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Corporate Update

Nanollose Advances Microbial Cellulose Fibre Scale Up With Expanded Engineering Team

• By  Textile Excellence
• August 31, 2026

Australian biomaterials pioneer Nanollose Limited has significantly strengthened its technical capabilities to accelerate the commercialization of its innovative microbial cellulose fibres. The company recently appointed two senior engineering consultants to spearhead the design and delivery of its upcoming production pilot facility.

Peter Hillier brings over fifteen years of process engineering and scaling expertise across large multinational corporations and emerging startups. Dr Jacob Brown holds a doctorate in chemical engineering from the prestigious University of Cambridge. These industry veterans will actively support the transition from laboratory scale testing directly into industrial pilot production. Both consultants agreed to reduce their standard fees in exchange for company options carrying an exercise price of 0.08 Australian dollars. These specific options will vest upon achieving critical performance milestones including the successful design costing and commissioning of the facility.

The company completely refined its overarching commercial development pathway. Nanollose now expects a single pilot facility to generate sufficient production data and material volumes to engage prospective customers properly. This strategic shift successfully removes the previous requirement to build a separate and much larger demonstration production line. Corporate management believes this revised approach provides a significantly shorter and less capital-intensive route toward securing lucrative commercial partnerships.

Equipment tendering for the pilot facility is currently underway while the company finalizes costings for the initial developmental stages. Recent equipment trials conducted alongside a local filtering consultant established a viable economic pathway targeting the scalable dewatering of microbial cellulose. The engineering team is meticulously selecting processing equipment that allows gathered data extrapolation directly to full industrial scale capacities.

Chief Executive Officer Andrew Moullin emphasized that the corporate strategy remains firmly focused on achieving industrial scale deployment through strategic licensing agreements or joint ventures. Moullin noted that building internal capability ensures direct control over the rapid pace and direction of technological development.

Nanollose utilizes an eco-friendly fermentation process transforming agricultural waste products into versatile cellulose. This revolutionary tree free material serves as the primary input for its Nullarbor fibres and emerging plastic free leather alternatives. Indian textile manufacturers seeking sustainable raw materials should closely monitor these rapid scale-up achievements. Successful commercialization could provide the global apparel industry with a highly scalable alternative to traditional wood pulp derived textiles.

Nanollose utilizes an eco-friendly fermentation process transforming agricultural waste products into versatile cellulose. This revolutionary tree free material serves as the primary input for its Nullarbor fibres and emerging plastic free leather alternatives. Indian textile manufacturers seeking sustainable raw materials should closely monitor these rapid scale-up achievements. Successful commercialization could provide the global apparel industry with a highly scalable alternative to traditional wood pulp derived textiles.