The United States now requires black mass from recycled batteries to be sold at home, not exported

Black mass is the crushed material left over once a used lithium ion battery has been shredded. Grand View Research forecasts the United States market for it rising from 1.16 billion dollars in 2024 to 4.75 billion dollars by 2033, even though the country still lacks the capacity to refine most of what it already produces.

1.16 billion dollars1United States black mass market value in 2024, according to Grand View Research
4.75 billion dollars1forecast United States black mass market value by 2033, according to Grand View Research
17.2%1forecast compound annual growth rate for the United States black mass market, 2025 to 2033, according to Grand View Research

A new rule keeps recycled battery material inside the country

On August 27, 2026, a new rule from the Bureau of Industry and Security, an agency inside the Department of Commerce that controls what companies may send abroad, took effect. It requires anyone selling black mass to sell 100% of it to domestic buyers, unless a company applies for and receives an exception, including one that allows the material to go abroad for refining if the refined metal comes back to the United States. The rule rests on Presidential Determination No. 2026 19, issued under the Defense Production Act, a law that lets the government direct the supply of materials it judges necessary for national defense. It runs for at least 1 year, and the public can comment on it through November 4, 2026. Electra Battery Materials, a company building a nickel refinery in the southeastern United States meant partly to use domestic battery recycling supply, welcomed the change.

The United States has built the front half of the battery recycling processing infrastructure faster than the back half.

Trent Mell, chief executive officer of Electra Battery Materials. Source 3.

Why the rule matters, domestic refining is not keeping up

Most black mass generated in the United States currently leaves the country, according to Fastmarkets reporting on industry sources, though the exact share is not public, according to 1 recycling company that studied the question. The Department of Energy counted domestic capacity to reclaim material from black mass at just 35,500 short tons as of 2023, while intermediate processing facilities, the plants that shred batteries into black mass in the first place, were already handling nearly 175,000 short tons that same year. The Department of Energy expects that reclaiming capacity to double over the next 2 to 4 years, adding 76,000 short tons of new capacity, still short of what intermediate facilities already produce.

United States capacity to reclaim black mass, in short tons
Material reclaimed at intermediate processing, 2023175,000Domestic capacity to reclaim material, 202335,500Additional capacity planned, next 2 to 4 years76,000050000100000150000200000short tons

The 175,000 figure is described in the source as nearly that amount, not an exact count. This chart uses short tons, the unit the Department of Energy reports in, about 9% lighter than the metric tonne used in the next chart.

Source 2.

Show the numbers
Material reclaimed at intermediate processing, 2023175,000
Domestic capacity to reclaim material, 202335,500
Additional capacity planned, next 2 to 4 years76,000

Feedstock is forecast to grow fast

A Fastmarkets research team put United States black mass production at about 40,000 tonnes in 2024, forecast to reach about 270,000 tonnes by 2034. The battery scrap collected for recycling that becomes that black mass was about 87,000 tonnes in 2024 and is forecast to rise by about 488% over the same 10 years, according to the same research team. A short ton weighs about 9% less than the metric tonne used in this section.

United States black mass feedstock and production, in tonnes
United States black mass produced, 202440,000United States battery scrap available, 202487,000United States black mass produced, forecast 2034270,000075000150000225000300000tonnes

All 3 figures are a Fastmarkets research team estimate, not government data, given in tonnes rather than the short tons used in the previous chart.

Source 2.

Show the numbers
United States black mass produced, 202440,000
United States battery scrap available, 202487,000
United States black mass produced, forecast 2034270,000

A market forecast built on a supply chain not yet built

Grand View Research puts the United States black mass market at 1.16 billion dollars in 2024, rising to 4.75 billion dollars by 2033, a compound annual growth rate of 17.2%. Divide those 2 figures and the growth comes to about 4.1 times over, a calculation made for this article rather than a number Grand View Research states itself, close enough to call the market forecast to quadruple. The publisher names only a general method, without enough detail to check the forecast independently. 1 recycling company cautions that headline tonnage figures for black mass usually describe material going into a shredder rather than material actually coming out as refined metal.

Sources

  1. U.S. Black Mass Recycling Market Size, Share and Trends Analysis Report, Segment Forecasts, 2025 to 2033. Grand View Research, via Research and Markets. Published 2025-06. Accessed 2026-09-01.
  2. US burgeoning black mass exporter, domestic battery recycling demand to soar, sources. Fastmarkets, by Kirstyn Petras. Published 2024-08-08. Accessed 2026-09-01.
  3. Electra Welcomes U.S. Black Mass Export Rule and Highlights Need for U.S. Refining Capacity. Electra Battery Materials Corp, via GlobeNewswire, read on Yahoo Finance. Published 2026-08-06. Accessed 2026-09-01.
  4. Where Does the Black Mass Go Now, Domestic Absorption Capacity Versus US Feedstock Volume. Green Li-ion. Accessed 2026-09-01.
  5. New U.S. Restrictions on Export of Black Mass from Recycling Lithium Ion Batteries Pose Major Challenges for Battery Recycling. Beveridge and Diamond PC, by Aaron H. Goldberg and Paul E. Hagen, on the National Law Review platform. Published 2026-08-11. Accessed 2026-09-01.

Was this article helpful

Back to the home page