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 […]
The amount of textile waste consisting of polyester–cotton blends (polycotton) is close to one hundred million tonnes annually, most of which is currently incinerated or sent to landfill. The household […]
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 […]
RES2AM is developing a modular, reconfigurable industrial system for large-scale Laser Powder Bed Fusion (PBF-LB). The project tackles Sweden’s Net Zero Industry ambitions by reducing material waste, energy use, lead […]
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 […]