Biodegradable antimicrobial multilayer food packaging films
Novel natural polymer multilayer films with integrated antibacterial agents designed to replace conventional food packaging. These biodegradable films reduce carbon footprint while extending food shelf life and degrading naturally in soil.
Overview
Conventional multilayer films used in food packaging are a significant contributor to global warming and rising carbon footprints due to their petroleum-based origins and persistence in the environment. This solution addresses that challenge by offering novel antimicrobial multilayer films fabricated from natural polymers combined with antibacterial agents. The films are fully biodegradable in soil while actively preserving food beyond standard expiration dates, making them suitable for sustainable packaging applications across the food industry.
Technical specifications
Key features:
- Multilayer film architecture built from natural polymers for structural performance
- Integrated antibacterial agents that enhance antimicrobial properties
- Confirmed biodegradation in soil, reducing environmental persistence
- Demonstrated ability to preserve food beyond standard shelf-life dates
- Customizable formulations tailored to specific packaging requirements and applications
- Laboratory-scale preparation and prototyping capability for varied food types
Technology readiness level
The technology has been validated at the laboratory scale, with confirmed soil biodegradation and demonstrated food preservation performance. The research team can customize multiple types of biodegradable multilayer food packaging materials for specific purposes, indicating readiness for further pilot trials, co-development partnerships, and sponsored research collaborations with industry partners seeking sustainable packaging alternatives.
About Monash University Malaysia
Monash University Malaysia is a comprehensive international branch campus in Greater Kuala Lumpur, combining a global research culture with local industry access. Co-located research and teaching facilities sit within an urban ecosystem of hospitals, multinational headquarters, and manufacturing sites, enabling on-the-ground collaboration and user-informed prototyping. Structured internships, capstone engagements, and sponsored projects connect companies with student and faculty talent year-round. Research draws competitive national funding from Malaysian agencies alongside international sponsors and collaborations across Monash’s global network. A dedicated technology transfer office supports IP strategy, contracting, and startup formation for partners operating in Malaysia and the region.
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