Urban Circular economy in practice by managing the recovery of critical metals in micro-e-MOBILITY (UC-Mobility)

In this project we are developing technical solutions for recovery of critical metals from small e-vehicles (e.g. e-scooters, e-bikes).
E-Scooters parked on the street

Table of contents

Project duration
-
Core fields of research
Basic natural phenomena and mathematical thinking
Research areas
Circular Economy
Center of Expertise for Circular Economy
Department
Department of Chemistry
Co-operation
The Finnish Environmental Institute
Faculty
Faculty of Mathematics and Science
Funding
Business Finland
Total budjet: 1 281 000 €. Business Finland funding: 896 500€.

Project description

The UC-Mobility project will provide innovative technological solutions to recover critical raw materials from the micro-e-mobility waste fractions, e.g. used e-bikes and e-scooters. We will recover metals such as Co, Ni, Cu and REEs like Nd using the novel 3D-printed scavenger technology developed at Ä¢¹½Ö±²¥. This technology will provide the capabilities to selectively separate the critical metals of interest and of high commercial value. We will also investigate the life cycle impacts of the developed technology in collaboration with the Finnish Environment Institute.

The Finnish Environment Institute will also examine the relevant regulatory framework for electronic micromobility and its waste streams. Based on the regulatory review and other research results of the project, recommendations will be made for better management of these waste fractions and for the recovery of raw materials from the fractions.