The Biden administration is splurging $3.5 billion to recharge the American battery industry and pump up its manufacturing output, with the Department of Energy handing out the cash.
In a funding notice announced by the DoE Wednesday, the dept's Office of Manufacturing and Energy Supply Chains (MESC) said it was seeking proposals from US-based companies to "boost domestic battery manufacturing and supply chains to effectively support the clean energy transition."
Those proposals making the grade will get a slice of the funds. And we're talking batteries suitable for electric cars and trucks as well as power supplies for homes and electronics, here.
MESC defines battery supply chains as consisting of five steps - raw material production, material processing and refinement, battery material and cell fabrication, pack assembly and recycling - all of which can apply for funding.
"Positioning the United States front and center to meet the growing demand for advanced batteries is how we boost our global competitiveness, maintain and create good-paying jobs, and strengthen our clean energy economy," said US Secretary of Energy Jennifer Granholm.
According to the DoE, the funds will prioritize next-generation battery technology and chemistry, alongside traditional lithium ion designs that are still the most popular option the world has for powering the move toward electrification.
The DoE claims that demand for electric vehicles and stationary energy storage batteries is set to increase ten fold by the end of the decade, and describes domestic production of batteries and mining of materials like lithium as a key national security goal. It's also key to the federal government's push to meet the goal of reaching net-zero emissions by 2050.
The funding for this and other US clean energy initiatives of late comes from the bipartisan infrastructure deal that President Biden signed into law in late 2021. Previous clean energy allotments from the bipartisan bill have included funding for electric vehicle charging infrastructure expansion and several billions spent on enticing automakers to open up new battery manufacturing plants in the American Midwest.
Meanwhile, Toyota... The Japanese automaker is slowly working toward developing a circular EV battery production model with the expansion of a 2022 deal signed with Redwood Materials announced today.
Toyota partnered with Redwood last year to recycle batteries from its fleet of aging hybrids, the oldest of which have been on American roads for more than 20 years. Toyota and Redwood said last year that they planned to expand the partnership to meet Toyota’s goal of remanufacturing EV batteries for use in future vehicles, and today’s announcement advances toward that goal.
While not a fully circular battery economy yet, Toyota will begin using cathode active material and anode copper foil sourced from Redwood’s recycling operations. Like many governments and companies around the world, Toyota’s goal is for its vehicles to be carbon neutral by 2050.
Of course, all the domestic manufacturing capability in the world doesn't mean anything if the materials are all being extracted overseas, but luckily for America a massive deposit of lithium was recently found in the US states of Oregon and Nevada that may be one of the world's largest deposits.
The world's energy companies have variously announced plans to ensure they don't become yesterday's fossils, too. US-based ExxonMobil, in particular, recently announced plans to start extracting lithium in Arkansas, where the corporation has already begun drilling wells. Exxon expects to be able to produce lithium from its Arkansas sites by 2027.
Lithium mining and extraction can be incredibly environmentally destructive and requires a lot of water, with around 2.2 million litres needed to produce a single ton of the stuff. Whether anyone bidding for a slice of the Biden administration's latest battery funding pie has plans to develop more sustainable methods of lithium extraction remains to be seen - applications for funding aren't due until March 2024. ®
Source: The register