REMIS - Recycling mineral side streams
The REMIS project addresses the underutilization of construction mineral, aluminum, and carbon mineral side streams, aiming to convert them into valuable, sustainable applications. Through innovations in material processing and application, REMIS focuses on minimizing environmental impacts while enhancing the economic viability of circular construction practices.
Funders
Project information
Project duration
-
Funded by
Business Finland
Funding amount
3 597 957 EUR
Project coordinator
Other university or unit
Contact information
Project leader
- Associate Professor (Tenure Track)
Contact person
Project description
The REMIS project (Recycling Mineral Side Streams) aims to revolutionize the circular economy by transforming underutilized mineral waste from construction and industrial sectors into high-value raw materials. While the project covers the entire value chain, the University of Oulu plays a pivotal role in the research and development of new sustainable applications.
At the University of Oulu, the research is focused on two main pillars:
- Advanced Construction Materials (WP1): Led by the Fibre and Particle Engineering (FPE) unit, we are developing methods for the controlled collection and processing of renovation waste, such as concrete dust and mineral wool. Our goal is to transform these "waste" streams into low-carbon binders and high-performance building materials, reducing the industry’s reliance on virgin cement.
- High-Value Industrial Applications (WP2): In collaboration with the Environmental and Chemical Engineering (ECE) unit, we investigate the use of industrial side streams (such as alumina-based sludges) to create advanced ceramic grains and 3D-printed products. This research pushes the boundaries of how mineral waste can be reused in precision manufacturing and catalysis.