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This publication provides information on detailed methodologies and examples in the application of volcanic hazard assessment to site evaluation for nuclear installations, thereby addressing the recommendations in IAEA Safety Standards Series No. SSG-21, Volcanic Hazards in Site Evaluation for Nuclear Installations. It demonstrates the practicability of evaluating the recommendations through a systematic volcanic hazard assessment and examples from Member States. The results of this hazard assessment can be used to derive the appropriate design bases and operational considerations for specific nuclear installations.
This publication provides comprehensive and updated guidance for site evaluation in relation to volcanic hazards. It includes recommendations on assessing the volcanic hazards at a nuclear installation site, in order to identify and characterize, in a comprehensive manner, all potentially hazardous phenomena that may be associated with future volcanic events. It describes how some of these volcanic phenomena may affect the acceptability of the selected site, resulting in exclusion of a site or determining the corresponding design basis parameters for the installation. This Safety Guide is applicable to both existing and new sites, and a graded approach is recommended to cater for all types of nuclear installations. Contents: 1. Introduction; 2. Overview of volcanic hazard assessment; 3. General recommendations; 4. Necessary information and investigations (database); 5. Screening of volcanic hazards; 6. Site specific volcanic hazard assessment
The IAEA Safety Glossary defines and explains technical terms used in the IAEA Safety Standards and other safety related IAEA publications, and provides information on their usage. The 2018 Edition of the IAEA Safety Glossary is a new edition of the IAEA Safety Glossary, originally issued in 2007. It has been revised and updated to take into account new terminology and usage in safety standards issued between 2007 and 2018. The revisions and updates reflect developments in the technical areas of application of the safety standards and changes in regulatory approaches in Member States.
This book provides a definitive overview of the global drivers of high-mountain cryosphere change and their implications for people across high-mountain regions.
Explaining the principles that underlie strong ground motion simulation, this publication describes various methods for simulating strong ground motions, and presents some examples of strong ground motion simulations using fault rupture modelling. The detailed guidelines and practical tools presented in this Safety Report will be of value to researchers, operating organizations, regulatory bodies, vendors and technical support organizations in the areas of seismic hazard evaluation of nuclear installations. The information provided will also be of great importance for seismic hazard assessments following the Fukushima Daiichi nuclear power plant accident.
Diffuse seismicity refers to earthquakes occurring in locations where no apparent correlation can be made with any causative faults. This publication provides guidance for addressing the seismic hazard from diffuse seismicity in a manner consistent with internationally recognized practices and with reference to relevant IAEA safety standards.
An impressive collection of 62 technical papers recounting the eruption of Mo Pinatubo in 1991 and its aftermath. The contributors reflect the internatio cooperation exhibited during the eruption (ten times larger than Mount St. Helens) and explore the precursors, processes, and products of the eru
This guide provides a step-by-step explanation of how to use the Safe Hospitals Checklist, and how the evaluation can be used to obtain a rating of the structural and nonstructural safety, and the emergency and disaster management capacity, of the hospital. The results of the evaluation enable hospital's own safety index to be calculated. The Hospital Safety Index tool may be applied to individual hospitals or to many hospitals in a public or private hospital network, or in an administrative or geographical area. In some countries, such as Moldova, all government hospitals have been evaluated using the Hospital Safety Index. In this respect, the Hospital Safety Index provides a useful method of comparing the relative safety of hospitals across a country or region, showing which hospitals need investment of resources to improve the functioning of the health system. The purpose of this Guide for Evaluators is to provide guidance to evaluators on applying the checklist, rating a hospital's safety and calculating the hospital's safety index. The evaluation will facilitate the determination of the hospital's capacity to continue providing services following an adverse event, and will guide the actions necessary to increase the hospital's safety and preparedness for response and recovery in case of emergencies and disasters. Throughout this document, the terms "safe" or "safety" cover structural and nonstructural safety and the emergency and disaster management capacity of the hospital. The Hospital Safety Index is a tool that is used to assess hospitals' safety and vulnerabilities, make recommendations on necessary actions, and promote low-cost/high-impact measures for improving safety and strengthening emergency preparedness. The evaluation provides direction on how to optimize the available resources to increase safety and ensure the functioning of hospitals in emergencies and disasters. The results of the evaluation will assist hospital managers and staff, as well as health system managers and decision-makers in other relevant ministries or organizations in prioritizing and allocating limited resources to strengthen the safety of hospitals in a complex network of health services. It is a tool to guide national authorities and international cooperation partners in their planning and resource allocation to support improvement of hospital safety and delivery of health services after emergencies and disasters. Over the past three years, the expert advice of policy-makers and practitioners from disciplines, such as engineering, architecture and emergency medicine, has been compiled, reviewed and incorporated into this second edition of the Guide. Global and regional workshops and virtual consultations have enabled technical and policy experts to contribute to the revision of Hospital Safety Index until consensus was reached on the content for its publication and distribution. Further comments and observations are certain to arise as the Hospital Safety Index continues to be applied across the world and these experiences will enable us to improve future editions. The rapid diagnostic application of the Hospital Safety Index provides, as a comparison, an out-of-focus snapshot of a hospital: it shows enough of the basic features to allow evaluators to confirm or disprove the presence of genuine risks to the safety of the hospital, and the hospital's level of preparedness for the emergencies and disasters to which it will be expected to provide health services in the emergency response. The Hospital Safety Index also takes into account the hospital's environment and the health services network to which it belongs. This second version of the second edition was released in December 2016.
A summary of the current state-of-the-art in volcanic and tectonic hazard assessment of nuclear facilities for researchers, geologists and engineers.