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Energy Transition Minerals and E-Mobility

  • Webinar
  • Environment and natural resources
  • Economy and society
Event date:
Time:
16:30–18:00
Event location:
Zoom (registration required)
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Webinar: Energy Transition Minerals and E-Mobility - Reducing virgin material demand with less private car reliance, smaller battery sizes, and more circularity

Time: 20 August 2025, 15:30-17:00 CEST, 14:30-16:00 London, 15:30-17:00 Geneva, 16:30-18:00 Helsinki, 6:30-8:00 San Francisco

Venue: Zoom (registration required)

Cities that invest in electric mobility lower greenhouse gas emissions, reduce air and noise pollution, and create healthier public spaces. This transition also increases demand for energy transition minerals that have become central to geopolitical contentions. The current patterns of resource use are unsustainable and are key drivers of the triple planetary crisis. Sustainable and responsible e-mobility requires cities to electrify mobility while reducing material intensity, closing resource loops, and taking responsibility for the impacts in upstream value chains.

Cities can play active roles in addressing the triple planetary crisis, including not only climate change, but pollution and biodiversity loss within and beyond cities.

This webinar shares new research on how cities can electrify mobility while using fewer resources and applying circular economy principles. It highlights strategies that can reduce car dependency, reduce battery size, and advance battery material recovery and reuse.

The session invites policymakers, urban planners, researchers, and raw materials experts to explore practical solutions that align climate action with resource efficiency, social equity, and global responsibility.

Speakers

  • Dr. Diana Arbeláez Ruiz, The University of Eastern Finland, and Ms. Nadejda Khamrakulova, UNECE - Opening and closing remarks.
  • Mr. Emmett Hopkins, Climate and Community Institute - Achieving Zero Emissions with More Mobility and Less Mining.
  • Prof. Zhongyun Fan, BCAST, Brunel University of London - Full Metal Circulation to Underpin a Sustainable Future.

Prof. Rauno Sairinen, University of Eastern Finland, shall facilitate comments and questions from the audience after the presentations.

Registration

Register to receive the Zoom link: https://link.webropol.com/ep/sumetwebinar1

Further information

Read the webinar concept note.

Learn more about the SUMET project on website.

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Research group picture: SUMET - Kaupunkien kestävän kehityksen vastuut liikkuvuuden sähköistämisessä – energiamurroksen ja mineraalien kulutuksen tarve

SUMET - Urban Sustainability Responsibilities in the Mobility Electrification – Energy Transition Mineral Demand Nexus

Ongoing

SUMET supports sustainable and responsible urban mobility electrification by examining its connection to the demand for energy transition minerals. Energy transition minerals are essential for technologies enabling the energy transition, such as batteries used in electric cars and scooters. Examples of energy transition minerals include lithium, cobalt, nickel, copper, and aluminium. Some energy transition minerals are classified as critical raw materials. Cities that invest e-mobility lower greenhouse gas emissions, reduce air and noise pollution, and create healthier public spaces. This shift also increases demand for energy transition minerals that have become central to geopolitical contentions. The current patterns of resource use are unsustainable and are key drivers of the triple planetary crisis. Therefore, resource efficiency considerations need to guide urban mobility electrification. SUMET explores how key actors in urban mobility electrification understand: Energy transition mineral demand The socio-environmental and geopolitical dynamics of energy transition mineral value chains The resulting responsibilities for urban sustainability The project fosters shared reflection among urban planners, urban mobility entrepreneurs, raw material sector experts and other stakeholders and identifies solutions, tools, and ideas. It also offers opportunities for networking and collaboration to support sustainable and responsible urban mobility electrification. Read the SUMET project factsheet here.

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