Domestic lithium from oil-field brine via low-capex modular extraction
Scalable modular units can turn ultra-dilute wastewater brine into battery-grade lithium at structurally high margins while US supply chains decouple from China.
A proven 1,000 t/y unit extracts 99.5%+ battery-grade carbonate from ~0.003% lithium in onshore oil brine, plugs into existing producer infrastructure (~$20M capex per unit, ~$6.2k/t opex vs ~$24k/t spot), and has a 600 t/y offtake with two-year pricing. Path to four units (~4,000 t/y) by late 2027–mid 2028 implies roughly $100M revenue and ~$70M gross profit at current prices against ~$156M market cap, with financing options (debt, DOE support, JVs) and a planned NASDAQ uplist in Q4 2026. Commodity cycles, technology disruption, and key-person risk remain material.
| Instrument | Side | Target | Reason |
|---|---|---|---|
| LIB.V | Long | First commercial unit is live with contracted volume, unit economics show payback near 18 months at prevailing lithium prices, and rapid replication in the Permian (and later North Dakota) can multiply output while the equity still prices a single-digit-thousand-ton ramp against potential eight-figure annual gross profit; domestic supply premiums and federal energy-security funding may ease expansion without excessive dilution if execution continues. |
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