International shipping takes care of the movement of goods and products between nations. It has the lowest carbon footprint per tonne for long-range transport but still creates around 2.5% of global CO2 emissions. The maritime sector has pledged to reduce these emissions by 50% by 2050.

Different low-carbon technologies are being explored, including ship-based carbon capture (SBCC), which could provide a low-cost solution compared to zero-emission fuels, such as ammonia and hydrogen.

The EverLoNG project aims to encourage the uptake of SBCC by demonstrating its use on board LNG-fuelled ships and moving it closer to market readiness. Our research will optimise the technology and consider how best to integrate it into existing ship and port infrastructure.

Our interlinking studies will support the development of full-chain carbon capture, utilisation and storage (CCUS) networks – connecting SBCC with CO2 transport links, geological CO2 storage and markets for CO2 use. They will include Life Cycle Assessment (LCA) and Techno-Economic Analysis (TEA).  

We are also contributing to the development of regulatory frameworks for the safe and effective use of SBCC technology in the shipping sector.

International and national collaboration is inherent to EverLoNG, which aims to support the maritime sector’s ambitious and essential decarbonisation plans.

Download the EverLoNG Briefing Document

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objectives and outcomes ship

Objectives and Outcomes

Our ten-point checklist describes how EverLoNG aims to close knowledge gaps and tackle the technical and economic challenges of ship-based carbon capture.

View Objectives & Outcomes

Results

CO2 Shipping Interoperability Briefing Report

17/11/2022

WP2 WP2 Technical challenges

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Publications

Reports, reviewed papers and other publications resulting from the EverLoNG project’s research programme will be published as soon as they are available.

Funding

EverLoNG is a three-year international research initiative involving the maritime, R&D and engineering sectors and co-funded by the ERA-NET ACT3 programme, project number 327332

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