Through interdisciplinary research and innovative design, BIO4PAK aims to create nature-inspired food packaging that not only minimizes environmental impact but also opens up new possibilities for sustainable food production.

The project develops bio-based and biodegradable materials that maintain the functional advantages of conventional plastics while ensuring full environmental safety and compostability. By combining expertise in microbiology, biotechnology, chemistry, and materials science, BIO4PAK seeks to redefine how we protect and preserve food in a sustainable way.

BIO4PAK pioneers phage-based antimicrobial coatings using the innovative PhagTec delivery system.

These smart, nature inspired coatings are designed to release bacteriophages in response to pathogen-associated signals and—pending further development and validation—could provide a safe, environmentally friendly approach to controlling foodborne bacteria. The project integrates advanced bioprocessing, polymer engineering, and biotechnology to create functional, compostable packaging solutions designed to enhance food safety and reduce waste.

Conventional plastics and bacterial contamination in the food chain remain global challenges. BIO4PAK addresses both by developing biodegradable, smart packaging that protects food, reduces reliance on fossil-carbon plastics, and lowers waste.

By ensuring both functionality and sustainability, BIO4PAKcontributes to a cleaner environment, safer food systems, and a circular European bioeconomy.

The project’s open, collaborative approach — including short scientific missions, expert advisory input, and partnerships with other EU-funded initiatives — ensures its innovations reach far beyond food packaging, into agriculture, environmental applications, and healthcare.