From agricultural residues to soil-biodegradable products: SOUL project takes stock of its first year
An international study fills one of the major scientific knowledge gaps surrounding compostable bioplastics. Any microfragments that may remain after industrial composting do not persist in the soil but continue to biodegrade thanks to microbial activity
Compostable bioplastic residues do not accumulate in soil
An international study fills one of the major scientific knowledge gaps surrounding compostable bioplastics. Any microfragments that may remain after industrial composting do not persist in the soil but continue to biodegrade thanks to microbial activity
Novamont Iberia brings the SOUL project at TERRA’26 in Portugal
SOUL partner Novamont Iberia took part in TERRA’26, held on 9 and 10 September 2026 in Azinhaga, Portugal. This was the first professional event in the country dedicated to regenerative agriculture, and brought together farmers, technical experts and industry players under the theme “Enraizados no Futuro” (“Rooted in the Future”).
AI-Driven Mutagenic Screening Tool of Plastic Monomers for Instant Safe and Sustainable by Design Assessment
The SOUL project represents a crucial step towards a truly circular bioeconomy for plastics that end up in our soils. Our goal is to create sustainable, high-performance materials that work in harmony with the environment. By preventing soil pollution and reducing our carbon footprint, we can protect ecosystems for future generations. – Dr Carolina Peñalva, Project Coordinator.