Key Takeaways
- • pH7 Technologies, a Vancouver-based critical minerals technology company, closed a US $32 million Series B funding round, with an earlier reported raise of US $25.6 million mentioned in supplemental sources, positioning the cleantech firm for scaled commercialization.
- • The Series B attracted global institutional investors, including mining heavyweight BHP, signaling significant strategic interest in the company's critical minerals extraction and recycling technology platform.
- • pH7 Technologies was recognized as Venture of the Year – Scaleup at the 2025 BC Cleantech Awards, reflecting accelerating momentum in the energy transition and cleantech investment ecosystem.
- • The capital injection supports the company's mission to address critical mineral supply chains essential for battery production, electric vehicles, and renewable energy infrastructure amid rising global demand driven by AI and energy transition initiatives.
Summary
pH7 Technologies has successfully completed a Series B funding round, securing US $32 million to advance its critical minerals technology platform. The Vancouver-based company, which specializes in clean extraction and recycling of minerals essential for energy transition infrastructure, attracted prominent institutional backing including BHP, one of the world's largest mining corporations. This investor composition underscores the strategic importance of pH7's technology within the global supply chain for battery materials and renewable energy components.
The company's funding milestone reflects broader momentum in the cleantech sector, particularly around critical minerals and circular economy solutions. Industry sources indicate that pH7 Technologies raised US $25.6 million in its Series B, drawing interest from institutional investors recognizing the dual market drivers of accelerating energy transition policies and surging mineral demand from artificial intelligence infrastructure and electrification. The involvement of BHP—a tier-one diversified miner—suggests validation of pH7's technological approach and commercial viability at scale.
Beyond capital deployment, pH7 Technologies received recognition as Venture of the Year – Scaleup at the 2025 BC Cleantech Awards, positioning the firm within an elite cohort of energy transition innovators. This recognition aligns with sector-wide momentum, as comparable cleantech ventures including Nyobolt (raising $30 million for high-power energy solutions) and BASQUEVOLT (securing nearly €10 million for critical raw material production) have closed significant funding rounds during the same period. The convergence of capital deployment and industry recognition indicates sustained institutional appetite for critical minerals and battery technology solutions amid structural supply chain constraints and decarbonization imperatives.
The company's funding milestone reflects broader momentum in the cleantech sector, particularly around critical minerals and circular economy solutions. Industry sources indicate that pH7 Technologies raised US $25.6 million in its Series B, drawing interest from institutional investors recognizing the dual market drivers of accelerating energy transition policies and surging mineral demand from artificial intelligence infrastructure and electrification. The involvement of BHP—a tier-one diversified miner—suggests validation of pH7's technological approach and commercial viability at scale.
Beyond capital deployment, pH7 Technologies received recognition as Venture of the Year – Scaleup at the 2025 BC Cleantech Awards, positioning the firm within an elite cohort of energy transition innovators. This recognition aligns with sector-wide momentum, as comparable cleantech ventures including Nyobolt (raising $30 million for high-power energy solutions) and BASQUEVOLT (securing nearly €10 million for critical raw material production) have closed significant funding rounds during the same period. The convergence of capital deployment and industry recognition indicates sustained institutional appetite for critical minerals and battery technology solutions amid structural supply chain constraints and decarbonization imperatives.
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