ProductUpdated on 24 November 2025
Protein and polysaccharide based nanocomposites derived from agri-waste
Senior Lecturer/Associate professor at Queen's University Belfast
Belfast, United Kingdom
About
We developed novel protein and polysaccharide based functional composite materials, utilizing raw materials derived from agri-culture waste (such as feather and shells). The composite materials may find wide range of applications, such as disposable packaging, sensor, water purification, biomedical devices/drug delivery etc.
Looking for
- Research work
Applies to
- Manufacturing
- Decarbonisation
- Raw Materials
- Advanced Materials
- Sustainability
Organisation
University
Similar opportunities
Expertise
Sustainable bio-based polymer/composite processing
- Manufacturing
- Sustainability
- Decarbonisation
- Advanced Materials
- Testing & Analysis
Dan Sun
Senior Lecturer/Associate professor at Queen's University Belfast
Belfast, United Kingdom
Expertise
Expertise in the development of novel polymeric and composite materials
- Manufacturing
- Advanced Materials
Jaime Ochoa
Business Development Manager of Surface Engineering Institute at Fundación CIDETEC
Donostia-San Sebastian, Spain
Expertise
Institut de Soudure Groupe – Composite Platform
- Steel
- Hydrogen
- Batteries
- Manufacturing
- Raw Materials
- Sustainability
- Decarbonisation
- Other expertise
- Energy Efficiency
- Advanced Materials
- Testing & Analysis
- Modelling, simulation, predictive technologies
Alexandre HAUTCOEUR
Projects Portfolio Manager, Research and Innovation, Partnerships at Institut de Soudure Groupe
Yutz, France