Carbon Storage: Innovative Megaproject Promises to Inject 4 Million Tons Per Year and Reach 100 Million in 25 Years, Starting in 2027!

Escrito por Rafaela Fabris

Publicado em 11/12/2024 às 18:35

A necessidade desse armazenamento de carbono surge da urgência em reduzir a concentração de CO₂ na atmosfera, contribuindo para mitigar as mudanças climáticas. Ao criar uma infraestrutura para capturar, transportar e injetar CO₂ no subsolo, o projeto ajuda a preservar empregos e impulsionar uma economia mais sustentável e alinhada com as metas de transição energética. (Imagem: Reprodução)

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Carbon Storage in the North Sea Advances in an Innovative Megaproject Led by Energy Giants, Boosting the Path to Net Zero

The UK’s first carbon storage is officially moving from paper to reality. The North Sea Transition Authority (NSTA) granted the Northern Endurance Partnership (NEP), a consortium formed by BP, Shell, and TotalEnergies, the license to start an innovative megaproject aimed at large-scale CO₂ storage underground in the seabed. The construction is expected to begin in mid-2025, with the first injection scheduled for 2027 and full operation by 2028.

Located about 75 kilometers east of Flamborough Head on the east coast of England, this innovative carbon storage megaproject will have the capacity to inject up to 4 million tons of CO₂ per year for about 25 years, totaling up to 100 million tons.

Offshore Infrastructure Installation

The UK's carbon storage will occur about 75 kilometers east of Flamborough Head on the east coast of England, in a saline aquifer approximately 1,000 meters below the seabed. In Brazil, although there are potential carbon storage sites in similar geological reservoirs and aquifers, detailed geological mapping, robust regulations, financial incentives, and cooperation between government, companies, and research institutions are needed to enable such projects. This involves creating the proper infrastructure, as well as partnerships that make this solution technically and economically viable, contributing to reducing CO₂ emissions and advancing the national energy transition. — The UK’s carbon storage will occur about 75 kilometers east of Flamborough Head on the east coast of England, in a saline aquifer approximately 1,000 meters below the seabed. In Brazil, although there are potential carbon storage sites in similar geological reservoirs and aquifers, detailed geological mapping, robust regulations, financial incentives, and cooperation between government, companies, and research institutions are needed to enable such projects. This involves creating the proper infrastructure, as well as partnerships that make this solution technically and economically viable, contributing to reducing CO₂ emissions and advancing the national energy transition.

The granted license, along with the Economic License from the Department of Energy Security and Net Zero, allows for the installation of offshore infrastructure, including 145 kilometers of underwater pipelines, as well as compressors and an onshore CO₂ collection network.

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This initial infrastructure supports three important carbon capture initiatives in the Teesside region: the NZT Power, H2Teesside, and Teesside Hydrogen CO2 Capture. All of this is part of a broader carbon storage effort in the so-called Endurance, a saline aquifer about 1,000 meters below the seabed, which is part of the East Coast Cluster, a highlight in the UK government’s Track 1 program.

Carbon Storage Is No Longer Just a Concept

According to Stuart Payne, CEO of NSTA, the completion of licensing is a historic milestone, as carbon storage ceases to be a distant concept and becomes a reality.

According to Payne, the UK energy industry has strong infrastructure, a globally recognized supply chain, and highly qualified professionals, factors that propel this innovative megaproject toward net zero, ensuring quality jobs and growth opportunities in the sector.

In parallel announcements, companies reported reaching financial closure for both NEP and NZT Power, in which Equinor and BP hold significant stakes. Thus, carbon storage advances as an innovative megaproject, consolidating the UK as one of the leading global hubs for CO₂ capture and storage, and paving the way for a more sustainable and low-carbon economy.

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Carbon Storage: Innovative Megaproject Promises to Inject 4 Million Tons Per Year and Reach 100 Million in 25 Years, Starting in 2027!

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Carbon Storage: Innovative Megaproject Promises to Inject 4 Million Tons Per Year and Reach 100 Million in 25 Years, Starting in 2027!

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China has been trying for 13 years to build a railway in the Gobi Desert to reach Mongolia, and there are still 20 kilometers left that no one can finish due to a problem that seems impossible to solve.

For 45 years, Spain and Morocco have been trying to connect Europe to Africa through a project of just 14 kilometers in the Strait of Gibraltar, and an active tectonic fault on the seabed continues to make the project nearly impossible.

At just 14 years old, a boy creates a system without energy, using steel pipes buried in the ground, that irrigates seedlings with moisture from the air, to combat the water scarcity threatening reforestation in northern China.

Where there was only sand and wind at 40 degrees, China built a megacity of 500,000 inhabitants with farms, wineries, and universities in the middle of the desert using melted glacier water from hundreds of kilometers away.

With 95% of the work completed, the Mega Sual of 1,200 feet crosses the Chihuahua desert, doubles water collection, and becomes a central piece to create a forest in the desert.

The rainiest city in the world receives 11,872 mm of rain per year, more than London in an entire year; in a single day, it has recorded 1,003 mm, and its residents build soundproof houses because the noise of the rain is deafening for months on end.

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