This Under-the-Radar Mineral Could SHOCK the Market in 2026

Key Concepts

• Lithium Iron Phosphate (LFP) Batteries: A type of rechargeable battery gaining prominence, particularly in energy storage, due to its cost-effectiveness and safety. Requires Lithium, Iron, and Phosphate.
• Purified Phosphoric Acid (PPA): A crucial component in LFP battery production, requiring high-purity phosphate rock. Currently, supply is limited and largely tied to existing uses like food and beverage industries.
• Critical Minerals: Designation by governments (US, Canada, EU, South Korea) recognizing the strategic importance of phosphate for both fertilizer/food security and battery technology.
• Vertical Integration: First Phosphate’s strategy to control the entire supply chain from phosphate rock mining to LFP battery production.
• Ignous Rock: The higher grade rock type needed to produce purified phosphoric acid for LFP batteries.
• SAG Lanch Quebec: Location of First Phosphate’s phosphate deposit.
• Port Saguenay: A developing critical minerals hub in Quebec, with a new wharf being built to facilitate transport.

Phosphate Market Trends & LFP Battery Demand

The discussion centers on the growing demand for battery-grade phosphate, specifically purified phosphoric acid (PPA), driven by the expansion of Lithium Iron Phosphate (LFP) battery technology. While phosphate is traditionally used in fertilizer (a commoditized market), the demand for high-purity phosphate for batteries is creating a distinct and tightening market. Benchmark Minerals predicts a need for six to eight times the current supply of purified phosphoric acid by 2030 to meet LFP battery demand in the West. Currently, existing PPA production is largely tied to non-battery applications like carbonated beverages (Coca-Cola), dental paste (Colgate), food, cosmetics, pharmaceuticals, and water treatment, leaving limited supply for the burgeoning battery sector. John Pasal Aqua emphasizes that “all the lithium in the world is not going to save us unless we got the the P, the phosphate as well.”

LFP Battery Applications & Market Dynamics

Contrary to common perception, electric vehicles (EVs) currently only account for approximately 7% of LFP battery usage. The dominant application (around 60%) is stationary energy storage, followed by commercial transportation, small appliances, drones, scooters, and increasingly, AI data centers, automation, and robotics. This shift in application focus diminishes the reliance on EV sales figures and highlights the broader importance of LFP batteries in the energy transition. LFP batteries now comprise 70-80% of all batteries produced globally. While EV sales are slowing in North America and Europe, they are booming in China, the overall demand for LFP batteries is “just exploding all over the world.”

First Phosphate’s Strategy & Progress

First Phosphate is a mineral development and clean tech company focused on building a vertically integrated mine-to-market LFP battery supply chain in North America. The company’s key asset is its phosphate deposit at Beijana Marsh in Saguenay, Quebec. Since May 2025, First Phosphate has raised approximately $25 million, bringing its total cash on hand to around $20 million, providing a runway through late 2026/early 2027. Key milestones include:

• Resource Definition: Completion of 35,000 meters of drilling by April 2025 to fully define the phosphate resource.
• Feasibility Study: Potential initiation of a feasibility study in 2025, with completion expected by late 2026/early 2027.
• Permitting: Targeting permitting by early to mid-2027.
• Mine Construction: Aiming for mine production by mid-2029.
• LFP Battery Production: First Phosphate has successfully produced the world’s first LFP batteries made entirely from North American critical minerals (phosphate and iron from Quebec, lithium from Nevada, graphite from Montreal). These batteries met full commercial tests after 2,000 cycles.

The company is collaborating with partners like Preon (Belgium) for phosphoric acid refinement, GK and Hoganus (Tennessee) for iron phosphate production, and Century Lithium (Nevada) and Nouveau Graphite (Montreal) for lithium and anode material respectively. This collaborative approach demonstrates First Phosphate’s commitment to a fully integrated North American LFP supply chain.

Government Support & Infrastructure

The US government recently added phosphate to its list of critical minerals, recognizing its importance for both food security and battery technology. This designation underscores the need for North American phosphate sources. The Canadian government has invested $57 million in building a second wharf at the Port of Saguenay, directly adjacent to First Phosphate’s planned phosphoric acid plant, significantly improving logistics and transportation capabilities. First Phosphate has a strong relationship with local municipalities, indigenous groups, and the Quebec government, which has issued a letter of interest for potential involvement in the project.

Supply Chain & Competitive Landscape

The global supply of purified phosphoric acid is currently dominated by five companies, with only two located in North America, both operating near capacity. First Phosphate’s unique advantage lies in its high-purity phosphate rock, which yields a higher percentage of purified phosphoric acid compared to sedimentary phosphate used for fertilizer. John Pasal Aqua states that First Phosphate is “probably one of the best companies positioned out there…to meet uh you know, the oncoming demand of phosphate for uh LFP battery.” The company’s focus solely on LFP battery-grade phosphate differentiates it from other phosphate producers.

Timeline & Catalysts

First Phosphate’s timeline to production involves:

• April 2025: Completion of drilling program and resource definition.
• 2025/2026: Decision on and initiation of feasibility study.
• Late 2026/Early 2027: Completion of feasibility study and commencement of permitting.
• Early/Mid 2027: Securing permits.
• Mid-2029: Targeted mine production.

Key catalysts for investors include: positive drilling results, a decision to proceed with the feasibility study, successful permitting, and the completion of infrastructure projects like the new wharf at Port Saguenay.

Conclusion

First Phosphate is strategically positioned to capitalize on the rapidly growing demand for LFP batteries and the critical need for a secure, North American supply of purified phosphoric acid. The company’s vertically integrated approach, strong government support, and unique phosphate resource provide a compelling investment opportunity in the evolving energy storage landscape. The successful production of the first North American LFP batteries using fully sourced critical minerals demonstrates the viability of First Phosphate’s vision and its potential to become a key player in the LFP battery supply chain.