Decarbonization
Plans call for the Greensand project to store 400,000 tonnes of carbon dioxide annually, with the potential to store up to 8 million tonnes annually at full capacity.
Natural Resources Canada has awarded $4 million to Next Hydrogen and CERT Systems to advance clean hydrogen production and low-carbon sustainable aviation fuel technologies in the Greater Toronto Area.
In line with its recently released Global Outlook, the major has begun storing carbon dioxide from Nucor’s iron facility in Convent, Louisiana.
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Decades of experience injecting fluids into the ground has revealed a fundamental truth: No two injection sites are the same. A thorough understanding of site-specific conditions is essential to ensure safe and secure long-term subsurface disposal of carbon dioxide. -
The projects are expected to remove more than 2 million metric tons of CO2 emissions annually from the atmosphere.
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This paper describes development of a fully integrated system for the provision of low-carbon, remote power and communications using wave energy converters.
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This paper presents a discussion of main concepts, challenges, and opportunities relating to subsea system design for CO2 injection in carbon capture and sequestration applications.
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UK Prime Minister Rishi Sunak commits to future oil and gas licensing rounds as new analysis shows domestic gas production has around one-quarter the carbon footprint of imported liquefied natural gas.
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Tokyo is seeking partnerships in the UAE to leverage its technologies to produce clean energy for export back to Japan.
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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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The project aims to power subsea equipment with wave power and subsea energy storage. The two technologies have been deployed in the seas off Orkney, Scotland, and have begun a test program where they will provide low-carbon power and communication to infrastructure.
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This paper discusses a study that aimed to accelerate the conversion of CO2 and methane through biological means.
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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.
