Resource Revolution: Circular Economy Closes the Loop on Batteries, Ends Mining’s Grip!
In an era where sustainability is at the forefront of technological and environmental discussions, how can the principles of a circular economy revolutionize our methods of resource utilization, particularly in the lifecycle management of batteries? Veronika Wright, also known as Electrified Veronika™, emerges as the advocate for this transformative approach, passionately arguing for the…
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Key takeaways
In an era where sustainability is at the forefront of technological and environmental discussions, how can the principles of a circular economy revolutionize our methods of resource utilization, particularly in the lifecycle management of batteries?
Veronika Wright, also known as Electrified Veronika™, emerges as the advocate for this transformative approach, passionately arguing for the…
In an era where sustainability is at the forefront of technological and environmental discussions, how can the principles of a circular economy revolutionize our methods of resource utilization, particularly in the lifecycle management of batteries?
Veronika Wright, also known as Electrified Veronika™, emerges as the advocate for this transformative approach, passionately arguing for the cyclical use of batteries—from powering electric vehicles in their prime to serving less demanding roles in stationary energy storage systems, before being recycled to reclaim valuable raw materials.
“So circular economy can work and can really lead to a point where we don’t have to mine raw materials anymore. So it really should be this closed-loop aspect,” Wright said.
Article written by Sonia Gossai
About the author
Veronika Wright is passionate about all facets of clean transportation and the creation of value for clean energy. She is eager to leverage her educational background and industry experience to assist individuals and companies in achieving success throughout the entire battery value chain. Wright is available for consultations on business models, technological and innovation challenges, as well as educational opportunities in the fields of electrification and batteries. She offers her services internationally. Wright holds a Dr. techn. degree in Technical Physics from Graz University of Technology.
