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{{#Wiki_filter:Unrestricted Orano 0
{{#Wiki_filter:Unrestricted Orano Orano NPS SAFETY ANALYSIS CHAPTER 1.2 REPORT ADMINISTRATIVE INFORMATION
Orano NPS SAFETY ANALYSIS                                     CHAPTER 1.2 REPORT                                   ADMINISTRATIVE INFORMATION Formulaire : PM04-4-MO-6 rév. 03 orano Prepared by FCC3              Checked by Identification :                DOS-19-021165-001-NPV                Vers. 2.0  Page 1 / 7 Table of contents Status of revision                                                                                      2
: 1. Purpose                                                                                              3
: 2. Package designer                                                                                      3
: 3. Description                                                                                          3
: 4. Requirements for transportation                                                                      3
: 5. Marking and labelling                                                                                5
: 6. Modes of transport                                                                                    5
: 7. Applicable codes and regulations                                                                      5
: 8. References                                                                                            5 List of appendices                                                                                      6 Non-prorietary version


Formulaire : PM04-4-MO-6 rev. 03                                           Unrestricted Orano                                     Orano NPS Identification :       DOS-19-021165-001-NPV                   Vers. 2.0               Page 2 of 7 Status of revision Version           Date                                         Purpose and record of revisions                         Prepared by / Verified by Old reference: DOS-13-00081779-020 Initial issue:
Prepared by 0 orano
0           04/2012         -     Revision of summary note TFXDC 2159 rev. G with sections 1, 4.4, 4.5 and 4.6
 
                                -     Reference to applicable regulations
FCC3 Checked by
                                -     Applicable regulation updated
 
                                -     Deletion of the exclusive use transport requirement 1           10/2016         -     Replacement in French original of the term "conteneur" (container) by "emballage" (packaging).
Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 1 / 7
                                -     Deletion of Conclusion paragraph - 4.2.1 New reference: DOS-19-021165-001 1.0         02/2019         Added possibility to define the package as type A See 1st       Update of the applicable regulation 2.0 page         Replacement of term radiation intensity by dose rate Non-proprietary version
 
Tableofcontents Statusofrevision 2
: 1. Purpose 3
: 2. Packagedesigner 3
: 3. Description 3
: 4. Requirementsfortransportation 3
: 5. Markingandlabelling 5
: 6. Modesoftransport 5
: 7. Applicablecodesandregulations 5
: 8. References 5 Listofappendices 6
 
Non-prorietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 2 of 7
 
Status of revision
 
Version Date Purpose and record of revisions Prepared by / Verified by
 
Old reference: DOS-13-00081779-020
 
Initial issue:
0 04/2012 - Revision of summary note TFXDC 2159 rev. G with sections 1, 4.4, 4.5 and 4.6
- Reference to applicable regulations
- Applicable regulation updated
- Deletion of the exclusive use transport requirement 1 10/2016 - Replacement in French original of the term "conteneur" (container) by "emballage" (packaging).
- Deletion of Conclusion paragraph - 4.2.1
 
New reference: DOS-19-021165-001
 
1.0 02/2019 Added possibility to define the package as type A
 
2.0 See 1st Update of the applicable regulation page Replacement of term radiation intensity by dose rate
 
Non-proprietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 3 of 7
: 1. Purpose The purpose of this document is to provide adminis trative information relating to the FCC3 package model.
: 2. Package designer The designer of the FCC3 package model is: Framatome 10, rue Juliette Récamier 69456 LYON CEDEX 06
 
The applicant is: Orano NPS 1, rue des Hérons 78180 MONTIGNY-LE-BRETONNEUX
: 3. Description The fresh nuclear fuel for use in powering PWR nuclear power plants is made up of fuel rods assembled to form an array. These products nee d to be transported between various production sites (factories) and/or points of use (nuclear power plants) either in the form of fuel assemblies or in the form of non-assembled rods.


Formulaire : PM04-4-MO-6 rev. 03                        Unrestricted Orano                            Orano NPS Identification : DOS-19-021165-001-NPV                Vers. 2.0        Page 3 of 7
: 1.      Purpose The purpose of this document is to provide administrative information relating to the FCC3 package model.
: 2.      Package designer The designer of the FCC3 package model is:                Framatome 10, rue Juliette Récamier 69456 LYON CEDEX 06 The applicant is:                                        Orano NPS 1, rue des Hérons 78180 MONTIGNY-LE-BRETONNEUX
: 3.      Description The fresh nuclear fuel for use in powering PWR nuclear power plants is made up of fuel rods assembled to form an array. These products need to be transported between various production sites (factories) and/or points of use (nuclear power plants) either in the form of fuel assemblies or in the form of non-assembled rods.
The Safety Analysis Report covers the transportation of the following contents:
The Safety Analysis Report covers the transportation of the following contents:
fuel assemblies with a nominal active length of 8, 10 or 12 feet. Fuel assemblies with a length of 12 feet may or may not be provided with rod clusters, non-assembled rods for assemblies with a nominal active length of 8, 10 and 12 feet, in packagings designated throughout this document by the term "FCC3".
 
This "FCC3" packaging uses the shells formerly used by the "RCC3" packaging, but incorporates a new internal equipment system which is available in two versions depending on the content envisaged:
fuel assemblies with a nominal active length of 8, 10 or 12 feet. Fuel assemblies with a length of 12 feet may or may not be provided with rod clusters, non-assembled rods for assemb lies with a nominal active length of 8, 10 and 12 feet, in packagings designated throughout this document by the term "FCC3".
 
This "FCC3" packaging uses the shel ls formerly used by the "RCC3" packaging, but incorporates a new internal equipment system whic h is available in two versions depending on the content envisaged:
 
Version 1: for fuel assemblies composed of a 17x17 or 15x15 square fuel rod array or for non-assembled fuel rods grouped in channels, Version 2: for fuel assemblies composed of a 14x14 square fuel rod array (8 or 10-foot).
Version 1: for fuel assemblies composed of a 17x17 or 15x15 square fuel rod array or for non-assembled fuel rods grouped in channels, Version 2: for fuel assemblies composed of a 14x14 square fuel rod array (8 or 10-foot).
The rods in either of these versions can be made from Enriched Natural Uranium (ENU) or from Enriched Reprocessed Uranium (ERU).
The rods in either of these versions can be m ade from Enriched Natural Uranium (ENU) or from Enriched Reprocessed Uranium (ERU).
: 4.     Requirements for transportation 4.1.         Requirements for transportation of LSA materials in industrial packages Radioactive fissile materials are classified LSA II or LSA III in accordance with reference [1]
: 4. Requirements for transportation
 
4.1. Requirements for transportation of LSA materials in industrial packages Radioactive fissile materials are classified LSA II or LSA III in accordance with reference [1]
for the transportation of ENU (§ 4.2 of Chapter 1.3) and ERU (§ 4.3 of Chapter 1.3).
for the transportation of ENU (§ 4.2 of Chapter 1.3) and ERU (§ 4.3 of Chapter 1.3).
The package can be defined as a Type 2 Fissile Industrial Package (IP-2).
The package can be defined as a Type 2 Fissile Industrial Package (IP-2).
4.2.         Requirements for transportation of LSA materials in type A packages The activity of radioactive materials contained in the FCC3 is no more than 1 A2 for the transportation of ENU (§ 4.2 of Chapter 1.3).
 
4.2. Requirements for transportation of LSA materials in type A packages The activity of radioactive materials contained in the FCC3 is no more than 1 A 2 for the transportation of ENU (§ 4.2 of Chapter 1.3).
 
The package can be defined as a type A package.
The package can be defined as a type A package.
Non-proprietary version


Formulaire : PM04-4-MO-6 rev. 03                                 Unrestricted Orano                                 Orano NPS Identification :   DOS-19-021165-001-NPV                 Vers. 2.0         Page 4 of 7 4.3.         Determination of transport indices 4.3.1.         Transport index for radiation exposure monitoring Radiological monitoring measurements are taken prior to any shipment to enable the transport index to be calculated.
Non-proprietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 4 of 7
4.3.2.         Determination of Criticality-Safety Index The criticality safety index is calculated in accordance with Articles 525 and 686 of the Regulation reference [1], covered in Chapter 2.5.
 
Depending on the type of assembly, the number N of packages taken into account in accordance with Articles 684 and 685 varies. This number of packages N calculated in the criticality studies is used to determine the value of the criticality safety index (CSI) by the formula CSI = 50 / N. The following table presents the CSI values obtained from Chapter 2.5:
4.3. Determination of transport indices
Number of Content                                                  CSI packages Non assembled rods all types                       Infinite         0 14x14                 Infinite         0 Assemblies                       15x15                   80           0.625 17x17                   80           0.625 4.4.         Determination of package category As stated in § 4 of Chapter 1.3, the FCC3 packaging is designed and fabricated for the exclusive shipment of Low Specific Activity radioactive fissile materials (LSA II or LSA III according to reference [1] for ENU and ERU).
 
Radiological monitoring measurements are taken prior to any shipment to enable the transport index to be calculated (See Paragraph 4.3.1).
4.3.1. Transport index for radiation exposure monitoring Radiological monitoring measurements are taken prior to any shipment to enable the transport index to be calculated.
 
4.3.2. Determination of Criticality-Safety Index The criticality safety index is calculated in accordance with Articles 525 and 686 of the Regulation reference [1], covered in Chapter 2.5.
Depending on the type of assembly, the number N of packages taken into account in accordance with Articles 684 and 685 varies. This number of packages N calculated in the criticality studies is used to determine the va lue of the criticality safety index (CSI) by the formula CSI = 50 / N. The following t able presents the CSI values obtained from Chapter 2.5:
 
Content Number of packages CSI
 
Non assembled rods all types Infinite 0 14x14 Infinite 0 Assemblies 15x15 80 0.625 17x17 80 0.625
 
4.4. Determination of package category As stated in § 4 of Chapter 1.3, the FCC3 packaging is designed and fabricated for the exclusive shipment of Low Specific Activity radioactive fissile materials (LSA II or LSA III according to reference [1] for ENU and ERU).
 
Radiological monitoring measuremen ts are taken prior to any shipment to enable the transport index to be calculated (See Paragraph 4.3.1).
 
When a packaging is loaded to maximum capacity, the maximum dose rate at any point on its outer surface is in the order of:
When a packaging is loaded to maximum capacity, the maximum dose rate at any point on its outer surface is in the order of:
28 Sv/h with ERU-based assemblies (4.25%) - (see Appendix 1.2-1)
28 Sv/h with ERU-based assemblies (4.25%) - (see Appendix 1.2-1)
The package category is determined from the Transport Index (TI - see § 4.3.1) and the measured maximum dose rate. The tables in Article 529 of reference [1], reproduced in the table below, indicate the package categories according to these parameters.
The package category is determined from the Transport Index (TI - see § 4.3.1) and the measured maximum dose rate. The tables in Ar ticle 529 of reference [1], reproduced in the table below, indicate the package categor ies according to these parameters.
Maximum dose rate at any point on the Transport index                                                                Category outer surface 0(1)                               No more than 0.005 mSv/h                       I-WHITE More than 0 but no more             More than 0.005 mSV/h but no more than II-YELLOW than 1                             0.5 mSV/h More than 1 but no more             More than 0.5 mSV/h but no more than III-YELLOW than 10                             2 mSV/h More than 10                       More than 2 mSV/h but less than 10 mSV/h       III-YELLOW (2)
 
(1) If the measured TI is not over 0.05, its value may be reduced to zero in accordance with paragraph c) of Article 523 of reference [1].
Transport index Maximum dose rate at any point on the outer surface Category
 
0(1) No more than 0.005 mSv/h I-WHITE More than 0 but no more More than 0.005 mSV/h but no more than than 1 0.5 mSV/h II-YELLOW More than 1 but no more More than 0.5 mSV/h but no more than than 10 2 mSV/h III-YELLOW More than 10 More than 2 mSV/h but less than 10 mSV/h III-YELLOW (2)
(1) If the measured TI is not over 0.05, its value may be reduced to zero in accordance with paragraph c) of Article 523 of reference [1].
(2) Packages in this category must be transported under "exclusive use".
(2) Packages in this category must be transported under "exclusive use".
Non-proprietary version


Formulaire : PM04-4-MO-6 rev. 03                         Unrestricted Orano                     Orano NPS Identification : DOS-19-021165-001-NPV           Vers. 2.0       Page 5 of 7 4.5.         Empty packaging The packaging may be transported as an excepted package subject to compliance with the conditions of Article 427 of reference [1].
Non-proprietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 5 of 7
: 5.     Marking and labelling Marking and labelling must conform to the requirements of the Regulations per reference [1]. The conformity of marking and labelling must be checked before shipment as indicated in the Chapter 1.7 of this document.
 
: 6.     Modes of transport Authorised modes of transport for the FCC3 packaging are transportation by road, rail, river and/or sea, for which the applicable regulations are defined in § 7.
4.5. Empty packaging The packaging may be transported as an excepted package subject to compliance with the conditions of Article 427 of reference [1].
In the case of river transport, a limit of 100 A2 per hold or compartment of the vessel is imposed for LSA II or LSA III materials (Table 6 of reference [1]).
: 5. Marking and labelling Marking and labelling must conform to the requirements of the Regulations per reference [1]. The conformity of marking and labelling must be checked before shipment as indicated in the Chapter 1.7 of this document.
: 7.     Applicable codes and regulations As a type IP-2 or a type A container loaded with fissile materials, the FCC3 packaging and its content are compliant with the requirements, regulations, agreements or recommendations enumerated below:
: 6. Modes of transport Authorised modes of transport for the FCC3 packaging are transportation by road, rail, river and/or sea, for which the applicable regulations are defined in § 7.
Regulations for the Safe Transport of Radioactive Material, Specific Safety Requirements, No.
 
In the case of river transport, a limit of 100 A 2 per hold or compartment of the vessel is imposed for LSA II or LSA III materials (Table 6 of reference [1]).
: 7. Applicable codes and regulations As a type IP-2 or a type A container loaded with fissile materials, the FCC3 packaging and its content are compliant with the requirements, regulations, agreements or recommendations enumerated below:
 
Regulations for the Safe Transport of Radioacti ve Material, Specific Safety Requirements, No.
SSR-6 (Rev. 1), 2018 Edition; European agreement concerning the International Carriage of Dangerous Goods by Road (ADR);
SSR-6 (Rev. 1), 2018 Edition; European agreement concerning the International Carriage of Dangerous Goods by Road (ADR);
Regulations concerning the International Carriage of Dangerous Goods by Rail (RID);
Regulations concerning the International Ca rriage of Dangerous Goods by Rail (RID);
European Agreement concerning the International Carriage of Dangerous Goods by Inland Waterways (ADN);
European Agreement concerning the International Carriage of Dangerous Goods by Inland Waterways (ADN);
International Maritime Dangerous Goods Code (IMDG code published by the IMO);
International Maritime Dangerous Goods Code (IMDG code published by the IMO);
Line 79: Line 129:
Order of 23 November 1987 (amended) concerning the Safety of Shipping, Division 411 of the attached Regulations (RSN Order).
Order of 23 November 1987 (amended) concerning the Safety of Shipping, Division 411 of the attached Regulations (RSN Order).
The above Regulations repeat in their entirety the requirements set forth in the IAEA Transport Regulation, reference [1], governing radioactive materials, containers, packages and testing.
The above Regulations repeat in their entirety the requirements set forth in the IAEA Transport Regulation, reference [1], governing radioactive materials, containers, packages and testing.
Proof of compliance of the package is presented in Chapter 1.6 with reference to the IAEA Regulation.
Proof of compliance of the package is presented in Chapter 1.6 with reference to the IAEA Regulation.
: 8.     References
: 8. References
[1] Regulations for the Safe Transport of Radioactive Material, IAEA Specific Safety Requirements, No. SSR-6 (Rev. 1), 2018 Edition.
[1] Regulations for the Safe Transport of Radioactive Material, IAEA Specific Safety Requirements, No. SSR-6 (Rev. 1), 2018 Edition.
[2] Advisory Material for the IAEA Regulations for the Safe Transport of Radioactive Material, Safety Guide, No. SSG-26, 2012 Edition.
[2] Advisory Material for the IAEA Regulations for the Safe Transport of Radioactive Material, Safety Guide, No. SSG-26, 2012 Edition.
Non-proprietary version


Formulaire : PM04-4-MO-6 rev. 03                         Unrestricted Orano                   Orano NPS Identification : DOS-19-021165-001-NPV           Vers. 2.0     Page 6 of 7 List of appendices Appendix                                             Title                               No. of pages 1.2-1       Radiological inspection report                                                   1 TOTAL                                           1 Non-proprietary version
Non-proprietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 6 of 7
 
List of appendices
 
Appendix Title No. of pages
 
1.2-1 Radiological inspection report 1
 
TOTAL 1
 
Non-proprietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 7 of 7
 
Appendix 1.2-1
 
RADIOLOGICAL INSPECTION REPORT
 
4
,~ ::,;1::::;:i{':t:;i])!!:~11111;1.~tl:l~\\'{C:: t:N~ ~:
 
INSTALLATION: ASSEMBLAGE
 
Ml.,. t APPAREIL UTILISE: BabyUne Rev. I
* DATE DU CONTROLE: 2110&IH DEIIANDEUR: Mme ROBIN CON I ROLt: OU Dl:.811 IJt_ DOSt. ABSOR8lt CONCERNANT N ASSlM81...AGl URl 01r.A N* ~U1ljj_
 
RESULTAT: an uGy/h,Facteur de qualit6:1.
 
., IS1 Brull de fond 4 4l6
-- *-* COUCM AU CONTACT 100 110
,uat!MllAGECOUCHEAflCM " N Ml~COUCffAfOOCII 10 12
. - * -1 COOCHI A 11 CM AVK PAOTKTION 21 21 iAUnla.&DII! COUCHe A 1.. CM AWC PRCn'IC110N 7
* IMSPUN.AOE COUCHE A,o CM AVK l"flOTK'l10H 10 12
 
OBSERVATION:


Formulaire : PM04-4-MO-6 rev. 03                                Unrestricted Orano                            Orano NPS Identification :    DOS-19-021165-001-NPV              Vers. 2.0        Page 7 of 7 Appendix 1.2-1 RADIOLOGICAL INSPECTION REPORT
    ,~ : ,;1: : ;:i{':t:;i])!!:~                11111;1.~tl:l~\'{C:: t:N~ ~:                                        4 INSTALLATION: ASSEMBLAGE Ml.,. t Rev. I DATE DU CONTROLE: 2110&IH APPAREIL UTILISE: BabyUne DEIIANDEUR: Mme ROBIN CON IROLt: OU Dl:.811 IJt_DOSt. ABSOR8lt CONCERNANT N ASSlM81...AGl URl 01r.A N* ~U1ljj_
RESULTAT: an uGy/h,Facteur de qualit6:1 .
                                                                                          .,        IS1 Brull de fond                                                  4        4l6
                                -- *-* COUCM AU CONTACT                                  100        110
                          ,uat!MllAGECOUCHEAflCM Ml~COUCffAfOOCII                                                "10 N
12
                                . - * -1 COOCHI A 11 CM AVK PAOTKTION                    21        21 iAUnla.&DII! COUCHe A 1.. CM AWC PRCn'IC110N IMSPUN.AOE COUCHE A ,o CM AVK l"flOTK'l10H 7
10 12 OBSERVATION :
DIFFUSION: Mme ROBIN Mr TEMPERTON SPR.
DIFFUSION: Mme ROBIN Mr TEMPERTON SPR.
RESPONSABLE SPR BOURDIN Gilbert                             NOM:     TEMPERTON Ronny VISA:                       0 j *---
RESPONSABLE SPR BOURDIN Gilbert NOM: TEMPERTON Ronny
                                                          \                          VISA:
 
VISA: 0 \\ j * ---VISA:
 
Non-proprietary version}}
Non-proprietary version}}

Revision as of 03:40, 16 November 2024

E-61283 Enclosure 4, DOS-19-021165-001-NPV, Version 2.0, Chapter 1.2, Administrative Information (Public)
ML22271A474
Person / Time
Site: Orano USA
Issue date: 05/16/2022
From: Shaw D
TN Americas LLC
To:
Division of Fuel Management
Garcia-Santos N
Shared Package
ML22271A128 List: ... further results
References
A33010, L-2022-DOT-0007
Download: ML22271A474 (7)


Text

Unrestricted Orano Orano NPS SAFETY ANALYSIS CHAPTER 1.2 REPORT ADMINISTRATIVE INFORMATION

Prepared by 0 orano

FCC3 Checked by

Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 1 / 7

Tableofcontents Statusofrevision 2

1. Purpose 3
2. Packagedesigner 3
3. Description 3
4. Requirementsfortransportation 3
5. Markingandlabelling 5
6. Modesoftransport 5
7. Applicablecodesandregulations 5
8. References 5 Listofappendices 6

Non-prorietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 2 of 7

Status of revision

Version Date Purpose and record of revisions Prepared by / Verified by

Old reference: DOS-13-00081779-020

Initial issue:

0 04/2012 - Revision of summary note TFXDC 2159 rev. G with sections 1, 4.4, 4.5 and 4.6

- Reference to applicable regulations

- Applicable regulation updated

- Deletion of the exclusive use transport requirement 1 10/2016 - Replacement in French original of the term "conteneur" (container) by "emballage" (packaging).

- Deletion of Conclusion paragraph - 4.2.1

New reference: DOS-19-021165-001

1.0 02/2019 Added possibility to define the package as type A

2.0 See 1st Update of the applicable regulation page Replacement of term radiation intensity by dose rate

Non-proprietary version Formulaire : PM04-4-MO-6 rev. 03 Unrestricted Orano Orano NPS Identification : DOS-19-021165-001-NPV Vers. 2.0 Page 3 of 7

1. Purpose The purpose of this document is to provide adminis trative information relating to the FCC3 package model.
2. Package designer The designer of the FCC3 package model is: Framatome 10, rue Juliette Récamier 69456 LYON CEDEX 06

The applicant is: Orano NPS 1, rue des Hérons 78180 MONTIGNY-LE-BRETONNEUX

3. Description The fresh nuclear fuel for use in powering PWR nuclear power plants is made up of fuel rods assembled to form an array. These products nee d to be transported between various production sites (factories) and/or points of use (nuclear power plants) either in the form of fuel assemblies or in the form of non-assembled rods.

The Safety Analysis Report covers the transportation of the following contents:

fuel assemblies with a nominal active length of 8, 10 or 12 feet. Fuel assemblies with a length of 12 feet may or may not be provided with rod clusters, non-assembled rods for assemb lies with a nominal active length of 8, 10 and 12 feet, in packagings designated throughout this document by the term "FCC3".

This "FCC3" packaging uses the shel ls formerly used by the "RCC3" packaging, but incorporates a new internal equipment system whic h is available in two versions depending on the content envisaged:

Version 1: for fuel assemblies composed of a 17x17 or 15x15 square fuel rod array or for non-assembled fuel rods grouped in channels, Version 2: for fuel assemblies composed of a 14x14 square fuel rod array (8 or 10-foot).

The rods in either of these versions can be m ade from Enriched Natural Uranium (ENU) or from Enriched Reprocessed Uranium (ERU).

4. Requirements for transportation

4.1. Requirements for transportation of LSA materials in industrial packages Radioactive fissile materials are classified LSA II or LSA III in accordance with reference [1]

for the transportation of ENU (§ 4.2 of Chapter 1.3) and ERU (§ 4.3 of Chapter 1.3).

The package can be defined as a Type 2 Fissile Industrial Package (IP-2).

4.2. Requirements for transportation of LSA materials in type A packages The activity of radioactive materials contained in the FCC3 is no more than 1 A 2 for the transportation of ENU (§ 4.2 of Chapter 1.3).

The package can be defined as a type A package.

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4.3. Determination of transport indices

4.3.1. Transport index for radiation exposure monitoring Radiological monitoring measurements are taken prior to any shipment to enable the transport index to be calculated.

4.3.2. Determination of Criticality-Safety Index The criticality safety index is calculated in accordance with Articles 525 and 686 of the Regulation reference [1], covered in Chapter 2.5.

Depending on the type of assembly, the number N of packages taken into account in accordance with Articles 684 and 685 varies. This number of packages N calculated in the criticality studies is used to determine the va lue of the criticality safety index (CSI) by the formula CSI = 50 / N. The following t able presents the CSI values obtained from Chapter 2.5:

Content Number of packages CSI

Non assembled rods all types Infinite 0 14x14 Infinite 0 Assemblies 15x15 80 0.625 17x17 80 0.625

4.4. Determination of package category As stated in § 4 of Chapter 1.3, the FCC3 packaging is designed and fabricated for the exclusive shipment of Low Specific Activity radioactive fissile materials (LSA II or LSA III according to reference [1] for ENU and ERU).

Radiological monitoring measuremen ts are taken prior to any shipment to enable the transport index to be calculated (See Paragraph 4.3.1).

When a packaging is loaded to maximum capacity, the maximum dose rate at any point on its outer surface is in the order of:

28 Sv/h with ERU-based assemblies (4.25%) - (see Appendix 1.2-1)

The package category is determined from the Transport Index (TI - see § 4.3.1) and the measured maximum dose rate. The tables in Ar ticle 529 of reference [1], reproduced in the table below, indicate the package categor ies according to these parameters.

Transport index Maximum dose rate at any point on the outer surface Category

0(1) No more than 0.005 mSv/h I-WHITE More than 0 but no more More than 0.005 mSV/h but no more than than 1 0.5 mSV/h II-YELLOW More than 1 but no more More than 0.5 mSV/h but no more than than 10 2 mSV/h III-YELLOW More than 10 More than 2 mSV/h but less than 10 mSV/h III-YELLOW (2)

(1) If the measured TI is not over 0.05, its value may be reduced to zero in accordance with paragraph c) of Article 523 of reference [1].

(2) Packages in this category must be transported under "exclusive use".

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4.5. Empty packaging The packaging may be transported as an excepted package subject to compliance with the conditions of Article 427 of reference [1].

5. Marking and labelling Marking and labelling must conform to the requirements of the Regulations per reference [1]. The conformity of marking and labelling must be checked before shipment as indicated in the Chapter 1.7 of this document.
6. Modes of transport Authorised modes of transport for the FCC3 packaging are transportation by road, rail, river and/or sea, for which the applicable regulations are defined in § 7.

In the case of river transport, a limit of 100 A 2 per hold or compartment of the vessel is imposed for LSA II or LSA III materials (Table 6 of reference [1]).

7. Applicable codes and regulations As a type IP-2 or a type A container loaded with fissile materials, the FCC3 packaging and its content are compliant with the requirements, regulations, agreements or recommendations enumerated below:

Regulations for the Safe Transport of Radioacti ve Material, Specific Safety Requirements, No.

SSR-6 (Rev. 1), 2018 Edition; European agreement concerning the International Carriage of Dangerous Goods by Road (ADR);

Regulations concerning the International Ca rriage of Dangerous Goods by Rail (RID);

European Agreement concerning the International Carriage of Dangerous Goods by Inland Waterways (ADN);

International Maritime Dangerous Goods Code (IMDG code published by the IMO);

Order of 29 May 2009 concerning the Carriage of Dangerous Goods by Terrestrial Routes (TMD Order);

Order of 23 November 1987 (amended) concerning the Safety of Shipping, Division 411 of the attached Regulations (RSN Order).

The above Regulations repeat in their entirety the requirements set forth in the IAEA Transport Regulation, reference [1], governing radioactive materials, containers, packages and testing.

Proof of compliance of the package is presented in Chapter 1.6 with reference to the IAEA Regulation.

8. References

[1] Regulations for the Safe Transport of Radioactive Material, IAEA Specific Safety Requirements, No. SSR-6 (Rev. 1), 2018 Edition.

[2] Advisory Material for the IAEA Regulations for the Safe Transport of Radioactive Material, Safety Guide, No. SSG-26, 2012 Edition.

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List of appendices

Appendix Title No. of pages

1.2-1 Radiological inspection report 1

TOTAL 1

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Appendix 1.2-1

RADIOLOGICAL INSPECTION REPORT

4

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INSTALLATION: ASSEMBLAGE

Ml.,. t APPAREIL UTILISE: BabyUne Rev. I

  • DATE DU CONTROLE: 2110&IH DEIIANDEUR: Mme ROBIN CON I ROLt: OU Dl:.811 IJt_ DOSt. ABSOR8lt CONCERNANT N ASSlM81...AGl URl 01r.A N* ~U1ljj_

RESULTAT: an uGy/h,Facteur de qualit6:1.

., IS1 Brull de fond 4 4l6

-- *-* COUCM AU CONTACT 100 110

,uat!MllAGECOUCHEAflCM " N Ml~COUCffAfOOCII 10 12

. - * -1 COOCHI A 11 CM AVK PAOTKTION 21 21 iAUnla.&DII! COUCHe A 1.. CM AWC PRCn'IC110N 7

  • IMSPUN.AOE COUCHE A,o CM AVK l"flOTK'l10H 10 12

OBSERVATION:

DIFFUSION: Mme ROBIN Mr TEMPERTON SPR.

RESPONSABLE SPR BOURDIN Gilbert NOM: TEMPERTON Ronny

VISA: 0 \\ j * ---VISA:

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