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Every tonne of organic waste holds untapped potential. We’re building the systems to unlock it.

AG Intellisense is an Australian deep tech company using bioinformatics to turn organic waste into nanocellulose — high-performance materials made from what the world throws away.

Deep TechBioinformaticsNanocelluloseCircular Economy

1.3 billion tonnes of food waste every year. Up to 50% of it is cellulose.

Traditional cellulose production relies on wood pulp. Meanwhile, organic waste from sugarcane, banana, and coffee industries is being burnt, buried, or sent to landfill. We see a feedstock, not a waste stream.

We use bioinformatics to find value in what others discard.

Our bioinformatics platform analyses the molecular composition of organic waste to identify high-value cellulose sources. Combined with green chemistry, we produce nanocellulose — biodegradable, high-performance materials for packaging, coatings, biomedical, food, and cosmetics industries.

Nothing wasted. Everything valued.

We started with a simple conviction: organic waste is a resource in the wrong place. Our approach turns industry byproducts into advanced materials, reducing ecological burden while creating economic value for downstream producers. This is what a circular economy looks like in practice.

Building the circular economy starts with
a conversation.