Emerging Technologies in Sensing and Active/Smart Packaging

Annually, one third of all food produced, equivalent to about 1.3 billion tonnes, is wasted or lost to postharvest spoilage. Modern sensing and packaging innovations play a pivotal role in addressing this excessive food loss. The ATFM is developing novel, multifunctional food packaging materials to minimise postharvest spoilage and maintain food quality, thereby extending shelf-life and storage ability. The centre is working with industry to ensure material design meets industry priorities, including microbial inhibition, humidity adsorption, and ethylene control to maintain quality indices in specific commodities.

Sensing technology incorporates nanotechnology and new bio-sensing molecules, either as a stand-alone technology or into packaging material. These new materials will inform consumers of changes in quality and safety parameters of the food product. Research into sensing and smart packaging will provides opportunities for interdisciplinary collaboration and training, especially in the fields of nanomaterials, biosensors, and chemical analysis.

Project 1

Biodegradable food packaging based on banana pseudo-stem nanocellulose

Project 2

New nanoparticle-based diagnostic platform for small food contaminants

Project 3

Rapid and sensitive detection of pathogenic bacteria using bioconjugated gold nanoparticles

Project 4

Towards developing an effective diagnosis of macadamia nut allergy

Project 5

Developing antibodies with broad specificity for the detection of Southern Hemisphere fish allergens

Project 6

Smart technology in food packaging materials using biodegradable plastics