1. introduction 2. primary actions

1
3. Long term strategy and conclusion The long term strategy focuses to building a Radionuclide identification laboratory using gamma spectrometric methods. For this purpose to be achieved, staff capacity building is needed as technical assistance and expert advice have been obtained from the IAEA and the United States Department of Energy through the Global Threat Reduction Initiative already. Key Points The probability for the Burkina Faso local population to develop deterministic effects after Fukushima nuclear accident is almost zero. However, stochastic effects remain possible as the two countries have concluded bilateral and/or multilateral agreements, particularly in the field of international trade in product for human or animal consumption and the possibility for their people to travel to/from Japan. Therefore, the Burkina Faso Nuclear Safety Regulatory Body has locally implemented a strong and sustainable strategy to avoid any negative impact both to the environment and the health of population. 2. Primary Actions In order to reduce the widespread fear of nuclear, first measures were related to information addressed to political leaders, then population sensitization and opinion leaders information with regard to the accident. After that, the legislative framework has been improved in collaboration with the IAEA experts. Nuclear safety, security and safeguards obligations have been taken into account for the revision of the existing law and some improvement have been made, focusing on: - Authorization licensing before food importation from Japan. - In situ inspection in collaboration with customs and the National Public Health Laboratory prior to consumption or product sales in local markets. - Compliance with the IAEA Code of Conduct related to radiological analysis of food: with a very limited equipment, however! Acknowledgment: Authors are grateful to the CTBTO S&T 2011 organization committee and to the Government of Burkina Faso 1. Introduction According to the CTBTO web site, instruments of ratification of the Comprehensive Nuclear- Test-Ban Treaty have been deposited by Burkina Faso on 17 April 2002; the country is the 13th African state to ratify the Treaty. In addition, it should be noted that, in 1998, a Comprehensive Safeguard Agreement (INFCIRC/618) had been concluded with the International Atomic Energy Agency (IAEA), in accordance with the commitment of the article III.1 of the Non Proliferation Treaty, as per IAEA document INFCIRC/153 (corrected). IAEA’s statutes have been ratified in 1998, then National Safety Regulatory Body has been created by law on 26 April 2005. After Fukushima nuclear accident, actions related to radiation protection, nuclear security and safety had been undertaken. ( * ) Autorité Nationale de Radioprotection et de Sûreté Nucléaire 03 BP 7044 Ouagadougou 03 Burkina Faso Email: [email protected] Poster N° JS-P9 CTBTO: Science and Technology 2011

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Page 1: 1. Introduction 2. Primary Actions

3. Long term strategy and conclusion

The long term strategy focuses to building a Radionuclide identification laboratory using gammaspectrometric methods. For this purpose to be achieved, staff capacity building is needed as technicalassistance and expert advice have been obtained from the IAEA and the United States Department ofEnergy through the Global Threat Reduction Initiative already.

Key Points

The probability for the Burkina Faso local population to developdeterministic effects after Fukushima nuclear accident is almost zero.However, stochastic effects remain possible as the two countries haveconcluded bilateral and/or multilateral agreements, particularly in thefield of international trade in product for human or animalconsumption and the possibility for their people to travel to/fromJapan.

Therefore, the Burkina Faso Nuclear Safety Regulatory Body has locallyimplemented a strong and sustainable strategy to avoid any negativeimpact both to the environment and the health of population.

2. Primary Actions

In order to reduce the widespread fear of nuclear, firstmeasures were related to information addressed topolitical leaders, then population sensitization andopinion leaders information with regard to the accident.

After that, the legislative framework has been improvedin collaboration with the IAEA experts. Nuclear safety,security and safeguards obligations have been taken intoaccount for the revision of the existing law and someimprovement have been made, focusing on:

- Authorization licensing before food importationfrom Japan.

- In situ inspection in collaboration with customsand the National Public Health Laboratory priorto consumption or product sales in localmarkets.

- Compliance with the IAEA Code of Conductrelated to radiological analysis of food: with avery limited equipment, however!

Acknowledgment:Authors are grateful to the CTBTO S&T 2011 organizationcommittee and to the Government of Burkina Faso

1. Introduction

According to the CTBTO web site, instrumentsof ratification of the Comprehensive Nuclear-Test-Ban Treaty have been deposited byBurkina Faso on 17 April 2002; the country isthe 13th African state to ratify the Treaty.

In addition, it should be noted that, in 1998, aComprehensive Safeguard Agreement(INFCIRC/618) had been concluded with theInternational Atomic Energy Agency (IAEA), inaccordance with the commitment of thearticle III.1 of the Non Proliferation Treaty, asper IAEA document INFCIRC/153 (corrected).IAEA’s statutes have been ratified in1998, then National Safety Regulatory Bodyhas been created by law on 26 April 2005.

After Fukushima nuclear accident, actionsrelated to radiation protection, nuclearsecurity and safety had been undertaken.

(*) Autorité Nationale de Radioprotection et de Sûreté Nucléaire03 BP 7044 Ouagadougou 03 – Burkina Faso

Email: [email protected]

Poster N° JS-P9CTBTO: Science and Technology 2011