PyroGenesis Achieves Battery-Grade Graphite Production from Methane Using Plasma Tech
Event summary
- PyroGenesis produced battery-grade graphite (96% graphitization) from carbon black using a proprietary plasma process.
- The carbon black was derived solely from methane or natural gas via a plasma torch, eliminating secondary feedstocks.
- $1M pilot-scale contract led to this breakthrough, with PyroGenesis holding 10% royalty on initial commercial plant revenues.
- Graphite demand grew 6-8% in 2024, driven by EV and energy storage sectors (IEA).
- China controls >95% of global battery-grade graphite supply.
The big picture
PyroGenesis' plasma-based graphite production challenges China's dominance in a critical battery material supply chain. The $23.87B projected graphite market by 2033 (Grand View Research) underscores the strategic importance of this technology for EV and energy storage sectors. Canada's designation of graphite as a critical mineral further highlights the geopolitical stakes.
What we're watching
- Commercial Scale-Up
- The pace at which PyroGenesis advances from pilot to commercial-scale graphite production will determine revenue impact.
- Supply Chain Shift
- Whether North American manufacturers adopt this plasma-derived graphite to reduce dependence on Chinese supply.
- Royalty Expansion
- How PyroGenesis leverages its 10% royalty position in the initial plant to secure similar terms for future deployments.
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