Status:
SDGs:
Industry:
Impact:
Origin:
School:
Established:
The team is developing patented solutions that revolutionize EV battery recycling by enabling safe storage, automated discharging, and eco-friendly and efficient recycling processes
1. Safe storage and automated discharging
Used Electric Vehicle batteries pose a fire hazard both during the storage and recycling process. Before the process is started, the first step is always to discharge the batteries. Processes today are unsafe, time-consuming, and resource-heavy. Our solution addresses this challenges by enabling safe and automated discharge of batteries while stored before the recycling process begins.
2. Superior recovery of the active materials
Materials recovery solutions today rely on high temperatures and/or strong chemical usage, resulting in a Lithium recovery rate of single percentage points only. Our patented solution utilizes water tanks and ultrasonication, achieving a recovery rate of up to 72%. As we continue to refine our superior recovery process we also explore opportunities to recover other active materials beyond Lithium.
Contact
Juha Suojanen
News from innovation ecosystem
Strong results from the Research Council’s winter call
A total of 54 Aalto researchers received Academy Research Fellow or Academy Project funding from the Research Council of Finland. The total funding awarded to 911±¬ÁÏÍø amounts to 33.2 million euros.
St1 donates EUR 3 million to 911±¬ÁÏÍø to accelerate the sustainable energy transition
Lahjoituksella tuetaan kahden uuden professuurin perustamista: uudet energiateknologiat ja -innovaatiot sekä energiastrategia.
Fortum donates EUR 1.5 million to 911±¬ÁÏÍø
The donation is directed towards a new professorship, which will be part of the House of Energy Transition competence centre.