00001 E CG (Inches X,Y,Z)

Packing Column 24590-QL-PO A-MKAS-00002-03-00001 E Operating Weight

Packing Column 24590-QL-POA-MKAS-00002-03-00001 E Operating CG (Inches X,Y,Z)

Sump Vessel Dry 24590-QL-POA-MKAS-00002-03-00001 E Weight

(For BNI Use Only)

PVP-SCB-00002 PTF Vessel Vent Caustic Scrubber. (0.04 Inch (0.024 CotTosion 0.004 Erosion)

Basis Of Design. Table 4-4, -20F (Minus 20F Degrees), See Note l

HADCRT Analysis Of PTF PVP System At Various Operating Scenarios, Section 8.2. l ( -35 •· WG converts to -1.3 psig. Use 1.5 psig conservative)

HADCRT Analysis Of PTF PVP System At Various Operating Scenarios, Section 8.2.1(-135" WG fan suction equivalent to -.50psig conservative)

PTF Vessel Cyclic Data Sheet Inputs, Sheet A-5

PTF Vessel Cyclic Data Sheet Inputs, Sheet A-5

PVP-SCB-00002 PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet- Mechanical Data Sheet PTF Vessel Vent Caustic Scrubber

\ 11

Attachment 1: Page 3 of 4 REFERENCES for Data Sheet: 24590-PTF-MKD-PVP-00002, Rev 11 Plant Item No: 24590-PTF-MK-PVP-SCB-00002

Surnp Vessel Dry CG 24590-QL-POA-MKAS-00002-03-0000 I E (Inches X,Y,Z)

Sump Vessel Operating 24590-QL-PO A-MKAS-00002-03-0000 I E Weight

Sump Vessel Operating 24590-QL-PO A-M KAS-00002-03-0000 I E CG (Inches X,Y,Z)

Scrubber Testing 24590-QL-POA-MKAS-00002-03-0000 I. E Weight

Scrnbber Shipping 24590-QL-POA-MKAS-00002-03-0000 I E Weight

Scrubber Orientation 24590-QL-POA-MKAS-00002-03-0000 I E

Support Design 24590-Q~:;,P;? A-M KAS-00002-03-00001 E

Containment z4s9d'.jps-~1voo-Tooo 1. 3 Classification /\ I-<:.._$: 11-+f ({ Design Life 24590-PTF · 3 YD-PVP-00001 I

Dangerous Waste 24590-PTF-3YD-PVP-00001 l

Nozzle Data ( e.g., 24590-QL-PO A-MKAS-00002-02-00012 F Nozzle No, Nozzle 24590-QL-POA-MKAS-00002-02-00020 E Size, Connecting Pipe, Connecting Pipe Sehedu]e (Pipe Wall TI1ickness)

Design Pressure 24590-PTF-MVC-10-00003 C

Operating Pressure 1 24590-PTF-MVC-l 0-00003 C

Operating Pressure 2 24590cPTF-MVC- l 0-00003 C

Operating Temperature 24590-PTF-MVC-10-00003 C

Content Specific 24590-PTF-MVC-l 0-00003 C Grn.vity

Content Level 24590-PTF-MVC-I0.-00003 C

Nozzle Loads 123005 NIA

Nozzle Design Pressure 24590-PTF-M<>X-PVP-00047 0 and Temperature

(For BJ\'J Use Only)

Data Slteel lefechanical Data Sheet PTF Vessel Vc/11 Caustic Scrubber

Data Sl,cct lv/ec!umica/ Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - :Mechanical Data Sheet PTF Vessd Ve/If Caustic Scrubber

Data Sheet ,Wechanica! Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet - Mechanical Dalo Sheet PTF Vessel Vcm Caustic Scrnhbcr

Data Sheet - 11tfeclwnical Data Sheet PTF Vessel Vent Caustic Scrubber

Data Sheet Mechanical Data Sheet PTF Vessel Vem Caustic Scrubber

Pressure V csscl Design And Fabrication, Section l .2.6

System Description For Prelreatmem Vessel Vent Process System. PVP. Section 4.3

System Description For Pretreatmel1t Vessel Vent Process System. PVP. Section 4.3 And Sect.ion 9. l .2

Drawing -PTF Vessel Vent Caustic Scrubber - Colum11 Assembly & Details

Drawing- PTF Vessel Vem Causlic Scrubber• Sump Assembly & Detaif.~·

Load Type PTF Vessel Cyclic Data Sheet Inputs. Sheet A-5

PTF Vessel Cyclic Data Sheet Inpms. Sheet A-5

PTF Vessel Cyclic Daw Sheet lnpllls, Sheet A-5

PTF Vessel Cyclic Data Sheet !11pws, Sheet A-5

PTF Vessel Cyclic Data Sheet Inputs, Sheet A-5

.PTF Vessel C_yclic Data Sheet l11pu1s. Sht.-et A-5

Nozzle Design Loads.for PVP-SCB-00002

MS Line List For P&ID 24590-PTF-M6-PVP-OOOl 700!

Attachment 1: Page 4 of 4 REFERENCES for Data Sheet: 24590-PTF-MKD-PVP-00002, Rev 11 Plaut Item No: 24590-PTF-MK-PVP-SCB-00002

Notes:

(For BNI Use Only)

Note 1: Per discussions between the previous Responsible Engineer (RE) Dennis Rickettson and current Responsible Engineer (RE) Kuldip Singh the "Minimum Design Temperature For Metal of -20F (Minus 20F Degrees)" is most likely based on Hanford Site Climatological Data in 24590-WTP-DB-ENG-01-001, Table 4-4 as follows:

Ambient Air Temperature Minimum -23F (Minus 23F Degrees) and Maximum 113F