Revolutionising Crop Yields  through Circular Nanobiotech

From Australian agricultural waste to next-generation crop protection. We engineer green nano-biomaterials that boost yields, fight disease, and close the loop on farm waste.

The cycle from agricultural by-products to advanced green nano-biomaterials

The Challenge vs. The Future

Why Green NanoBiotech Solutions?

A New Era of Agriculture

Moving from hazardous broad-spectrum chemicals to safe, naturally-derived, induced-resistance solutions.

Traditional Chemical Inputs

Chemical pesticides and fertilisers cause environmental harm, persist in soil and water, threaten biodiversity, and leave residues in food — posing serious long-term risks to ecosystems and public health.

Agricultural Waste, Rethought

Australia generates over 30 million tonnes of agricultural by-products annually. Instead of burning or landfilling them, we unlock the high-value biopolymers, silica, and cellulose locked inside.

Our Nano-Technology Platform

Our proprietary synthesis platform engineers agricultural by-products into precision bio-based nano-carriers that deliver nutrients and crop protection deep into plant tissue. The result: stimulated root development, strengthened cell walls, and potent suppression of soil-borne pathogens - all produced through a zero-hazardous-waste process that closes the loop on farm waste.

Proven in Australian Soils

Data-Driven Results from Our Field Trials

We don't ask farmers to operate on promises. Our nano-biomaterials are being rigorously tested across Australian conditions.

>80% Nutrient Absorption Rate

Nano-scale particle delivery unlocks absorption above 80% — more than double the ~30% uptake of conventional foliar fertilisers — while requiring just 1/10 to 1/20 the volume of a standard programme.

14–30 Days Post-Harvest Shelf Life

Nano Chitosan self-assembles a semi-permeable bio-film on harvested fruit. Tomatoes that softened within 6–8 days in control groups remained firm and market-ready for 14–30 days, with 40% less moisture loss.

93% Botrytis cinerea (grey mould) Kill Rate at <100 ppm

Lab and field data show Nano Silver (AgNPs) eliminates 93% of Botrytis cinerea (grey mould) at concentrations below 100 ppm, while causing 72–85% mortality in spider mites and thrips without harming beneficial insects.

Who We Are

Australian-Made, Research-Driven

Innovation should serve the planet.

Reducing agricultural waste, promoting biodiversity, and enabling resilient farming practices.

Our Science

Pioneering the transformation of agricultural by-products into high-performance green nano-biomaterials using environmentally friendly chemistry.

Our Team

Based in Melbourne, our co-founders bring deep expertise in green chemistry and materials science, backed by years of hands-on agronomic experience.

Our Mission

Close the loop on agricultural waste — empowering farmers with safe, effective, and sustainable nano-solutions that protect crops without harming the planet.

Ready to Grow Together?

We're actively seeking forward-thinking distributors, agronomists, and trial partners across Australia.