Nanocellulose Material Technology
Engineering cellulose nanofibrils into films with controlled mechanical and barrier properties.
Our Innovation
A platform for sustainable sterile packaging
We are developing a sustainable medical packaging platform using cellulose nanofibrils and nanocellulose-based biomaterials — built for sterile-barrier performance and regulatory readiness.
Engineered barrier
Fibrils assembling into a continuous high-performance material.
At the heart of our platform, cellulose nanofibrils self-organise into a dense, oriented network — forming a continuous film with mechanical integrity and oxygen-barrier performance suitable for sterile medical use.
Oriented fibril barrier film — illustrative
Biodegradable Barrier Coatings
Nature-derived coatings that deliver oxygen and moisture protection without persistent plastics.
Sterile Medical Packaging Design
Pouches, lids and tray formats designed against sterile barrier system requirements.
Healthcare Waste Reduction
Designing for clinical waste pathways that reduce incineration burden.
NHS Sustainability Alignment
Mapped to NHS Net Zero, Greener NHS and sustainable procurement criteria.
Regulatory Validation Planning
Roadmap built around ISO 11607, biocompatibility and sterilisation compatibility.
Roadmap
Technology roadmap
A staged development pathway from laboratory feasibility through to pilot manufacturing and clinical trials.
- 1
Material Feasibility Testing
- 2
Nanocellulose Formulation Development
- 3
Prototype Film & Tray Fabrication
- 4
Barrier & Mechanical Performance Testing
- 5
Sterilisation Compatibility Testing
- 6
Safety & Biocompatibility Validation
- 7
ISO 11607 Sterile Packaging Validation
- 8
Pilot Manufacturing & Commercial Trials