ML20235Z350
| ML20235Z350 | |
| Person / Time | |
|---|---|
| Site: | Ohio State University |
| Issue date: | 03/14/1988 |
| From: | OHIO STATE UNIV., COLUMBUS, OH |
| To: | |
| Shared Package | |
| ML20235Z339 | List: |
| References | |
| AP-14, NUDOCS 8903150351 | |
| Download: ML20235Z350 (4) | |
Text
{{#Wiki_filter:.. . _ - _ _ _ _ _ . o s; e> NRL OPERATING PROCEDURES u:>vm rulifivailuu p=mmrauve rrcx, cum u-a Requests ( I. SCOPE: This instruction is to be utilized whenever a physical change is proposed (10 CFR 50.59 (a) (1) and (2)) to the Reactor Facility. Proposed changes include but are not limited to the following:
- 1. Control room instrumentation
- 2. Reactor pool or process system
- 3. Experimental facilities
- 4. Radiation Monitoring
- 5. Building Modifications
- 6. Core and Control Rods II. DISCUSSION:
_This procedure is designed to assure review and approval of significant changes to the OSURR. Before a modification is begun, the proposed change shall be evaluated to determine its impact on our R-75 License including the Emergenc / and Security Plans, Technical Specifications, or its result in an unreviewed safety question. If necessary, in accordance with 10CFR50.59, NRC approval will be obtained prior to the modification. If the change is to a facility or procedure described in the SAR, it may only require NRC notification in an annual report. (The Associate Director of the Nuclear Reactor Iaboratory will determine and submit this report as required.) ROC approval will be required to l assure agreenent with the judgment of the NRI staff review. A change package including any modified procedures and drawings should be subnitted with the OSURR Modification Request - where appropriate. III m utu1CES: A. License R-75 and Technical Specification B. Safety Analysis Report, September 1987 and HSR, 1965. C. Emergency Preparedness Plan November 1982 D. Physical Security Plan, May 1980 Revised March 1987 E. 10 CFR 50.59 IV. PRECAUTIONS: Before beginning any facility modification complete the form for l review and appropriate approval. l 8903150351 890307 FDR ADOCK 05000150 P PDC Revised By/Date Approved By/Date Revision No. Procedure No. RDM 3/9/88_ h/JR 3[/ f_ Rev. 1 AP-14 Pagebof _.2 f t
1 p L.e 3 l V. PROCEDURES: l I l
- A. The person initiating the OSURR Modification Request shall l cmplete Attachment 'A parts A, B, and C.
- 1. Part A shall provide a brief title of the supused g modification.
- 2. The Safety Evaluation, Part B, shall include a brief g abstract of the proposed change and information I i
necessary to decide if the proposed change impacts the safe operation of the OSURR.
- 3. Sign and date the Request (Part.C) and forward to an SRO for review. .
B. The reviewer (SRO) shall complete parts D and E.
- 1. The reviewer shall emplete evaluations in Part D and l f list reason (s) for his/her decision. In all cases, they shall present a summary to the ROC for l' final approval and verification.
- 2. The reviewer shall sign and date the form in part E, alongl with any comments they may wish to make.
VI. ATTACHMENTS:
~A. OSdRRModificationRequest B. 10 CFR 50.59
, wvhu Mocaracat2cn 2 Iequests Re g ,nyo. PrggedgJg No. 2 Page_of___
OSURR MODIFICATION REQUEST l .. A. Descriptive Title of Modification: ( B. Safety Evaluation: C. Subnitted by Signature Date D. Evaluation
- 1. License or Tech Spec change required - including Emergency and
. Security Plans. (NRC approval required if yes)
YES NO
- 2. Will modification result in unreviewed safety question per 10 CFR 50.597 (NRC approval required if yes)
.YES NO
- 3. Will modification result in change in facility or procedure as described in SAR? (NRC notification required - Annual Report if yes) YES NO
- 4. ROC approval required?
YES NO
- 5. a. Procedure changes required as a result of modification.
YES NO Nur::ber(s) changed:
- b. Completed? YES NO
- 6. a. New Drawings or changes required? YES NO Drawing (s) changed or :reated:
- b. Ccmpleted? YES NO ,
I E. Reviewed by Signature Date Modifications completed and tested to original specifications and/or revisions to them as approved by the ROC. ( Signature Date
.k & O, ,
k
~
f 50.59 ' Changes, tests and experiments. .(( . (a)(1) The holder of a license au-thorizing operation of a production or utilization facility may (t) make a as may be speedEt in the license, a .
. , changes in the facility as desc:ibed in
- report containing a brief description
- the safety analysis report, (11) make 2 of such changes, tests, and experi-
! changes in the procedures as described g ments, including a surnmary of the in the safety analysis report, and (iii) -
- conduct tests or experiments not de-1 safety evaluation of each.
I scribed in the safety analysis report. -submitted by' a licensee p a t without prior Commission approval, this paragraph will be made a part of unless the proposed change. test or ex' the public record of the licensing pro-periment involves a change in the technical specifications incorporated g ceeding. In addition to a signed origi-in the license or an unreviewed safety - nal, 39 copies of each report of
, question. [ changes in a facility of the type de-
,, scribed in 150.21(b) or i 50.22 or a
_ (2) A proposed change. test. or ex. .
" testing facility, and 12 copies of each periment shall be deemed to involve report of changes in any other facility, an unreviewed safety question (1) C shall be filed.
-, ~
the probability of occurrence or the The records of changes - consequences of an accident or mal
- g 2 in the facility shall be maintained
; function of equipment important to si until the date of termination of the 11-safety previously evaluated in the cense. and records of changes in proce-a safety analysis report may be in. r dures and records of tests and experi-
, , creased; or (11) if a possibility for an I ments shall be maintained for a period
- accident or malfunction of a different - e type than any evaluated previously in 1.of m.e years.
the safety analysis report may be cre- _ ated; or (!!!) if the margin of safety as (c) The holder of a license author-defined in the basis for any technical izing operation of a production or uti-specification is reduced.
- lization facility who desires (1) a g change in technical specifications or (b) The licensee shall maintain rec- $ (2) to make a change in the facility or ords of changes in the facility and of I the procedures described in the safety changes in procedures made pursuant c analysis report or to conduct tests or to this section, to t!!e extent that such l experiments not described in the changes constitute changes in the fa- ' safety analysis report, which involve
, cility as described in the safety analy- an unreviewed safety question or a
= sis report or constitute changes in pro- change in technical specifications, y cedures as described in the safety shall submit an application for amend-e analysis report. The licensee shall also ment of his license pursuant to i 50.90.
S maintain records of tests and experi- -
. E ments carried out pursuant to para-graph (a) of this section. These ree-ords shall include a written. safety evaluation which provides the bases for the determination that the change, test or experiment does not involve an unreviewed safety question.
r- . The 11-
$ censee shall furnish to the appropriate g NRC Regional Office shown in Appen-
- dix D of Part 20 of this chapter with a
[ copy to the Director of Inspection and Enforcement. U.S. Nuclear Regulatory
- Commission. Washington. D.C. 20555 I annually or at such shorter intervals March 31,1986 t
a . 4 e q; s ROUTINE SHIPMENT OF RADIATION SAFETY RS-11 RADIOACTIVE MATERIAL I. SCOPE: This procedure applies to shipnents of radioactive material sent or received by the NRL. The scope of this procedure includes receipt of all radioactive materials, ahd the routine shipnent of type A and limited quantity exclusive use packages to be transported in a closed transport vehicle. It does not in:1ude packages: 1
- 1. Containing fissile material
- 2. with significant surface contamination
- 3. to be exported out of the United States, or
- 4. to be transported by air, rail, vessel, or postal service.
II. DISCUSSION: Present regulations use A,, values as quantity . limitations for radionuclides shipnent witfiin the scope of this procedure. The A2 ( value for a nuclide represents the maximum activity of that
\ nuclide that may be transported in a type A package. Type A containers are made and certified outside of the NRL. Presently, these containers are obtained from the OSU Nuclear Pharmacy Department.
Limited quantity values are related to A2 values and represent activity limitations for nuclides to be shipped in sub type A standard
" strong, tight packages". There are no specific test requirements for strong tight packages. However, the shipper must ensure that there can be no release of radioactive material during transportation.
A. Definitions
- 1. A,, means the maximum activity of radiotetive material, other than special form or low specific activity radioactive material, permitted in'a Type A package.
24 Closed transport vehicle means a transport vehicle equipped with a securely attached exterior enclosure that during normal transportation restricts the access of unauthorized persons to the cargo space containing the radioactive materials. The enclosure may be either temporary or permanent, and in the case of packaged materials may be of the "see-through" type, and must limit access fran top, sides, and ends. Original RS-11 1 42 s K7D 7/25/88 - .-
*i*
4
- 3. Exclusive use (also referred to in other regulations as " sole use" or " full load") means tia sole use of a conveyance by a single consignor and for
( which all initial, intermediate, and final loading and unloading are carried out in accordance with the direction of the consignor or consignee. Specific instructions for maintenance of exclusive use shi p ent controls must be issued in writing and included with the shipping paper information provided to the carrier by the , consignor.
- 4. Fissile material means any material consisting of or containing one or more fissile radionuclides.
Fissile radionuclides are plutonium-238, plutonium-239, plutonium-241, uranium-233 and , uranium-235. Nei'ther natural nor depleted uranium are fissile materia.1.
- 5. Limited quantity of radioactive material means a quantity of radioactive material not exceeding the materials p ckage limits specified in 49CFR 173.423 and which confom with requirements specified in 49CFR 173.421.
- 6. Tausport index means the dimensionless tramber (rounded up to the first decimal place) placed on the label of a package to designate the degree of control to be exercised by the carrier during
( transportation. The' transport index is determined as follows: (1) The number expressing the maximum radiation level in millirem per hour at one meter (3.3 feet) frcm the external surface of the package.
- 7. Type A pckage means a Type A packaging together with its limited radioactive contents. A Type A package does not require conpetent authority approval, since its contents are limited to A 3 or
^2-III.
REFERENCES:
A. A review of the Department of Transportation Regulations for transportation of radioactive materials, Summer 1983 Revision. B. 10 CFR 30 C. 10 CFR 71 D. 49 CFR 172 Routine Shipnent of
, Radioactive Material Original RS-11 2 42 a________-_______ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ - _ - _ _ _ - _ ___ _
7.
'4
'q 4
'*)
. ' E. .49 CFR 173 l F. 49 CFR 177-IV. PRECAUTIONS:
.A. Special attention should be given to ensure that:the procedure is used within fts scope. .
B. The shipper shall ensure that the carrier is aware of his responsibilities as carrier. V. PROCEDURE: A. Shipnent of radioactive materials.
- 1. Attachment A contains step by step instructions for
-shipping most radioactive materials.
- 2. Attachment B contains a flowchart to be used for radioactive materials shipnent when Attachment A is
. inadequate.
.B. Receipt of radioactive materials.
-{
1..Upon receipt of all radioactive materials a " Procedures for the Safe Opening of Packages" form (see Attachment C) should be filled out and sent to: The Office of Radiation Safety. B042 Graves Hall 333 W. 10th Avenue Columbus, OH 43210-VI. A'ITACHMENTS: A. Attachment A, General Radioactive Materials Shipping
-Instructions B. Attachment B, Radioactive Materials Shipnent Flowchart C. Attachment C, Procedures for the Safe Opening of Paclages D. Attachment D, Radioactive Materials Shipping Paper E. Attachment E, Notes That the Carrier Should Be Aware Of )
Routine Shipnent of Radioactive Material Original RS-11 3 42 ___,_m_,,
I A'ITACHMENT A General radioactive materials shipping instructions
- 1. Analyze the sample to determine the contents and amounts of radioactive isotopes present.
- 2. Refer to Table 1 to find the A value f r each isotope present.
2 If the actual activity of any of the isotopes present exceeds its respective 2A lim t, the shipping instructions outlined in Attachment B must be used.
- 3. Refer to Table 2 to determine the limited quantity activity limits for each isotope present. If the actual activity of^
any of the isotopes present exceeds its respective limited quantity activity limit, the shipping instructions outlined in Attachment B must be used.
- 4. Shield the sample as best as possible ,2 sing lead pigs, etc. ,
and place in a strong tight package that will not leak any of the material. (Note that liquids must be packed with closures upward.)
- 5. Measure the radiation level at the surface on all sides of the pckage. If it exceeds .5 mrem /hr at any point, increase the shielding until it doesn't. It' this is not possible, the instructions in Attachment B must be used.
- 6. Seal the lead pig with tape and mark it as " Radioactive".
- 7. Ccaplete a shipping form (see Attachment D) and make two (2) copies of it. Place one copy inside the package. The second copy gces with the carrier. The original copy goes in the NRL file.
- 8. Seal the package.
- 9. Mark 2 sides of the package:
A. Radioactive Limited Quantity B. UN2910 C. If the weight of the pckage is greater than 110 lbs it f must have its gross weight marked on the outside of the pckage. l D. If the material is in liquid form, the pckage must be marked with "This End Up".
- 10. Limited quantity packages are not reqtiired to have a " Radioactive" label on them.
- 11. Before releasing the carrier, verify that we have a current copy of the receiving party's license authorizing receipt of the type, form, and quantity of the material being sent. If we do not, refer to Attachment B, Flowchart 15 for further instruction.
j
- 12. Give the carrier a copy of " Notes that the carrier should be aware of" (See Attachment E).
Routine Shipment of RS-11 4 42 Radioactive Material Original
v . - - -, , ,
"4
.i T/.BLE .1 .
(Attachment A) 317:* c5 Table of A and A raiues for milonadides. Sveram er ,, J."immons AgfC) rense AfC' mucun gfC)rmrmas m == Svmous er
._ == == - ,,,,,
. Roos m7 I ic =
io00 2::7., Aci ,.s. - so 4 m 10 4 2m. - 21::.
' 6 8 2 's. 40 40 24s .
- Sommer 32 1 105 _
1hur 142b
.110rn - J 71 100 J 7
2D 77 lE- 151". 70 25 111 241.,. , Aerienzan
,es.
r &cca
- lCr . .
3 2D 8 0.005 11 f CummL 24 4 1500 W 1000 1'; 27 l corr > Argon (151 1000
;t ' . mar
'C In00 25
' 1 P*mmed 47 _
l E: m 2D er 3E0 70 tch. ' Ce==r wrem-P""*"uL N 11 & s , lg 3 30 41 = 20 ' W 2D 31 3.,
$srum> 6C,ess g 310 100 m
poemmoL ' 25 1 f 14ty _ ' 310 2D 44 ' 14.. so fecm- a to 7
- passmat tg SDC2 400 24 4 ,
' C skrasr 2 Arseres (3::1. 1000 7" ._ ' M l pr.
(,. 74 _ 75 _ 20 t to e 200 : to .".=.' N "" ' 7 2 4007
'E009 to 77_ ' C:::as, 2no Aamons 200 T 21. '
211 - * (C". IL"1 ""- 30 to 193., Gd f78L 200 200 E
' C.sase ab. 2D0 196
' 2e :0 - 244._ ' 8 E008
' do
- 3 2% __ EC1 198 ' 10 '
' 200 l Is 2% &C06 199., , s 12 4 ' Barnan g56C 40 : de 2%. . s SDD6
' ' 40
- 10 24&w I 133. _--_ ' St
- C::as L I 20 - - 23 30 so t% 200 !T ,
e 7- _ Bervmurn 30
- Ic00 1000
_m _ gag
- 3 8
**_ Bismum 5 5 54_ 7' 7 g g.
- NOTE: Table 1 was taken from 173.435, 1
)
I Routine Shipment of Original RS-ll 5 42 ' Radioactive Material
- p. . . .
4' s "f. 4 - TABLE 1 (Cont.) (Attachment A)
#( A m
**"" immin e Ag f.) samaar gc normas l,
.,,' s_ n _:l . 1-(lt4L d
) Casum (5!1 d8 6 e~ *
- 1000 a 1000 85 S
131- e a ggDO s 10 P
- 10 a 10 NL = =
g-8 10i = sr. W
*
- 11 1 J. N'
*
- ll01 gg g gg7]
- 80 1 -
]
- g ' Gmour (256 25 M 8 ? 200 p 3
sk ' Draiscesa j 100 8 g,~ Larunanuns 30 30 iu' Ernum isai_ I '" I 10= ! 1000 1
=
- *- L% m j
8 50 1 :D .j 171_ 3 15:'m J Eweimm 2' so. j l ' g 173.403. l 93L '] 1h 154 ,
"l o 1m_ tusseum gt).
300
&4 25
' #I h 10 1A 38 8
' Fkasvu 681J sasson g 5 ;
,18,.- e 3,, ,gg_e
; i- . i=
m _ . .
= to t pg 100 er ,
8 o Gesann s3112 100 1 x1 m ,. am,. 5 5 A_ 71 I u I . 20 4DO I 100 L- e 5 5 tA
- Gmaamrunn m
- Masvous. 100 20 .
l 158L M ~ susn (42L f 15 % 10 10
/ eg. ' Germarman 2I ea pesogen (7) 20 73 , ! 1000 1000 =- ,
l l0
- 3. W ggJ pemezurn 1000 Ul #**
- pit TJnos't 20 1., - = = y- .
<m 197m _ Marany 200 = I'
- peg 30 20 30L 187 m, ' ,
M'
=i 3 -
- pecnes (::31 1000 10 800 1
!Honnem 2 3 e 10 10 taA l
qg:)_ m. 50 E~=- gn 1000 ' N 200 25 125. 12 : : 10 o , 10 2 y l 800 200 131, 8 409
,= , .' 7 7 1:1, -
e a
- m. 10 134= - ggg go 103, ,
8' 0 30 00 1% ' to - I wrus f::5, 10 , pg(
= = "
lg W '* - D
,0
- -. l 2 0.002 11ang f :D - , , , ,
' ' 100 6 3 Z"" - , _t 100 100 11 &_
19 % 'Incium g")j 10 e 10 g== - * (821J :D 20 8 e 3s 10 g,,* - i 100 02 19 2,. e gg, e a to i 10 *"- , , a 5 I 10 to 1000 700 42 - Padaciurn. c, I m' 10 l* 200 . m c.% wman esi. Ic0 i 1m Q- ,,,,,,,,,,,,,, pit 2000 20 prensat 100 3 8 200 02 1".+ esm., sressmat Routine Shipment of 6 42 Radioactive Material Original RS-ll
(-
. s v. .
l-, f TABLE 1 (Cont.) (Attachnent A)
/
E'amim A tc) namud Sessuunt of ,,,,,,,e AG" A Q naums d ana ==.a 4.g on, w m-==== * = = 2 == _S M a == ,,,,,,, 10 7W M 1000 Prasenavne. 10 14 4 14A lumt!9L 200 2 W M M
' Ptawun 700 m TW tot.
g g et sedt l ' 200 200 an==t 1som. - 20 . T Pamns 1000 1000 gg7, e 300
- 300 20 19 3 20 g(7 6 Plutonmen 3 0.003 T I.IIR= ,
Tansanse 20 20 E002 18 4 f 2 e 2 0.002 A 2 0.1 % 78'""" 8 10 1000
,2 .m ,
8
, .na e m m E2 ' Terroun
' Roman ase) l 50
' f 6 0.5 ' s8E
- 8 8 4 6 10 LOS * * - #
EDS 87-e to 25 37_ m 400 Ri ===-n ll0 - 100 4 100 N gg y 1000 l 25 Unwmma 12!m - Taasuse 1000 m gy , e unanusma R Unenums Ummme . M N Rninansm1 ' _ 3 127as 1ee ., Rhemun 100 N 20 g 12N to 13lm 3 Unensma Unwnima m 187 . 100
?as ., 10 to 12A # #
Re (nensaq thumssa Unumma N 7 7 1000 132 102m. Rhacun 1000 Thenus 2 12 22T -- pst PE 10s,. 200 25 8 0.008 -
" Renan (861 10 2 225 - .
Rumenman 80 80 j 97 '
"" . 25 52 - -
Unemsa 3 1000 30 guaruk
- 35. Sworms (15)
' Anomany 30 30 m 1M
$11.
- W
.5 5 ed'. N 124- "- Thanne 20 40 25 12*- =
y 200 20 202., 8 d 47 # k $ V I b 5 .# I yw. t s.eermsn 40 _ 40 171 6 - - - W # Sii n (tal 100 20 171 I 0 31 I thmsum 100 147 Eamanum Unnnessa Unamac 2ll'"-.
- IEE w ll0 : 0.0l 1003 90 agt -
",s " ' 100 ' 1
' 300 20
' Tin (301_ 90 l 80 112 {
mm. = .: i= j ,00
- v 1=u 10 # . U,.m.a Un.m.a 85n- .truncum 80 ' to y C,8L , e 85 ,
ll0 20 pusura L 87= 10 1 50 e 89,
- 100 1 10 (mncmL i m Unim 90 , ' 10 l G.4
e pr=ssenL paumeoL T 1C::3 1000 e scam.
p t .e.
]
1 Routine Shipment of 7 42 Radioactive Material Original RS-ll i
- - -- -- --nn. , ,_ , , _ _ _ . _
e s_ e TABLE 1 (Cont.)
" (Attachment A)
Symns of remorumsane
,,, ,,,, A(C) samoaf I larm A.C) norma e form Svenons a ran:crum:noe
[" A (C) *=
' term A 8Q) rumme d term y,
e 4 135s. 2 2
- 48. Vannaman 8
@un-(23L 9"**ot 200 100 101. Turuman 87 Turuse N 20 20 pat - E 10 to 1000 25 M 185. 81N 30 i 4 40 2D = =
137. 8'-
- m. x r , adu m m 32.
to to
- p. ,
B3. 10 to
% 'N " 80 5 5 127 17 4 mo 25 F""""' as. '::ne con _ m 30 f0 10 g , ., ,
131rr% ' 310 m W 69. ' 93 1000 200 Nl . 131n% 100 100 gJanssa g 20 20 95
' 20 20 P'""GL 1000 1000 97~ +
133 8For sn.irrusus suam sures me unman Stanas em A, N wous as 3 amas er _ - = ans anatumsu comamma m weenmuL 5 ArrHis er Awie assen masima er m - _ 133 5 u masms
- m. af A.- .us A. naar3 tio. i.en,1.h a.cce.s-m m.omr. m ====s m. === a m. m m me=. in en a mm.
isA 70 pooue:s ana or m. s.=3
. su. =na-poummat morna.ita n af A. A. a = := - h ==ra.
anos muri me pacmusse - m (171433 or sus
.( w e,n
.c= r. musus-aun no.crumo s=
= atzzass ==se gis m emac=way ar := of me humors I
l k, Routine Shipment of RS-ll 8 42 Radioactive Material Original
- - - _ . _ _ ,_.m.. m_m__
7 i s p s.4. : ;(: ..: i j .' f J TABLE 2-t .~ (Attachment A)
-(. ,x Accan Uum: n:n Uuma c::wrmx1 'nsm nc An112
- , = _ _ lu _._
* = * - ,,,, .l .p l I
i- 1 rode . l so a se.m iria wA,_ A, A: , #g-
. c:n. _ . * ,
Tao.ma wem ,
. .cu c.w ' ' '#
- tLi c m t.0 C/1 ' ' ' Ca -
> .a c.= ' W-I A ' ' TF*AA C:n.r - -
Ia c._- := t- l = 9-1 ,,, , a triA- TN Sosom form cin. ---- l tr2 ; 4 , tr9a -: #a a g%, ,r.sa,e at ___ a a%- ,-. .41TJ.en.t.t
==. --============*=
c L( NOTE: Table 2 was taken from 173.423.
)
!~ . f.h ' I Routine Shipment of 9 42
. Radioactive Material Original RS-11
(; .; y . . O f .'i ATTACINENT B Flowchart 1: General Flowchart 2: Determination of A2Values , Flowchart 3: Decay Chain Determination Flowchart'4: Determination of Unlisted A2 Values Flowchart 5: Determination of A Value f r Mixture or Decay Chain 2 Flowchart 6: Type A Fackaging Instructions Flowchart 7: Continuation of Flowchart 9/Facking Instructions for Limited Quantity Flcwchart 8: Marking Instructions Flowchart 9: Determination of Whether or Not the Material Falls Under the Limited Quantity Classification Flowchart 10: Marking and Labeling Instructions for Limited Quantities Flowchart 11: Limited Quantity Shipping Faper Instructions Flowchart 12: Labeling Instructions Type A Flcwchart 13: Continuation of Flowchart 12 Flowchart 14: Type A Shipping Faper Instructions Flcwchart 15: License Requirements Flcwchart 16: Loading Requirements - Flowchart 17: Notes that the Carrier Should be Aware Of 4 Routi ne Shipnent of 10 42
- Radioactive Material Original RS-11
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ .______________._..._.____e- r--- -
e . , t Flowchart 1: ( Is the specific activity of the material N _ Exempt greater than .002uC1/g.7 (173.403Y) ' quantity
- i. .,
9 Are the identities of each radionuclides Flowchart I and their respective activities kncwn? Step A N Y P Analyze to detennine the Is the material a identities and respective mixture of radionuclides? R ivities of each radionuclides. Y N Refer to Flowchart 2 Find the A value f r each to find A9 for a single nuclide in 2the mixture, radionuc1Ide. Refer to Flowchart 2. Rautine Shipnent of Radioactive Material Original RS-11 11 42 _ _ _ . - _ _ . . _ _ ___.____m- _ _ _ . _ _ _ _ _ _ _ . . . __m-
b . ..v
-,1
- j. ,
Flowchart 2: [.! N. Is the nuclide-listed- Y in Table 1.: (173.433A(1)) n 1 1 . l Refer to Flcwchart 3 The A2 value for the' for determination of nuclide is specified c' theAgvalueforthe on Table 1. (173.435) nuclide 1r Determine the A2 value N Has the.A9 value for for the next nuclide every nucIlde in the Flowchart 2 ; material been found? Step A y 1r Consult _the REGS : Does the activity of
. before shipping Y any of the nuclides in the material
~
exceed its respective A value limit? 2 N 1r Refer to Flowchart 5 Is the material a for dete'rmination of Y mixture'or decay the A value f r the chain of radio- j 2 ' mater.lal nuclides N u. Refer to Flcwchart ; 9 to see if the material falls under , the limited quantity ! classification Routine Shipnent of Radioactive Material Original RS-11 12 42
- _ _ _ _ _ . _ _ _ _ _ _ _ . . _ _ _________ _ ___ _ _ _ s.__.
Flowchart 3: (. Does the nuclide - Refer to Flowchart 4 produce daughter N to determine the A nuclides? 3 valueforthenuc1!de a a Y u , Are the halflives of all of the daughter Y nuclides longer than 10 days? (173.433A(3)B(2)) N v Are the halflives of all of the daughters longer than the parent Y ( nuclide? (173.433A(3)B(2)) N v The nuclide falls under the category of decay chain. The A,, value must be found as though the parent and it's daughters are a mixture of radionuclides. Refer to Flowchart 1, Step A. (173.433A(3)B(2)) l i k Routine Shipment of Radio & ive Material Original RS-11 13 42
b c .. ,. I(~. 4 3
. Flowchart 4:
Determine the A2 * ""I"* # # each type.of raciation
- emitted by the nuclide.
.p . If the nuclide emits If the nuclide emits X, a, or Y ray radiation, B radiation consult Table 3 consult Table 2 to. to determine the A3 value for detennine T . the nuclide.-(Conservative (173.433A(2)i(A)) combination of 173.433A(2)i(B), (C),and (D).) I' 1' Ay * (ci) =.9/ T A**A 2 3 (Conservative method of determin-ing an A
- value compare ~173.
433A(2)ifB),(C),and(D).)
~
Consult Table 3 to find the A value for 3 the nuclide (173.433A(2) 1(D)) u The A,value for the Return to
" nucliae is the most Flowchart 2 The A
- value is the restrictive of the Step A morebestrictiveof : A
- values. (Interpreted 2 3 the A
- and A values from 173.433A(2)i)
(173.k33A(2)i$) l 1 Routine Shipnent of Radioactive Material Original RS-11 14 42 __.__._-.,__J
1 =.r. 74 , - .
% 4; Flowchart 5:
L t The permissible activity (F ) of eachradionuclide(R,) int $e' f mixture or decay chain is ' determined by:
- Total activity of Rg A value f r R3 2
(173.433A(3)B(3)) v The maximum activity (F t l mustmeettheregairemenftal that: 9 I Fy < 1 C1 (173.433A(3)B(3)) v Refer to F1cwchart 9 to see if the material falls under the limited quantity classification l (. Routine Shipment of Radioactive Material Original RS-11 15 42 _____ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - . _ _ . _ . . . _ _ . _ ____.__.__e_m_______
.c ._ s' F1cwchart 6:
Is the material in liquid, solid, or gaseous form? i I 1r. *. If material is in If the material is If the material is,in gaseous liquid form, it must a solid go to the form, refer to either be packaged next step with enough absorbent 49CFR173.412(o).
'I for instruction.
material'to absorb twice the volume Shield as best as of. liquid present, or + possible, using ' ' be packaged in a lead pigs, etc. double containment systen. (173.412N(2) and (3)) v Place material in standard type A shipping Box. (Note that liquids should be packed with closures upward.) (173.412) 1r Refer to Flowchart 8 Seal package with a seal that is for labeling and e not readily breakable'and that marking instructions can be used as evidence that the package has been opened (tape will suffice). (173.412(B) and (F)) ( .. ( Routine Shipment of 16 42 Radioactive Material Original RS-11
- - -- -. ._=.=-_.n.
.c ,1 o Flowchart 7:
- f Shield as best as possible using lead pigs, etc.
u Package in a st; ong tight package that will not leak any of the material during conditions. normally incident.to transportation. (173.421A) Note that liquid's should be packed with closures upward. -(172.312A(1)) U Does the radiation level If the material cannot be at any point on the ; shielded to reduce the external surface. exceed Y radiation level at all 0.5 MREM /hr? (173.421B) pcints on the external surface to 0.5 Mrad /hr, then it may not be packaged
. N as a limited quantity.
It must be packaged [\ " as a type A quantity. The material falls under Refer to Flowchart 6 the limited quantity for packing instructions, classification. Seal the package and refer to Flcwchart 10 for marking and labeling instructions. I l l ( Routine Shipnent of Radioactive Material Original RS-11 17 42
. - . . ...n-.----.-_._=- . . . .
.e Flowchart:8: Type A packages must be marked with the following:
- 1. The package must be marked'with identification number "UN2982".
~(172.301A and 172.101)
- 2. If the package is greater than 110 lbs, it must have its gross weight marked on the.'outside of it. (172.310A(1)).
- 3. If the material is in liquid. form, the package should be marked with "This Side /
End Up". (172.312A(2))
- 4. The package must be marked with " Type A" written'in letters that are at least 1/2" high. (173.320A(2))
-U See Flowchart 12 for labeling
- instructions
- (.,
1 i Routine Shipnent of
~ ~,__ m _ __ _ _,__m __ _ ,
Flcm. hart 9: Does the activity of the material exceed the limits specified in Table 47 (173.423) N Y The material may The material does not fall under the limited fall under the limited quantity classification, quantity classification. Refer to Flowchart 7 Refer to Flowchart 6 for to proceed. packaging instruction. ( Routine Shipment of RS-11 19 42 Radioactive Material Original
= '
L. ;, -' s , , . ,
;,y n,c 7 r1n W ,
~
E Flowchart 10:
;f J. ,
Limited quantity packages must have the following markirgs;
- 1. The outside of the package, as well as any inner-package. must be marked " Radioactive"'..(173.421D)
- 2. - The package must be marked with* identification :
~
number "UN2910". (172.101)
- 3. If the package is greater than 110 lbsilt must have its gross weight marked on the outside of
~ the pckage. (172.310A(1)).
- 4. 3 If'the material is liquid form, the package
< ' should be marked with "This Side /End Up". (172.312A(2)) v Limited quantity packages are NOT required to-have a " Radioactive" label on them. (172.403A VIA 173.421) V Refer to Flowchart 11 for shipping paper
- 1 . . . , .
instructions. e
~
Rou p p p ent of . _ , pg
l
-[ Flcwchart 11:
;\
The shipping paper for limited quantities should have the name and address of.BOTH the sender and receiver. In addition-to this, the following items are to'be listed in order. (172.202A):
- 1. The name and mass number of each radioactive nuclide in the material. (172.202A(1)) .
- 2. The hazard class (radioactive) (172.202A(2))
L 3. The identification number (UN 2910)
-(172.202A(3) and 172.101)-
41 The quantity. of material in C1, mC1, or uC1. Note
'that if-the material'contains more than one;
-radioactive nuclide, the quantity may be written as.the respective quantities of each nuclide, or.
as the. total overall quantity. -(172.202A(4) and 172.203D(1)iii)
- 5. The notation " Limited Quantity" (172.203B) 1' Also the shipping paper for-limited. quantities must have the following notation included (173.421-1A): "This.
package confoms to the conditions and limitations specified'in 49CFR173.421 for excepted radioactive material, limited quantity, N.O.S., UN2910". Ir Refer to Flowchart 15 for license requirements. Routine Shipnent of 42 Radioactive Material Original RS-11 21
. . - - - - - . . . . . . . _,n
.~.
Flowchart 12: i u; - - Determine the highest dese rate at one meter away frcm.the exterior surface of the package. ~This is known as the transport index. (173.403BB) Y Determine the. radiation level at the package surface. l V Refer to Table 5 to determine which label is the proper label to use. When using this table,' find the corresponding label categories-for both the package transport index and the surface radiation. ~Use the MOST RESTRICTIVE label category. (172.403) , u
- If the proper label category is a radioactive White-1, refer to Figure 1 for an example of the proper label to use. (172.403)
U See Flowchart 13 Routine Shipnent of 42 f*Mh'kawdeba ch^mstes @&asG8s3 g@-gg 22
(.._ Flowchart 13: If the proper label category is a radioactive Yellow-II, refer to Figure 2 for an example of the proper. label to use. (172.403) . u If the proper label category is a Radioactive Yellow-III, refer to Figure 3 for an e.xample of the proper label to_- use. (172.403) U Place two of the proper labels on opposite sides of the package (excluding the bottom)-(172.403F). Place a' label on or near the closure of the package. (172.406E) p
. Fill-in the following information on both of the labels (172.403G):
A) Contents - the name(s) of the nuclide(s) B) Activity - in units of C1, mC1, or uCi C) The transport index. (This is not applicable to radioactive White-I labels.) u Refer to Flcwchart 14 for shipping paper instructions.
^
4 I l h J
')
i Routine Shipnent of Radioactive Material Original RS-11 23 42
y -; l; .g ,
, .-Flowchart.14:
- [- (
i: The shipping paper should have'the name and-
, address of BOTH.the sender and' receiver. In addition to this, the following items are to be listed in order:
(172.202A)- ,
- 1. The name and. mass number of each radioactive nuclide in the' material. (172.203D(1)i)
- 2. The ba w d class-(radioactive). (172.101)
- 3. The identification number (UN2982) (172.101)
- 4. 'The quantity of material in C1, mci, or uCi.
(Note that if the material contains more than one
. radioactive'nuclide, the quantity may be written as'the respective quantities of each nuclide, or
- -as thel total overall quantity.) (172.203D(1)ili)
The' description of physical (solid, liquid, or
~
5. gaseous) and chemical-(re:BF 3 ) I **
. (172.203D(1)ii)
- 6. ~The category of label applied to the package'(re:
Radioactive White I). (172.203D(1)IV) _ 7.: The transport index if the package uses a Yellow II or III label. (172.203D(1)V) u Refer to Flowchart 15 for licence requirements. Routine Shiprrent of RS-11 24 42
- Radioactive Material Original
g.
+ = ,. ., . .
Flowchart 15: ~ ( Before shipping the material, verification of the receiving party's license authorizing receipt of the type, form, and quantity of the material, is necessary. (10CFR 30.41C)
-u Do.we have a current copy of "Do we have.a written certi-the receiving party's special- fication by the receiving license or registration party that they are authorized certificate that shcws that N .
by their license or they are authorized to receive registration'certifice.te to the type, fom, and quantity. receive the type, form, and-E of the material to be quantity of the material.to be shipped? (10CFR 30.41D(1)) shipped? (Note that this certification must specify the Y license or registration certi-fication number, issuing
" YL agency, and expiration date.)
Refer to Flcwchart 16 for_ (10CFR 30.41D(2)) general transporting rules. N n v We must get oral certification from the receiving party that they are (' authorized to receive the type,. form, and quantity of the material being-shipped, in addition to their license or registration certificate number, issuing agency, and expiration date.. This must be confirmed in writinct within 10 days. (10CFR 30.41D(3)) e
- A n A fl mOmAO M Ad b
7
.' .,u. ,4 Flowchart ~16:
Y Is the radiation level at the N external surface of.the. package h f 200 mR/hr 7 (173.441A) ir Is the dose rate at N ~~~ the external surface. Y f 1000 mR/hr 7 (173.4413(1))
- 1r Consult regs Written instruction must be given before- to the carrier (173.441C) that-shipping inform him/her:
- 1. The package must.be locked in the trunk of the vehicle.
-(Satisfied 173.441B(1}i) via Give carrier a 173.403c) copy of " Notes 2. The pacicage must be secured so that the' carrier so that.Its position will remain-should be aware 4 fixed during transportation , of" (See Attach- (173.441B(1)il).
ment E) Flowchart 3. There must be no loading or 17 unloading operations between beginning and end of Leuu:,esrtation (173.441B(1)ili). P h Does the package Refer to Table 6 to determine the require a Yellow II Y , minimum distance required between or III label?- package and passengers (including the driver) (177.8423) j 1 r
.ir Lead package If the minimum distance requirement and release. c cannot be met, consult regs befare -
carrier. shipping. Routine Shipnent of RS-11 26 42
. Radioactive Material Original
_---____-__,__ne-- -
m g;-
. g. . ,,.; g "l-
^
- 4 i
/, F1cwchart 17:
;\ :
The energency brake of the vehicle must be engaged while loading or unloading the package (177.834E).
. 1r:
Persons should not remain unnecessarily in the vehicle while the package is loaded (173.842E). y Keep'the shipping paper on top of ALL other papers being carried with it (177.817E(1)). 7 q, When the driver is at the vehicle's. controls, . the shipping papers must be within the imediate reach of the driver,- as well as being readily visible.to persons. entering the driver's compartment (177.817E(2)i)'.
~
(.. . When the driver is NOT at the vehicle's controls, the shipping paper must be on the driver's seat in'the vehicle
-(177.817(211).
l 1 i. . Routine
---~m Shio_ ment of__
- _ _ _m m om m m
-e'..- =-
TABLE 1 (Attachment B) I1;* 4::5 Table a( A and A relues for radionuclides. Svwaxs at AfC3 w yC) names Symmor 4W , AgQ ssam p turmas som sumarna: sus arra arm semans:asse num EDc3 207_ to 10 2 :7., 1000 ' 4 210. = i00 Ac.m.nsa. 4 21" _
' G G 10
- 23. 40 40 24s . ' 8mmmasa 1000 f 105., Shear (476.,]
7 7 . NFL 110m. Emmese M 25 100 20 77_ 811 p!L Amarumse r E00s e 241 e a psi'. 20 I !camme (m 20 242 e aocs 11 m
'[ 1000 14:
( 27 tcom-Argon (18) 1000 1000
; ^* .-
C.mman 1000 25 CEL P*='"d a- 20 20 ar 1000 70
- 'sts., ' Cwame e L 20 11Es, l lsst 30 33 41 = 20 ' 80 20 W 11 1
&_ ' cause gag' 100 100 preensat 8 300 25 41 1 1 141 00 20 taL* 14
- 10 7 3r==* sg RIX32 400 248., ' C.adurrman 2 73 _ Artmac C ' 1000 .
74 _ 20
- 3 l psL 7 ILC07
' ' 10 e to 2 ~-
78 _ ' ' 2 8409
' :00
- 23 m to 77_
- C::mur 300 Ascanne :00 7 - 21 211 - *
@"1
\ (17L 10 zu -a - -' 10 1ers. Gous(mt m0 30 M 30 2% 8 Canas s96L 196 8
30 ' ' 8 &009 198 8 40i 3 :%_ e to 0.D1 199 ' I 20I g 2% s &Oos 131 ' Bamm gt1J 40 : 40 2%
- 8 E006 132=
' 40 : 10 2% 8 8 3 :D S1L.,
- C=ar(C1 !
1% '
' -' 80 80 7; ' Berviiium :00 000 27. _.
1000 W W__ (4). ' 8 8 F B'amum 5 5 A- ' ~ 7 7 g (sst NOTE: Table 1 was taken from 173.435
. 1 Routine Shipment of 42 Orig'inal RS-11 '28 Radioactive Material :, . , - ..
9
. S"h -- --
l p_.,. L .: ps I' t
. ' TABLE 1 (Cont.) -
.' (Attachment B) u
$1"EEE Ia ggymg 4 e MarRM ey E*"* , .- -
w,, mar orl AgI m,,amzir r g-, A ll*.) fMFfnAB
-- ,,,,m., ,
ranimer 9 Cgiaryman EXI I ' b
. et~~ j #
t -_ I c.(24L ,n e_ 40 i *
- 5 5
- 1000 1 1cao A g e W
- gi e tgao 10 l
' . - to i to crumm L g
. . , e 20' 8 A, taxii 3 E W
g,- . . y1 7
. . . x 10 F=""'s. U C- m U 80 1 - %
W ' caemr G., 200 l 2 " too 1 3 3 3
' Dvuircman i
,. I '" I l :m I g ,-
20= i - --
,r % i i_ _
' llo I ==
973 tL N. M h 28 ses I 31T3.401
'"=
l W3L
'l c - Lia===
FtL 000 m IN 155 ..
- Foavis it!J
' 'UU I
- O' O E
lw gassan 10 (L4 1A 3 e ' tecy, c_' SI pm
' ' 1000 a 1000 , g
- n. _ ,r M,,,,,,,,
- * ' to g to i c
n,,
*e _
', c a,a en '
' rie im t
- o i
- 00 71 58 7
100 i- _l& m
~
i I gn m s 10 0 g m m s 3 en ' Massone. 1%
- l (sal 38 8
{ 9:L
*c n-a,= :o I 'o - _i, am m to
- s. % .
1000 a 10W . so 73
' w ,.n scoo m=xr-2.
03 % lpL m n== m Hairman m 2
- d 8 EU ist a:'
57 uT, !r av==wa tm a tsr~_l u-=,, - m zo ,,a m l :o
- l pot. := 3' sooo sexr a 7,
- ' ' mi -
[* cm _,
# tooo im
' 30 8 3 , ! ig to
!W ' Hoennun 3 (LCC5 i=.
fO c
- m. SD g --
7o
? Je.aturmurn
, y j po 25 1:3, 10C0 '
lQ
,j,';
at
'! I o
'y I
8 soa ma t:i,
* - 7- 7'. , . =co i 200 rm. #" 20 t--,
' ' :D - 10 i ? Ica l
$ 10 ~--*
lnL
~
= *o
,,A
. =. =
ro = = , _ -p l
==
- .-=
.+ * ' m
- - - , i soo Soo
,is.t im i 2
l '"*" "'-i
. . $,0l I$
20 5.~----l La== SC-[ to 10 4 - 1000 700 4 ' Pcassaan p c, l "" m- to l "" too m -d c.,i,, xm .-R c:n. im i 2co N Oi S1L r- Sooo 200 2
- D i
Pus 580L I E" EN 3 I
-- - i g
- ew 200 j i
===- 1 passan. I f
k i Routine Shipment of 42 Radioactive Material Original RS-11 29
- N #DN O "#^'* j
----%~ _ _ _ . _ - _ w h' _ _ _ _ .
e i TABLE 1 (Cont.) (Attachment B) (. O 8' AO
" A C ""~ A #4 '*" e am Aa N so "m"
Svamo_s of mm's"u"mme e arm a arre ammessade ma,s, a,m,mino rarnour 10 Timmmae W 1000 pg w 10 ernt*SL 000 3 14 4 100 7(mm8D"8 1000 N
' Marman 100 191 en sand ,
ggg Ig 30 ::X3 sup"t
- 10m 1000
- 00 - m T poses
,pg '"*"
53 sg
- 31,0 E E g(7 e w &!I:3 I 3GE'E Immt P',~ Ig. Tarumasu :D- 20 f 2 a lu2
=0- , ,, m- 2' to
, 11 Iag _ Tm i 1000i
' ,j tz:2 M i d
=<.
' Ram,n iest.!
50 i n' 42 as
\ T7 . ,
W- l ggs p- ' 1000 200 Ob 8 toco 400 3 s sr g a St. M R="a 300 8s l@ g gamme ::ssa _ en-Tamrum 10001 1000 25 100 N RD naarmi
- Ummes W -
ga g Rnaman 100 3 30 2D 1es Q_- o 1st Unumme W ,o 3,g , .
, ,o E E p 2.
- Urumasa Sumum ~- 7 tt%2m _ Rnnaman 10m 1EW E 2 10 82 l get 2llT-ms- =a = m ,'" .
-- Rm i _. 20 a0 ,- w , a.m.a 0
g Ruinenman ,g, 87=. - I"' w Urusamma 9 mnama ( ic3 105., E 3 to
~
3 T = Unuses g unenami g
. g
- 35. ' fmanw pad 1=0 W D*L 20 33 m g-- % W 6
l SfL g , 8 J#8 m l~ EIL g
=
30
=
ar - 8 :a::vusurn . g i e 40 47 l G1L M, 8 =00 to a 6 3 5 -m. # to 4 174--- N eg m 40 a^ 7 21 l,e.L
- 0. _ o = w.
~" , u==su tom :
,00 u= mea 97- *: marnun unum.a i l m- l ts:L 1C=
I
= ,
l*
, , .m o.c::
.1 1"-
' 0008 3 e t 100 0.1 m
83 8: 112 ' T'm (501- 90 1 g , 300
' 100 100 200 02 119m. A e 1:1 8 10 80 2 *-
83
. e Unemsa Urusman Unemma 85m_ ' Elroncurn Unemma e
as , l G8L 20 00 DunsmL
' 50 1 83 e sTe
' 100* 10 gg- le8umELi 90 , 10 ! R4 @ g Unem.ed 3 10 10 ft, se 10 10 M 88 l T Trtase 06. 1000 1C:33 9"'"* Unenese Unumus ku:nm-presseat 10::0 tom e T
(cam-W sr==at Routine Shipment of 42 Radioactive Material Original RS-11 30
..-a. .
o ..
. .. TABLE 1 (Cont.)
(Attachment B) A C) rumas symom as maarnacmse [7, A (C) somaaJ serm A.(C) norm. e Mirm Svn.m er ramariuc.e A,(C3sneue sma 4 surm g a 125,.
- 2 2
- 48. Vansmum -
M E'L Turrpsen 200 100 W 2D . tet. 87, 20 g4L 80"
'Yt!rtse CfL. 10 10 185.
1000 2 ~ *8 ' " 187.
- M N N 127 Xant= L541 '
1% ' Yt! Muse W 80 5 5 .g 1:7 W 175 mo 25 e5 ' Lu: 03 9 lll0 lln P""""k 10 g .g. 1:1% to g e W SS. 3XI m L _
+2n=== son :na 100 100 1cterg ,
=<-
l gent m m emcora- ' 2D 20 Pe==ok 97-
- 1c00 1000 1A 8 For suenom samy auran Or.2rn- u. . m e = .as -13 mins SImaan -
. San A.
-t
. tw s s e = **<= =an - = =
D us. pass-8m**'8L 'ance van v.s afeA.
==.us n A. masut.tio -- be emne.
ns. to N - m , s-m =r s a=== wm g -usAzz.w,
= m. s.su.s a== -
N' s n. -- w ==e. T.w e a. 4.
- . nmmer r.- a ~
a sne aman
-.surims.r.
muse n
==ss
- a.s.a.s== = == = =
( ' l l Routine Shipment of Radioactive Material Original RS-ll 31 42
*^
a birla 2. Gamma Radiation Levels for One Curie of Some Radionuclides Nuclide TT Nucifde r* Nuclide TT 5.6 Gold-108 2.3 ?ocassium 43 Actiniu=-227 -2.2 8.25 Gold-199 -0.9 Radium-226 2.4 ( Antimony-122
-2.1 Radium-22S -5.1 Antimony-126 9.8 Hafnium-175 Rhenium-186 -3.2
-2.7 Hafnium-181 -3 .1 Antimony-125
-0.2 Rubidium-86 0.5 Arsenic-72 10.1 Indium-114m
~
7.2 Ruthenium-106 1.7 Arsenic-74 4.4 Iodine-124
-3 . 7 ScEndium46 10.9 Artenic-76 2.4 Iodine-125 2.5 Senndium 47 0.56 Barium-131 -3.0 Icdine-126 Selenium-75 2.0
-2.1 Iodine-120 12.2 Bariu=-133 2.2 Silver 110m 14.3 Barium-140 12.4 Iodine-131 11.8 Silver-111 ~3.2 Beryllium-7 -3.3 Iodine-132 4.8 Sodium-22 12.0 Bremine-82 14.6 Iridium-192 )
1.5 Sodium-24 18.I Cad =ium-115m ~3.2 Iridium-194 6.4 St cacium-85 3.0 Calcium-47 ,5.7 Iron-59
-3.04 Tantalu=-182 6.8 Carbon-11* 5.9 Kryp ton-85 11.3 Tellurium-121? 3.3 Carium-141 0.35 Lanchanum-140 0.09 Tellurium-132 2.2
.Carium-144 -3.4 Lutacium-177 Thulium-170 0.025
/
8~7 Magnesium-28 15.7 Casium-124 ( .- 3.3
&nganese-52 15 6 Tih-113 -1.7 Cesium-137 4.7 Tungsten-185 -0.5 Chlorine-38? 8.S huganese-54 8.3 Tungsten-187 3.0 Chre=ium-51 0.16 h ngs'nese-56
-0.4 Uranium-234 -0.1 Cobalt-56 17.6 Mer:u:j-197 1.3 Vanadium 48 15.6 0.0 v er:ury-203 Cobai:-57 i 0.1 Molybdenum-99 -1.8 Ienon-133 Cobalt-58 5.5 (
- Yt:er:ium-175 0.4 13.2 Needymium-147 0.3 Cobalt-60 14.1 Nickel-65 -3.1 Yttrium-S8 Copp er -64 1.2 Y tzrium-91 0.0L 5.9 Niobiu=-95 4.2 Eur pium-152 Zinc-65 2.7
-6.2 Osmium-191 ~3. 6 .
Europ iu=-154 4.1 Falladium-109 0.03 Zir:enium-95 Eur pium-155 -0.3 .
-1.1 Platinum-197 -3. 5 Gallium-67 Focassium 42 1.4 Gallium-72 11.6 Is l
* .Iseger, R. G. , _e_t, g. , Engineering Comeendium on Radiation Shieldine. Vol-(New York: Springer-Verlag,1968) , pp. 21-30.
t r = R-cm*/hr-=Ci or r/10 = R/hr at 1 m/Ci
? A Manual of Radioactivity-i Procedures (National Bureau of Standards Handboo e No. 80 [tiashington, D.C. : Supt. of Docs., U.S. covernment Printing Of c
(' Nov. 1961) ) , Appendix A , pp. 137-140. A Table 2 was taken from the 1970 Radiological Health Handbook, P.131. Routine Shipment of 32 42' Original RS-11 Radioactive Material
TABLE 3 (Attachment B) A,.fcR ALPHA bN 4, b
.A.tarme, - ,Me Manf a mt s ta dt *c" M"-
3-
, , , , , p ,, __ 2,-A- -
=l l NOTE: Table 3 was taken from 173.433A(2)i(D) .
(. Routine Shipment of Radioactive Material Original RS-ll 33 42
e F TABLE 4 (Attachment B) AC*MTY UMrm 7CR L'MTED CUAreauu. INSTWMesTC.M0 A@"" l-hs. .~.. ana .w I e ~
" " " * - " ._ = ,, .,,c. w I ,_4
*a n A_ #Af t
fosasi Ityvn 17 5 4,_ 'A g N h Cmar w ttrh ^ t h.=> TM h Tnnaams ester: W U"5
<c.1 C1:rar ' 1 Csm Et C tra 1.0 C/1 # 17hy
> t.0 C11ter '
17 Ag 6 Cmmr *= ttriA \
- m 91 Cesat
!ac* ::m r - ' 1F#49 l
re,,, , trJA, 17 4 f.oecm form 8 idA 1dh f F *1 Cmer ftsve=
* ** ==== av orama o. .rc:ca.t. ayn ,,a n= ==o e-e.a = w -
erh .om m l NOTE: Table 4 was taken from 177.423 l ( , f Routine Shipment of - Radioactive Material Original RS-11 34 !r 42
@x,.- : * .,,~. -
. _ _ _ . . ___ ._ _q~-~~--.-- , _ _.x,___ _ , >,_. ,.g.
__ g, ;
O ; _, ;~ b ;
,' 4 ,D ."
TABLE .5 r. };' (Att'achment 'B)
-(
Rammann Transoort leven at Wt mass (TI) penags misgary.* l N/A
. . . ,- .Whas4 -
RLc.0J how wwus j T1<,1A G.5 avant Yeden H. : 1 h(RLsSO nuunwn. 50 nmant 1A < T1- Yodown ' , h<flL
. a., - een==no a w === anne =nw
.-= e i rAan a == ======> == = ==== =
Ramammve Yadawa l NOTE: Table 5 was taken from 172.4')3C. i
)
i i a l l 1 l l Routine Shipment of RS-11 35 42 Radioactive Material Original _ _ - _ _ _ = _ _ _ _ _ _ - _ - _ _ - - _ - _ _ _ _ _ _ _ - _ _ - _ _ - _ - - _ _ _ _ _ _ - - - _ - _ _ _ _ _ _ - - _ _ _ - _ - _ _ _ _ _ _ - - _ _ _ _ _ - _ - _ _ _ _ _ _ _ _ - _ _ _ _ _ _ - _ _ _ - - _ - -
e
- TABLE 6 (Attachment B) unwnurn separanon estances n feet to nearest unceveoced M%
srn ior varcus unes of transst ostance g
% to area or
- Dersores or Totai transport noes over 12 a '8"C' n U 2 24 % 4h $ %
m panmanat cargo Comoan. merits 0 0 0 0 0 a None 0.12 s i 1 2 3 4 5 )
' 3 4 6 8 11 2 1.1 to 5.0 11 15 3 l 4 6 9
$.1 to 10.0 12 16 22 -4 1 5 8 10.t to 20 0 20 29 4 8
7 to 15 20.1 to 30 17 22 33 8 8 11 30.1 to Ato g 19 24 36 7 12 40.1 to 80.0 NorE 1: The castarcs n the tanie trun te measured frorn the nearest pont on the packages of reocactnre rnazenait NOTE: Table 6 was taken from 177.842B. If there is more than one package, the total ( transport index -is equivalent to the sum of the individual package transport indexes. 4 l Routine Shipment of RS-11 36 42 Radioactive Material Original
--- 3 _ 7 _
{' FIGURE 1 l I t.
)
HANDLE CAREFULLY /' RADIOACTIVE CONTENTS: ... NO. OF CURIE
,/
/
4.,, $/
%, 7 #
ep $
/
NOTE: Figure 1 was taken from 172.436A. i Routine Shipment of RS-11 37 42 Radioactive Material Original
- o; ' r v
\ e FIGURE 2 e
- I
,, ~a 7
_ _ _i_ _ ( N ' /, RADIOACTIVE ll C O NT E N T S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ACTMTY............................ o j o 9 f TR ANSPORT INDEX d (*%, >* k
' *%,,, 7 ,
'Or ,,
NOTE: Figure 2 was taken from 17 2.438 A. Routine Shipment of 42 RS-11 38 Radioactive Material Original
- -. -- ~-
__-- _ - - - - - . - - - . . - - . . _ _ ~ _ _ . . . - - . - - _ -
. o. 's m a
FIGURE 3 s
,Yfh% '
RMS l 4,,$pgrw t ?9% Q::.*t ec'M: j,'jf* Rld}l$;l';;n"4Q:
.- #'~
#[$ W{J5fP; b TA,4^p[
- :e(ffp
- qs J .'
D 7:
?p 4.4.jMf.4 e y"8> L.
!bf qqpi?.2 <r: ' . < .
"mth:~% _
.g jh kh*gkl#1 ("** n$^ ~ y, [ ' 't ppnggd
.? ,
7\ JM RY e $st wShk ;hb k @n .hi hm 1f . t- wh fo N RADIOACTIVE I CONTENTS...............................
* /g*
AC TIVI T Y . . . . . . . . . . . . . . . . . . . . . . . . . . .
- to, p.
a-TR ANSPORT INDEX Cl,
'(
4,, k" ;
' +o# 4 >,
7
'0,'s NCTE: Figure 3 was taken from 172.440. , i l
i Routine Shipment of 39 42 Radioactive Material Original RS-ll
jyo ATTACHMENT C PROCEDURES FOR THE SAFE OPENING OF. PACKAGES
- 1. Wear protective apparel during the actual opening procedure (gloves,~1ab
<-g coat,'etc.).-
, ; 4
~2. Place the package in a proper radienuclide handling area.
- 3. Visually inspect the package for. leaks, stains, puncture, or other signs of. damage.
- 4. Survey the package with a suitable instrument to determine that radiation levels are appropriate for the. attached shipping-label.
Shipping Label Surface Reading 3' Reading-(mr/hr) (mr/hr) I $'.5 . II > .'S but j 50 f1 III > 50 >1 Additionally, if a II or III label is attached, the reading at 3 feet should not be greater than the Transport Index found in the small square on the label.
- 5. If from pat s'3 and 4 above you suspect some contamination or leakage, contact the d'ffice of Radiation Safety. Phone 2-0122.
- 6. If not suspect, then open the package carefully to maintain the
-integrity of'the inner packing. Wipe the actual container'of the
~
g radioisotope with cotton swab or filter paper and count with a .
% suitable instrument to insure noncentamination. If > 2x background contact ORS.
- 7. Verify that the material received is that e.p cted.
- 8. The package and packing material.should be checked with a suitable instrument-to insure ncncontamination before disposal.
- 9. If there are any problems or questions, contact ORS. Phone 2-0122.
10.To ccmply with 10CFR20.205 (Prccedures for Picking Up, Receiving, and Opening Pacleges) complete and return the following form to ORS, Room B-042 Graves. Surveyor Date - Building Room Condition of Package: OK Other Survey Results: Wipe Results:
- a. Package surface mr/hr a. Gross CPM
- b. 3' from package mr/hr b. Net CFM Nhich Shipping Label was attached?
What Transport Index was on the shipping label? (This number is on
\ II and III labels only and found in the small square.).
Routine Shipnent of f Radioactive Material Original RS-11 40 42 ___--__-__-_____________-____________:_______ ._ _ _ - _ _ _ _ _ - - _ _ _ - - . . . - - .- ..c - --
a *L, e s ATIACIIENT D RADIOACTIVE MATERIALS SHIPPING PAPER } 9 THE OHIO STATE UNIVERSITY NUCLEAR REACTOR LABORATORY 1298 Kinnear Road, Columbus, Ohio 43212 - Phone (614) 292-6755 A. GENERAL INFORMATION
- 1. Material User:
NAME INSTITUTION DEPARTMENT
- 2. User's Byproduct License Number:
Expiration Date or OSU Approval Date: I
- 3. Contents of Package (# vial, bags, etc.): <
- 4. Name and Mass # of Nuclides Present in Each Vial, Bag, Etc.:
- 5. Hazard Class: RADIOACTIVE 6. Identification Number: 2910 or 2982
- 7. Total Activity in Package: 8. Transport IMex: or N/A
- 9. Description of Chemical and Physical Form:
- 10. Category of Label Applied: White I, Yellow II, Yellcw III, or N/A
- 11. Limited Quantity: Yes or ~No If Yes: This package confoms to the conditions and limitations specified in 49CFR173.421 for excepted radioactive material, limited quantity, N.O.S., NN2910.
B. ADDITIONAL INFORMATION
- 1. Materials Irradiated:
- 2. Irradiation Facility Used: 3. Reacter Pcwer Level
- 4. Duration of Irradiation: 5. End of Irradiation Date/ Time C. PACKAGE RECEIVER'S INFORMATION
- 1. Material Picked Up By: At Signature Date/ Tine
- 2. Vehicle License Number:
State Number D. SHIPMENT APPROVAL 9 1. Shipnent Approved By: Signature Title Routine Shipnent of RS-11 41 42 Radioactive Material Original
- g f pg e.
k . , , ,
- A'ITACINENT E
.l NOTES THAT THE CARRIER SHOULD BE AWARE OF
- 1. The emergency brake of the vehicle must be engaged while loading.or unloading.the package.
- 2.' Persons should not remain unnecessarily in the vehicle while the package is Ioaded.-
- 3. Keep the shipping paper on top of ALL other papers being carried with
~it.
- 4. When the driver is at the vehicle's centrols, the shipping papers must be within the immediate reach of the driver, as well as being readily
. visible to persons entering the driver's compartment.
- 5. When- the driver is NOT at the 'd.icle's controls, the shipping paper
- must be on the driver's sant in the vehicle.
If the dose rate at the surface of the package exceeds 200 mR/hr the following conditions must also be met:
- 1. The package must'be locked in the trunk.
- 2. The package must.be secured so that its position will remain fixed during transportation.
- 3. There must be no loading or unloading operations between beginning and
- end of transportation.
Routine Shipnent of Radioactive Material Original RS-11 42 42
- - ____ _ - ~ _ _ - _ . _ - - __ _ .. . _ _ _ _ .
- - _ - ._}}