Results & Deliverables

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Conditioning of seaweed

MacroFuels tested chemical and biological ensiling via lactic acid fermentation processes. Results showed great potential of ensiling as a biomass preservation method for industry-scale operations due to the low energy input required. Processes were optimized during the project, including combining biological and chemical ensiling. All ensiling processes and their combinations could represent cost-effective options for future business operations, especially when combined with novel storage concepts.

Promising preservation method

Positive side-effects of ensiling

We found out that fermenting sugar kelp by using lactic acid bacteria seems to improve its sensory properties and significantly reduces the tissue content of cadmium and mercury, while sugar and protein contents remain nearly unchanged. This could be of importance for seaweed applications beyond biofuels, such as food and feed.

Seaweed storage bags developed within the MacroFuels project (Manufactured by MacroFuels partner SIOEN).

 Publications & Presentations

Find out more about our progress in seaweed conditioning by browsing our publications and presentations

This website is part of the MacroFuels  project. This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 654010

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