What are the key grades and recovery rates for the phosphate concentrate?

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Key Grades and Recovery Rates for Phosphate Concentrate

Metallurgical test work at the Bégin-Lamarche project indicates an anticipated apatite concentrate grade of 40.4% P2O5, with an 88% process recovery rate. This concentrate has met qualifications for the production of battery-grade phosphoric acid specifically for lithium iron phosphate (LFP) batteries, achieving a conversion ratio of 91.1%.
Anticipated Concentrate Grade and Recovery

The metallurgical testing has established a projected apatite concentrate grade of 40.4% P2O5. This grade is coupled with an anticipated process recovery rate of 88%. These figures represent key performance indicators for the potential commercial viability of the phosphate resource.
Suitability for Battery-Grade Phosphoric Acid

The apatite concentrate produced has been evaluated and deemed suitable for the manufacturing of battery-grade phosphoric acid. This specific application is critical for the production of lithium iron phosphate (LFP) batteries, a growing sector in energy storage solutions.
Conversion Ratio for LFP Battery Production

A significant metric highlighted is the conversion ratio of 91.1% for producing battery-grade phosphoric acid. This ratio signifies the efficiency with which the phosphate concentrate can be transformed into the high-purity acid required for LFP battery manufacturing, indicating a robust chemical conversion process.

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What are the key grades and recovery rates for the phosphate concentrate?

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