Bio-oils based polymeric composites; value chain from synthesis to additive manufacturing

Bidragets beskrivning

The materials and chemicals sector currently relies on a linear, fossil-based economy. Instead, a transition from carbon-release towards recycling, use of biomass and carbon capturing should be promoted. Circularity and sustainability of plastics is a systemic challenge that requires a dialogue between multidisciplinary experts to build functional solutions and develop the needed transition paths. In ValueBioMat we identify sustainable raw materials and, by conducting life cycle assessments, we create novel solutions that ensure resource efficient production of innovative and sustainable materials. An example of this is merging bio-based polymers with emerging digital manufacturing technologies. Furthermore, we estimate how new business models can structure the industry's value creating activities to leverage bio- and circular economy and we evaluate how regulation and policies can incentivize and guide consumers and stakeholders toward more sustainable paths.
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Startår

2022

Slutår

2025

Beviljade finansiering





Katri Valkokari Orcid -palvelun logo
392 086 €

Rollen i Finlands Akademis konsortium

Övriga parter i konsortiet

Leader
Aalto-universitetet (352429)
1 039 767 €
Leader
Aalto-universitetet (352429)
1 033 722 €
Partner
Naturresursinstitutet (352440)
285 623 €
Partner
Lapplands universitet (352438)
283 334 €

Finansiär

Finlands Akademi

Typ av finansiering

Finansiering för strategisk forskning

Övriga uppgifter

Finansieringsbeslutets nummer

352439

Vetenskapsområden

Kemi

Forskningsområden

Polymeerikemia

Temaområden

Innovatiiviset materiaalit ja palvelut resurssiviisauden ja kestävän kehityksen edistäjinä

Identifierade teman

biomass, bioeconomy