UK Arctic Science Conference 2025
Northumbria University
International
Northumbria’s global footprint touches every continent across the world, through our global partnerships across 17 institutions in 10 countries, to our 277,000 strong alumni community and 150 recruitment partners – we prepare our students for the challenges of tomorrow. Discover more about how to join Northumbria’s global family or our partnerships.
View our Global FootprintBusiness
The world is changing faster than ever before. The future is there to be won by organisations who find ways to turn today's possibilities into tomorrows competitive edge. In a connected world, collaboration can be the key to success.
More on our Business ServicesResearch
Northumbria is a research-rich, business-focused, professional university with a global reputation for academic quality. We conduct ground-breaking research that is responsive to the science & technology, health & well being, economic and social and arts & cultural needs for the communities
Discover more about our ResearchAlumni
Northumbria University is renowned for the calibre of its business-ready graduates. Our alumni network has over 246,000 graduates based in 178 countries worldwide in a range of sectors, our alumni are making a real impact on the world.
Our AlumniGlobally, an increase in the volume of textiles disposed to landfill produces an estimated 92 M tonnes of waste per year. The UK alone produces 206,456 tonnes/year of textile waste, of which 75% is sent to landfill and 25% is recycled, reused or incinerated. Synthetic and fibre blended textiles are designed with durable properties and their use has increased in recent years. Due to their durability, synthetic and fibre blends are recalcitrant and form microfibres in the environment. This interdisciplinary research aimed to evaluate the selective biodegradation of designed, knitted, fibre blended textiles in soil and compost microcosms, addressing whether the breakdown of fibre blended textiles could be enhanced through routes of circular biodegradation to reduce the volume of textiles to landfill.
Dr Bruna M. Dell’Agnese (Microbial Ecology, Northumbria University); Dr Jane Scott (Design & Textile Technology, Newcastle University); Dr Angela Sherry (Microbial Environments, Northumbria University).
Hub for Biotechnology in the Built Environment (HBBE), Northumbria University & Newcastle University, and the BioFutures Interdisciplinary Research Theme, Northumbria University.
Jan – July 2024
Northumbria University
National Army Museum
-
Lecture Theatre 003
-
Back to top