Energy Resources & Raw Materials

⚠ Disclaimer: This section may contain incomplete, out of date, or inaccurate entries. It is AI-maintained on a best-effort basis. Do not rely on it as a sole source — verify claims independently using the source materials listed in individual entries.

Overview

This section documents the upstream raw materials and key suppliers that feed into the battery technologies tracked in the batteries research area. The editorial focus is on understanding supply chain concentration risks and strategic positioning — particularly where a company’s mineral dependency (or mineral independence) is a competitive differentiator.

For a full supply chain map showing how these materials flow into documented battery companies, see the Battery Technology Research Supply Chain section.

Resource Entries

Entry Type Why It Matters Here
Lithium Mineral Core input for all documented battery chemistries; mining led by Australia with China, Zimbabwe and South America growing; refining dominated by China
Cobalt Mineral Most documented companies eliminate it; DRC export quotas and concentration risk make its elimination strategically significant
Nickel Mineral Required by NMC cathodes; Indonesia produces about two-thirds of mined nickel and sets ore quotas; Li-S and solid-state largely avoid it
Sulfur Mineral / Chemical Cathode material for Lyten (Li-S); precursor for sulfide electrolytes (Solid Power, QuantumScape, Idemitsu); by-product of oil and gas processing, with prices sharply higher since 2025
POSCO Future M Company (South Korea) Cathode and anode materials supplier; MOU partner to Factorial Energy; Ultium CAM joint venture with GM in Quebec

Key Themes

The mineral and materials inputs to next-generation batteries reflect a fundamental tension: most advanced battery chemistries are being developed specifically to reduce dependence on strategically vulnerable minerals (cobalt, nickel, graphite), while simultaneously depending on lithium — which is itself subject to geographic concentration in mining and Chinese dominance in processing. The table above and individual entries examine where each documented company sits in this picture.

Two cross-cutting dynamics stand out in 2026. First, export and ore-quota policy (DRC cobalt, Indonesian nickel) now moves prices as much as geology does. Second, the sulfur shortage links the sulfur, nickel and cobalt entries: HPAL nickel plants consume large volumes of sulfur, so sulfur costs feed through to nickel and by-product cobalt supply.

Entries

  • Cobalt — Critical battery mineral: DRC supplies about 73% of mined cobalt and China refines about 79%; DRC export quotas since late 2025 and Indonesian by-product supply now shape the market; most documented battery companies avoid it.
  • Lithium — The lightest metal and core input to every documented battery chemistry; world mine output rose to about 290,000 t in 2025, Chinese spot carbonate sits near yearly lows, and refining remains China-dominated.
  • Nickel — Battery mineral used in NMC and NCA cathodes; Indonesia produces about two-thirds of mined nickel and cut its 2026 ore quota while sulfur costs squeeze HPAL output; most documented battery companies sidestep nickel.
  • POSCO Future M — South Korean battery materials company producing cathode and anode active materials; Ultium CAM joint venture with GM in Quebec; non-binding MOU with Factorial Energy on solid-state materials; Q2 2026 operating profit KRW 26.7 billion.
  • Sulfur — By-product of oil and gas processing and cathode material for Li-S cells; precursor for sulfide solid electrolytes; prices roughly tripled in 2025 and spiked again in 2026, raising nickel HPAL costs.