Decarbonization
TotalEnergies signed off for 30% operated stakes in the Lang Lebah and B14 gas fields offshore Sarawak on the sidelines of ADIPEC in Abu Dhabi, while also highlighting methane-reduction partnerships in Angola, India, and Southeast Asia.
This SPE technical section editorial synthesizes six technical themes shaping CO2 transport and storage and interprets them through a petroleum engineering capability lens.
The Pawnee Carbon Sequestration Project, which would use a repurposed well, is planned to capture and store up to 400,000 tonnes of carbon dioxide, with first injection targeted for early 2027.
-
The projects are expected to remove more than 2 million metric tons of CO2 emissions annually from the atmosphere. -
This paper describes development of a fully integrated system for the provision of low-carbon, remote power and communications using wave energy converters.
-
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.
-
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.
-
Tokyo is seeking partnerships in the UAE to leverage its technologies to produce clean energy for export back to Japan.
-
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.
-
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.
-
This paper discusses a study that aimed to accelerate the conversion of CO2 and methane through biological means.
-
This paper examines the performance of the macroalga Macrocystis pyrifera in thermal conversion through pyrolysis as a potential biomass for hydrogen production.
-
This paper describes the material selection methodology and corrosion studies performed in a CO2 sequestration project to optimize well costs and improve overall project economics without jeopardizing the CO2-injector-well integrity.
