ReMed – Remanufacturing Medtech
Many medical devices, such as powered wheelchairs, have their greatest climate impact before they even enter service. Manufacturing accounts for up to 80 percent of total lifecycle climate impact, primarily […]
Many medical devices, such as powered wheelchairs, have their greatest climate impact before they even enter service. Manufacturing accounts for up to 80 percent of total lifecycle climate impact, primarily […]
Most end-of-life textiles, especially polyester, are blended with elastane, dyes, and other chemicals, making them impossible to recycle at scale. Mechanical recycling methods degrade fiber quality, while chemical methods require […]
The aim of ROAR – Resource efficient and resilient recirculation of products and components is to support manufacturing companies to become more resource-efficient and resilient through recirculation of products and […]
Healthcare’s growing dependence on fossil‑based non‑woven products is accelerating both climate impact and supply‑chain vulnerability, with consumption increasing by an estimated 7–8% annually. The ReNoWo feasibility study confirmed substantial obstacles […]
Sheet metal stamping is a cost-effective and widely utilised manufacturing process across numerous industries. However, maintaining consistent quality remains challenging due to variability in material properties and process conditions, often […]
The Project aims to evaluate the business case for bio synthesis of styrene for Zero Emissions rubber materials used in, for example, car tyres and many other applications, using captured […]
The project aims to increase the share of secondary raw materials and reuse of textiles at a time when global resources are becoming increasingly limited and both consumers and authorities […]
RE-PCB is a springboard to gather momentum for change towards the mission of achieving, by 2040, Net zero greenhouse gas emissions in the manufacturing of Printed Circuit Boards (PCBs) and […]
REPRIS develops a complete and scalable value chain for recycling and upgrading fiber-reinforced polymers (FRPs), focusing on both carbon and glass fiber composites from industrial scrap and end-of-life products. The […]
EvoShell is a research project where PaperShell, Reselo, RISE and Rimowa collaborate to develop a fully bio-based composite material with improved impact strength and ductility. By combining PaperShell’s wood-based material […]