Bio-on & AkzoNobel to Continue R&D on Bio-based Polymers for Anti-fouling Coatings

SpecialChem - December 8th, 2017
Bio-on and AkzoNobel have agreed to continue its relationship beyond the close of its Synergistic Fouling Control Technologies-SEAFRONT Project.

Bio-based Polymers for Anti-fouling Coatings

Bio-on & AkzoNobel to Continue R&D on Anti-fouling Coatings The aim of the collaboration is to continue to investigate the use of Bio-on's biodegradable and bio-based polymers as components in fouling control coatings designed to prevent the undesirable accumulation of marine organisms on:

  • Boats
  • Ships
  • Tidal power plants 
  • Other aquatic installations

Bio-on is one of the leading Italian biotechnology companies in the bioplastic sector and listed in the AIM segment of the Borsa Italiana, while AkzoNobel, is one of the worldwide leaders in the Marine, Protective Coatings, and Yacht markets.

"This collaboration is strategically attractive to AkzoNobel as it offers the potential to develop new biobased products which will strengthen our position as world leaders in high performance and sustainable coatings," says David Williams, R&D Director, Marine Coatings, AkzoNobel.

"We are particularly proud and happy with the decision to continue working with AkzoNobel for two main reasons," says Marco Astorri, Bio-on's CEO and Chairman. “First of all because we will continue to work with some of the best researchers in the chemical industry and secondly because we will be able to demonstrate further the amazing application possibilities of our biopolymers."

"These results and continued cooperation are good examples of the many valuable outcomes of the SEAFRONT Project, which started in 2014 and will end this year," says Arie Brouwer of the Dutch Polymer Institute and coordinator of the SEAFRONT Project.

SEAFRONT Project

"In SEAFRONT a consortium of 19 companies and knowledge institutes are working together in a unique way on anti-fouling solutions for marine applications.”

“The consortium can be proud that they have successfully achieved the main objectives such as creating surfaces which reduce hydrodynamic drag by 5% and, thanks to the excellent work of Bio-on and AkzoNobel, generated very good results for new fouling control coatings utilizing bio-based polymers."

Source: AkzoNobel
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