PhytoForge

Bioleaching & Urban Mining Technology

Extracting precious metals from e-waste through advanced bioengineering and bacterial processes

Revolutionizing Metal Recovery

PhytoForge combines cutting-edge biotechnology with urban mining to extract valuable metals like gold, silver, copper, and rare earth elements from discarded electronics. Our proprietary bacterial strains safely and efficiently leach metals from ground e-waste, transforming environmental hazards into valuable resources while reducing mining's ecological footprint.

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Bioengineered Bacteria

Custom-designed bacterial strains optimized for metal extraction. Our organisms safely break down electronic waste and concentrate precious metals through natural metabolic processes.

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E-Waste Recycling

Industrial-scale processing of waste electronics. From smartphones to circuit boards, we extract maximum value while preventing toxic materials from entering landfills.

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Precious Metal Recovery

Efficient extraction of gold, silver, platinum, palladium, and other valuable metals. Our bioleaching process achieves higher recovery rates than traditional methods.

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Real-Time Process Monitoring

Advanced sensor networks track bacterial activity, pH levels, metal concentrations, and environmental conditions across all processing zones in real-time.

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Sustainable Mining

Eliminate destructive open-pit mining. Our closed-loop system operates at ambient temperature with minimal chemical inputs, drastically reducing carbon emissions.

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Research & Development

Continuously improving bacterial strains and processing techniques. Our lab develops next-generation organisms for enhanced metal selectivity and extraction efficiency.

99.9%
Metal Purity
75%
Less Energy
24/7
Monitoring
Zero
Toxic Runoff

About PhytoForge

We combine cutting-edge biotechnology with urban mining to extract valuable metals like gold, silver, copper, and rare earth elements from discarded electronics. Our proprietary bacterial strains safely and efficiently leach metals from ground e-waste, transforming environmental hazards into valuable resources while reducing mining's ecological footprint.