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Meeting energy needs: The unique role of oil and gas is one piece of the Paris Puzzle - a series of papers intended to address...
Appendices to the joint Ipieca-API document on technical considerations that are important for understanding and calculating GHG emission inventory uncertainty.Addressing uncertainty in oil and natural gas industry greenhouse gas inventories. Technical considerations and calculation methods.
This joint Ipieca-API document is designed to provide a summary of technical considerations that are important for understanding and calculating greenhouse gas (GHG) emission inventory uncertainty.Uncharted wilderness: a detailed program for protecting biodiversity while developing LNG infrastructure
A detailed program for protecting biodiversity while developing liquefied natural gas infrastructure in one of the world's lease explored regionsLife-cycle greenhouse gas emissions of transportation fuels: issues and implications for unconventional fuel sources
The effectiveness and efficiency of regulatory and other policy approaches intended to reduce the greenhouse gas emissions from transportation fuels can hinge on the fuel life-cycle analysis (LCA). This report provides a summary of the workshop of the same name, convened in September 2010
The uncertainties inherent in the data used for emission inventories help inform and improve understanding for the data's use. This is receiving increased attention in order to understand determinations of GHG emissions and emission reductions. This document provides background information, and details, on measurement uncertainty and statistical calculation methods that improve the quality of GHG emission estimations for the oil and gas industry. It is a collaborative effort between Ipieca, the American Petroleum Institute (API) and CONCAWE.
Ipieca, together with IOGP and the Oil and Gas Climate Initiative (OGCI), have released a recommended practices guide to help operators select and deploy methane detection and quantification technologies.
An Incident Management System (IMS) is essential to optimizing response times and efficiency, providing clarity in command and control, improving resource coordination and communications, and facilitating the cooperation and integration of responding organizations.
This document is aimed at those persons responsible for ensuring that oil spill contingency plans are practised and verified, providing guidance on constructing an exercise programme that is suitable for meeting an organization’s or facility’s requirements.
The objective of this guidance is to provide a structured framework to guide practitioners, towards the implementation of an effective and efficient local content measurement and reporting process. It offers a roadmap to select, collect, and analyze metrics.
Guidance to support practitioners in developing robust social baselines for offshore project impacts to fisheries.
The online Ipieca-IOGP database provides an introduction to energy efficiency measures for oil and gas facilities, and aims to raise awareness and uptake of such technologies and practices across the industry.
This document provides guidance for business leaders, HSE professionals, and health practitioners on the business case for outcome-focused and cost-effective medical emergency response (MER) and primary healthcare in the energy industries.
This guidance considers the effects of oil releases on fisheries, tourism and other commercial activities, and outlines available compensation schemes.
This document provides occupational health, HSE and occupational hygiene practitioners in the energy industries with pragmatic advice on how workplace lighting can limit circadian disruption and enhance health, safety, and performance.Guidelines for health, safety, security, environment and social responsibility governance in joint ventures
This document offers guidance for oil and gas industry JVs on the governance, policy development, implementation and management of HSSE&SR.