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- Mohammad Doostmohammadi and the team at pH7 Technologies are not just participating in the cleantech space; they are redefining the fundamental economics of resource extraction. Their vision addresses a global...
- Primary sector: Advanced Energy & Carbon Systems
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Mohammad Doostmohammadi and the team at pH7 Technologies are not just participating in the cleantech space; they are redefining the fundamental economics of resource extraction. Their vision addresses a global tension point: the exponential demand for critical minerals—metals essential for everything from AI data centers to EVs—versus the immense supply chain risks and environmental footprint of traditional mining. pH7’s approach, as demonstrated by its significant $39 million funding close, is a masterclass in strategic industrial decarbonization.
The genius of pH7 lies in its core engineering platform. They have developed a closed-loop, organic electrochemical process. This isn't a minor tweak to existing metallurgy; it represents a fundamental process breakthrough. Instead of relying on highly toxic, energy-intensive, and geographically centralized traditional acid leaching methods, pH7 offers a solution that is purportedly cheaper, more environmentally benign, and crucially, deployable locally at the source of waste.
pH7 represents a shift from 'mining more' to 'recovering smarter.' By making the extraction of critical metals from low-grade ores and tailings locally economical and low-impact, the company is helping Canada—and the West—build a resilient, sovereign supply chain independent of concentrated international sources.
By leveraging advanced process engineering and electrochemistry, pH7 makes it economically viable to recover high-value metals—like copper, platinum group metals (PGMs), and nickel—from materials that were previously deemed 'waste': low-grade ores and mining tailings. This ‘circularity’ aspect is what resonates so deeply with investors and nations concerned about geopolitical over-reliance, such as Canada.
The strategic implications are massive. By allowing mining and recycling operators to process materials on-site, pH7 significantly de-risks the supply chain. It transforms scattered, uneconomic mineral streams into reliable sources of critical inputs. This capability moves the conversation beyond merely finding new deposits; it focuses on unlocking inherent, often overlooked value from existing industrial and mining waste. The commitment to scaling this from a functioning commercial demonstration plant in Burnaby, BC, to full deployment at partner sites globally speaks to a validated, replicable model.
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