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Fire Protection in Nuclear Power Plants

A Safety Guide


Kiadó: International Atomic Energy Agency
Kiadás helye: Bécs
Kiadás éve:
Kötés típusa: Ragasztott papírkötés
Oldalszám: 93 oldal
Sorozatcím: Safety Series
Kötetszám: 50-SG-D2
Nyelv: Angol  
Méret: 24 cm x 16 cm
ISBN: 92-0-101892-4
Megjegyzés: Fekete-fehér ábrákkal.
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Előszó


FOREWORD
by the Director General
Nuclear power is well established and can be expected to become an even more significant part of the energy programmes of many countries, provided that its safe... Tovább

Előszó


FOREWORD
by the Director General
Nuclear power is well established and can be expected to become an even more significant part of the energy programmes of many countries, provided that its safe use can be ensured and be perceived to be so ensured. Although accidents have occurred, the nuclear power industry has generally maintained a good safety record. However, improvements are always possible and necessary. Safety is not a static concept.
The International Atomic Energy Agency, recognizing the importance of the safety of the industry and desiring to promote an improving safety record, set up a programme in 1974 to give guidance to its Member States on the many aspects of the safety of nuclear power reactors. Under this Nuclear Safety Standards (NUSS) programme, some 60 Codes and Safety Guides dealing with radiological safety were published in the IAEA Safety Series between 1978 and 1986. The NUSS programme was developed for land based stationary plants with thermal neutron reactors designed for the production of power but the provisions may be appropriate to a wider range of nuclear applications.
In order to take account of lessons learned since the first publication of the NUSS programme was issued, it was decided in 1986 to revise and reissue the Codes and Safety Guides. During the original development of these publications, as well as during the revision process, care was taken to ensure that all Member States, in particular those with active nuclear power programmes, could provide their input. Several independent reviews took place including a final one by the Nuclear Safety Standards Advisory Group (NUSSAG). The revised Codes were approved by the Board of Governors in June 1988. In the revision process new developments in technology and methods of analysis have been incorporated on the basis of international consensus. It is hoped that the revised Codes will be used, and that they will be accepted and respected by Member States as a basis for regulation of the safety of power reactors within the national legal and regulatory framework.
Any Member State wishing to enter into an agreement with the IAEA for its assistance in connection with the siting, design, construction, commissioning, operation or decommissioning of a nuclear power plant will be required to follow those parts of the Codes and Safety Guides that pertain to the activities to be covered by the agreement. However, it is recognized that the final decisions and legal responsibilities in any licensing procedures rest with the Member States.
The Codes and Safety Guides are presented in such a form as to enable a Member State, should it so desire, to make their contents directly applicable to activities under its jurisdiction. Therefore, consistent with the accepted practice for codes and guides, and in accordance with a proposal of the Senior Advisory Group, Vissza

Tartalom


CONTENTS
DEFINITIONS 1
1. INTRODUCTION 9
Background (101-102) 9
Objective (103) 9
Scope (104-105) 9
Structure (106-109) 10
2. GENERAL FIRE PROTECTION REQUIREMENTS 10
Protection objectives (201-207) 10
Fire prevention (208-212) 12
Fire detection and extinguishing (213-215) 12
Mitigation of fire effects (216-219) 13
3. FIRE PROTECTION DESIGN APPROACH 14
Plant layout (302-303) 14
Fire compartment boundary (304-306) 14
Fire hazards analysis (307-308) 15
Types of fire compartments (309) 17
Fire containment approach (310-311) 17
Fire influence approach (312) 17
Perspective on fire protection (313-318) 18
Secondary effects of fires and extinguishing systems (319-320) 19
4. FIRE PREVENTION 20
Control of combustibles during design (403-412) 20
Lightning protection (413) 22
Fire prevention during construction (414) 22
Control of combustibles and ignition sources during operation
(415-420) 23
Multireactor nuclear power plants (421) 24
Fire prevention during decommissioning (422) 24
5. FIRE DETECTION AND EXTINGUISHING 24
Fire detection and alarm systems (503-510) 25
Fixed fire extinguishing systems (512-517) 27
Automatic extinguishing systems (518-522) 28
Fire hydrant systems (523-526) 28
Fire water supply system (527-536) 29
Gas extinguishing systems (537) 30
Carbon dioxide systems (538-545) 31
Powder systems (546-553) 32
Portable and mobile fire extinguishers (554-557) 33
Auxiliary equipment for fire extinguishing (558-562) 33
6. MITIGATION OF SECONDARY FIRE EFFECTS 34
Building layout (604-605) 34
Ventilation systems (606-612) 35
Fire venting (613-614) 36
Electrical systems (615-620) 37
Explosion protection (621) 38
Special location requirements (622-628) 38
Fires of external origin (629-631) 39
7. QUALITY ASSURANCE 40
8. OPERATIONAL ASPECTS OF MANUAL FIRE FIGHTING 41
General (801-802) 41
Implementation (803-806) 42
Training and responsibilities (807-818) 42
Analysis of fire incidents (819) 44
APPENDIX I: HALON FIRE EXTINGUISHING SYSTEMS 45
APPENDIX II: ESCAPE ROUTES 46
ANNEX I: ADDITIONAL GUIDANCE ON THE PREPARATION
OF FIRE HAZARDS ANALYSES 47
ANNEX II: FIRE BARRIERS 55
ANNEX III: LIST OF CONTROLS 59
ANNEX IV: FIRE DETECTION SYSTEMS 61
ANNEX V: AUTOMATIC SPRINKLER AND WATER
SPRAY SYSTEMS 65
ANNEX VI: EXAMPLE OF POSSIBLE LAYOUT OF FIRE WATER
SUPPLY SYSTEM 67
ANNEX VII: SCHEMATIC EXAMPLES OF COMPARTMENT
SEPARATION FOR VENTILATION 69
ANNEX VIII: ELECTRICAL CABLE INSULATION 71
BIBLIOGRAPHY 75
CONTRIBUTORS TO DRAFTING AND REVIEW 79
LIST OF NUSS PROGRAMME TITLES 83
SELECTION OF IAEA PUBLICATIONS RELATING TO THE
SAFETY OF NUCLEAR POWER PLANTS 87
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