TRENOS.ai

Through its NanoBrew project, the team is investigating whether 35,000-45,000 tonnes of beer waste - brewers' spent grain - produced annually in New Zealand can be converted into nanocellulose, a high-performance biomaterial used in medical products, filtration systems, flexible electronics, sustainable packaging and advanced composites.

AgriSea’s NanoSea debut is more than a lab win, it’s a proof-of-concept for blue-biomanufacturing at commercial scale. By moving seaweed nanocellulose from R&D into real-world production, it demonstrates how local bio-processing can turn coastal biomass into export-ready, climate-positive ingredients. The signal here is unmistakable - the bioeconomy’s next competitive frontier lies in ocean-grown feedstocks, modular, renewable, and market-hungry.