This second edition of the OECD Guiding Principles for Chemical Accident Prevention, Preparedness and Response is a comprehensive document to help public authorities, industry and communities worldwide prevent and prepare for accidents involving hazardous substances.

Chemical accidents with serious consequences continue to happen in OECD Member countries and worldwide. Over the past decades, successive major accidents have caused deaths, injuries, significant environmental pollution and massive economic losses – from the hydrogen fluoride leak in Gumi (Korea) in 2012, the ammonium nitrate explosion in West, Texas (United States) in 2013 or, recently, the blow-up of a chemical facility in Tarragona (Spain) and the explosion at the port of Beirut (Lebanon) in 2020, and the blast in Leverkusen (Germany) in 2021. This third edition of the OECD Guiding Principles for Chemical Accident Prevention, Preparedness and Response provides guidance for the safe planning and operation of hazardous installations. It aims to support public authorities and industry in taking appropriate actions to prevent chemical accidents and to mitigate impacts of accidents that do nevertheless occur. These guiding principles apply to fixed installations at which hazardous substances are produced, processed, handled, stored, used or disposed of, in such a form and quantity that there might be a risk of occurrence of a chemical accident. These guiding principles constitute the technical guidance supporting the implementation of the Decision-Recommendation of the Council concerning Chemical Accident Prevention, Preparedness and Response adopted in 2023.

This second edition of the OECD Guiding Principles for Chemical Accident Prevention, Preparedness and Response is a comprehensive document to help public authorities, industry and communities worldwide prevent and prepare for accidents involving hazardous substances.

Guidance on Safety Performance Indicators provides a systemic approach to measuring the success of stakeholders' chemical safety programmes by detailing targets, activity indicators and outcome indicators.

This publication contains guidance on how to develop and use safety performance indicators to measure the success of chemical safety programmes related to the prevention of, preparedness for, and response to chemical accidents. The guidelines are not prescriptive but rather provide suggestions for elements that might be included in a voluntary programme appropriate to a particular setting, and give advice on the process of establishment and implementing a scheme. Examples of activities and outcome indicators are given which have broad application for industrial enterprises, public authorities and communities.

This Guidance on Developing Safety Performance Indicators (“Guidance on SPI”) was prepared to assist enterprises that wish to implement and/or review Safety Performance Indicator Programmes.

This Document was designed to serve as a tool to assist industrial enterprises, public authorities, and communities near hazardous installations world-wide develop and implement a means to assess the success of their chemical safety activities.

This book combines the synergies between performance improvement systems to help ensure safe and reliable operations, streamline procedures and cross-system auditing, and supporting regulatory and corporate compliance requirements. Many metrics are common to more than one area, such that a well-designed and implemented integrated management system will reduce the load on the Process Safety, SHE, Security and Quality groups, and improve manufacturing efficiency and customer satisfaction. Systems to improve performance include: process safety; traditional safety, health and environment; and, product quality. Chapters include: Integrating Framework; Securing Support & Preparing for Implementation; Establishing Common Risk Management Systems – How to Integrate PSM into Other EH; Testing Implementation Approach; Developing and Agreeing on Metrics; Management Review; Tracking Integration Progress and Measuring Performance; Continuous Improvement; Communication of Results to Different Stakeholders; Case Studies; and Examples for Industry.

This book provides insight on how disaster risk management can increase the resilience of society to various natural hazards. The multi-dimensionality of resilience and the various different perspectives in regards to disaster risk reduction are taken explicitly into account by providing studies and approaches on different scales and ranging from natural science based methods to social science frameworks. For all chapters, special emphasis is placed on implementation aspects and specifically in regards to the targets and priorities for action laid out in the Sendai Framework for Disaster Risk Reduction. The chapters provide also a starting point for interested readers on specific issues of resilience and therefore include extensive reference material and important future directions for research.