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SCIENTIFIC PUBLICATION - JUL 2026

Using AI to predict how bioplastics behave under heat

A new ANIPH study shows how machine learning models support PHB and PHBV response to heat, helping manufacturers design formulations that are easier to process.

SCIENTIFIC PUBLICATION - JUL 2026

Machine learning to predict how fast biodegradable plastics break down in nature

Researchers at the Agricultural University of Athens continue to validate the predictive model that estimates the biodegradation of PHBV bioplastics, cutting reliance on slow, costly lab testing.

SCIENTIFIC PUBLICATION - JUN 2026

Can we predict how fast a bioplastic disappears? A new AI tool says yes

Researchers at the Agricultural University of Athens (AUA), a partner in the ANIPH project, published a study that helps predict how quickly biodegradable bioplastics break down in the environment.

SCIENTIFIC PUBLICATION - FEB 2026

Lemon waste turned into bioplastic: PHBV from Haloferax mediterranei competes with the commercial standard

A research article by CETEC, in collaboration with the Viss and PHAntastic projects, explores how lemon processing residues can be converted into biopolymers.

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