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On 2 November 2020, Ipieca held a virtual methane workshop. This report summarizes the presentations and discussions that took place during the workshop.
Ipieca, IOGP, GIE and MARCOGAZ have published a joint methane emissions glossary covering the entire natural gas value chain.
During this webinar, Matt Harrison of SLR Consulting and Dave Allen of the University of Texas at Austin, who co-authored the Methane Guiding Principles set of ten best practice guides, will provide an overview of their scope and content and demonstrate how operators can best make use of them.
This webinar series aims to support deployment of CCS and help attendees understand how it can contribute to both the Paris Agreement and the UN Sustainable Development Goals.
Ipieca is pleased to welcome Samantha McCulloch, Head of the CCUS Unit at the International Energy Agency (IEA), as the presenter of our next webinar in the series on carbon capture, utilization and storage (CCUS).
During this webinar, Elizabeth Carlson, Global Head of Sustainability at McDermott, will present on measuring 'Capex' emissions in oil and gas facilities.
Natural gas can have an important role to play in a low-emissions future, with clear benefits when compared with other fossil fuels, particularly in terms of climate impact and air quality improvements, if methane emissions are controlled across the gas value chain.
Howard J. Herzog, Senior Research Engineer in the MIT Energy Initiative, will present his perspectives on carbon capture and storage.
Dr. Tidjani Niass of Saudi Aramco will introduce and propose the circular carbon economy as a pragmatic, alternative development model based on a more efficient use of natural resources.
The webinar will cover the genesis and state of play of the Net Zero Teesside project that aims to facilitate the first decarbonised industrial cluster in the UK.
Hydrogen is a flexible energy carrier that produces low greenhouse gas emissions, and could be used across a range of energy-intensive sectors: electricity generation; transport; heat and cooling for industrial, business and private residential use. It also has energy storage potential. Natural gas coupled with CCS may offer an affordable and scalable option for the provision of hydrogen as a global energy carrier.
Ipieca has released updated guidance on lower-sulphur fuels, managing road transport emissions and improving air quality.
Ipieca has released updated guidance on lower-sulphur fuels, managing road transport emissions and improving air quality. Find the executive summary here.
The publication is designed to provide guidance for stakeholders across the marine fuels and shipping industries, from fuel blenders and suppliers to end users.
Ipieca has released a new awareness brief, Exploring low-emissions pathways for transport which builds on the 2016 Ipieca publication Exploring low-emission pathways: Advancing the Paris Puzzle.
Many Ipieca member companies have for a number of years been successfully reducing gas flaring, which is the combustion of natural gas produced as a by-product of petroleum production operations. Although flaring reduction makes good environmental and business sense, there is still a stubbornly high level of routine flaring globally.
This webinar series aims to support deployment of CCS and help attendees understand how it can contribute to both the Paris Agreement and the UN Sustainable Development Goals.
This awareness briefing aims to ensure that the benefits and limitations of scenario analysis tools, and disclosure of their use, are clearly understood.
This new fact sheet explores the scale-up and deployment of CCS in more detail and presents a series of facts about the necessary development of this technology.
Carbon capture and storage (CCS) is a key technology in transforming the energy system and moving towards the long-term temperature goals of the Paris Agreement. However, there are several barriers preventing it from expanding more swiftly.