The Brief

As more and more Americans embrace electric vehicles, automakers and the federal government are racing to secure the materials needed to build EV batteries, including by pouring billions of dollars into battery recycling. Today, recyclers are focused on recovering valuable metals like nickel and cobalt from spent lithium-ion batteries. But with the trade war between the U.S. and China escalating, some are now taking a closer look at another battery mineral that today’s recycling processes treat as little more than waste.

On Dec. 1, China implemented new export controls on graphite, the carbon-based mineral that’s best known for being used in pencils but that’s also used in a more refined form in commercial EV battery anodes. The new policies, which the Chinese government announced in October shortly after the Biden administration increased restrictions on exports of advanced semiconductors to China, have alarmed U.S. lawmakers and raised concerns that battery makers outside of China will face new challenges securing the materials needed for anodes. Today, China dominates every step of the battery anode supply chain, from graphite mining and synthetic graphite production to anode manufacturing.

Along with a new federal tax credit that rewards automakers that use minerals produced in America, China’s export controls are boosting the U.S. auto industry’s interest in domestically sourced graphite. But while it could take many years to set up new graphite mines and production facilities, there is another, potentially faster option: Harvesting graphite from dead batteries. As U.S. battery recyclers build big new facilities to recover costly battery metals, some are also trying to figure out how to recycle battery-grade graphite — something that isn’t done at scale anywhere in the world today due to technical and economic barriers. These companies are being aided by the U.S. Department of Energy, which is now pouring tens of millions of dollars into graphite recycling initiatives aimed at answering basic research questions and launching demonstration plants.

If the challenges holding back commercial graphite recycling can be overcome, “the used graphite stream could be huge,” Matt Keyser, who manages the electrochemical energy storage group at the Department of Energy’s National Renewable Energy Laboratory, told Grist. In addition to boosting domestic supplies, recycling graphite would prevent critical battery resources from being wasted and could reduce the carbon emissions tied to battery production.

Graphite can be found in nature as crystalline flakes or masses, which are mined and then processed to produce the small, spherical particles needed for anode manufacturing. Graphite is also produced synthetically by heating byproducts of coal or petroleum production to temperatures greater than 2,500 degrees Celsius (about 4,500 degrees Fahrenheit) — an energy-intensive (and often emissions-intensive) process that triggers “graphitization” of the carbon atoms. 

Relatively cheap to mine or manufacture, graphite is lower in value than many of the metals inside battery cathodes, which can include lithium, nickel, cobalt, and manganese. Because of this, battery recyclers traditionally haven’t taken much interest in it. Instead, with many battery recyclers hailing from the metals refining business, they’ve focused on what they already knew how to do: extracting and purifying those cathode metals, often in their elemental form. Graphite, which can comprise up to 30 percent of an EV battery by weight, is treated as a byproduct, with recyclers either burning it for energy or separating it out to be landfilled.

“Up until recently, people talking about recycling for batteries really went after those token [metal] elements because they were high value … and because that recycling process can overlap quite a bit with conventional metal processing,” Ryan Melsert, the CEO of U.S. battery materials startup American Battery Technology Company, told Grist.

For graphite recycling to be worthwhile, recyclers need to obtain a high-performance, battery-grade product. To do so, they need methods that separate the graphite from everything else, remove any contaminants like metals and glues, and restore the material’s original geometric structure, something that’s often done by applying intense heat.

French scientist Anna Vanderbruggen mixes chemicals with a pipette into the graphit recycling system in a laboratory of the Helmholtz Institute Freiberg for Resource Technology in Freiberg, eastern Germany

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Crude recycling approaches like pyrometallurgy, a traditional process in which batteries are smelted in a furnace, won’t work for graphite. “More than likely you’re going to burn off the graphite” using pyrometallurgy, Keyser said.

Today, the battery recycling industry is moving away from pyrometallurgy and embracing hydrometallurgical approaches, in which dead batteries are shredded and dissolved in chemical solutions to extract and purify various metals. Chemical extraction approaches could be adapted for graphite purification, although there are still “logistical issues,” according to Keyser. Most hydrometallurgical recycling processes use strong acids to extract cathode metals, but those acids can damage the crystalline structure of graphite. A longer or more intensive heat treatment step may be needed to restore graphite’s shape after extraction, driving up energy usage and costs.

A third approach is direct recycling, in which battery materials are separated and repaired for reuse without any smelting or acid treatment. This gentler process aims to keep the structure of the materials intact. Direct recycling is a newer idea that’s further from commercialization than the other two methods, and there are some challenges scaling it up because it relies on separating materials very cleanly and efficiently. But recent research suggests that for cathode metals, it can have significant environmental and cost benefits. Direct recycling of graphite, Keyser said, has the potential to use “far less energy” than synthetic graphite production.

Today, companies are exploring a range of graphite recycling processes.

American Battery Technology Company has developed an approach that starts with physically separating graphite from other battery materials like cathode metals, followed by a chemical purification step. Additional mechanical and thermal treatments are then used to restore graphite’s original structure. The company is currently recycling graphite at a “very small scale” at its laboratory facilities in Reno, Nevada, Melsert said. But in the future, it plans to scale up to recycling several tons of graphite-rich material a day with the help of a three-year, nearly $10 million Department of Energy grant funded through the 2021 bipartisan infrastructure law.

Recycled graphite attached to air bubbles and rising to the surface of the flotation cell at the graphit recycling system in a laboratory of the Helmholtz Institute Freiberg for Resource Technology in Freiberg, eastern Germany

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Jens Schlueter

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Massachusetts-based battery recycling startup Ascend Elements has also developed a chemical process for graphite purification. Dubbed “hydro-to-anode,” Ascend Elements’ process “comes from some of the work we’ve done on hydro-to-cathode,” the company’s patented hydrometallurgical process for recycling cathode materials, said Roger Lin, the vice president of global marketing and government relations at the firm. Lin said that Ascend Elements is able to take graphite that’s been contaminated during an initial shredding step back to 99.9 percent purity, exceeding EV industry requirements, while also retaining the material properties needed for high performance anodes. In October, Ascend Elements and Koura Global announced plans to build the first “advanced graphite recycling facility” in the U.S.

The Department of Energy-backed startup Princeton NuEnergy, meanwhile, is exploring direct recycling of graphite. Last year, Princeton NuEnergy opened the first pilot-scale direct recycling plant in the U.S. in McKinney, Texas. There, batteries are shredded and a series of physical separation processes are used to sort out different materials, including cathode and anode materials. Cathode materials are then placed in low-temperature reactors to strip away contaminants, followed by additional steps to reconstitute their original structure. The same general approach can be used to treat anode materials, according to founder and CEO Chao Yan.

“From day one, we are thinking to get cathode and anode material both recycled,” Yan said. But until now, the company has focused on commercializing direct recycling for cathodes. The reason, Yan said, is simple: “No customer cared about anode materials in the past.”

That, however, is beginning to change. Yan said that over the past year — and especially in the last few months since China announced its new export controls — automakers and battery manufacturers have taken a greater interest in graphite recycling. Melsert also said that he’s starting to see “very significant interest” in recycled graphite.

Lithium Battery Recycling Solutions and Aktrion Group display reclaimed materials/elements including Metal Foils, Copper Powder, Black Mass,Graphite, P-Cam NMC111, Cam NMC111, Nickel Sulphate, Cobalt Sulphate, Manganese Sulphate and Lithium Carbonate from recycled EV Lithium batteries

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Still, customers will have to wait a little longer before they can purchase recycled graphite for their batteries. The methods for purifying and repairing graphite still need refinement to reduce the cost of recycling, according to Brian Cunningham, the batteries R&D program manager at the Department of Energy’s Vehicle Technologies Office. Another limiting step is what Cunningham calls the “materials qualification step.” 

“We need to get recycled graphite to a level where companies can provide material samples to battery companies to evaluate the material,” Cunningham said. The process of moving from very small-scale production to levels that allow EV makers to test a product, “could take several years to complete,” he added. “Once the recycled graphite enters the evaluation process, we should start to see an uptick in companies setting up pilot- and commercial-scale equipment.“

Supply chain concerns could accelerate graphite recycling’s journey to commercialization. Over the summer, the Department of Energy added natural graphite to its list of critical materials for energy. Graphite is also on the U.S. Geological Survey’s list of critical minerals — minerals that are necessary for advanced technologies but at risk of supply disruptions.

This classification means that domestically sourced graphite can help EVs qualify for the “clean vehicle credit,” a tax credit that includes strict requirements around critical mineral sourcing following the 2022 Inflation Reduction Act. To qualify for the full credit, EV makers must obtain a large fraction of their battery minerals from the U.S. or a free-trade partner. By 2025, their vehicles may not contain any critical minerals extracted or processed by a “foreign entity of concern” — an entity connected to a shortlist of foreign countries that includes China. This requirement could “drive a premium” for domestically recycled graphite, Lin said.

A lithium-ion battery cell is displayed in front of the cut-model of the prototype of Nissan Motors second generation electronic vehicle (EV) at its Oppama GranDrive test course in Yokosuka, Kanagawa prefecture, south of Tokyo

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Tax incentives could be key to helping recycled graphite compete with virgin graphite, according to Yuan Gu, a graphite analyst at the consulting firm Benchmark Mineral Intelligence. Despite China’s new export controls, Gu expects graphite to remain relatively cheap in the near future due to an “oversupply” of graphite on the market right now. While Gu said that graphite recycling is “definitely on radar for Western countries” interested in securing future supplies, its viability will depend on “how costly or cheap the recycled material will be.”

If graphite recycling does catch on, industry insiders are hopeful it will be able to meet a significant fraction of the country’s future graphite needs — which are growing rapidly as the clean energy transition accelerates — while making the entire EV battery supply chain more sustainable.

“You can help regional supply chains, you can help with efficiency, with carbon footprints,” Lin said. “I think it’s a no-brainer this will happen.”

Bandfest is an opportunity to see marching bands from around the country — and Mexico and Japan — before their 2026 Rose Parade performance.

“This is the granddaddy of them all,” Tournament of Roses Honor Band Director Peter Huerta said of playing in the parade. “It is viewed all around the world. Everybody is watching you. Every little detail has to be perfect.”

Adriana Del Toro lined up outside Pasadena City College’s Robinson Stadium on Monday to watch her niece play the trumpet in the Los Angeles Unified School District All-District High School Honor Band.

“I'm living my childhood dream through her,” Del Toro said. ”When I was in high school, I always wanted to try out for a band, but I never did it because I was too shy. So I told her, as long as I can, I'm going to be here and support her.”

Some performances incorporated the 2026 Rose Parade theme, “The Magic in Teamwork.”

For example, the Tournament of Roses Honor Band’s performance includes the Beatles’ “With a Little Help From My Friends” and High School Musical’s “We’re All in This Together.”

The Pasadena City College marching band and musicians from 62 local high schools make up the ensemble.

The 250-member Tournament of Roses Honor Band includes the Pasadena City College marching band and musicians from 62 local high schools.

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Drum Major Orlando Garcia said the teamwork theme makes him remember the smoky skies and power outages that followed January’s wildfires.

“We can come together and make great music,” Garcia said of his bandmates, students from Pasadena City College and local high schools. “Just as we always come together and get through everything.”

The Rose Parade is right around the corner, and thousands of people are already preparing to flock to Pasadena for the New Year’s Day festivities.

In its 137th year, the parade theme is “The Magic in Teamwork,” with Laker icon Earvin "Magic" Johnson as the Grand Marshal. It kicks off at 8 a.m.

Whether you’ll be camping out the night before, or heading over with blankets in tow in the early morning hours, keep in mind that the weather is currently forecast to be rainy. Yes, that's rare. If it does pour on the parade it will be the first time in 20 years and before that it had been 50 years since the last rainy parade day.

Here’s what you need to know this year.

Parade details and closures

The Rose Parade route lasts two hours, with its 5.5-mile journey starting at Green Street and Orange Grove Boulevard.

The floats, bands, and horses will head north along Orange Grove at a slow but steady 2.5 mph pace before turning east onto Colorado Boulevard for a majority of the show. It’ll then head north onto Sierra Madre Boulevard, wrapping up at Villa Street.

Police and city officials will start closing off part of the route to cars as early as 6 p.m. Wednesday, Dec. 31, through 2 p.m. Thursday, Jan. 1.

That includes Colorado Boulevard from Orange Grove Boulevard to Sierra Madre Boulevard, and Sierra Madre Boulevard to Paloma Street. So if you’ll be hosting viewing parties or are overdue for a delivery, Tournament of Roses officials recommend telling everyone to arrive before the closures kick in Wednesday night.

Unless you have a need to be in the area during the parade, you might want to avoid this stretch of the city until it's all over.

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If you’ll need to drive to or through the downtown Pasadena area, you can use:

• Walnut Street or the 210 Freeway for east-west travel north of Colorado Boulevard
• Del Mar Boulevard or Cordova Street for east-west travel south of Colorado Boulevard
• There will be limited crossing for north-south travel during the closure (see map for details)

Please note: There will be a 5K race at midnight to celebrate the New Year from Pasadena Avenue to Hill Street. Several intersections will close to cross traffic at 11 p.m. Dec. 31 and re-open at the end of the race event at about 2 a.m., including Pasadena, Fair Oaks, and Marengo avenues (see full list on map.)

Tickets

You can still snag grandstand tickets — we found ones from $80 to $130, depending on where you want to sit. You’ll need to have your ticket handy.

The Rose Parade of 2022 represented a long-awaited return to Pasadena's New Year’s tradition.

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The parade is scheduled to begin promptly at 8 a.m. Organizers recommend that ticketholders aim to be seated by 7 a.m. In order to do that, you should plan to arrive in the area by at least 6 a.m. to give yourself plenty of time to work through the crowds and traffic.

Note that there is a "clear bags only" policy in place for grandstand seating at the Rose Parade, the Rose Bowl game and several other events. You can find details here.

Curbside seating and camping

Curbside seating is free, and lots of people will set up shop and camp overnight, which is only allowed on Dec. 31. If you’ll be bringing your kids or teens along, they need to be with an adult during the overnight hours.

There are plenty of ways to enjoy the parade without paying for seating. You just need to plan. And plan to arrive early!

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You can grab your sidewalk spot starting at noon Dec. 31, but all your blankets and chairs have to stay on the curb until 11 p.m., at which point you’ll be able to move up a bit closer to the blue “honor-line.” Tents, sofas, unoccupied chairs, and boxes that can be used as stools or seats are not allowed along the route.

You can warm up with a small elevated barbecue, but it needs to be away from buildings and you have to have a fire extinguisher available. Bonfires and fireworks are banned, period.

Most importantly, don’t forget to drink water and dress for cool temps and the possibility of rain. (You can always sit on that extra jacket).

Given the weather conditions, it's important to note that the rules call for no umbrellas. The City of Pasadena advisers parade goers to use rain jackets and ponchos, which they optimistically describe as "a great alternative so everyone can enjoy the show!"

Pasadena city officials are reminding people than umbrellas are not allowed along the Rose Parade route ahead of a forecast of rain on the parade for the first time in 20 years.

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LAist's Sharon McNary, a longtime Pasadena resident who has offered great tips on making the most of the parade in the past, points out this might be a very popular year for what she calls "The People’s Grandstand.”

That said, Sharon notes "it’s kind of a locals-only institution. Fans create their own little wooden seats that fit nicely into the notches in the stones lining the sloped wall of the 210 Freeway overpass over Sierra Madre Blvd. In the rare rainy year, they have shelter, and in the more typical warm years, they have shade. And they get to view the spectacle of the taller floats folding themselves down to fit under the overpass and opening back up on the other side."

Local craftspeople make small wooden seats that fit in the mortar notches in the sloped wall under a the 210 Freeway overpass at Sierra Madre Blvd.

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Parking

There is no parking allowed on the parade route, but you can purchase reserved spots. Pasadena recommendations include Sharp Seating, the city itself, and LAZ Parking. Parking at Metro rail stations are another option you can check on before you head out.

Authorities urge that you pay for parking in advance to guarantee your spot. Otherwise, parking is on a first-come, first-served basis and of course that supply is limited.

Once again: Arriving extra early is your best bet so you can avoid the traffic hassles and any unintended GPS glitches. Authorities warn: "Please do not rely upon your GPS as road closures will be in effect and may not reflect on the GPS application."

The last time it rained, in 2006, the bleachers were far less packed than usual.

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Anne Cusack

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All parking meters are free and time limits will not be enforced on New Year’s Day, and overnight parking restrictions will not be enforced until 2 a.m. Jan. 4, according to the city. But keep an eye out for red curbs, “No Parking” signs, fire hydrants, and driveways, as the usual restrictions still apply. You don't want to risk getting your vehicle towed.

Public transportation

Where possible, public transit might be your easiest way to go, and Metrolink will be offering special early morning hours on the San Bernardino, Antelope Valley, Orange County, Ventura County, and 91 Perris Valley lines for the parade. (Note that Metrolink’s Riverside County Line is not running on New Year’s Day.)

From the Metro website: "On New Year’s Eve and early New Year’s Day (Dec. 31 to Jan. 1), we’ll be running service all night on the A, B, D and E Lines with additional early morning service to help get you to Pasadena on time for the parade, which begins at 8 a.m. sharp." Metro will also have buses traveling to areas near the route and Rose Bowl game.

You can find more information here.

These are the A Line stations in Pasadena that closest to the parade: 

• Del Mar Station (walk .3 miles north to the parade route)
• Memorial Park Station (walk .2 miles south)
• Lake Station (walk .4 miles south)
• Allen Station (walk .4 miles south)

Metro will also have buses traveling to areas near the route and Rose Bowl game, which you can find more information on here

Metro is offering free fares on buses, trains, Metro Bike Share and Metro Micro from 4 a.m. Dec. 31 until 3 a.m. Jan. 1. For Metro Bike Share, use code 123125 on New Year’s Eve. For Metro Micro riders, use promo code RING26.

Accessible viewing

Three street-level viewing areas are reserved for people with disabilities and up to four of their guests.

Each of those areas along the parade route will have a section with audio descriptions for visually impaired people and another with sign language interpreters.

Diane Gagnon among Rose Parade floats on Tuesday, Jan. 3, 2023.

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Los Angeles Times

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Tickets to all these viewing areas are free! But to request space, you’ll need to complete a form. The 2026 form is already marked closed, but for future planning, here is the Jan. 1, 2027 form.

Please note: no seats are provided, so you’ll need to bring your own arrangements.

There’s also limited wheelchair accessible grandstand seating sold through Sharp Seating.

Rose Bowl game

The Rose Bowl game, the oldest of bowls dating back to 1902, immediately follows the parade. The Rose Bowl Stadium parking lot opens at 4 a.m. Jan. 1 and the stadium gates open at 10:30 a.m. The game starts at 1 p.m.

A quick scan turned up tickets that are still available for the Indiana vs. Alabama matchup for a little as $130.90 and as much as $2,683.13.

General parking is available in certain lots at the stadium, with spots going for $69 that you buy it in advance.

For public transportation, you can take the Metro A line and exit at the Memorial Park station. You can find more information here about getting to the stadium.

Please note: the stadium has a clear-bag policy, which means backpacks, purses, and camera cases are not allowed.

If you want more info

If you’re dying for more details, you can download the official Rose Parade app here or here. You’ll be able to see the full line-up, maps, and get more information about the participants.

If you skimmed over the rules and your car gets towed on New Year’s Day, you can call (626) 577-6426 from 5 p.m. Dec. 31 until 6 p.m. Jan. 1.

And if you still have questions that have not been answered here, you can try the visitor hotline at (877) 793-9911.

L.A. shoppers could see an additional 0.5% sales tax that would help fund the Los Angeles Fire Department.

A petition to get the sales tax on next year’s General Election ballot was approved by the City Clerk on Dec. 26 for signature gathering.

If approved by voters, the money gathered from the tax would help pay for hiring firefighters, equipment, facility upgrades and more. The ordinance would be to “supplement, not replace,” the department’s current funding, according to the ordinance.

In a statement, the United Firefighters of Los Angeles City said the LAFD is half the size needed to keep LA safe.

"Due to decades of underinvestment, our fire department currently operates with the same number of firefighters as in the 1960s, six fewer stations, and five times the call load,” the union representing the city’s firefighters said.

What we know

The petition must gather more than 139,000 petition signatures by mid-April for the initiative to be on the upcoming November ballot.

If voters approve the ordinance, the funds generated by the tax would be kept in a separate account. It would also require annual audits and a citizens’ oversight committee to monitor spending.

More on the fire department’s needs

An LAist report found the department is one of the smallest for a big city in the U.S.

According to the department, there are 106 fire stations — six fewer than in the 1960s — and 3,412 sworn firefighters — only 33 more than in 1965.

In 2024, the International Association of Fire Fighters conducted a “Standards of Cover” report on the LAFD. It found that the department had overwhelming needs, according to the union.

The report concluded that for L.A.’s current population, LAFD should have 7,360 firefighters – 4,000 more than its current force. It also identified that the department needs 52 new fire stations, dozens of new dispatchers, EMS stations and more.

What about the city's budget?

In June, Los Angeles Mayor Karen Bass signed a $13 billion budget that included cuts to LAFD's street medicine teams. The department's budget is $76 million —higher than last year's to allow fire officials to hire more firefighters and buy new fire trucks. The 9% increase in the fire budget is the highest among departments.