For plastics innovators and manufacturers ready to replace fossil-based materials with high-performance, biodegradable alternatives.

PHAs (polyhydroxyalkanoates) are promising biodegradable and biobased polymers produced by fermentation and different renewable feedstock. PHAs are a family of building blocks with different mechanical and thermal properties, offering the possibility to tune the properties by blending different PHAs and provide an alternative to fossil-based plastics. However, current commercial options are limited and in most cases, blends of PHAs and/or the use of additives are needed to validate them into different end applications. Within ECOFUNC project, the aim is to produce specific PHA with tailored melting points - especially those below 150°C - to meet application needs. 

ECOFUNC is developing new PHA recipes by adjusting co-monomers and fermentation conditions to create materials with customized properties. This approach enables better processability and performance for targeted applications, opening new possibilities for sustainable plastics. By designing and validating these innovative formulations, the project promotes the adoption of PHAs as a viable alternative to fossil-based plastics. 

Proof of Concept

This solution is designed for companies and organizations working with plastics—such as producers, compounders, and converters—who want to move toward sustainable materials without sacrificing performance. It also benefits research and development teams exploring innovative bioplastics for packaging, agriculture, medical devices, and other applications. By offering tailored PHA formulations, ECOFUNC helps these stakeholders unlock new opportunities for greener, high-quality products. 

This solution is especially relevant for the building and construction industry, including its entire network of suppliers and partners. It also supports composite manufacturers who are looking for safer, more sustainable flame retardant options. By offering a bio-based alternative, BIO-IFR helps these sectors meet safety standards while moving toward greener production practices.

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