Processing Startup for Cadmium in United States
Construction of a fifth CdTe solar panel facility started in Louisiana in September 2023, expected to add 3.5 GW of capacity by 2026.
United States production
Market intelligence
Construction of a fifth CdTe solar panel facility started in Louisiana in September 2023, expected to add 3.5 GW of capacity by 2026.
An Ohio company was developing a facility to recover cadmium and other metals from NiCd batteries.
Commercial production at a third CdTe solar panel facility in Ohio began in early 2023, expanding domestic CdTe capacity.
Construction of a fourth CdTe solar panel facility began in Alabama in 2022, slated to add 3.5 GW of capacity.
A Utah facility began producing cadmium‑zinctelluride substrates for imaging applications after securing a domestic tellurium source in late 2022.
The Inflation Reduction Act of 2022 provided incentives for renewable energy, supporting CdTe solar panel production and cadmium demand.
A U.S. solar cell manufacturer announced in mid‑June 2015 that its CdTe photovoltaic modules achieved 18.6 % efficiency, potentially boosting CdTe market competitiveness.
Temporary shutdown of the Big River Zinc complex in Sauget, IL, reduced cadmium byproduct production for the year.
New York City enacted a rechargeable battery law requiring free recycling, tightening battery waste regulations.
ZincOx Resources plc acquired the Big River Zinc complex, changing control of the U.S. zinc‑cadmium processing facility.
Asarco sold its Coy, Immel, and Young mines to Glencore, transferring ownership of zinc–cadmium operations in Tennessee.
California ended temporary disposal exemptions for batteries, mandating hazardous waste disposal or recycling.
Asarco’s Tennessee zinc mines remained idle in 2006, effectively ceasing cadmium byproduct output.
HudBay Minerals announced the reopening of the Balmat No. 4 Zinc Mine in New York State, restoring a source of cadmium‑bearing zinc concentrate.
The U.S. Environmental Protection Agency listed cadmium as a persistent and bioaccumulative toxic pollutant, mandating a 50% reduction in its use by 2005, which would directly constrain cadmium production and consumption.
The Protocol on Heavy Metals became effective, restricting cadmium emissions and tightening environmental regulations on cadmium production.
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