Emission management
The French company inked agreements at COP28 to share its newly developed CO2 and methane detection platform with NOCs in Brazil, Angola, and Azerbaijan.
The rule targets emissions from existing oil and gas wells nationwide, rather than focusing only on new wells, as previous EPA regulations have done.
One is on Earth, and one is not. But the knowledge transfer between the oil patch and off-world has fueled meaningful technological advances for all involved.
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Meeting the energy demands of today while advancing a lower-carbon energy future requires policy support, innovative approaches, capital investments, and time. -
Operators share emissions-mitigation research insights amid calls to accelerate to meet 2030 goals.
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The region stands to benefit from TotalEnergies’ experience as a partner in Norway’s Northern Lights CCS development to decarbonize industrial operations in northern Europe. The first injection of carbon dioxide at Northern Lights is expected in 2024.
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Norway’s USV joint venture will launch its first unmanned offshore surface vessel in 2025 to support subsea inspection, maintenance, and repairs.
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This paper examines the performance of the macroalga Macrocystis pyrifera in thermal conversion through pyrolysis as a potential biomass for hydrogen production.
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The Permian Basin was the site of a recent visit by a Reverse Trade Mission on Advanced Technologies for Methane Abatement sponsored by the US Trade and Development Agency. Chevron hosted the delegation at both its Midland and Houston locations.
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The intensity of methane and greenhouse-gas emissions from the oil and gas sector declined 28% and 30%, respectively, between 2019 and 2021 among the largest producers in the country, according to an analysis published by the nonprofits Clean Air Task Force and Ceres.
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This article describes the MiQ grading framework for natural gas in detail and explains practical pathways for industry participants to achieve any desired MiQ grade.
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The collaboration expects to redefine methane detection and contribute to emission-reduction efforts across dozens of industries, including energy, agriculture, manufacturing, and transportation.
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The authors of this paper describe a continuous monitoring system based on the Internet of Things (IoT) to use methane-concentration sensors permanently installed at facilities and connected to a cloud-based interpretation platform.
