Reaction
Ferrous sulfate and monoammonium phosphate enter controlled reaction and precipitation.
Proposed project · 2025 planning basis
A proposed 50,000-ton U.S. production platform for lithium iron phosphate cathode material—designed around domestic supply, disciplined scale-up and a lower-waste manufacturing route.
The proposed West Texas facility brings LFP cathode material production closer to U.S. battery customers while pairing local operating advantages with a modular ramp to full capacity.
The project materials identify energy economics, industrial infrastructure and access to U.S. customers as the location thesis. The plan is structured to scale production only as equipment, customer qualification and operating readiness advance.
Lithium iron phosphate cathode material for electric-vehicle and stationary-storage battery production, using iron phosphate precursor preparation, drying, calcination and controlled materials processing.
The proposed process converts ferrous sulfate and monoammonium phosphate into iron phosphate precursor, then recovers ammonium sulfate from the liquid stream.
Ferrous sulfate and monoammonium phosphate enter controlled reaction and precipitation.
Filtration divides the iron phosphate solid from the remaining liquid stream.
The precipitate is washed, dried and prepared for calcination and downstream processing.
Ammonia neutralization supports ammonium sulfate recovery from the liquid stream.
Project design objective: reduce waste treatment burden while converting a process stream into a recoverable co-product.
Zero-waste targetThe planning materials frame the opportunity around rapid U.S. battery growth and continued reliance on imported LFP material.
The project plan names three confirmed customer relationships across electric vehicles, automotive batteries and U.S. battery manufacturing.
The proposed project team combines battery commercialization, manufacturing, process engineering, water treatment, quality and international supply-chain experience.
Energy-sector strategy and domestic battery supply-chain development.
More than 25 years in battery-pack technology and Asia manufacturing.
Energy storage, production capacity development and cross-border technology.
Battery materials, recycling, commercial negotiation and project development.
Fortune 500 leadership across supply chain, EV, battery and green energy.
LFP factory construction, operating scale-up and zero-waste process initiatives.
The current model uses 2025 West Texas production-cost scenarios and scales capacity in phases. Figures are directional planning estimates, not an offer or guarantee.
Internal model range; final economics depend on feedstock, energy, yield, pricing, financing and qualification.
Initial production line focused on material preparation, mixing and sintering.
10,000 t/yExpansion following qualification and operating validation.
50,000 t/yReview status: Customer statements are pending legal review. Market, policy, cost and return figures are drawn from internal 2025 presentation materials and must be updated during diligence.
For project development, customer qualification, strategic supply or investment discussions, contact the appropriate desk directly.
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