1 7Th NATIONAL REPORT by SOUTH AFRICA on the CONVENTION
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South Africa's Impending Nuclear Plans
Briefing Paper 290 May 2012 South Africa’s Impending Nuclear Plans "I think that the amount of money that has been allocated for the nuclear build is not a thumbsuck, and we don't actually think that is the end amount, but we believe that it is the beginning," Energy Minister Dipuo Peters 1. Int roduction 600 MW of new nuclear capacity to be completed between 2023 and 2030.1 The demand for energy continually increases with South Africa’s developing population and This briefing paper aims to highlight some of the economy. Nuclear power has been touted as one key considerations and debates around the of the solutions to meet this ever‐increasing expansion of nuclear power in South Africa. demand especially as, according to its However, government’s proposals are still proponents, it generates electricity in an subject to public participation processes, environmentally responsible manner. South environmental impact assessments and, no Africa’s only nuclear power plant, Koeberg, doubt, potential litigation. The fact that the situated 30km north of Cape Town, consists of finance minister made no reference in his budget two Pressurized Water Reactors better known as speech to the anticipated expenditure of at least EPR units. Each unit has a capacity of 920 R300 billion has added to uncertainty around megawatts (MW) and is cooled by sea‐water. In government’s intentions. It is thus not possible to this system, water inside a pressurised reactor is state with any certainty if, when or where these heated up by uranium fuel in the reactor. High plants will be built, or what they will ultimately temperature, high pressure water is then passed cost. -
The Treaty of Pelindaba on the African Nuclear-Weapon-Free Zone
UNIDIR/2002/16 The Treaty of Pelindaba on the African Nuclear-Weapon-Free Zone Oluyemi Adeniji UNIDIR United Nations Institute for Disarmament Research Geneva, Switzerland NOTE The designations employed and the presentation of the material in this publication do not imply the expression of any opinion whatsoever on the part of the Secretariat of the United Nations concerning the legal status of any country, territory, city or area, or of its authorities, or concerning the delimitation of its frontiers or boundaries. * * * The views expressed in this paper are those of the authors and do not necessarily reflect the views of the United Nations Secretariat. UNIDIR/2002/16 Copyright © United Nations, 2002 All rights reserved UNITED NATIONS PUBLICATION Sales No. GV.E.03.0.5 ISBN 92-9045-145-9 CONTENTS Page Acknowledgements . vii Foreword by John Simpson . ix Glossary of Terms. xi Introduction. 1 Chapter 1 Evolution of Global and Regional Non-Proliferation . 11 Chapter 2 Nuclear Energy in Africa . 25 Chapter 3 The African Politico-Military Origins of the African Nuclear-Weapon-Free Zone . 35 Chapter 4 The Transition Period: The End of Apartheid and the Preparations for Negotiations . 47 Chapter 5 Negotiating and Drafting the Treaty (Part I): The Harare Meeting . 63 Chapter 6 Negotiating and Drafting the Treaty (Part II): The 1994 Windhoek and Addis Ababa Drafting Meetings, and References where Appropriate to the 1995 Johannesburg Joint Meeting . 71 Chapter 7 Negotiating and Drafting the Treaty (Part III): Annexes and Protocols . 107 Chapter 8 Negotiating and Drafting the Treaty (Part IV): Joint Meeting of the United Nations/OAU Group of Experts and the OAU Inter- Governmental Group, Johannesburg. -
NPR 1.1: a Chronology of South Africa's Nuclear Program
A Chronology of South Africa's Nuclear Program by Zondi Masiza Zondi Masiza is a research assistant at the Program for Nonproliferation Studies. He is currently a US AID/Fulbright Scholar at the Monterey Institute for International Studies. Introduction nuclear explosives for the mining industry. The sense of urgency in developing a nuclear capability was sharpened The recent history of South Africa's nuclear program by the southward march of the African liberation presents an important and unprecedented case of a state that movement, which the South African government viewed as developed and then voluntarily relinquished nuclear inspired by the Soviet Union. South Africa conducted its weapons. As we near the 1995 NPT Extension Conference, nuclear weapons program in absolute secrecy. Very few the case of South Africa presents a significant example for government officials and even top Cabinet members knew the declared nuclear powers as well as for those considering of its existence. nuclear deployment. Nuclear weapons may not be the guarantors of regime security that they are purported to be Throughout the 1970s and the 1980s, the Group of 77 by some supporters. Indeed, there may be sound reasons pressured the IAEA to carry out inspections on South why other states in the future may also choose to relinquish African nuclear facilities, such as the pilot uranium them or, in other cases, choose not to develop them at all. enrichment plant. Allegations that South Africa had made preparations to conduct a nuclear test in the Kalahari desert This chronology is based on a survey of publicly-available in 1977 increased concern about the country's intentions. -
SAFETY ASSESSEMENT for the TRANSPORTATION of NECSA's LILW to the VAALPUTS WASTE DISPOSAL Facility
IYNC 2008 Interlaken, Switzerland, 20 – 26 September 2008 Paper No. 482 SAFETY ASSESSEMENT FOR THE TRANSPORTATION OF NECSA'S LILW TO THE VAALPUTS WASTE DISPOSAL Facility Maphoto K.P.1, Raubenheimer E. 1, Swart H.1. 1Nuclear Liabilities Management, NECSA, P O Box 582, Pretoria, 0001, Republic of South Africa (RSA) ABSTRACT The transport safety assessment was carried out with a view to assess the impact on the environment and the people living in it, from exposure to radioactivity during transportation of the radioactive materials. It provides estimates of radiological risks associated with the envisaged transport scenarios for the road transport mode. This is done by calculating the human health impact and radiological risk from transportation of LILW along the R563 route, N14 and eventually to the Vaalputs National Waste Disposal Facility. Various parameters are needed by the RADTRAN code in calculating the human health impact and risk. These include: numbers of population densities following the routes undertaken, number of stops made, and the speed at which the transport will be traversing at towards the final destination. The human health impact with regard to the dose to the public, LCF and risk associated with transportation of Necsa’s LILW to the Vaalputs Waste Disposal Facility by road have been calculated using RADTRAN 5 code. The results for both accident and incident free scenarios have shown that the overall risks are insignificant and can be associated with any non-radiological transportation 1 INTRODUCTION The South African Nuclear Energy Corporation (Necsa) is planning to transport its Low and Intermediate Level Waste (LILW) material to the Vaalputs National Radioactive Waste Disposal Facility. -
Davidfig@ Iafrica.Com
EXPANDING THE NUCLEAR COMPONENT OF THE COUNTRY’S ENERGY MIX THE PROPOSAL IN THE IRP The IRP2 proposes that the nuclear component of the energy mix be expanded from around 5% to 14%. This involves a virtual tripling of the nuclear output in South Africa over the next 20 years. In practice this will mean an extra 4 to 6 reactors roughly the size of each of the Koeberg reactors. 1. INCREASING COSTS --- Nuclear 1 tendering process halted on the grounds of Eskom’s finances --- Nuclear construction industry notorious for cost and time overruns --- Price of nuclear does not include a number of externalities (pollution, health, liability, insurance, subsidies) --- Capital costs will create debt CURRENT AND PROJECTED COSTS IN 2030 OF ENERGY SOURCES, SOUTH AFRICA, IN 2010 US CENTS PER KILOWATT-HOUR (SOURCE: NERSA REFIT 2, OCT 2009) Energy source Current cost, 2010 Projected cost, 2030 Coal 8c 23c Nuclear 10c 24c Landfill gas 12.4c 10c Biogas 12.8c 12c Wind 17.2c 12.2c Biomass 16.3c 12.2c Open-cycle gas 34.6c 58.3c turbine Solar PV 54.3c 49.5c Concentrating solar 44c 26c 2. BAD TIMING --- New generation nuclear (EPR, AP1000) not yet operational --- EPR struggling in Finland (delay of 4yrs, cost overrun of €4bn), France --- Only 1 factory in the world for pressure vessels bottlenecks 3. REGULATORY PROBLEMS --- National Nuclear Regulator already overstretched, under-budgeted, short of skilled staff --- Independence questioned --- Unable to regulate mining wastes effectively Uranium One Mine, North-West Province Uranium Mill Koeberg Nuclear Power Station, Cape Town Pelindaba, near Pretoria, South Africa Vaalputs Nuclear Waste Disposal Facility, Namaqualand 4. -
Nuclear Waste: Is It Really a Problem?
Nuclear Waste: Is it really a problem? by Prof Philip Lloyd Produced by Nuclear Africa (Pty) Ltd for general public information. The image above is near the South African Nuclear Waste Repository. This seeming paradox lies behind most of medicine. A little Prof Philip can be good for you; a lot can harm. Take too much aspirin Lloyd has a PhD and you may die. But I, and many others with a history of heart in chemical engineering and disease, exist on a diet of around 80 mg aspirin a day. studied nuclear physics at MIT. After a career in the mining industry and engineering Nuclear Medicine construction management, he returned to South Africa is the second largest exporter of nuclear academic life and is now Adjunct medicine in the world. South African radioactive Professor at the isotopes for medical use are exported to some 60 Energy Research Unit of the countries. A very important factor is the logistics Cape Peninsula University of of transport. Speed and efficiency is of the utmost Technology. importance. The medical isotopes are intentionally designed to be short-lived, so it is very important to move them very rapidly from the nuclear reactor to the patient, no matter where in the world the patient may be. It is an oft-repeated truism that the Nuclear isotopes are used in two modes: diagnos- tically to detect medical problems such as tumours; disposal of nuclear waste is extremely and even to study a faulty heart valve opening challenging. Let us have a look at the and closing. -
SAFARI-1 Safety Reassessment and Modifications in Light of Fukushima Daiichi Accident
SAFARI-1 Safety Reassessment and Modifications in light of Fukushima Daiichi Accident Sammy Malaka NESCA, SAFARI-1 Research Reactor SOUTH AFRICA 18th IGORR Conference and IAEA Workshop on Safety Reassessment of Research Reactors in Light of the lessons Learned from Fukushima Daiichi Accident Sydney, Australia, 03 – 07 December 2017 CONTENTS 1. SAFARI-1 INTRODUCTION & OVERVIEW 2. SAFETY REASSESSMENT (SR) METHODOLOGY 3. SR RECOMMENDATIONS AND PROPOSED MODIFICATIONS 4. SAFETY CLASSIFICATION OF SSCS FOR DESIGN EXTENSION CONDITIONS 5. CONCLUSIONS Where is SAFARI-1 in South Africa? Rossing Uranium Mine Pelindaba, SAFARI-1 NNR Pelindaba Vaalputs Koeberg NPP ♦ Nuclear Medicine Centres SAFARI-1 OVERVIEW • SAFARI-1 20 MW Tank-in-Pool MTR reactor of ORR design – light water moderated and cooled, Be reflected. • The reactor has been in operation since 18 March1965 (~3 943 458 MWh) • Fully Core Converted to LEU in 2008-9 (LEU < 20%) • Highly utilised reactor (>300 FPD/Year) for over 15 years • Primary activities: Isotope production; NTD Si doping and beam port research & ET • Significant Investment in the ageing management program of SAFARI-1, to ensure safe continued operation > objective to operate beyond 2030 4 SAFARI-1 Safety Reassessment (SR) Following the Fukushima nuclear accident in March 2011, a directive from South Africa’s National Nuclear Regulator (NNR) was received which required a SR of the SAFARI-1 research reactor (RR) The SR consisted of: Evaluation of the response of the SAFARI-1 RR when facing a set of extreme external events -
Annual Report 2019
INTEGRATED ANNUAL REPORT 2019 South African Nuclear Energy Corporation SOC Limited TABLE OF CONTENTS ABBREVIATIONS AND ACRONYMS - - - - - - - - - - - - - - - - - - - - - 2 7. HUMAN RESOURCES AND REAL ESTATE MANAGEMENT ------------------------79 1. GENERAL INFORMATION-- -- -- -- -- -- -- -- 3 INTRODUCTION - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 80 ABOUT THIS INTEGRATED ANNUAL REPORT - - - - - - - - - - - 4 STAFF FINANCIAL STATISTICS - - - - - - - - - - - - 85 NECSA’S ORIGINS - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 4 STAFF SOCIAL STATISTICS - - - - - - - - - - - - - - - - - - - - - - - - - - 87 NECSA STRATEGY - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 5 8. GOVERNANCE STRUCTURES- - - - - - 99 ORGANISATIONAL STRUCTURE - - - - - - - - - - - - - - - - - - - - - - - 7 BOARD OF DIRECTORS - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 100 2. CHAIRPERSON’S FOREWORD-- -- -- -- -- -- 8 COMMITTEES OF THE BOARD - - - - - - - - - - - - - - - - - - - - - - - 108 3. CEO’S OVERVIEW ----------------------11 EXECUTIVE MANAGEMENT COMMITTEE - - - - - - - - - - - - -112 4. HIGHLIGHTS OF 2018/2019 - - - - - - 13 RISK MANAGEMENT - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -116 5. KEY PERFORMANCE INFORMATION-- -- -17 9. SUSTAINABILITY REPORT - -- -- -- -- -- --119 STATEMENT OF RESPONSIBILITY FOR PERFORMANCE INFORMATION - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 18 INTRODUCTION - - - - - - - - - - - - - - - - - -
12/12/20/944 for the Proposed Eskom
ENVIRONMENTAL IMPACT ASSESSMENT (EIA) EIA: 12/12/20/944 FOR THE PROPOSED ESKOM NUCLEAR POWER STATION AND ASSOCIATED INFRASTRUCTURE KOMAGGAS PUBLIC MEETING Wednesday, 11 July 2007 RECORD OF ISSUES RAISED AND DISCUSSED Note: Should you as a participant at the meeting not agree to the way in which ARCUS GIBB has captured your issue, please submit your requested changes to ACER in writing within two weeks of receiving this document No Name & Organisation Issue/Comment/Concern Response 1 Mr Andy Pienaar The Komaggas community are attending the meeting under The Komaggas community, as well as other communities on Namaqualand Action protest and as such request that the meeting not be placed on the West Coast (Northern Cape) have been previously Group for Environmental record. The community protests against the construction of informed of the proposed project. The methods of Protection and Komaggas the proposed NPS in the area. There has been a lack of communication have been varied and include advertisement Resident capacity building from the National Nuclear Regulator (NNR) in local and regional media, placement of posters in the in terms of nuclear energy in general. As such, the Komaggas towns, as well as through community leaders. Where community is not able to participate constructively. possible presentations will be presented in Afrikaans and in Furthermore, all presentations and discussions should be the case of the English presentation (i.e. EIA Presentation) it conducted in Afrikaans using layman’s terms, as the will be translated into Afrikaans. Eskom will approach the community is not able to understand more complex concepts. -
Highly Enriched Uranium Production for South African Nuclear Weapons
Science <I:Global Security, 1994, Volume 4, pp.33-48 Photocopying permitted by license only Reprints available directly from the publisher o 1994 Gonion and Breach Science Publishel'B SA Printed in the United States of America Highly Enriched Uranium Production for South African Nuclear Weapons Weestimate that South Africaproduced 735± 53 kilograms ofthe equivalent of 90 per- cent-highly enriched uranium (HEU). This amount, were it enriched to 80 to 90 per- cent, could be used to construct 12 Hiroshima-type fission bombs. The South African government maintains it constructed only six such devices,and never intended to con- struct more than seven. The excess HEU was apparently less enriched than that desired by South Africafor its weapons, but probably still weapons-usable. Implosion- type devices were apparently being researched at the time the nuclear weapons pro- gram was dismantled in 1989. Had this effort continued, eventually South Africa would have been able to construct four times as many weapons from the same amount of fissile material. Because of a 15.6 percent uncertainty in the tails assay, the two standard deviation uncertainty in the amount of U-235 in the HEU produced is 256 kilograms. It is in the interest of all parties to reduce this uncertainty. South Afri~a decided to build a nuclear weapons program in 1974. The first of six gun assembly •.type nuclear weapons was constructed using South African- produced highly enriched uranium. In 1989, South Africa decided to accede to the Treaty on the Non-Proliferation of Nuclear Weapons (NPT) and dismantle its nuclear weapons program. -
Strategic Plan for 2020
Strategic Plan 2020-2025 ACCOUNTING AUTHORITY STATEMENT The National Radioactive Waste Disposal Institute (NRWDI) NRWDI has embarked on bold effective mitigation is an independent entity established by the National measures which have resulted in delivery within the Radioactive Waste Disposal Act (Act 53 of 2008) and expected timeframes. Some of these measures included is listed as a Schedule 3A national public entity. It has collaborating closely with stakeholders, filling critical continued to play a pivotal role as the entity is responsible positions and ICT enablement. NRWDI continues to re- for the long-term management and disposal of radioactive invigorate their approach to their mandate delivery by waste on a national basis. This strategic plan 2020-2025 is leveraging on the benefits of state-of-the-art technologies. a bold plan which is closely aligned to address the nation’s critical needs as identified and articulated in the National The actual extent and complexity of the core tasks and the Development Plan’s Vision 2030. challenges that lie ahead for NRWDI and the country will gradually unfold as it dedicatedly works its way forward. Whilst NRWDI has been established for only a few years, It is important to visualize and understand the depth it is being challenged to consolidate gains made thus and complexity of the tasks in the context of what has far and to plan diligently in order to actively address been experienced and achieved by the world’s advanced the challenges that lie ahead. With South Africa opting nations such as France, Finland, Sweden, and others in for the expansion of its Nuclear Power Programme in an radioactive waste research, management and disposal attempt to diversify the energy mix in the country and to over a prolonged period of time. -
Vaalputs National Radioactive Waste Disposal Facility Public Information Document (PID) NRWDI-COM-0001, Rev.1
Vaalputs National Radioactive Waste Disposal Facility Public Information Document (PID) Document number: NRWDI-COM-0001, Rev.1 Classification: Open Private Bag X1 Pretoria 0001 Gauteng Province South Africa. NRWDI-FRM-0008, Rev. 4 Vaalputs National Radioactive Waste Disposal Facility Public Information Document (PID) NRWDI-COM-0001, Rev.1 TABLE OF CONTENTS Par. Topic Page 1 PURPOSE ..................................................................................................................... 5 2 INTRODUCTION ........................................................................................................... 5 2.1 HISTORY OF COMPLIANCE WITH THE REGULATORY REQUIREMENTS ............................................ 6 2.2 SIMILAR PROJECTS WORLDWIDE .......................................................................................................... 7 3 APPLICANT’S INFORMATION ..................................................................................... 8 4 PROJECT DESCRIPTION ............................................................................................. 9 4.1 PROCESS OVERVIEW ............................................................................................................................ 10 4.2 DESCRIPTION OF THE PROCESS ......................................................................................................... 12 4.3 RADIOACTIVE MATERIAL TO BE USED ................................................................................................ 16 4.4 EXPOSURE TO RADIATION ..................................................................................................................