News

Europe and Finland have the potential to become world leaders in battery recycling

Batteries are needed for energy storage and electric transport – both play a significant role in climate control. In addition, the continuous growth in consumer electronics usage further increases the demand for batteries.
Seminar, battery

‘The European Commission has drafted a strategic action plan for Europe concerning batteries. Our objective is to create an innovative, sustainable and competitive battery ecosystem in Europe’, says Lois Brett, who is in charge of the energy storage project of the European Commission’s Joint Research Centre.

The action plan contains a comprehensive set of concrete measures encompassing battery materials, production technologies, applications, reuse and recycling.  At the end of last year, the European Commission invited Finland to coordinate research on battery recycling under the leadership of Aalto University and Outotec. Recently, Aalto University has also been building the BATCircle (Finland-based Circular Ecosystem of Battery Metals) ecosystem in the BATtobe project. The BATCircle consortium aims at improving the manufacturing processes of mining industry, metals industry and battery chemicals, and to increase the recycling of lithium-ion batteries. It wishes to strengthen co-operation between companies and research organisations, and discover new business opportunities by collaborating with various Finnish companies, universities, research centres and cities.

The BATCircle operators met up with their European partners at Aalto University on 15 January to consider, for instance, how the European-wide co-operation could be strengthened. The event provided a comprehensive picture of research on battery recycling carried out in different countries, as well as the involved parties. Thereafter, research deficiencies and emerging needs were mapped out.

’The workshops revealed, for instance, that we should consider the recyclability of end products at a very early stage of design’, says Manager of BATCircle Consortium, Professor Mari Lundström.

At the moment, the entire battery industry’s value chain is dominated by Asian operators. The event organised at Aalto University proved, however, that Europe and Finland can potentially become world leaders in the circle economy of batteries.

  • Updated:
  • Published:
Share
URL copied!

Read more news

Three white, circular lace patterns on a black background, each with a unique geometric design.
Research & Art Published:

Smart textiles are reshaping our understanding of materials – and interspecies communication

The PAST-A-BOT research project, funded by the European Research Council (ERC), is developing soft, intelligent textiles that could one day function as rescue robots, sound-sensing agricultural fabrics, or assistive clothing. At the same time, the project aims to rethink the way we approach materials research.
A woman presenting her master's thesis on textile chemistry at Aalto University. A laptop and notes are on the table.
Research & Art Published:

Master’s student showcases efficient color stripping of cotton fabrics

On December 9, master’s thesis student Elsa Vuorenmaa from the Textile Chemistry Group presented the results of her research on color stripping of reactive-dyed cotton fabrics.
Four men in formal attire, each in different settings. One wears a turtleneck, others wear suits with ties.
Research & Art Published:

Future makers research batteries, cryptography and plastic recycling

The Technology Industries of Finland Centennial Foundation awarded 3.5 million euros in research funding to eight projects, five from Aalto University.
Sebastian Szyller photographed indoors on campus.
Research & Art Published:

Sebastian Szyller: I want to make machine learning more dependable and resilient to attacks

Sebastian Szyller has been appointed assistant professor at Aalto University Department of Computer Science as from 1 September 2025. He studies how to train privacy-preserving machine learning models, how to safeguard them and ensure robust predictions in untrusted environments