As demand for lithium-ion batteries accelerates, recycling of raw materials will be an essential part of the circular EV ecosystem. However, in the near term, the primary source of recyclable battery material will be scrap material from battery production, according to Benchmark Mineral Intelligence’s latest Recycling Report. Benchmark forecasts that scrap will account for 78%… Read more »
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Nissan exec: EV batteries lasting longer than predicted
If you use social media, you probably see a never-ending stream of “articles” insisting that EV batteries wear out in a few years, making the cars worthless, that they can’t be recycled, they’re full of poisonous chemicals, yada yada yada. That would be news to Nissan’s UK Marketing Director Nic Thomas. “Almost all of the… Read more »
Umicore to build cathode precursor and active material plant in Canada
Umicore, a materials technology and recycling company, is planning to build a cathode precursor material and cathode active material plant in Ontario, Canada. “The planned facility would be the first of its kind in North America, combining cathode and precursor materials manufacturing at a large industrial scale and thereby completing the missing link in Canada’s… Read more »
American Battery Technology to expand labs at University of Nevada Reno
American Battery Technology Company (ABTC) is expanding its battery metals extraction and qualification laboratories within its Research Development Center, which is located at the Nevada Center for Applied Research (NCAR) at the University of Nevada Reno (UNR). “ABTC’s Research Development Center team uniquely focuses on in-house, first-of-kind developed battery metals extraction technologies for both the… Read more »
Pilot project upcycles graphene oxide from end-of-life EV batteries
Graphmatech has announced that a pilot project with Graphenea and Northvolt has upcycled graphene oxide from end-of-life EV batteries. “Producing graphene oxide from end-of-life batteries makes the entire graphene value chain more sustainable and cost-effective,” says Graphenea Advanced Materials CEO Jesus de la Fuente. “This breakthrough uses the material left after Northvolt has extracted valuable… Read more »
Umicore and Idemitsu Kosan team up to develop cathode material integrated with solid electrolyte
Umicore, a materials technology and recycling company, and oil company Idemitsu Kosan have reached an agreement to co-develop catholyte materials, which integrate cathode active materials (CAM) with solid electrolytes, for all-solid-state battery applications. Since Umicore began work on CAMs for solid-state batteries in 2017, it has established some patents in the area. “Based on more… Read more »
The promise of wireless charging: smaller batteries, longer battery life, fewer charging stations
Q&A with Momentum Dynamics Wireless charging is nothing new—Charged has covered wireless EV charging since at least 2011—but it may be that its true value is only coming into focus now, as more and more commercial and transit fleets are electrifying. There are many reasons (safety, reliability, liability) that a fleet operator might not want… Read more »
The EV raw materials crunch: How bad, how long, how to solve it?
This article originally appeared in Issue 60: April-June 2022 Subscribe now Every new technology must overcome a series of temporary constraints on its way to widespread adoption. Since modern EVs appeared a decade ago, they’ve motored past many of these bottlenecks, (or hurdles, or roadblocks—pick your preferred metaphor). Range has increased, access to charging infrastructure has expanded,… Read more »
Ascend Elements to invest a billion in Kentucky battery materials facility
Ascend Elements , a vertically integrated battery recycling and engineered materials company, has announced plans to invest $310 million in the first phase, and up to $1 billion total, to build a battery materials facility at the Commerce Industrial Park II in Hopkinsville, Kentucky. The new manufacturing facility, Apex 1, will be home to the… Read more »
FREYR Battery to build gigafactory in Norway
FREYR Battery is replacing its plan to build two gigafactories with a plan to build a single gigafactory which increases capacity by 150%. The estimated construction cost will be $1.7 billion. “FREYR is increasing the nameplate capacity of Giga Arctic to 29 GWh in response to improving battery supply-demand dynamics, ongoing commercial success, significant progress… Read more »