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Nature Biotechnology (2026) Cite this article Bacterial siderophores can accelerate mineral dissolution, a natural rock weathering process that traps CO2 in alkaline seawater. We demonstrate that engineering of siderophore production and selection of renewable feedstock to feed the siderophore-producing bacteria are sufficient to achieve net carbon removal at large scales. This is a preview of […]

By deepak · September 3, 2026 · 2 min read

Nature Biotechnology
(2026) Cite this article

Bacterial siderophores can accelerate mineral dissolution, a natural rock weathering process that traps CO2 in alkaline seawater. We demonstrate that engineering of siderophore production and selection of renewable feedstock to feed the siderophore-producing bacteria are sufficient to achieve net carbon removal at large scales.

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Torres, M. A., Dong, S., Nealson, K. H. & West, A. J. The kinetics of siderophore-mediated olivine dissolution. Geobiology 17, 401–416 (2019). This paper characterizes mineral dissolution at scale with the siderophore desferrioxamine.

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Source: Read the original article on www.nature.com

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