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Optimized, effective waste management is integral to petroleum refinery operations. It helps minimize risk to both people and the environment, enhances resource utilization, and reduces costs. This document provides a comprehensive and practical guide to refinery waste management, detailing waste types, waste characterization, and key management processes and technologies. It is mainly designed to offer help to countries with less or no regulatory oversight and guidance in managing the refinery waste and also to improve the existing waste management processes of refineries.
In 2007 the OGP-IPIECA Health Committee published Health Performance Indicators – a guide for the oil and gas industry. The principles described in that report were used to develop two tools: the first indicated the extent of health management of 8 areas across each participating company globally; the second allowed for in-depth analysis at site and corporate level. The results provided were first published in October 2012 presenting data from 2008-2011. During 2013, IPIECA and OGP collected the data and responses from 29 participating companies to develop the 2013 Health Performance Indicators report. This report provides an indication of the health management performance for each company and helps to identify weak areas and areas for improvement.
An effective incident management requires the ability to establish command and control—i.e. to move the management of the response from the initial reactive mode to one where the scope of the incident is understood, appropriate response actions are being taken in alignment with response strategies, and where the outcome of the incident is being driven by a clear set of objectives to protect people and the environment. This document introduces the common elements of an IMS to stakeholders who may be called upon to work together to provide specific expertise, assistance or response resources during an emergency incident.
This guidance document provides a summary and explanation of several water risk tools, including the IPIECA Global Water Tool for Oil and Gas, a customised version of the WBCSD Global Water Tool, and the GEMI Local Water Tool™ for Oil and Gas. The guidance aims to provide companies with a better understanding of the potential applications of each tool, and help inform the selection of the most appropriate tools for a company’s business needs.
The Guide is intended to support decision-making associated with the management of impacts to soil, groundwater and soil vapor, including the presence of Non Aqueous Phase Liquid (NAPL), addressing potential exposures and risks, investigation techniques and readily available technologies from which a site- specific assessment and/or corrective action plan can be developed. Overall the guide describes the: Process used to develop a Conceptual Site Model (CSM) to address potential sources, potential exposure pathways, and potential receptors. Data collection to support the CSM and identify imminent hazards. Process to identify potential risks and assess risk-based corrective action measures. Steps for implementing risk reduction measures and remedial actions. Actions to be taken to close-out the project.
This document provides guidance on constructing an exercise programme that is suitable for meeting an organization’s or facility’s requirements in training for spills associated with oil exploration and production, oil transportation via land or water, or the operation of oil storage facilities and marine terminals. This guidance is aimed at those persons responsible for ensuring oil spill contingency plans are practised and verified and is linked and cross-referenced to the companion Good Practice Guide on oil spill training.
The report explores some of the major themes impacting the SLCFs discussion, and aims to: Identify and understand the effects on warming, precipitation, and air quality from methane and black carbon as well as the associated uncertainty Assess the sources and sinks of methane and black carbon from a global perspective as well as from the oil and gas industry in particular Understand the role of current initiatives to measure, mitigate and manage the emissions of SLCFs Discuss remaining gaps in the industry understanding of SLCF emissions, future pathways to reduce uncertainty, and high impact pathways for reducing these emissions The workshop and this publication are part of IPIECA’s long-term initiative to promote climate change understanding and engage in developing solutions for mitigating risks to both society and the oil and gas industry.
Over the past year, the concepts of ‘unburnable carbon’, ‘stranded assets’ and a ‘carbon bubble’ have been promoted by a number of groups, gaining the attention of investors, academics and the media. This fact sheet explores some of the assumptions involved in these concepts and puts them into the wider perspective of the energy system, recognizing the importance that oil and gas bring to modern living standards, economic growth and societal advancement. It also demonstrates how oil and gas companies acknowledge the risks posed by climate change and how they actively manage these risks.
This new Operating Management System Framework is designed to help companies define and achieve performance goals and stakeholder benefits, while managing the broad and significant range of risks inherent in the oil and gas industry. “Operating” applies to every type of upstream or downstream company activity, from construction to decommissioning, throughout the entire value chain and lifecycle of the business and its products. The Framework offers an integrated approach and the flexibility to address some or all of a wide range of risks, impacts or threats related to occupational health and safety; environmental and social responsibility; process safety, quality and security. The degree of integration and the scope of an OMS will be determined by individual companies and will differ depending on their activities, organisational structure and management system maturity.