ML19339A088

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Criteria for Packaging Transuranic Waste for Receipt at Inel Radwaste Mgt Complex Offsite Generated Waste, Revision 1
ML19339A088
Person / Time
Site: 07000008
Issue date: 08/31/1979
From:
ENERGY, DEPT. OF
To:
Shared Package
ML19339A085 List:
References
IDO-10074, IDO-10074-R1, NUDOCS 8011030024
Download: ML19339A088 (35)
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Text

{{#Wiki_filter:e n D* ]D *]D l' }[ f , o a J\\\\ w j\\1 . 1 J \\ 100-10074, Rev. 1 .m CRITERIA FOR PACKAGING TRANSURANIC WASTE FOR. RECEIPT AT THE IDAHO flATIONAL ENGINEER!i!G LABORATORY RADIOACTIVE WASTE tWlAGEMEi!T COMPLEX 0FFSITE GENERATED WASTE i August 1979 / ~ l{UCLEAR FUEL CYCLE DIVISI0ii IDAHO OPERATIONS OFFICE ~ O e* r - 8011 og 02't x.

9 A I I J 1 i LIST OF EFFECTIVE PAGES The effectivity of each of the pages listed below is shown by its date of issue. A vertical bar ir. the right margin denotes data that have been changed or new requirements that have been added from that previously issued. Editorial changes are not sidelined. Insert changed pages; destroy superseded pages. 3 Revision 1 T i t l e p ag e......................... List of Ef fective P ages.................. Revision,1 Revision 1 ii thru iv 1 t h r u 31......................... Revision 1 4 '[ h .i i / 1 O e + * = = i

CONTENTS 'y

SUMMARY

l

1.0 INTRODUCTION

1 1 I 2.0 CLASSIFICATION OF OFFSITE-GENERATED WASTE.......... 2 3.0 GENERAL CRITERIA....................... 3 4.0 STAN D ARD CONTAIN ER S.................... - 9 s.0 eACxAsINa Ca11ERIA...................... 17 1 i I 6.0 DOCUMENTATION REQUIR ED.................... 21 i j 7.0 TR AN SPOR T AT ION........................ 22 8.0 EXCEPTIONS OR NONSTAND RD SHIPMENT REQUIREMENTS....... 23 i FIGURES ~ 1. 00T Spec 17C steel drum (55-gal)............... 11 / 2. D07 6M p ack ag i ng.................... 12 3. DOT Spec 17H steel drum (30-gal).............,.. 13 4. 00T 7A flush panel plywood box assembly........... 14 5. 00T 7A fiberglass reinforced' flush panel or box asset.bly... 15 6. DOT Sp e c 7 A s t e e l b ox.................... 16 4 ii

5 e. TABLES I. Packaging Criteria for Retrievable Transuranic, low-level Gama Waste (Storag e).................... 18 l II. Packaging Criteria for Retrievable Transuranic, Intermediate Gama Waste ( S.torag e)................ '... 20 EXHIBITS EXHIBIT 1 Form ID-1C4A, "Offsite Radioactive Material Shipment Record".................... 2S EXHIBIT 2 Form 10-135, " Radioactive Waste Form"......... 27 EkHIBIT3 Form 10-137, " Transuranic Waste Container Form".... 29 EXHIBIT 4 Form NRC/ERDA-741, " Nuclear Material Transaction Report". 31 I i / 1 d 0 / 4 'iii a e -n ....m.,-,a r--

SUMMARY

This document delineates the packaging criteria that must be adhered to for storage of transuranic (>10 nCi/g) waste at the Idaho 4 National Engineering Laboratory. The Department of Energy, Idaho Operation Office (DOE-ID) will only accept transuranic waste from an offsite DOE location after a memorandum of agreemant has been executed between DOE-ID and the cognizant 00E field office. Several memoranda of agreements are currently in effect. T,he detailed criteria in these previously approved memoranda of agreements are superseded by the i criteria in this document. l For additional information on these criteria please contact: 9 Radioactive Waste Program Branch Nuclear Fuel Cycle and Waste Management Divi,sion l U.S. Department of Energy _ 550 Second Street Idaho Falls, Idaho 93401 Any deviations by the waste generator from the criteria stated herein must have prior approval of 00E-10. In addition, DOE-ID will notify waste generators of any changes to the criteria prior to implementation. i 0-a ~ 1 i l f iV

1.0 INTRODUCTION

The Department of Energy, Idaho Operations Office (00E-ID) has designated the Radioactive Waste Management Complex (RWMC) at the ' Idaho National Engineering Laborabory (INEL) for interim storage of transuranic waste materials in accordance with the AEC Manual, Chap-ter 0511, Radioactive Waste Management. EGLG Idaho Inc., operates.the RWMC f or DOE,-ID under contract DE-AC07-7610015IO. The implementation of AEC Manual, Chapter 0511, requires that spec ?fic areas within the RWMC be established for each category of transuranic material listed in Section 2.0 of this document. Each waste packa e is placed into its respective area upon initial receipt at the RWMC to meet the interim storage criteria. Some of these waste packages may undergo future procescing at the INEL prior to shipment to meet the federal repository criteria. l The packaging criteria.establishec by this document will permit efficient use of RWMC areas and will ensure that waste packaging meets the 20-year interim storage requirement at the RWMC. Additional re-quirements may 'ce imposed to meet an additional 10-year minimum life requirement of the federal repository when they are established. Efficient utilization of RWMC facilities requires that the size and configuration of the waste packages be standardized to the extent practical. Items contaminated with transuranic materials should be reduced to a size that will permit shipment in the containers listed in Sec-tion 4.0. Special authorization must be obtained prior to shipment of waste that does not meet the criteria stated herein. ~ The criteria for. waste packaging contained in this document are based upon the current practices to the maximum extent possible. Studies are being conducted to help verify that the packaging criteria are adcquate for handling and future processing. Changes 'in packaging criteria will be issued as changed pages or supplements to this document. 1 o-o

DOE-ID will consider requests from new DOE.;aste generators (those not covered by a current memorandum of understanding with DOE-ID) to ship transuranic waste to INEL on a case-by-case basis. In order for DOE-ID to accept transuranic waste from a new waste genera-tor, the Manager or the cognizant DOE field office must submit a written request to the Manager, DOE-ID. The request must provide the foll owi'ng _ information: (a) description of the waste, (b) description i of the packajes, (c) an estimate of the number of waste packages and the tentative schedule for delivery, (d) justification for shipping the waste to IriEL and a cost / benefit analysis if appropriate, and (e) method of shipment. If the packages are different from those authorized in Section 4.0 of this document, a detailed safety analysis on the packages must also be provided to DOE-ID for review. DOE-ID will evaluate the request and safety analysis and respond within 90 days if no additional data are required. If DOE-ID is agreeable to accepting the waste from a new DOE waste generator, a m'emorandum of unJerstanding between DOE-ID and the cognizant field office will be issued. Criteria are presented in conventional units b.ecause the fed-erally standardized containers referred to are described in conven-q tional units. An update of the criteria to metric units will be made l when the container drawing dimensions are converted to metric units. / 4 I i l i og 2

2.0 CLASSIFICATION OF OFFSITE-GENERATED WASTE Two general classes of offsite-generated transuranic waste are acceptable for receipt at the INEL. These wastes are as fol;ous: (1) Retrievable. transuranic, low-level gamna waste (storage) - This waste contains transuranic elements in concentrations greater than 10 nanocuries per gram (nCi/g) of waste. Radiation readings are less than 200 mrem /h at' the package surface. (2) Retrievable transuranic, intermediate-level gamaa waste (storage) - This waste is contaminated with transuranic elements in excess of 10 nCi/g of waste and less than 100 g of transuranics per 30-gal package. Radiation readings are greater than 200 mrem /h but less than 30 rem /h at the pack-age surface. / e f 3 j.i

o 3.0 GENERAL CRITERIA Shipment of radioactive waste generated offsite must contain transuranic material as defined in Section 2.0. Beta-gamma waste will not be accepted at the INEL RWMC. All news releases pertaining to shipment.or receipt of offsite wastes must have the prior approval of DOE-ID. To allow appropriate planning for future waste shipments, fore-casts of waste volume per waste classification and approximate number and types of waste packages shall be provided to DOE-ID and WMP In'for, mation and Coordination Project EGLG Idaho, Inc., WM0-601. Forecasts are to be prepared for a 3-year period, divided into 6-month incre-ments, i.e., July 1 thru December 31, January 1 thru June 30. These forecasts shall be upgraded annually and are due to _ DOE-ID on cr be-fore November 15. The Waste Management Program (UMP) uses these fore-casts to evaluate waste reduction performance and to project manpower, equipment, and storage area ~ requirements. The waste generator shall have budgetary responsibility for all costs r.ecessary to deliver waste shipments to the INEL R!!"C. Normal waste handling and storage activities at INEL are not charged to the waste generator. / The following criteria apply to all transuranic waste shipped to INEL: (1) f1aterials prohibited from receipt for storage at the RRMC are: (a) Vessels pressurized greater than 1 atmosphere (b) Vessels containing radioactive gaseous waste (c) Pyrophoric material having dimensions less than a 0.25 in. cube (i.e., pyrophoric chips, turnings, and particles) 1 4 j

m. s (d) Liquid' metals (e) Acidic waste less than 4 pH or caustic waste greater than 11 pH (f) Elemental alkaline metals ( g') Explosives ~ (h) Fuel assemblies and first stage raffinates from fuel processing facilities (i) Other r.eactive materials that could cause a fire, ex-plosion, or pressure buildup in the waste packages. (2) Free liquids, meanino any liquids which are not immobilized or absorbed, are prohibited from receipt at the RWMC in any transuranic waste ~ as defined by AEC Manual, Chapter 0511. (3) The waste generator must load the containers to ensure that the interior volume is efficiently and compactly loaded with radioactive material. Such high density loading will reduce the number of radioactive shipments by the waste generators and enhance soace utilization at the RWMC. (4) All organic material must be prepared for disposal by dehy-dration or by the addition of sufficient preservativ,es and desiccants to prevent bacterial action, signific. ant gas buildup, or the formation of free liquids prior to shipment. (5) Radi~ active gases must be chemically reduced or oxidized or o absorbed in charcoal to prepare them for storage. (6) Materials that could lead to snontaneous combustion (strong i oxidants in combination with sciidified oil, greases, 3 .A .m

solvents, or other materials) shall not be combined in a waste package. (7) Waste shipments shall be accompanied with the documents identified in Section 6.0. (8) Waste generators with accountable nuclear materials for shipment to the RWMC shall contact EGLG Safeguards and Security Branch et 526-2372 (FTS 583-2372) to ensure that the proper documents are completed prior to shipment. (9) Radiation levels defined in this criteria shall be verified with a calibrated, 2-1/2 in, minimum diameter, ion chamber radiation survey instrument. ~ (10) Combustible and noncombustible waste shali be segregated and packaged separately. Waste packages loaded witi, combustible waste shal.1 be marked with a bright green, 4-in., equila-teral triangle painted on or adhered to the package. Each drum shall be labeled at three places around the sides; boxes.shall be labeled on each of the four sides to be plainly. visible to forklif t cperators during handling. (11) The exterier of all packages must be reasonable free of dirt, moisture, rust, and removable surface contamination. Surface contamination on each package shall be less than 2 2 2200 dpm/100 cn beta-g =1a and less than 220 dpm/100 cm alpha. The costs associated with the correction of rust problems, decontamination, or cleaning of waste packages prior to storage may be billed to the waste generator. (12) The waske generator shall package all waste to minimize gas buildup. The amount of activity en hydrogenous materials must be restricted to less than 4 x 105 nCi of alpha activity per gram of waste, provided the total activity in a 6 m

e t 55-gal waste package does not exceed 14.6 Ci. This quantity corresponds to about 200 g of weapons grade Pu, or 1 g of 238 heat source grade Pu in a 55-gal waste package (200 g fissionable material limit). The maximum curie limit for containers of different sizes is considered to be directly _ proportional to the fissionable material limit. The total activity permitted in a 30-gal waste package (100 g fission-ab'le material limit) would be 7.3 Ci. (13) Waste package specifications and other waste handling changes that may affect 20-year storage integrity must have. approval of DOE-ID prior to implementation. ] (14) Each waste package shipped to the RWMC iall be labeled as follows: Packages for retrievably stnred waste _ shall have an identification number affixed in such a manner as to be intact and legible after a 20-year storage pariod. The identification number is to be placed near the top of the package and be clearly visible. The identification number must correspcnd to that listed on Form ID-137, defined in Section 6.0 and Exhibit 3. The security seal number and identiii ation number may be the same, provided the criteria of each are met. Tne only other markings required on the waste package are that required by the Department of Trans-portation (DOT) for the shipment of the waste package (i.e., gross weight, package type, radioactive material label, name of radioactive material, etc.). The only information per-mitted on the waste package is that required to describe the container and its waste contents as described herein. (15) Transuranic waste shall be segregated from nontransuranic waste and packaged for retrievable storage in 20-year-integrity containers in accordance with AEC Chapter 0511, 4 4 7

i (16) The radioactive thermal decay energy must not exceed 10 W per package. . (17)- Fissionable material gram limits stated in Tables I and II' are based on criticality limits at the RWMC. These gram limits do not pertain to packages containing only irradiated natural or depleted uranium waste which are criticality safe in 'any configuratica. Fissionable material is defined in 4 ERDA Manual, Chapter 0530. i O 1 / 1 e 6 e f 8 e

l l 1 4.0 STAriDARD C0tlTAlflERS Standardized containers are used at the IriEL RWMC. These con-tainers are designed to provide safety, integrity, and improved use of space at the RWMC. The following containers are approved by 00T and 00E-ID for use at the IfiEL. DOE-ID will provide the procurement spec-ificat. ions, noted below, upon request. Containers must be painted as specified in.the procurement specifications. Drum procurement speci-fications include the head gasket procurement requirements. l (1) The DOT 17C 55-gal drum, per procurement specification ES 50365, is a standard steel drum constructed of 16-gauge materials with a removable head (Figure 1). Drum head gas-ket is per procurement specification ES 50348. (2) The DOT 6M packaging consists of a DOT 17C 55-gal drum with fiberboard centering media and a DOT specification 2R inner containment vessei (Figure 2). DOT 6M packaging is accept-able at the ItiEL for storage only when the drums have no mechanism for ventir g. This requires the waste generator to acin approval for modification to the D0T 6M packaging which may be obtained when the 6M package is shipped inside another DOT-approved transport device. / The D3T 2R, or equivalent, containment vessel must be made of stainless steel, malleable iron, brass, or other material having equivalent physical strength. The vessel sha.ll be less than 25-3/4 in, overall length and have a maximum out-side vessel diameter of 5 in.a Ends of the vessel must be fitted with a closure or f.langes made of welded or brazed plat 6'. The new waste generator must submit the detcils of the 6M packaging, including the 2R containment vessel to DOE-ID and EGLG WMP-0 for information prior to usage. a. 5-in, schedule 40 pipe has been approved for Bettis Atomic Power Laboratory shipment. 9 )

(3) The 00T 17H 30-gal drum, per procurencat specification ~ ES 50421, is a standard steel drum constructed of 18-gauge material with a removable head (Figure 3). Drum head gasket is per-procurement specification ES 50442. l (4) The 00T 7A wooden box, per:procuremdat specification ES 50424 is a flush-panel plywood box with internal stiffe. j ner's(Figure 4). Packaging of TRU waste per Sectica 5.0, Table II, requires the box to be coated with 1/8-in. fiber-glass per procuremant specification ES 50376, as shown in 1 Figure 5. (5) The DOT 7A steel box, per procurement specification ES 50393, is a 50-3/8 x 58-3/8 x 72-3/8 in. rectangular steel box used for shipment of waste'in non-DOT-approved containers or as an overpack in the shipment ' f DOT-approved o centainers (Figure 6). When' used as an overpa:k, it will ' hold eight 17C 5,5-gal drums in two layers of four drums ] cach, or twelve 17H 30-gal drums in two layers of six ' drums each. This box does not require a security seal when it is used as an overpack provided each of the DOT-approved inner pcckages contain a security seal. 4 -(6) Refer'tlo Section 8.0 for the use of containers that do not meet tne above criteria. 1 i 10 -s

f g% M e M. J3. }.k uto om A 3" Soit ring (12 gauge) Bolt (5/8 in.) [j,, ' 3 Head and gasket d v Rolling hoop (3 required) V ) Body and head sheet s nside eigPt J1 2 1 u 22-1/2 in. ID F'g. 1 D0T Spec 17C steel drun (55-gal). 11

e a mo n r-q- J_w o Ju Juu$..fru:2 s er m 0' 9 2 uge) Belt (5/8 in.) P Head and gaskets-l l 1 Vent holes e (minimum of 4 required l Scrid industrial cane ( 12 cm (0.5 in.] ciametery. fiberbcards, hardwcod%_ see section 4.0 for venting or plywood k A limitations N: Spec 2R y 'or equivalent I h ( Reguired for ;:ackages 'or eq ' va en hav,ng authcri:cd grcss i l weight in excess cf 219 l kg (4SO Ib) as scec:fied I i in CFR-49 5176.104 m i N. INEL.A-10 237 Fig. 2 00T Sped 61 packaging. s 1 12 .~.

i Bolt ring (12 gauge) l l l l Bolt (5/8 in.) I / f y Head and gasket B ,. g od and head shect [ h \\ j 28 in. usable inside height a f l i V i i 18 in. ID Fig. 3

  • DOT Spec 17H steel drum (30-gal).

13

-{ g Nonslip surface. ".'."'..S Mark per note 4 see note 3 s. i,,a. . i,,... e' '. -- 10 & 20 penny nniis v....s.r.c.a . u u e vjean,s n=ca. 2 places F..'? - mi-4 -.4.e .e..ia .c i.,,.,,,,.- .,a a N r see note 3 N a. .vc N'- Tape 2 in. wide i.-....., l// Construction adhesive. a,.. i.... i.. co.su..o .ai ..._....e.e.......,..,*s.i. r/ see notc 3 l /f ...,..... 3 a...enee..e,,. cs,o m I ///f/f/ff N L

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ytg 3 in, max. see notc 3 0 9 N*, -y s ,.n a ,.....,..a.:.. .p.en tu. g a .......,.2........ 3 N i . :.. 3 a.a .g e.w a.:.is i s..v. p ci t... c N si.... n..... , i 4 i.. i. ;. 4g .,, g p gg9 i 1 (ES 5037G) M s., s. 1 e. w. 24..... e...c. ..c.r.o oaao g N g ,s ..vc i... ea g e j Flush panel box o. 9 ES 50424 b d) ...,.,,,e. V g s F berboard liner 7g

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2e M Radioactive material diamond PVC liner 9 label. 2 places on opposite t's fg,g %N, try, %. ES 50420 g sides of box l = hg\\ Dry waste in individual / polyethylene bags g,t> N=,..__ _ i n .y0.051 fiberboard liner & lid cW---- B 1 i Typical box sect,on fa Q(,a((L i ) l -Scaled 0.008 PVC liner s Scale: none W.. F \\ -3/4 in. exterior grade plywood (' [p INEL.A-10 247 ) p1/8 in. fiberglass w/flarne retardant resin Fig. 5 DOT 7A fiberglass reinforced flush panel box assembly.

e om ? f3 e J\\\\ e M JJ. A tru m 53-3/8in. = 5/16 in. hex O head screw / (8 required) c. /_ 50-316 in. .C 1 A . NkEhdu' e .dd L s~ \\ i 3 Gin bcdy 72-3/8 in. Weather s: ripping, [ (7/16 in. thick X 1 in. wide) Brace 2-in. angle iren Lif ting strap. 3/4 in. diarnctar n f \\ '*5 Bin cover and body. 12 gauge steel INEL-A 10 232 Fig. 6 00T Spec 7A steel box. 1 16

~* f t 5.0 PACKAGING CRITERIA Tables I and II provide specific packaging criteria for each of i l the two general classifications of waste described in Section 2.0. j These criteria along with the associated general criteria given in Section -3,0 provide the requirements for. acceptable packaging on which i waste cill be accepted at the INEL. Preplanning the loading of each package is essential not only for reduction of waste shipments to INEL but also for proper use of the space required for. storage. The storage space at the INEL is limited; consequently, volume reduction at the waste generators' facilities ] must receive increased emphasis. l Each waste padkage shall be prepared for shipment so as to mini- { mize damage during transit. Minor damage incurred during transit, not attributable to poor packaging, will be repaired at the INEL without charge to the WLste generator. Damage caused by waste generator or carrier negligence may be backcharged to the waste generator. .t i / i k' i i i 1 ~ b i 17- .. ~

i TABLE I APPLICABLE TO WASTE CLASS la l RETRIEVABLE TRANSURANIC, LOW-LEVEL GAMMA WASTE (STORAGE) l Characteristics DOT 17C 55-gal Drum DOT 6M Packaging D0T 7A steel Box 00T 7A Fiberglassed Boxb Gross weight 800 lb/ drum 640 lb/ drum 3200 lb/ box 10,000 lb/ box limit Dimension lintit 55-gal drum 55-gal drum 50-3/8 x 58-3/8 x 4x4x7ft 72-3/8 in. 2 x 4 x 7 ft L Radiation at <200 mrem /h <200 mrem /h <200 mrem /h <200 mrem /h f surface 2330 or Pu 177 g/m3 of waste Fissionable < 200 g/ drum <500 g/ drum <60 g f 5 material <100 g,2350 volumet ': average and j content 350 g/ box maximum Transuranic & >10 nCi/g >10 nCi/g >10 nCi/g >10 nCi/g 233U content Liner 90-mil rigid poly DDT 2R inside Rigid inner Fiberboard liner and linerc containment containers (s)e continuous 8-mil poly j vesseld film, as a minimum, scaled with tape Security seal Yesf N Yesf Yes9 Seal provided in fiberglassing i Seal provided in h Watertighth Watertight Lid gasket Watertight fiberglassing i L.

_ TABLE I (continued) ll ~ l II e Special Instructions: a. See Section 2.0. l 1 b. Refer to Figure 4 for requirements on placement of liners, and final fiberglassing of the wooden container. The rigid poly liner used, per procurement specification ES 50357, shall be used inside the c. 00T 17C drum and shall be scaled with an adhesive, per procurement specification ES 50359, or equal. d. See Standard Container (Section 4.0) for the special approvals required prior to using the 6M packaging criteria. Non-D0T approved container (s) (i.e., wooden boxes, 55-gal drums, metal cans etc.) used inside the c. DDT 7A steel box shall be constructed of materials sufficiently rigid to preserve the integrity of the loaded package under normal handling and shall be sealed. before placement in DOT 7A box to provide double containment. Wastes shall'be suitably packaged f. Each drum shall be sealed by the shipper with a numbered seal so to preclude removal of. the lid without destroying the seal. Scaling methods include spot welding a numbered stainless steel strap across the tight end closure or placing a numbered, padlock-type, stainless steel / plastic seal through a hole in the bolt of the closure within 1/2 in, of the tightened closer lug. Closure ring bolts shall be torqued a minimum of 40 f t-lb prior to sealing. Each steel box shall be sealed with a numbered seal in such a manner as to preclude removal of the g. lid without destroying the seal provided each inner package is not scaled per Hote f. Acceptable sealing methods include: (1) spnt welding two straps from box to lid on opposite sides of the box (placing a numbered seal around one welded strap) and, (2) placing a numbered, padlock-type, stainless steel wire and plastic seal through a hole in the head of each of two bolts adjacent to the lifting ears and around one side of each lifting assembly. h. The lid gasket shall be coated with permatex #2 nonhardening adhesive, or equivalent, applied to seal areas at final closure. i. The lid to the DOT-7A steel box shall contain weather stripping 7/16 in. thick.1 in, wide.

l TABLE II APPLICABLE TO WASTE CLASS 2a l RETRIEVABLE TRA:ISURANIC, INTERMEDIATE-LEVEL GA'4MA WASTE (STORAGE) NOTE: Waste in this category shall be packaged and labeled to meet the proposed federal repository criteria. The following cri-teria are provided for guidance as minimum requirements. Characteristic 00T 17H 30-Gal Drum Gross weight. limit 200 lb/ drum Dimensien limit 30 gal drum Radiation at surface >200 mrea/h to <30 rem /h (upper limit based on free air transfer at INEL) Fissionable material content <100 g Transuranic L 233U content 210 nCi/g Inner container Watertight sealed metal, 26 gauge min wall thickness or polyethylene con-tainers 0.150 in. min thickness en-closed in a sealed 0.020-in.-thick PVC sleeve Liner Puncture proof liner, 0.100 in. min wall blow molded polyethylene liner with 1/16-in.-thick, min plain disc coverb enclosed in a sealed 0.020-in.-thick scaled PVC sleeve. Security seal (c) Drum head gasket (d) a. See Scction 2.0. b. Puncture-proof liner obtainable frca Container Corporation'of America, Plastics Division, 30-gal CK Tank #1829. c. Each drum shall be sealed by shipper with a numbered seal to preclude removal of head without destroying seal. Sealing methods include spot welding a numbered stainless steel strap across the tight end closure o.r p10cing a nudered, padlock-type, stainless steel / plastic seal through a hole in bolt of closure within 1/2 in, of tightened closure lug. Closure ring bolts shall be torqued a min of 40 ft-lb before sealing. d. Drum head gasket shall be coated with Permatex #2 nonhardening l adhesive, or equal, applied to the seci areas at final closure. 20

'p o -- 6.0 DOCUMEtiTATI0il REQ'JIRED A bill of lading or Form ID-109-A, (Exhibit 1) is required for each shipment. The original and one copy of a completed Form 10-135, (Exhib't 2) and Form 10-137, (Exhibit 3) shall accoapany each shipment. The data required by Form 10-137 may be furnished by alternate methods (ccm-puter tapes) if approved by DOE-ID and EG&G WMP-0. These dccuments should be addressed to: Manager Waste Management Program Operations Project E3LG Idaho, Inc. P.O. Box 15?S Idaho Falls, Idaho 83401 When. accountable source and special nuclear material is involved, 00E Form 741, (Exhibit 4) shall be executed and forwarded to EGLG Safeguards and Security Branch on the day of the shipment or on the first working day after the shipment, should it occur on a nonworking day. /- W G 21 p==-

7.0 TRRISPORTATION Each waste generato' shall be responsible for compliance with all pertinent DOE and DOT shipping regulations. Shipments can be received at INEL by either rail or truck. Criticality control of the shipment shall be the waste generator's responsibility. Shipmen't' of drums by rail shall be by series 600 ATMX railcars, with cargo carriers to expedite unicading. Series 500 ATMX railcars may be used only af ter authorization by 00E-ID. Mound Laboratory is authorized to continue shipment of drums in the series S00 ATMX railcar. Shipment of fiberglass-coated boxes may be made by either series 500 or series 600 ATMX railcars. Scheduling and notification of shipments shall be coordinated between EGLG Traffic Depar,tment and the shipper's traffic department. / e 22

~ l a i 8.0 EXCEPTIONS OR fl0f1 STANDARD SHIPMENT REQUIREMErlTS DOE-ID must approve all exceptions to the criteria specified in' this document prior to shipment. A safety analysis will be required for exceptions that increase the fissile loading, affect the container 20-year integrity, or cause any other significant areas of noncompliance. The waste generator shall, as a minimum, include the following information with his requests for shipment of radioactive waste: (1) Drawings of waste packages, if different from the standard packages described by this document, and a description of the number of containment systems. All containers must have sufficient structural integrity to withstand a uniformly distributed load of 750 psf which is required to support other waste packagas and earth cover without crushing during ' the stacking and covering operations. In addition, the waste pa'ckage must be suitable for handling with a mechani-cal unit, such as a-forklift (2) 00T specification number, t'RC certificate of compliance number or, DOE certification of compliante number of the shipping configuration (3) Definition of how package teets 20-year life requirement (4) Method of sealing the package which will be destroyed if removed and will provide evidence that the package has not been opened ~ (5) Types and kind of waste to be shipped (6) Estimate of radiation level at package surface and at 3 f t from package and confirmation that loose contamination will not exceed the criteria stated in Section 3.0 l 23 t-

i. (7) Types and quantities of toxic materials (other than radio-active) as defined in " Dangerous.Prcperties for Industrial Material," Library of Congress catalog 74-17275 (8) If unstable ma*erials are to be incleded in the waste ship-ments, the specific method that must be used to make the material inert shall be included sr ' (9) Estimated transuranic content, in nanocuries per gram, based on total activity and weight of waste package as defined in AEC Manual 0511 (10) Quantity in grams, cf fissionable material to be shipped - fissionable material is defined in ERDA Manual, l Chapter 0530 l (11) Criticality assessment of the waste package (s) which as,sumes - full water moceration, and an infinite array and worse case 3 loading if the waste package exceeds 177 g/m volumetric average or a maximum of 350 g/ waste package 1 (12) Weight of the system (s) being shipped for disposal (13) Method of tiedown on carrier l i l (14) Recomended method of handling at the RWMC t (15) Limitations or special handling requirements of the' waste package (16) - Turnaround time or time until transport equipment'must be released (17) Estimated number and frequency of shipments (18) Name, address, and telephone nu:6er of key waste generator personnel that will be associated with the waste shipments. I i 24 Q_ ...-=.=m

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e e O irnf zuCT!Ga5 e .a w 6a nt LAL :s siss 4Tical-all ertseas et teae ee =d eae...s e t o t he Treaewraa es Steeste Ana f?:A) et see tiene Seeeseen letieeerens..earecer, (!*tLJ e.st.t alsee an se fore to report apes tfie data sa eeen indie ndwet weete s aat e ncer. $Ftt LF CC (e5TesCTIC96; e. un t y eae est e, per mas saat es space se attowed, s. Du nat see = pre saan tse ea tes t es e sac es en t=e f are. e. Lat e eat e res va too f ore e.st se ;egisle 44s suet se priaees. ?% e letter *0* small be printed "J" t o dif fe rest sste et f r ee (me awreer sere, d. The we s tiaal and see sery of tias f are shalt te sesens ted wash the snipem *.s pasers. STCTICa 0 CLat RAL tutit;CTICaS Th ee sect ion e.es alween te seesiet ed. The slyneeen sc al des staat sen for sne Cent reeter, flent and Fac al a t e reguarea an Calwane 6 S see 4 snall te estaalsenes av sae Operat son. Citises. f act Cf f se enett seawee saat there are no e.ptiest seas of ees ts*st teas vtt9 te ic e j=riediet tee. C:tVw4: 2 alsmatit a at des atses see far st e Cperet tees Of fice. Coe Office desissatisas se s he'wn te t ow* Albwevers ee Cperat ione Of f ace A Can B adge Cserat ions Cf fic e 0 See Fe**c tose Greras tees Of f ste 3 Fattelwegi havet see:ters Offtee F Chacate Operas sens cif ue C tachtend Cpe rst aens O f fice I headg a rt e rs - re rsantewn 6 f avannes tiver CPerat iers Cf f ace iss9e C peret iene of f tee t Space mes te er S.st ees Cf f ace O Crand J ncties Cperas sens Cf fiee J .chenectady Naval Reesters of f ste Y hevade operes soaa Of f ace L 3 Alphabet iest desir*at iea far the Are Of fice. Coe of fice desigsat tens se snown betew: Amers!!s a kat t aeeter g N Pete Alte 0 Pat sfic Area Bertiesten 9 tease 1 Fine tis s P Sweeert U C tne sseat i C J Pue rt s t ic e O Clevelace ? betten a tanees City f Sec reee nt e 1 W asd ea r W West Matten t Lee Alamos L fa se p tr.g por t S laadas 1 Asesy Flats T f es t s auwt h M Pratsewrgs T fasusan T Canega Para C nevase W The alpasbat ac al aes t g at tse el the Cantreetere. Laboratar ttes. Un seers 6t tes aae ather Cove rteent ergenisatsens esteh ea sp.estes to the Idare Treaawranae Storage Area. 5 The alphabet test designat tee of the esia plent. n ac h ae Chessest Process ang float, etc. 4 The alphabet teal de s t gsat ase of tne f ac slit Lee wich te the sa sa plaat. such as saltinat ise Faeality, etc. -__4, CICT:C1 1 CENf RAL 155!1;CT:C45; 7his sut ion evet etwave te cessleted fer every weste container s% spred to the !Jahe naciens t f as treer sa g Lasarate?r (!nTL) COLV%%: 7-12 aate was te cent siner pacaste was seales. (M**;fY. e. g., C4 *17 3 ) 13-:t best e ;cet a sser tient af at et ten M neer. (fer nal n.aser, reve r to he repe at ed. ) 22-27 easse Coat oirer Seat womoer. 28 Clees of vastes l) Lew Spett fic A:t teste (LSA). gre at er teen 10 sanocuries but* eeter tae L!4 lees t%es 1C3 naneceries af t rarecranse m.c;. des er gram of wette; ; (DLSA); 3) tace rsedas:e-Level Caeca Tra9suransa Storage Ta:s;4tr.

9 Categsry of Fresomanant. ente 10 Osspect able; 1 Nca-s:erec t as ia.

p 30 Type of Waste: 1) Ceeeust able; 2) Nca-c ema us t abl e. (See 17* As C511 !st de finit ion. ) 31 Type of Coct aicer: 1) Orva; 2) Sea; 3) $recial; 4) $in. 3:*31 vet wee of was te cont aine r (rigst aJjvet succe s s ). 34 Unit s of Cent ainer Eises (*Callens; F*Cuent Feet ; M*Cusic net ers ; L*Litere. 37-60 Caat ainer Csees ken ght (rig %t ad just numbe rs ). &L Unite of Centainer Crees nesgat: P*Fawnde; C* Crees ; T*fsne : la tile g ras e. 41 -4A Vsete Coateat e Cade. The nweerical des tenation weats aescribee cae type of waste. Eacn centractas abell es t eht seh M ae own Code and prow tre a "ap'. ei at (acd azeietrata) t o DCE*13. &l*4s Cent a sae r Radiat ten Dat a. 8epest radiet tom welve at sur f ace is er/br escept ILTsr r/hr. 69-32 Gaat s iae r ted e st ies Dat a. Report endiec ien wet.e at 3-feet is ar/hr eacept IL!1F e/hr. 53 58 soclide Coate*t.

  • ajor raz ion.c t ide ; U2 33. F;*24. et c.

(left .4 vet). 54-48 5.clade Coateat. Ana.et of ea jor red seevel ste in arsee. to the cesseet testk. 62 e4 nac t ie. Coat e,t. see.ae.ry r.d iea.4 t ide, t:33, tv:3s. etc. tief t ad j.. t ). t !. F1 hwe t ade sent ent. Amowat of secondary raa tanut tide in grase. Pt ef t f% s pes at Memce r (361% of lad tog s.eee r se spec tal de s igmat ion). et-a0 $* se*e at

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  • =2 l l w-.

=- ows wa 5 3, w 3= e g*~ $A 133 i i l 1 G =, g l g ; 0,,, So a. a I z - 4 o -g .=.t. 2 a ? a Ma d E e I s e S a >= u I 3' O I-g g p 3, 2 I 4 a o h 4

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