1 Peuple -Un But- Une Foi N° MESR/CAB/DC/OL ... · However during the General Conference of the...

1 Peuple -Un But- Une Foi N° ______________MESR/CAB/DC/OL

------- Ministère de l’Enseignement Supérieur et de la Recherche Dakar le___________________ -----------

Joint Convention on the Safety of Spent Fuel Management and on the Safety of

Radioactive waste Management

National Report of SENEGAL- January 2018

SECTION A. Introduction

The Republic of Senegal does not have any nuclear installation according to the provisions of

the Convention on Nuclear Safety.

However during the General Conference of the International Atomic Energy Agency in

September 2008, the Republic of Senegal has declared its interest for considering nuclear

power energy as possible source of energy along with biofuels, new and renewable energies

and fossil energies.

In that regard, Senegal established by decree 2008-1433 modified by decree 2010-892, a

working group in charge of conception, planning and operating a nuclear power plant.

The government has also ratified in December 2008 the following conventions:

Convention on Nuclear Safety, accession: 24/12/2008, entered in force: 24/03/2009.

Convention on Assistance in the case of a Nuclear Accident or Radiological

Emergency (ASSIST), in force: 23/01/2009, ratification: 24/12/2008.

Joint Convention on the Safety of Spent Fuel Management and on the Safety of

Radioactive waste Management, in force: 24/03/2009 ; Accession : 24/12/2008

Convention on the Early Notification of a Nuclear Accident.



Vienna Convention on Civil Liability for Nuclear Damage, in force: 03/24/2009 ;

accession : 24/12/2008.

The Law, titled “loi No2009-14 du 02 mars 2009 relative à la sécurité en matière nucléaire

et à la radioprotection” abrogates the adverse provisions of the “loi No2004-17 du 15 juin

2004, relative à la protection contre les rayonnements ionisants et à la radioprotection”,.

Those two existing laws have been adopted by the Parliament and have been promulgated and

its application decrees are now ready since 30 June 2010 (decree 2010-893 on 30 June 2010).

That application decree define the roles and responsibilities of the National Regulatory Body

called “Autorité Sénégalaise de Radioprotection et de Sûreté Nucléaire (ARSN).

During the general conference of the IAEA, held in September 2011, in Austria, Senegal

signed the Convention on Supplementary Compensation for Nuclear Damage.

By the way, Senegal established the Law n°2009-14, du 02 mars 2009 related to

radioprotection nuclear safety to better undertaking legislative and regulatory aspects of

nuclear safety and waste management. This law abrogates adverse provisions of the law

N°2004-17 of 15 June 2004 on protection against ionizing radiations.

To date, Senegal doesn’t keep in its territory spent fuel. Installations for storage, conversion

or transformation of spent fuel are not yet in place. However sealed and unsealed radioactive

sources are used in the country in the field of industry, medical health, research, livestock, etc.

General provision for nuclear materials and waste management are defined in chapter IV

titled« installations nucléaires de base » in the law n° 2009-14.

In this year 2018, Senegal has started a two years national project (SEN1004) with the

IAEA titled: Developing a National Nuclear Infrastructure for Establishing a Research

Reactor. The objective of this project is to develop prerequisites and sensitization for

establishing research reactor and planning toward a nuclear power plant in Senegal

SECTION B: Policies and practices

No nuclear fuel is in use in Senegal.



Republic of Senegal intends to establish regulation on the safe management of spent fuel and

of radioactive waste based on international safety norms and standards.

A draft decree on radiation protection based on international standards submitted to the

government for promulgation addresses some aspects of the management of radioactive

waste.

Users are in charge of managing their own radioactive waste but ARSN, is on the bring of

putting in place prescriptions and guides related to spent fuel and radioactive waste

SECTION C. Scope of application

The Government of the Republic of Senegal will ensure that the regulations on the

management of the spent fuel and radioactive waste, take into account:

a) consideration of reprocessing as part of spent fuel management,

b) consideration of waste that contains only naturally occurring radioactive materials and does

not come from the nuclear fuel cycle as radioactive waste for the purposes of the Convention,

c) consideration of spent fuel or radioactive waste within military or defense programs as

spent fuel or radioactive waste for the purposes of the Convention.

It should be noted that Senegal is a signatory of the Treaty on Non-Proliferation of Nuclear

Weapons, the comprehensive safeguards agreements resulting from this Treaty, and has

ratified in July 2017 the Additional Protocol to that Agreement. Senegal has also ratified in

July 2017 the Amendment to the Convention on the Physical Protection of Nuclear Material.

SECTION D: Inventories and Lists

The regulatory body (ARSN) is establishing the national registry and accounting of

nuclear material, radioactive waste, radioactive and other ionizing radiations sources

in the country. Regulatory Authority Information System (RAIS) software is being

used

Since April 2011, ARSN undertake a campaign of registration and accounting for

radioactive sources, users, disused radioactive and orphan sources repositories and, if

any, spent fuel. (See Annex 1)

The Annex 2 gives the repository sites and associated disused radioactive source or

nuclear material.

SECTION E: Legislative and regulatory framework

Law n°17-2004 “Loi relative à la protection contre les rayonnements ionisants” was

promulgated in 15th

June 2004. It appears to be consistent with the BSS and the GS-R-1. The

Law stipulates, among other things, the establishment of a regulatory framework with an

independent regulatory body. A new Law «Loi n° 2009-14 relative à la sécurité en matière

nucléaire et à la radioprotection» has been promulgated in 02 march 2009. The decree



of establishment of functions and responsibilities of the ARSN has been signed on 30 June

2010 and ARSN's General Director has been nominated on 20th

January 2011. The Committee

of Experts and the four Directions of ARSN are now established and technical and

administrative personnel have been recruited.

Radiological safety: Management of nuclear installation and nuclear facilities which take in

consideration management of spent fuel are taken into account in, chapter premier , Title IV

of the law number 2009-14 .

Autorizations :

Although the law has provisions on the implementation of the systems of

authorization, inspection and enforcement on the use of ionizing radiation, these

systems of regulatory control are established and being implemented. License for

nuclear installation will be issued by joint action with ARSN, ministry in charge of

environment, health and research, as stipulated by article 14 of the law 2009-14.

Operating‘s ban: Article 17 of that law provides for the suspension of a nuclear

installation when it presents serious risks to health, safety and public health. In case of

imminent risk, ARSN may suspend provisionally the installation in accordance with

Article 17. The Minister responsible for nuclear safety may, after consultation with the

ARSN, prohibit the operation of an installation when it is not put into service within

the time fixed by the decree authorizing its creation or if it ceases to operate

continuously for more than two years in accordance with Article 23 of the law 2009-

14. A facility that has operated without authorization may be closed or suspended by

ARSN in accordance with Article 31, after approval of the Minister of Scientific

Research under section 32 of the 2009-14 legislation.

Institutional control: article 27 chapter II, title IV of the law 2009-15 states that

nuclear safety inspectors, under the authority of the nuclear regulatory body (ARSN),

control and verify safety aspects of nuclear installations. This chapter addresses also

formalities on nuclear inspection and other issues related to coercitive and

enforcement aspects (article 27 and 35).

Penal dispositions: articles 38 to 41 in section 2 of law 2009-14 addresses sanctions

and penalties in case of using nuclear installation without authorization and in case of

non compliance in the application the provisions of the nuclear law.

• Responsibility of organizations involved in the different stages of the

management of spent fuel and radioactive waste: Article 13 of the law 2009-14

provides that the operator of a nuclear installation is responsible for the safety of its

installation. The State through the Ministries concerned and ARSN is responsible for

surveillance and control of all stages of the management of spent fuel and radioactive

waste in accordance with Article 3 of the law and articles relevant to the mission of the

ARSN.



Regulatory Body: ARSN is in charge of the operational application of the legislation

related to nuclear safety and security.

ARSN, placed under the direct authority of the prime minister, is an independent

institution, in terms of financial, human resources and decision making aspects.

SECTION F: Other General Safety Provisions

Responsibility authorization holder: the licensee operating a nuclear installation is

responsible of its safety as stated on article 13 of law 2009-14 (first Chapter, title IV).

Articles 14 and 15 give provision on assessment of financial, managerial, and

technical capabilities to fulfill the safety requirements for ensuring safe operation of

nuclear installation including spent fuel and waste management facilities.

Human and financial resources: Issuance of authorization takes into account, the

financial and technical capabilities of the applicant. This also take in consideration

capabilities in dismantelling,closing, storing waste as stated in article 11,14 and 27 of

law 2009-14.

.

Quality Assurance: article 16 of the law 2009-14 states on general self assessment

for safety.

Operational radiation protection: Prescriptions on radiation protection and

regulatory requirements are base on IAEA norms and standards. Articles 12 and 13

of the law 2004-17, address provisions to be used by licenses holders and operators.

Emergency preparedness: prescriptions and requirements for nuclear emergency

are base on AIEA norms and standards. A national response team is being established

in cooperation with the ministry in charge of environment, Research, and Institutions

in charge of civil protection. The National Fireman Brigade already has a response

team for radiological and nuclear emergency situation. The team has been trained

trough bilateral cooperation.

A national emergency response plan named RAD/ORSEC has been drafted and

was tested through a national exercise in October 2016. This exercise has brought

together the relevant response forces with the national CBRN unit of the brigade

of firefighters. The drafted plan is expected to be adopted soon as.

Decommissioning: According to Article 18 of law 2009-14:

the final shutdown and decommissioning of a nuclear installation are subject to prior

authorization. The application for authorization

contains provisions relating to conditions of shutdown, the terms of decommissioning

and waste management, as well as monitoring and

subsequent maintenance of the location of the installation based on updated scientific

and technical knowledge and forecasts



of future use of the site, to prevent or limit sufficiently the risks or disadvantages for

the health, safety, public safety or

protection of nature and environment.

The authorization is issued by joint order of the Minister of Scientific Research, the

Minister in charge of the Environment and the Minister of Health issued after

consultation with the Nuclear Safety Authority. This decree defines the characteristics

of decommissioning, the duration of the dismantling process and the types of

operations that are under the responsibility of the operator after decommissioning. The

provisions of this Article shall not apply to facilities

for storage of radioactive waste.

The Article 19 of the law states that:

The final shutdown and the transition to the surveillance phase of a facility

for storage of radioactive waste are subject to authorization. Application

for authorization includes the provisions for decommissioning as well

maintenance and monitoring of the site taking into account the scientific and

technological knowledge of the moment, to prevent or sufficiently limits risks or

drawbacks for the interests mentioned in Article 13 of

this law.

The authorization is issued by joint order of the Minister of Scientific Research

, the Minister for the Environment and Minister responsible for

Health issued after consultation with the Nuclear Safety Authority. This Order

establishes the types of

operations under the responsibility of the operator after the final shutdown.

SECTION G: Safety of Spent Fuel Management

General safety Requirement : article 14 of law 2009-14 states that a user must

demonstrate technical and managerial capabilities on safe management of spent fuel

before obtaining a license for implanting a nuclear installation these aspects cover

all stages from conception, construction to displacement and waste management.

Regulations and guides are under consideration by ARSN.

Existing Installation: Senegal doesn’t hold a nuclear installation inside and outside

of its territory.

Siting of proposed facilities: site selection and site characterization will be regulated

in compliance with IAEA standards, guides, codes and conventions.

Design and construction of facilities: article 14 of law 2009-14 addresses that issue.

Regulations and guide in that issue are under consideration by ARSN. .

Assessment of safety of facilities: ARSN defines safety prescription and safety

assessments rules and procedures in compliance with international standards and

conventions. An act or decree proposed by ARSN to Ministry in Charge of will

regulate the assessment of the safety of facilities.



Operation of facilities: general conditions for operating, closing and dismantling a

nuclear waste management facility are addressed in law 2009-14,, chapter II, title II.

Disposal of spent fuel: article 19 addresses that issue. No regulation in place.

SECTION H: Safety of Radioactive Waste Management

General Safety Requirements: article 14 of law 2009-14 addresses general safety

prescriptions. ARSN’s regulations on that issue will be established by ministerial act

or decree.

Existing facilities and past practices: Existing facilities (before the ratification of the

Joint Convention) containing spent fuel or managing radioactive waste are not yet

known by the regulatory authority in the country. The regulatory authority does not

yet know any past practice related to nuclear fuel cycle. However the regulatory

authority has inventoried disused radioactive sources and associated equipments used

in the past. Contamination associated with past practice in a research center has been

also identified during ARSN investigations.

Siting of proposed facilities: site selection and site characterization will be done in

compliance with IAEA standards, guides, codes and conventions of IAEA

Design and construction of facilities: Article 14 provides that the requirements for the

design and construction of radioactive waste management facilities are under the

responsibility of the ARSN and are the subject of a ministerial decree.

Assessment of safety of facilities: ARSN defines safety prescription and safety

assessments rules and procedures in compliance with international standards and

conventions. An act or decree established jointly by ARSN, Ministry in Charge of

Environment edict legal aspects on that issue.

Operation of facilities: general conditions for operating, closing and dismantling a

radioactive waste management facility are addressed in law 2009-14,, chapter II, title

II.

Institutional measures after closure: Ministerial order defines prescriptions for

closing a nuclear installation.

SECTION I: Transboundary Movement: nuclear regulatory framework will be updated to

well organize the control and management of trans-boundary movements of radioactive waste

and spent fuel.

SECTION J: Disused Sealed Sources: article 8 law 2004-17 states that all sources will be

returned to its provider, at his end of life. Senegal doesn’t have yet any radioactive sources

manufacturer. Senegal is working with IAEA under RAF9054 project for the implementation

of a national interim storage facility for the management of orphan radioactive sources or

nuclear material and radioactive sealed source from past practices.



SECTION K. General Efforts to Improve Safety: To date, the country doesn’t use nuclear

fuel, spent fuel and other related nuclear material. Actions and performance are focused on

increasing safety and security of radioactive sources used in medicine, industry, research,

livestock hydrogeology.

Actions are being implemented on search and secure of orphan sources and on inventory

registration and accounting of ionizing radiations sources.

By the way, the government undertakes a programme for human resources development in

nuclear safety and security, waste management and combating illicit trafficking of nuclear

material and radioactive sources.

SECTION L. Attached documents

1) loi No2009-14 du 02 mars 2009

2) loi No2004-17 du 15 juin 2004

3) Décret 1433 du 12 décembre 2008

4) Decree 2010-893 du 30 juin 2010

5) SAT national report of Senegal, 2011

6) ANNEX1. National register of radioactive sources

7) ANNEX2. List of facilities with disused radioactive sources

ANNEXE 1

National register of radioactive sources

Sources radioactives de categorie II

11 Iridium 192 MM052 1186 Gbq 25/05/2012 Gammagraphie SARII NTP

Radioisotope(Pty)

Ltd.

Pretoria 0001-

south africa

Iridium 192 MM635 2799Gbq 14/05/2012

Iridium 192 T690 3832Gbq 14/05/2012

Iridium 192 T691 3816Gbq 14/05/2012

Iridium 192 Gammagraphie ABS experts

Iridium 192 I489 3996 Gbq 25/09/2012 NTP

Radioisotope(Pty)

Ltd.

Pretoria 0001-

south africa

Selenium 75 9405 98..80 Ci 26/01/2012

Iridium 192 9347 10Ci NF Curitherapie Hôpital ARISTIDE

Le DANTEC

Nucletron

Iridium 192 AF358 3375GBq 31/08/2016 Gammagraphie BASCO GAMMATEC

Iridium 192 D8684 2.2TBq Gammagraphie CES QSA Global

Iridium 192 AP283 4762GBq 02/01/2016 Gammagraphie SGS MDS Nordion

Iridium 192 3702 GBq 26/03/2017 Gammagraphie Souleymane DIOP CEGELEC ZAE

Sources radioactives de categorie III

20 Césium 137 1845CG 1000mci juil-02 Jauge de Niveau SOCOCIM OHMART

Césium 137 1848CG 1000mci août-02

Césium 137 1852CG 1000mci sept-02

Césium 137 1854CG 1000mci oct-02

Césium 137 - 1000mci nov-02

Cobalt 60 D4002E010E1 100mci déc-02 ENDRESS

HAUSSER

Cobalt 60 D4002F010E1 100mci janv-03

Césium 137 NSD-L-212/2514GW 55.5 GBq - Diagraphie de

Densité

FORTESA AEA/QSA

Am-241/Be NSN-E-750/0218NN 185 GBq -

Monazite

Sand (04%

uranium

naturel et

5.5% thorium,

en masse)

GRC.C.065 194 kBq - Reeves Wireline

Technologie

Limited Royaume

Uni

Am-241/Be NEC.C.048 1.11 GBq - Diagraphie Neutron GAMMATRON,

INC.

Houston,Texas

Ra 226 GRC.C.035/BE144,BE147,

BE162

55.5 GBq - Calibrateur Gamma AEA/QSA

Am-241/Be NEC.C.048/N.481 1.48 GBq - Calibrateur Neutron

Cobalt 60 - 3,7 GBq - Jauge de Niveau SOCOCIM ENDRESS

HAUSSER Cobalt 60 - 3,7 GBq -

Cobalt 60 - 3,7 GBq -

Cobalt 60 - 3,7 GBq -

Deutérium et

Tritium, à

proportion

égale

M 1467 Module de

rechange sur site, avec

numéro de série: M1468

120 GBq

(3,3Ci)

- EADS SODERN

Tritium 185 GBq

(5Ci)

-

- Fonctionnant à

70-110 KV;

émission

neutronique de

14 MEV

- Polarisation source

9 Cs 137 GSR-J A5592 63GBq 17 Janv

2012

Diagraphie Plateforme

Sangomar/Capricorn

Limited

QSA Global

Am-241/Be NSR-FG5287 592Gbq 27 juillet

2010

Diagraphie GAMMATRON,

INC.

Houston,Texas

Cs 137 GSRZ-A2899 66GBq 30 Aout

2007

Diagraphie QSA Global

Am-241/Be NSRT-Q1113 278Gbq 10 Janv

2008


Cs 137 GGLS-DA-A2858 63Gbq 27juin

2007


Cs 137 GSRZ-A3326 66GBq 31 Aout

2011


Am-241/Be NSRT-Q1194 278GBq 12 Mai

2009


Cs 137 GSRZ-A3276 66GBq 10 Juin

2010


Am-241/Be NSRT-C1K 278GBq 28 Mai

1990

Diagraphie GAMMATRON,

INC.

Houston,Texas

Sources radioactives de catégorie IV

8 Césium 137 2320CG 200mci juil-02 OHMART SOCOCIM OHMART

Césium 137 2604CG 200mci juil-02 OHMART OHMART





Cobalt 60 D40030010E1 50 mci avr-10 ENDRESS HAUSER ENDRESS

HAUSER

Cobalt 60 D40031010E1 50 mci avr-10 ENDRESS HAUSER ENDRESS

HAUSER

13 Césium 137 Dx-4111-11 30mci Jauge de Niveau ICS

Césium 137 DX-4147-06 15mci Jauge de Niveau

Césium 137 Dx-4156-06 10mci

Césium 137 Dx-4307-01-A 20mci

Césium 137 Dx-4307-01-B 20mci

Am-241/Be Ax 49041-10 100mci humidimetre

Césium 137 2802

Césium 137 2102

Césium 137 2312B

Césium 137 2312A

Césium 137 2911

Césium 137 414703

Césium 137 415603

4 Californium

252

47264B 1 GBq mars-09 Ciments du Sahel SCANTECH

international

Australie

Césium 137 1.1GBq Jauge de Niveau Andreas

Césium 137 Jauge de Niveau

Californium

252

0,496Gbq

12 Césium 137 40-5495 8mci juil-03 jauge d'humidité/densité Eiffage senegal Troxler

Am-241/Be 40mci oct-03

Césium 137 47-4320 8mci juil-03 jauge d'humidité/densité


Césium 137 7293 8mci juil-03 jauge d'humidité/densité








2 Césium 137 61896 8mci jauge d'humidité/densité SENELABO Troxler

Am-241/Be 40mci

Sr 90

3 Césium 137 S3X312 92.5Gbq Jauge d'humidité

/densité

Zone Maritime commune senegal Guinée Bissau/AREZKI

Baker Hughes

Am-241/Be S17S15 185Kbq Diagraphie gamma par

activation neutronique

Baker Hughes

Co-60 185Kbq Baker Hughes

4 Césium 137 8mci jauge d'humidité/densité CEREEQ SA Troxler

Am-241/Be 40mci

Césium 137 8mci jauge d'humidité/densité

Am-241/Be 40mci

2 Cs-137 5488 8mci 7 juin 2008 jauge d'humité/densité CSE siége Troxler

Am-241/Be 40mci 9 juin 2008

8 Cs-137 8mci jauge d'humidité/densité Conduril Troxler

Am-241/Be 40mci

Cs-137 8mci

Am-241/Be 40mci

4 Cs-137 Jauge Sabodola Gold

Operation (SGO)

Berthold

Technologie

Cs-137

Cs-137

Cs-137

4 Cs-137 77-14749 296 MBq 08/10/2015 Jauge Societe de

Forage et

Travaux Publics

(SFPT)

Eckert Ziegler

Isotope Prod

Am-241/Be 78-10341 1480 Mbq 03/07/2015 Eckert Ziegler

Cesio

Cs-137 77-15228 296 MBq 05/05/2016 Eckert Ziegler

Isotope Prod

Am-241/Be 78-10683 1480 Mbq 08/06/2016 Eckert Ziegler

Cesio

4 Cs-137 1486-07-11 7400MBq Aout 2011 Industrielle Sabodola Berthold

Cs-137 0216-08 5550MBq Mai 2008 Berthold

Cs-137 0221-08 5550MBq Mai 2008 Berthold

Cs-137 1126-10-16 5550MBq Novembre

2016

Berthold

Cs-137 9560GF 2527MBq Janvier

2010

Thermo Gamma

Sources radioactives de categorie V

7 Cobalt 60 - - - Jauge de Niveau SOCOCIM ENDRESS

HAUSSER

Césium 137 - - - Gamma-Metrics GAMMA-

METRIS Césium 137 - - -

Césium 137 MM-696 37kBq - Diagraphie de Densité FORTESA -

Césium 137 MM-697 37kBq - -

Césium 137 C2-951 55kBq - -

Césium 137 C2-963 55kBq - -

2 Ni-63 Nf 370MBq Detection d'explososif Dakar Sites de l'ASECNA et King Fahd Hotel

SAFRAN

Ni-63 Nf 370MBq Detection d'explososif SAFRAN

1 Cd-109 XFB3204C43333TR0004 40mCi

(1480Mbq)

18/06/2008 Diagnostic du plomb

dans des batiments

Bel Air 23é BIMA cité Claudel

Norisko

Construction

2 Ni-63 G239765506 500MBq Recherche Technologie service Rue Aimée Césaire

AGILENT

TECHNOLOG

Ni-63 500MBq centre anti poison

6 H-3 8311-42790 55.5GBq 7

Novembre

2011

Diagraphie/Prospection Plateforme

Sangomar/Capricorn

Limited

Schlumberger

Technology

corporation

H-3 8288-42761 55.5GBq 10 Octobre

2011

Schlumberger

Technology

corporation

H-3 8310-42787 55.5GBq 27 Octobre

2011

Schlumberger

Technology

corporation

H-3 8356-42870 55.5GBq 12 Janvier

2012

Schlumberger

Technology

corporation

H-3 8026-42296 55.5GBq 08 Octobre

2010

Schlumberger

Technology

corporation

29 Cobalt 60 PM362 185KBq 5 Avril

2011

Eckert & Ziegler

Nuclitec

Cobalt 60 PM348 185KBq 5 Avril

2011


2011


2011

Cs-137 I5-823 351.5Kbq 15

Novembre

2011

Eckert & Ziegler

Isotope products

Cs-137 I5-824 351.5Kbq 15

Novembre

2011

Cs-137 TP-810 333Kbq 30 juin

2011

Cs-137 TW-791 22.2Kbq 17 Aout

2011

Cs-137 E4-037 351.5Kbq 1 Juillet

2007

Cs-137 E4-038 351.5Kbq 1 Juillet

2007

Cs-137 PA-180 333Kbq 12 Juillet

2007

QSA Global

Cs-137 OZ-143 22.2Kbq 10 Mai

2007

Cs-137 A3-934 351.5Kbq 1 Avril

2002

Eckert&Ziegler

Isotope products

Cs-137 A3-935 351.5Kbq 1 Avril

2002

Cs-137 KN-356 333Kbq 15 Avril

2002

AEA technology

Cs-137 LB-136 22.2Kbq 22

Novembre

2002

Cs-137 F1-076 33.3Kbq 1 Avril

2008

Eckert & Ziegler

Cs-137 I7-281 33.3Kbq 1 fevrier

2012

Cs-137 k7-692 37 Kbq 1 Octobre

2013

Cs-137 K7-693 37kBq 1 Octobre

2013

Cs-137 B1-743 37Kbq 1 juillet

2003 Cs-137 I9-232 33.3Kbq 1 Mars

2012 Cs-137 I3-896 33.3Kbq 15

Septembre

2011

Cs-137 H4-080 33.3Kbq 15

Septembre

2010

Na-22 G5-559 92.5Bq 15

Novembre

2009

Na-22 H7-169 92.5Bq 1 fevrier

2011

Na-22 J5-213 92.5Bq 15 Aout

2012

Na-22 H6-843 92.5Bq

Thorium naturel GSR-U1499 55Kbq 1 janvier

2000

Nuclear sources

and service

4 Strontium 90 UB870 74kBq 6

Decembre

2012

Enseignement/recherche Université Thiés Eickert Ziegler

Nuclitec GmbH

Am 241 TY704 74Kbq 6

Decembre

2012

Enseignement/recherche

Na-22 UD461 74Kbq 6

Decembre

2012


Cobalt 60 TX164 74Kbq 6

Decembre

2012


ANNEX 2

LIST OF FACILITIES TEMPORARILY STORING DISUSED RADIOACTIVE

SOURCES.

Installations Type de sources Quantité Commentaire

CEREEQ

Dakar

Cs 137 Am/Be

4 Sources Devices containing radioactive

sources are Gammadensimeters

(2 Troxler)

ITNA

Dakar

90Sr /90Y

Po210

Am-241

Cd-109

4 Sources Calibration sources

TECHNOSOL

INGENIERIE

Dakar

Cs 137 Am/Be

2 Sources The device containing the

radioactive sources is a

Gammadensimeter (1 Troxler)

IFAN

Dakar

Ba-133

H-3

C-14

3 Sources Calibration sources

nitrate de Thorium

(250g)

Acétate d’Uranium

(100g).

350 g Nuclear material

SODECI

Dakar

Am-241 80 Sources

(0,8µCi each

source)

Smoke detectors

VERITAS

Dakar

Depleted uranium 10 690 G Nuclear material

A container type GAM120

without radioactive source

Hôpital Principal

Dakar

Radium 226 Radium

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