pH7 TECHNOLOGIES
Sustainable Extraction of Critical Metals.
We are redefining metal extraction from primary and secondary resources with sustainable solutions that maximize resource recovery while minimizing environmental impact.
RECYCLING
Extracting Critical metals and PGMs from catalytic converters and recycled materials.
An innovative approach to the metallurgical extraction of critical and precious metals.
pH7 Technologies is at the forefront of economical and sustainable metal extraction, pioneering an innovative approach to the metallurgical extraction of critical and precious metals.
Based in Vancouver, BC, pH7 commissioned its first commercial end-of-life spent catalysts processing operation, producing Platinum, Palladium and Rhodium.
pH7 is expanding its proprietary organo-electrochemical process into the copper and gold mining, increasing recoveries, liberating previously trapped ores while reducing environmental impacts.
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Diversified Metal Portfolio
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Commercialized Technology
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Revenue Generating
pH7 heap leach process replaces mill and concentrate process while producing on-site hydrogen.
pH7 innovative process meets industry precious metals recovery rates for both traditional resources and previously unprocessable materials.
Environmental Impact.
pH7 Technologies closed-loop process has demonstrated significant reduction in CO2e emissions, and energy efficiency, with no wastewater generation compared to current industry standards.
We serve OEMs, Recyclers, and Mines by addressing customers' unique needs.
pH7 Technologies proprietary process employs organic, inorganic and electrochemical processes to increase the supply of critical metals in an economical and environmentally friendly manner. This innovative process extracts critical metals such as copper, tin, platinum and iridium from previously unrecoverable resources.
UP TO
50%
INCREASED RECOVERY
Unlocking unrecoverable resources.
UP TO
90%
ENERGY REDUCTION
Enabling renewable energy implementation.
DOWN TO
0%
CARBON EMISSIONS
Decreasing environmental damages.