EU-MAT: Effective Urban Material Mining in Cities

Addressing the low material circularity in construction

EU-MAT: Effective Urban Material Mining in Cities

Addressing the low material circularity in construction

EU-MAT: Effective Urban Material Mining in Cities

The Interreg Aurora funded project EU-MAT: Effective Urban Material Mining in Cities addresses the low material circularity in construction across the northern regions of Finland, Sweden, and Norway, where logistical challenges and vast distances hinder efficient material reuse. One of the key barriers cited for not utilizing used building materials in a materials cascade, is concern and a lack of information about the availability and quality of these resources, making it difficult to match potential supply with new building projects. To overcome this specific obstacle, the project aims to develop an innovative urban material mining method that can accurately assess the quantity and quality of reusable materials from demolitions.

Through cross-border collaboration, the project will leverage material flow analysis, spatial modeling, and machine learning to create a mining method adaptable to northern cities. Especially in more sparsely populated areas, where transportation distances can be large, the re-utilization of recovered building products in new local construction projects can save considerably on transport and associated emissions. Moreover, localized reprocessing can create jobs helping strengthen the local economy.

Another major challenge addressed by EU-MAT is that buildings are hybrids, composed of many different materials and building products and there is lack of innovative solutions for new products using hybrid materials. EU-MAT will engage students and expert designs with local businesses to produce new building products to expand future re-usage scenarios for the reclaimed materials. Effectively reusing or recycling building products in this way will help reduce the impacts from the extraction of virgin materials as well as land-filling of construction and demolition waste, such as pollution, habit loss, and carbon emissions and thereby help protect biodiversity and ecosystem services.

Target groups are local SMEs, local authorities, and students.

Learn more about the project results on the project website

Contact:
Jouni Luoma, Project Manager, Karelia Ammattikorkeakoulu Oy,  jouni.luoma@karelia.fi
Venla
Heiskanen, Project Specialist, Karelia Ammattikorkeakoulu Oy, venla.heiskanen@karelia.fi

 

 

Lead Partner EU
Karelia Ammattikorkeakoulu Oy

Lead Partner Norway
Universitetet i Tromsø – Norges arktiska universitet

Project Partners
RISE Research Institutes of Sweden AB
Aalto-korkeakoulusäätiö sr

TYPE OF PROJECT
Regular project

SUB AREA
Aurora

PRIORITY
Smart and sustainable growth

SPECIFIC OBJECTIVE
Smart specialization, research and innovation

PROJECT DURATION
2025-09-01 – 2028-08-31

TOTAL PROJECT BUDGET
1 186 354 Euro

EU-FUNDING, INTERREG AURORA
653 254 Euro

NORWEGIAN IR-FUNDING
90 674 Euro

STATUS
Ongoing

Social, ecological and economic sustainable development is an overarching goal in the Interreg Aurora Programme. All projects funded by Interreg Aurora contributes to the UN Sustainable Development Goals.

The project EU-MAT contributes primarly to the following UN Sustainable Development Goals.

Project News