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A laboratory and pilot program validates materials, manufacturing yield and cell performance before large production commitments. The first $35 million is a proposed release within the larger program.
A proposed lithium and titanium materials campus in Indiana connects qualified mineral supply with lithium-titanate active materials, cells and battery systems. Start with supply and product qualification, then expand as performance and demand are proven.
Read the development planKingsbury brings the Milieu Power battery program into the Milieu Minerals development portfolio, with Milieu GeoTrace supporting site decisions and monitoring.
REFERENCE CAMPUS · KBY-A · ARCHITECTURAL CONCEPTA laboratory and pilot program validates materials, manufacturing yield and cell performance before large production commitments. The first $35 million is a proposed release within the larger program.
Smackover-linked lithium carbonate and qualified titanium dioxide are supply candidates. Third-party projects require contracts and product qualification. Concentrate is an intermediate material.
A conditional 2 GWh first commercial stage can expand toward 6 GWh of annual cell nameplate. LTO powder, cells and packs have separate material balances and external sales accounts.
Milieu Minerals leads the mineral-supply and development narrative. Milieu Power is the LTO battery and energy-storage program. Milieu GeoTrace supports mapping, sensors, evidence and integrations.
No legal subsidiary structure or executed partnership is assumed. Silver Peak explores uranium, potassium and lithium opportunities; Petersburg focuses on uranium and thorium. Neither is an established LTO feed supplier.
Reference parcel 46-15-03-300-009.000-066, fronting S 5th Line Road in the Kingsbury area. GIS identifies approximately 275.45 acres; usable development area is smaller after environmental and engineering exclusions.
County-origin parcel geometry is a screening basis. Title, access rights, zoning, utility service and land availability require confirmation.
Lithium titanate, or LTO, is an anode material. Complete batteries also require a qualified cathode, electrolyte, separator and system design. Customer qualification and reliable production govern expansion.
Proposed customer sectors include industrial mobility, high-cycle stationary storage and applications with demanding duty cycles. Performance and price assumptions are development targets.