Fugro Partners With Ocean Visions to Advance Safety of Ocean-based Carbon Removal

Ocean-based climate solutions just got a major boost. Selected by the nonprofit Ocean Visions, Fugro will lead the development of a standardised Environmental Impact Assessment Framework for marine carbon dioxide removal (mCDR), a set of emerging technologies that enhance the ocean’s natural ability to store carbon. This initiative aims to support the permitting of mCDR projects by providing a transparent, evidence-based approach to environmental review.

The Role of mCDR

Carbon removal is increasingly seen as a critical complement to emissions reductions in meeting global climate goals. By drawing carbon dioxide out of the atmosphere, mCDR can help offset residual emissions and contribute to climate stability. mCDR strategies include approaches such as enhancing ocean alkalinity, cultivating seaweed and extracting carbon dioxide directly from seawater. While these methods show promise in helping to meet global climate goals, they must be carefully evaluated to ensure they are safe for marine ecosystems and the communities that depend on them.

"Marine carbon dioxide removal has the potential to become a powerful tool in the fight to stop climate change—but first it must be able to pass the dual tests of safety and effectiveness," said Brad Ack, CEO of Ocean Visions. "Fugro brings deep expertise in environmental impact assessments, framework development and offshore environmental monitoring, making them an ideal partner to lead this foundational work toward scalable ocean-based solutions."

"We’ve spent decades helping industries assess and manage environmental risks in offshore environments," said Céline Gerson, Fugro’s Group Director for the Americas and President of Fugro USA. "Now we’re applying that expertise to help ensure mCDR is done responsibly and earns public trust."

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Project Framework and Collaboration

The two-year project will involve designing, refining and testing a framework that can be applied across a range of mCDR strategies. Joining Fugro on the project are US-based Integral Consulting and the UK’s National Oceanography Centre. The final framework will be openly accessible and is expected to serve as a critical tool for researchers, regulators and communities evaluating whether and how to host mCDR projects. Ocean Visions plans to publish the completed framework in 2027.

Learn more: https://oceanvisions.org/mcdr-eiaf/.

Challenges and Opportunities

While the developments in membrane technology are promising, challenges remain in scaling these innovations for widespread industrial use. The logistics of mass production and integration into existing systems require careful consideration. However, the potential benefits far outweigh these challenges. As researchers continue to optimize and test these technologies, the prospect of more sustainable energy solutions becomes increasingly attainable.

This innovation not only holds the key to reducing the environmental impact of energy production but also presents an economic opportunity. By lowering the cost barriers associated with hydrogen fuel cells, industries worldwide can adopt cleaner technologies, contributing to a global reduction in carbon emissions. As we look to the future, how will industries and governments collaborate to ensure the successful implementation of these groundbreaking technologies?