News
Catch up on the final SeaBioComp conference via video...
The SeaBioComp final conference took place in Ostende 19th January 2023 with the theme; 'Bio-based Composites; are they a viable solution for the marine environment?'
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SeaBioComp project develops demonstrator products from biocomposites for marine applications...
SeaBioComp has successfully produced a number of demonstrator products for the marine environment, using different manufacturing processes, to showcase its flax based thermoplastic biocomposites.
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SeaBioComp partners publish paper on 'Behaviour of a self-reinforced polylactic acid (SRPLA) in seawater...
A number of SeaBioComp partners have collaborated to get this paper on the 'Behaviour of SRPLA in seawater' published in Science Direct.
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SeaBioComp project produces technical leaflets on use of flax reinforced composites in various moulding techniques...
The SeaBioComp project has produced a series of technical leaflets detailing the various methods of using flax based biocomposites for marine applications.
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Watch the video of 'The Future of Biobased Polymer and Natural Fibre Composites for the Marine Environment' event...
Anyone who missed 'The Future of Biobased Polymer and Natural Fibre Composites for the Marine Environment' event which took place in Tourcoing in France recently can catch up with all the presentations by watching the video of the event.
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CETI hosts tour of its innovative facilities...
Project partner CETI, The European Centre for Innovative Textiles, recently open their doors to delegates at the SeaBioComp event in Tourcoing in France.
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Harbour mooring product produced from Flax/PLA as demonstrator example...
SeaBioComp partner Poly Products has been proactively seeking out harbour products to produce from the bio-composites developed by the project to use as demonstrator examples for businesses to see practical applications of the project's work.
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New report on ecotoxicity effects due to biopolymers and fossil fuel based products in the marine enviroment available to download...
For this latest report, the SeaBioComp project has assessed and compared the effect of leachate from a biocomposite and leachate from a fossil-fuel polymer in the marine environment.
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Flax/Acrylic demonstrator wind turbine blade produced as part of SeaBioComp project...
The University of Plymouth, one of the project partners in the SeaBioComp project, has produced a flax reinforced acrylic thermoplastic scale model of a wind turbine blade as a demonstrator component for the project.
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Call for suppliers and users of biocomposites to engage with SeaBioComp project ...
The SeaBioComp project is looking to engage with suppliers and end users of bio-composites; especially in the field of products for the marine environment.
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Updated Assessment of the microplastic formation and toxicity of biobased composites 2021...
Project partner VLIZ has updated their assessment of the microplastic formation and toxicity of biobased composites in a new paper which is available to download from our website.
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New download available on the Microplastic formation from a newly developed biocomposite...
SeaBioComp partner VLIZ recently presented a poster at the 3rd Biannual MICRO2020 conference which is available to download from the following link: http://www.seabiocomp.eu/downloads/
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Developing high quality biocomposite materials with reduced environmental impacts...
Work Package 1 of the SeaBioComp project is looking to develop high quality biocomposite demonstrators which will have a significantly reduced environmental impact compared to traditional oil-based composites.
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Analytical protocols for bio-composites...
Work Package 3 of the SeaBioComp project has seen project partners University of Portsmouth, VLIZ and Ifremer developing analytical protocols to test the bio-composite materials.
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Natural Fibre Research and Selection for the project completed...
Partners CETI and Centexbel have been investigating and evaluating the many natural fibres that can be used for manufacturing natural fibre composites.
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Investigating mechanical, physical and environmental properties of biopolymers and biocomposites...
Work Package 3 of the project has been investigating the mechanical, physical and environmental properties of biopolymers and the biocomposite materials produced by other project partners in SeaBioComp using compression moulding and additive manufacturing techniques.
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Call for ideas for demonstrators of biobased composites for the marine environment...
The SeaBioComp project aims to build demonstrator products for marine applications from bio-based, thermoplastic composite material.
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SeaBioComp Masterclass on 3D printing of Biopolymers stimulates lively interaction...
2020/21 has required new ways to connect with businesses, stakeholders and interested parties in order to disseminate project results.
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Assessment of degradability and toxicity of biobased composites available to download...
Information on the work being undertaken by project parnter VLIZ on the assessment of the biodegradability and toxicity of biobased composites as part of the SeaBioComp project is now available in a download.
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Designs and tests of 3D printed biopolymer fender available to download...
A report into the first designs and tests of 3D printed biopolymer fenders is now available to download from the SeaBioComp project.
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Report into the adaptations for 3D printing of biocomposites available to download...
The report into the adaptations required for 3D printing of biocomposites is now available to download from the SeaBioComp project.
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3D Printer produces first bio-polymer concept product for the marine sector...
SeaBioComp has produced its first 3D printed biopolymer fender profile for use in the marine environment.
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New findings from FLOWER Interreg project developing flax fibres reinforcements...
The FLOWER Interreg project is aiming to develop flax fibre reinforcements for the composite industry at lower costs.
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Encourage colleagues and contacts to join the SeaBioComp Interest Group...
The SeaBioComp Interest Group will be sending out regular updates, details of events and project activities and results from the project.
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Early project findings and deliverables...
A number of early project deliverables have already been completed including a comprehensive report from project partner CETI assessing the natural fibres that could viably be used in bio-composites.
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Monomer selection for in situ polymerization infusion ...
The SeaBioComp project is looking to develop and deliver demonstrators using innovative bio-based thermoplastic composite materials with mechanical properties comparable to conventional oil-based composites.
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Sign up to the SeaBioComp online Interest Group if you are interested in bio-based composite alternatives for the marine industry...
SeaBioComp, the new collaborative project developing and producing novel bio-based thermoplastic composite materials for the marine sector, has launched its new website and online Interest Group.
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SeaBioComp infographic available to download...
SeaBioComp has designed an infographic to describe the project in a simple and clear format. The graphic, which has been created by project partner EuraMaterials, depicts the aims and objectives of the project in pictures to enable quick and easy understanding of what the project will deliver.
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SeaBioComp project launched to tackle the use of harmful oil-based composites in the marine environment....
SeaBioComp is a new collaborative project that has been launched to develop and produce novel bio-based thermoplastic composite materials and the analytical protocols to evaluate long-term durability and reduced ecological impact on the marine environment.