SlideShare uma empresa Scribd logo
1 de 12
The International Nuclear  and Radiological Event Scale INES Denis Flory Deputy Director General Department of Nuclear Safety and Security International Atomic Energy Agency
What is INES? ,[object Object],[object Object],[object Object],[object Object]
Understanding the INES Scale Chernobyl (1986) Kyshtym (1957 ) TMI (1979) Tokaimura (1999) Vandellos (1989) Forsmark (2006) Breach of operating limits www-news.iaea.org
Using the INES Scale: three criteria ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
General Description of Criteria At Level 4/5: fuel damage and radiological barrier  damage occurs At Level 6/7: significant radiological releases occur
[object Object],[object Object],[object Object],Defence in Depth Explained
Defence in Depth Illustrated ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],P H Y S I C A L P R O C E D U R A L Based on INSAG-10:  Defence in Depth in Nuclear Safety
Defence in Depth Rated ,[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object],[object Object]
INES Event Rating Form Fukushima-Daiichi  units 1,2 and 3 Provisionally Rated  on 18 th  March at level 5
INES Event Rating Form Fukushima-Daiichi  units 1,2 and 3 Provisionally  Rated on 12 th  April  at Level 7
How to Communicate INES Events ,[object Object],[object Object],[object Object],[object Object],[object Object]
Questions & Answers ,[object Object]

Mais conteúdo relacionado

Mais procurados

IAEA powerpoint
IAEA powerpointIAEA powerpoint
IAEA powerpointJaycar6
 
Safety and nuclear power plant in india
Safety and nuclear power plant  in india Safety and nuclear power plant  in india
Safety and nuclear power plant in india Yoga Sathish
 
Fukushima Daiichi Nuclear Power Station Accident April19 2011
Fukushima Daiichi Nuclear Power Station  Accident April19 2011Fukushima Daiichi Nuclear Power Station  Accident April19 2011
Fukushima Daiichi Nuclear Power Station Accident April19 2011Joe Miller
 
Interaction of radiation with matter.pptx
Interaction of radiation with matter.pptxInteraction of radiation with matter.pptx
Interaction of radiation with matter.pptxArifulHoque41
 
Nuclear Fuel Cycle
Nuclear Fuel CycleNuclear Fuel Cycle
Nuclear Fuel CycleAyeman Mazdi
 
Radiation safety in diagnostic nuclear medicine
Radiation safety in diagnostic nuclear medicineRadiation safety in diagnostic nuclear medicine
Radiation safety in diagnostic nuclear medicineSGPGIMS
 
Nuclear Energy
Nuclear Energy Nuclear Energy
Nuclear Energy Omkar Rane
 
Radiation safety precautions (General Principles, Power Plant Safety, Radionu...
Radiation safety precautions (General Principles, Power Plant Safety, Radionu...Radiation safety precautions (General Principles, Power Plant Safety, Radionu...
Radiation safety precautions (General Principles, Power Plant Safety, Radionu...Sabir Rasheed
 
Nuclear and Radioactive Waste PPT
Nuclear and Radioactive Waste PPTNuclear and Radioactive Waste PPT
Nuclear and Radioactive Waste PPTVandana Kumari
 
L6 safety and security of radiation sources
L6 safety and security of radiation sourcesL6 safety and security of radiation sources
L6 safety and security of radiation sourcesMahbubul Hassan
 
safety aspects of nuclear reactor
safety aspects of nuclear reactorsafety aspects of nuclear reactor
safety aspects of nuclear reactorRajan Lanjekar
 
Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...
Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...
Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...Lewis Larsen
 
Radiation detection and measurement
Radiation detection and measurement Radiation detection and measurement
Radiation detection and measurement Shahid Younas
 
Presentation On Impact Of Nuclear Power Plant
Presentation On Impact Of Nuclear Power PlantPresentation On Impact Of Nuclear Power Plant
Presentation On Impact Of Nuclear Power PlantAvijit Karmakar
 
Radiation accident management powerpoint
Radiation accident management powerpointRadiation accident management powerpoint
Radiation accident management powerpointkhaleejCenter
 

Mais procurados (20)

IAEA powerpoint
IAEA powerpointIAEA powerpoint
IAEA powerpoint
 
Nuclear Energy
Nuclear EnergyNuclear Energy
Nuclear Energy
 
Nuclear accidents
Nuclear accidents Nuclear accidents
Nuclear accidents
 
Safety and nuclear power plant in india
Safety and nuclear power plant  in india Safety and nuclear power plant  in india
Safety and nuclear power plant in india
 
Fukushima Daiichi Nuclear Power Station Accident April19 2011
Fukushima Daiichi Nuclear Power Station  Accident April19 2011Fukushima Daiichi Nuclear Power Station  Accident April19 2011
Fukushima Daiichi Nuclear Power Station Accident April19 2011
 
Interaction of radiation with matter.pptx
Interaction of radiation with matter.pptxInteraction of radiation with matter.pptx
Interaction of radiation with matter.pptx
 
Nuclear Fuel Cycle
Nuclear Fuel CycleNuclear Fuel Cycle
Nuclear Fuel Cycle
 
radIATION UNITS
radIATION UNITS radIATION UNITS
radIATION UNITS
 
Radiation safety in diagnostic nuclear medicine
Radiation safety in diagnostic nuclear medicineRadiation safety in diagnostic nuclear medicine
Radiation safety in diagnostic nuclear medicine
 
Nuclear Energy
Nuclear Energy Nuclear Energy
Nuclear Energy
 
Radiation safety precautions (General Principles, Power Plant Safety, Radionu...
Radiation safety precautions (General Principles, Power Plant Safety, Radionu...Radiation safety precautions (General Principles, Power Plant Safety, Radionu...
Radiation safety precautions (General Principles, Power Plant Safety, Radionu...
 
Presentation on nuclear weapons
Presentation on nuclear weaponsPresentation on nuclear weapons
Presentation on nuclear weapons
 
Nuclear and Radioactive Waste PPT
Nuclear and Radioactive Waste PPTNuclear and Radioactive Waste PPT
Nuclear and Radioactive Waste PPT
 
L6 safety and security of radiation sources
L6 safety and security of radiation sourcesL6 safety and security of radiation sources
L6 safety and security of radiation sources
 
safety aspects of nuclear reactor
safety aspects of nuclear reactorsafety aspects of nuclear reactor
safety aspects of nuclear reactor
 
Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...
Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...
Lattice Energy LLC - Many body collective magnetic mechanism creates ultrahig...
 
Radiation Risks
Radiation RisksRadiation Risks
Radiation Risks
 
Radiation detection and measurement
Radiation detection and measurement Radiation detection and measurement
Radiation detection and measurement
 
Presentation On Impact Of Nuclear Power Plant
Presentation On Impact Of Nuclear Power PlantPresentation On Impact Of Nuclear Power Plant
Presentation On Impact Of Nuclear Power Plant
 
Radiation accident management powerpoint
Radiation accident management powerpointRadiation accident management powerpoint
Radiation accident management powerpoint
 

Destaque

Tokai-Mura Criticality Accident: Neutron Dose Assessment
Tokai-Mura Criticality Accident:  Neutron Dose AssessmentTokai-Mura Criticality Accident:  Neutron Dose Assessment
Tokai-Mura Criticality Accident: Neutron Dose AssessmentDaniel Maierhafer
 
Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)
Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)
Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)ORAU
 
Cybersecurity concepts & Defense best practises
Cybersecurity concepts & Defense best practisesCybersecurity concepts & Defense best practises
Cybersecurity concepts & Defense best practisesWAJAHAT IQBAL
 
Disaster Risk Management Knowledge Centre, Brian Doherty
Disaster Risk Management Knowledge Centre, Brian DohertyDisaster Risk Management Knowledge Centre, Brian Doherty
Disaster Risk Management Knowledge Centre, Brian DohertyGlobal Risk Forum GRFDavos
 
Nuclear power plant
Nuclear power plantNuclear power plant
Nuclear power plantDr. Ramesh B
 
Digital Strategy 101
Digital Strategy 101Digital Strategy 101
Digital Strategy 101Bud Caddell
 

Destaque (11)

Nuclear accidents
Nuclear accidentsNuclear accidents
Nuclear accidents
 
RADG 343 radiobiology
RADG 343 radiobiologyRADG 343 radiobiology
RADG 343 radiobiology
 
Tokai-Mura Criticality Accident: Neutron Dose Assessment
Tokai-Mura Criticality Accident:  Neutron Dose AssessmentTokai-Mura Criticality Accident:  Neutron Dose Assessment
Tokai-Mura Criticality Accident: Neutron Dose Assessment
 
Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)
Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)
Lesson 5 Fission and Chain Reactions | The Harnessed Atom (2016)
 
APR 1400 Presentation
APR 1400 PresentationAPR 1400 Presentation
APR 1400 Presentation
 
Cybersecurity concepts & Defense best practises
Cybersecurity concepts & Defense best practisesCybersecurity concepts & Defense best practises
Cybersecurity concepts & Defense best practises
 
Safety Concepts of Plant Design
Safety Concepts of Plant DesignSafety Concepts of Plant Design
Safety Concepts of Plant Design
 
Disaster Risk Management Knowledge Centre, Brian Doherty
Disaster Risk Management Knowledge Centre, Brian DohertyDisaster Risk Management Knowledge Centre, Brian Doherty
Disaster Risk Management Knowledge Centre, Brian Doherty
 
Nuclear Power
Nuclear PowerNuclear Power
Nuclear Power
 
Nuclear power plant
Nuclear power plantNuclear power plant
Nuclear power plant
 
Digital Strategy 101
Digital Strategy 101Digital Strategy 101
Digital Strategy 101
 

Semelhante a International Nuclear and Radiological Event Scale (INES) - 12 April 2011

Impact Of Extreme Events On Nuclear Facilities, Charles Shepherd
Impact Of Extreme Events On Nuclear Facilities, Charles ShepherdImpact Of Extreme Events On Nuclear Facilities, Charles Shepherd
Impact Of Extreme Events On Nuclear Facilities, Charles Shepherdjasbircra
 
A Review Paper On Nuclear S Power Plants Safety
A Review Paper On Nuclear S Power Plants SafetyA Review Paper On Nuclear S Power Plants Safety
A Review Paper On Nuclear S Power Plants SafetyDaphne Smith
 
Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...
Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...
Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...НАЕК «Енергоатом»
 
Safety measures of Nuclear Power Plant.pptx
Safety measures of Nuclear Power Plant.pptxSafety measures of Nuclear Power Plant.pptx
Safety measures of Nuclear Power Plant.pptxEliashHaider2
 
Criticality analysis of Critical Infrastructures (CI) – parameters and criter...
Criticality analysis of Critical Infrastructures (CI) – parameters and criter...Criticality analysis of Critical Infrastructures (CI) – parameters and criter...
Criticality analysis of Critical Infrastructures (CI) – parameters and criter...Global Risk Forum GRFDavos
 
ECESD201415_ECE-team07-Enokian_FR (1)
ECESD201415_ECE-team07-Enokian_FR (1)ECESD201415_ECE-team07-Enokian_FR (1)
ECESD201415_ECE-team07-Enokian_FR (1)Maria Enokian
 
MECH30632 Nuclear Systems.docx
MECH30632 Nuclear Systems.docxMECH30632 Nuclear Systems.docx
MECH30632 Nuclear Systems.docxstirlingvwriters
 
IEEE-S&P Magazine-2015-Massacci
IEEE-S&P Magazine-2015-MassacciIEEE-S&P Magazine-2015-Massacci
IEEE-S&P Magazine-2015-MassacciFabio Massacci
 
George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...
George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...
George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...EnergyTech2015
 
Radiation from Base Stations and Wireless networks: Health and Safety
Radiation from Base Stations and Wireless networks: Health and SafetyRadiation from Base Stations and Wireless networks: Health and Safety
Radiation from Base Stations and Wireless networks: Health and SafetyRaquel Martin-Zeegelaar
 
Exploration & Production onshore and offshore: technical challenges and their...
Exploration & Production onshore and offshore: technical challenges and their...Exploration & Production onshore and offshore: technical challenges and their...
Exploration & Production onshore and offshore: technical challenges and their...ITE Oil&Gas
 
6 - A Risk Analysis Framework for Offshore Wind Turbines - Gkoumas
6 - A Risk Analysis Framework for Offshore Wind Turbines - Gkoumas6 - A Risk Analysis Framework for Offshore Wind Turbines - Gkoumas
6 - A Risk Analysis Framework for Offshore Wind Turbines - GkoumasStroNGER2012
 
Myths about cell tower radiations unleashed
Myths about cell tower radiations unleashedMyths about cell tower radiations unleashed
Myths about cell tower radiations unleashedypatnayak
 
an-overview-of-quantitative-risk-assessment-2467.pdf
an-overview-of-quantitative-risk-assessment-2467.pdfan-overview-of-quantitative-risk-assessment-2467.pdf
an-overview-of-quantitative-risk-assessment-2467.pdfAnonymoushdXKzBhoN
 
LANDSLIDE EARLY WARNING SYSTEM
LANDSLIDE EARLY WARNING SYSTEMLANDSLIDE EARLY WARNING SYSTEM
LANDSLIDE EARLY WARNING SYSTEMvivatechijri
 
Radio Signal and Health.ppsx
Radio Signal and Health.ppsxRadio Signal and Health.ppsx
Radio Signal and Health.ppsxShefqet Meda
 
Wolfgang Kröger - Reflections focused on the electric power supply system
Wolfgang Kröger - Reflections focused on the electric power supply systemWolfgang Kröger - Reflections focused on the electric power supply system
Wolfgang Kröger - Reflections focused on the electric power supply systemGlobal Risk Forum GRFDavos
 

Semelhante a International Nuclear and Radiological Event Scale (INES) - 12 April 2011 (20)

Impact Of Extreme Events On Nuclear Facilities, Charles Shepherd
Impact Of Extreme Events On Nuclear Facilities, Charles ShepherdImpact Of Extreme Events On Nuclear Facilities, Charles Shepherd
Impact Of Extreme Events On Nuclear Facilities, Charles Shepherd
 
A Review Paper On Nuclear S Power Plants Safety
A Review Paper On Nuclear S Power Plants SafetyA Review Paper On Nuclear S Power Plants Safety
A Review Paper On Nuclear S Power Plants Safety
 
Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...
Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...
Вдосконалення культури ядерної безпеки за рахунок впровадження програм кіберн...
 
Safety measures of Nuclear Power Plant.pptx
Safety measures of Nuclear Power Plant.pptxSafety measures of Nuclear Power Plant.pptx
Safety measures of Nuclear Power Plant.pptx
 
Criticality analysis of Critical Infrastructures (CI) – parameters and criter...
Criticality analysis of Critical Infrastructures (CI) – parameters and criter...Criticality analysis of Critical Infrastructures (CI) – parameters and criter...
Criticality analysis of Critical Infrastructures (CI) – parameters and criter...
 
ECESD201415_ECE-team07-Enokian_FR (1)
ECESD201415_ECE-team07-Enokian_FR (1)ECESD201415_ECE-team07-Enokian_FR (1)
ECESD201415_ECE-team07-Enokian_FR (1)
 
Emergency preparedness
Emergency preparednessEmergency preparedness
Emergency preparedness
 
MECH30632 Nuclear Systems.docx
MECH30632 Nuclear Systems.docxMECH30632 Nuclear Systems.docx
MECH30632 Nuclear Systems.docx
 
Near miss mgt. in chemical process
Near miss mgt. in chemical processNear miss mgt. in chemical process
Near miss mgt. in chemical process
 
IEEE-S&P Magazine-2015-Massacci
IEEE-S&P Magazine-2015-MassacciIEEE-S&P Magazine-2015-Massacci
IEEE-S&P Magazine-2015-Massacci
 
George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...
George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...
George Baker: Nuclear EMP and Solar GMD Effects, National Protection Impasse,...
 
Radiation from Base Stations and Wireless networks: Health and Safety
Radiation from Base Stations and Wireless networks: Health and SafetyRadiation from Base Stations and Wireless networks: Health and Safety
Radiation from Base Stations and Wireless networks: Health and Safety
 
Exploration & Production onshore and offshore: technical challenges and their...
Exploration & Production onshore and offshore: technical challenges and their...Exploration & Production onshore and offshore: technical challenges and their...
Exploration & Production onshore and offshore: technical challenges and their...
 
6 - A Risk Analysis Framework for Offshore Wind Turbines - Gkoumas
6 - A Risk Analysis Framework for Offshore Wind Turbines - Gkoumas6 - A Risk Analysis Framework for Offshore Wind Turbines - Gkoumas
6 - A Risk Analysis Framework for Offshore Wind Turbines - Gkoumas
 
Improving Risk Assessment Techniques by Richard Robinson
Improving Risk Assessment Techniques by Richard Robinson  Improving Risk Assessment Techniques by Richard Robinson
Improving Risk Assessment Techniques by Richard Robinson
 
Myths about cell tower radiations unleashed
Myths about cell tower radiations unleashedMyths about cell tower radiations unleashed
Myths about cell tower radiations unleashed
 
an-overview-of-quantitative-risk-assessment-2467.pdf
an-overview-of-quantitative-risk-assessment-2467.pdfan-overview-of-quantitative-risk-assessment-2467.pdf
an-overview-of-quantitative-risk-assessment-2467.pdf
 
LANDSLIDE EARLY WARNING SYSTEM
LANDSLIDE EARLY WARNING SYSTEMLANDSLIDE EARLY WARNING SYSTEM
LANDSLIDE EARLY WARNING SYSTEM
 
Radio Signal and Health.ppsx
Radio Signal and Health.ppsxRadio Signal and Health.ppsx
Radio Signal and Health.ppsx
 
Wolfgang Kröger - Reflections focused on the electric power supply system
Wolfgang Kröger - Reflections focused on the electric power supply systemWolfgang Kröger - Reflections focused on the electric power supply system
Wolfgang Kröger - Reflections focused on the electric power supply system
 

Mais de International Atomic Energy Agency

Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...
Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...
Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...International Atomic Energy Agency
 
Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)
Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)
Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)International Atomic Energy Agency
 
Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011International Atomic Energy Agency
 
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011International Atomic Energy Agency
 
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011International Atomic Energy Agency
 
Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011International Atomic Energy Agency
 
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011 Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011 International Atomic Energy Agency
 
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011 Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011 International Atomic Energy Agency
 

Mais de International Atomic Energy Agency (20)

IAEA Bulletin September 2011
IAEA Bulletin September 2011IAEA Bulletin September 2011
IAEA Bulletin September 2011
 
The IAEA Legal Framework for Nuclear Safety
The IAEA Legal Framework for Nuclear SafetyThe IAEA Legal Framework for Nuclear Safety
The IAEA Legal Framework for Nuclear Safety
 
Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...
Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...
Radiological Monitoring and Consequences of Fukushima Nuclear Accident (2 Jun...
 
Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)
Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)
Marine Environment Monitoring of Fukushima Nuclear Accident (2 June 2011)
 
Summary of Reactor Status (2 June 2011)
Summary of Reactor Status (2 June 2011)Summary of Reactor Status (2 June 2011)
Summary of Reactor Status (2 June 2011)
 
Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 4: Unit 4 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
 
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
 
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 18 May 2011
 
Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 3: Unit 3 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
 
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011 Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 2: Unit 2 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
 
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011 Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
Table 1: Unit 1 Reactor: Fukushima Daiichi Nuclear Power Plant - 11 May 2011
 
Table: Summary of reactor unit status at 4-may-0700 utc
Table:  Summary of reactor unit status at 4-may-0700 utcTable:  Summary of reactor unit status at 4-may-0700 utc
Table: Summary of reactor unit status at 4-may-0700 utc
 
Fukushima Marine Environment Monitoring - 5 May 2011
Fukushima Marine Environment Monitoring - 5 May 2011Fukushima Marine Environment Monitoring - 5 May 2011
Fukushima Marine Environment Monitoring - 5 May 2011
 
Radiological Monitoring and Consequences - 5 May 2011
Radiological Monitoring and Consequences - 5 May 2011Radiological Monitoring and Consequences - 5 May 2011
Radiological Monitoring and Consequences - 5 May 2011
 
Summary of reactor unit status - 5 May 2011
Summary of reactor unit status - 5 May 2011Summary of reactor unit status - 5 May 2011
Summary of reactor unit status - 5 May 2011
 
Table summary of reactor unit status at 27-april-0700 utc
Table summary of reactor unit status at 27-april-0700 utcTable summary of reactor unit status at 27-april-0700 utc
Table summary of reactor unit status at 27-april-0700 utc
 
Table summary of reactor unit status at 26-april-0700 utc
Table summary of reactor unit status at 26-april-0700 utcTable summary of reactor unit status at 26-april-0700 utc
Table summary of reactor unit status at 26-april-0700 utc
 
Summary of reactor unit status - 19 April 2011
Summary of reactor unit status - 19 April 2011Summary of reactor unit status - 19 April 2011
Summary of reactor unit status - 19 April 2011
 
Fukushima Marine Environment Monitoring - 19 April 2011
Fukushima Marine Environment Monitoring - 19 April 2011Fukushima Marine Environment Monitoring - 19 April 2011
Fukushima Marine Environment Monitoring - 19 April 2011
 
Radiological Monitoring and Consequences - 19 April 2011
Radiological Monitoring and Consequences - 19 April 2011Radiological Monitoring and Consequences - 19 April 2011
Radiological Monitoring and Consequences - 19 April 2011
 

International Nuclear and Radiological Event Scale (INES) - 12 April 2011

  • 1. The International Nuclear and Radiological Event Scale INES Denis Flory Deputy Director General Department of Nuclear Safety and Security International Atomic Energy Agency
  • 2.
  • 3. Understanding the INES Scale Chernobyl (1986) Kyshtym (1957 ) TMI (1979) Tokaimura (1999) Vandellos (1989) Forsmark (2006) Breach of operating limits www-news.iaea.org
  • 4.
  • 5. General Description of Criteria At Level 4/5: fuel damage and radiological barrier damage occurs At Level 6/7: significant radiological releases occur
  • 6.
  • 7.
  • 8.
  • 9. INES Event Rating Form Fukushima-Daiichi units 1,2 and 3 Provisionally Rated on 18 th March at level 5
  • 10. INES Event Rating Form Fukushima-Daiichi units 1,2 and 3 Provisionally Rated on 12 th April at Level 7
  • 11.
  • 12.

Notas do Editor

  1. Provides a harmonized approach. France, Japan, UK and other were looking at a nuclear event scale to help in public communications and were considering creating one. IAEA and NEA pulled together all interested parties to develop an internationally consistent one (use at national level and international level) Simplicity of a seven-level Scale with a solid technical background similar to other existing scales Harmonized international approach 1990 – only nuclear power plants By 2008 - wider scope to include all: nuclear facilities; radiation sources (accelerators, irradiators, etc), radioactive sources (exposure of workers or public, etc) Only for civilian applications; only relates to the safety aspects of an event INES scale does not replace existing well-established criteria used for formal emergency arrangements in any country
  2. The Country where the event occurs is responsible for rating the event Can be provisional or final: exact nature of the damage/contamination many not be known for some time Events posted by the Member State in the NEWS system www-news.iaea.org Specific terminology: Levels 4–7 are termed “accidents” ; Levels 1–3 “incidents”. The scale is a logarithmic one. The severity of an event would increase by about an order of magnitude for each increase in level on the scale Events unrelated to radiation or nuclear safety are not rated using INES Potential consequences – defence in depth concept Actual consequences 1986 Chernobyl accident - level 7 widespread impact on people/environment 1999 Tokaimura: fatal overexposure of workers – level 4 1989 Vandellos: near accident, fire and loss of safety systems 2006, Forsmark: degraded safety functions due to failure in emergency power supply
  3. Criteria 1: Considers the actual radiological impact to workers and members of public and to the environment. Can be localized or widespread as in the release of radioactive material. Rating Level: 4 to 7 Criteria 2: Damage to radiological barriers and controls. Applicable to major facilities where a site boundary is clearly defined as part of their licensing Facilities handling major quantities of radioactive material (with a potential for a Level 5 release) -NPPs, reprocessing facilities Typical events are: fuel damage, reactor core melt and contamination spread-criteria applies to major facilities Criteria 3: The concept includes protection of the barriers by averting damage to the plant and to the barriers themselves. (it will be discussed in “depth” two slides down)
  4. Level 1 covers only degradation of defence-in-depth. Levels 2 and 3 cover more serious degradations of defence-in-depth, or lower levels of actual consequence to people or facilities. Levels 4 to 7 cover increasing levels of actual consequence to people, the environment or facilities. Radioactive release to the atmosphere - level 4 to 7. The rating is based on the radiological equivalence to a atmospheric release for each isotope released. The rating is based on the quantity released. The actual dose received will greatly depend upon the protective actions implemented and other environmental conditions. Impact on radiological barriers and controls - formerly named on-site impact - level 2 to 5 only.
  5. Structured in five levels, subsequent levels comes into play. Prevention of abnormal operation and system failures : conservative design and high quality in construction and operation Control of abnormal operation or failures detection: control, limiting and protection systems and other surveillance features Ensuring safety functions are performed - activating specific safety systems and other safety features Limiting accident progression through accident management - to prevent or mitigate severe accident conditions with external releases of radioactivity Mitigation of the radiological consequences - off-site emergency response Special attention is paid to hazards that could potentially impair several levels of defence in depth: fire, flooding, earthquakes
  6. This is the event rating form provided for the rating of Fukushima Daiichi units 1,2 and 3. Event rated provisionally at Level 5. The event at Fukushima Daiichi 1 was initially rated at level 4, within 24 hours by Japan. It was uprated later to level 5. It is still provisional. The event at Fukushima Daiichi 5 was rated at level 3 (next slide) Rating is for a facility.
  7. This is the event rating form provided for the rating of Fukushima Daiichi units 1,2 and 3. Event rated provisionally at Level 5. The event at Fukushima Daiichi 1 was initially rated at level 4, within 24 hours by Japan. It was uprated later to level 5. It is still provisional. The event at Fukushima Daiichi 5 was rated at level 3 (next slide) Rating is for a facility.
  8. NEWS = Nuclear Event Web-based System Not a formal reporting system; voluntary system for communicating events at international level. Countries have their own system to communicate events at national level, usually the safety authority websites Events posted by the country where the event occurred INES community: officially designated national officers in over 70 Member States Periodically, the INES advisory committee assess the rating of events for sharing experience on the use of the Scale INES advisory committee meets once a year, or as needed (next meeting: July 2011) INES National officers meet every two years (last meeting held in October 2010. Next planned for 2012)