Project evolution
From GREEN-LOOP: Mixcycling and NSBproject Partner to Boost Bioeconomy
22 Marzo 2024The Horizon EU Green-Loop project is a perfect e ...
NSBproject is in the taskforce for innovation in agriculture and forestry
20 Marzo 2024Article edited by Renewable matter on March the 19 ...
Nerosubianco evolves to NSBproject
27 Febbraio 2024🚀 Exciting Evolution Alert: Nerosubianco become ...
COMPASS project: local press release
31 Gennaio 2024Article by the Editor PadovaOggi (PO) 29 January 2 ...
COMPASS Project Kick-Off meeting
29 Gennaio 2024The COMPASS project, a collaborative effort among ...
A new project funded by the CBE JU with NSB as implementing partner
25 Gennaio 2024It is a pleasure to announce that NEROSUBIANCO SRL ...
Celebrating 20 years of Innovation at Nerosubianco srl
15 Gennaio 2024Celebrating 20 Years of Innovation at Nerosubianco ...
Greene 4.0 Project Kick-Off meeting
19 Aprile 2023On 12 and 13 April 2023, the kick-off meeting of t ...
Why joining the DITA Project? – IPN
27 Febbraio 2022Watch the video and find out why our Portuguese pa ...
Why joininig the DITA Project? – Kempten University of Applied Sciences
27 Febbraio 2022Watch the video and find out why our German partne ...
I4MS: A EUROPEAN INITIATIVE THAT COMBINES ICT AND THE MANUFACTURING SECTOR
26 Febbraio 2022Among the initiatives promoted by the Europ ...
The project that aims to develop novel alternative biobased polymers synthesized from bio-renewable monomers (e.g., dicarboxylic acids, diols, diamines, hydroxyacids, aminoacids, aromatic and phenolic compounds, fatty acids, oils, furans, others), sourced from underexploited, second generation (2G) feedstocks (e.g., Tomato and Olive wastes) and biomass (e.g., wood pulp and lignin derivatives), obeying a cascading principle.
- Establish at least 12 bio-renewable monomers, extracted from biowaste feedstocks and/or selected from
commercial ones (certified ISCC EU, ISCC Plus only), that will be used directly or after simple pre-treatments or
combined and transformed into tailored building blocks (e.g., activated oligomers or small polymers). - Deploy several new biobased polymers of at least 4 families, such as PEs and PAs with pendent functional groups,
PEFs, and PPhes, that mimic the properties of fossil-based polymers (e.g., PUs, PET, ABS, and Amine and other
polymeric resins). - Develop chemo-enzymatic processes through environmentally friendly polymerization or copolymerization
reactions, at mild environmental conditions, in aqueous, mini emulsions and solvent-free systems14,15,16 - Establish at least 12 designed and synthesized polymers with tailor-made properties for specific plastic
manufacturer´s applications including eco-design principles. - Establish at least 12 bio-composites or polymeric prototypes produced for technological testing, piloting, and
validation by the plastic manufacturers of the Textiles, Automotive, Furniture, and Polymeric Resins industries.
Project preparatory phase:
- Selection of the Italian company suitable for a Pilot Case focused on biobased polymer
- Co-writing of the Dissemination and Exploitation WP, support to LP for the full proposal
Project implementation:
- Support the implementation of specific use cases implemented by Italian partners
- Responsible for the communication, dissemination and exploitation activities
