Decarbonized Heavy Industry: Zero-Harm Mining
We have dismantled the conventional diesel-powered open pit model. Our sites integrate industrial electrification, enzymatic metal extraction, and closed-loop hydrometallurgy to deliver carbon-neutral critical minerals.
Active Mine Sites & Microgrid Facilities
Songwe Bio-Hydrometallurgy Complex
Full industrial-scale enzymatic leaching facility replacing high-temperature smelting with ambient-temperature bio-oxidation.
Songwe Bio-Hydrometallurgy Complex
Rukwa Clean Electrowinning Facility
Producing 99.99% pure LME Grade-A copper cathodes without sulphur dioxide (SO2) flue-gas release.
Rukwa Clean Electrowinning Facility
Mbeya Tailings Reprocessing & Geopolymer Plant
Neutralizing historic legacy mining tailings into inert structural geopolymers for commercial infrastructure.
Mbeya Tailings Reprocessing & Geopolymer Plant
DSM Central Assay & Port Terminal
ISO 17025 accredited ICP-MS chemical purity testing, containerized bonded mineral storage, and direct oceanic vessel dispatch.
DSM Central Assay & Port Terminal
100% Battery-Electric & Hydrogen Heavy Haul Fleets
Heavy mining trucks typically burn tens of thousands of liters of diesel daily. At Green Pacific, our entire surface and underground fleet operates on high-capacity modular battery systems and downhill regenerative braking.
Fleet Performance Specifications
Enzymatic Leaching vs Conventional Smelting
Non-Toxic Bio-Hydrometallurgy & Direct Extraction
Rather than combusting massive fossil fuel burners in conventional smelters, we utilize bio-engineered extremophilic bacteria and organic plant acids that naturally dissolve and liberate copper, nickel, and cobalt from complex ores with zero atmospheric sulfur emissions.
Eliminating Tailings Dams: Dry-Stack Geopolymers
Wet tailings dams represent one of the mining sector’s greatest catastrophic risks. Green Pacific utilizes high-pressure membrane filter presses that dewater 95% of residual slurry. The inert mineral sand is stabilized with alkali geopolymers into structural building blocks.
Autonomous Solar & Geothermal Microgrids
Our remote facilities never rely on long-distance diesel generator transport. Each mine operates its own on-site renewable island grid combining bifacial solar arrays, geothermal steam turbines, and iron-flow long-duration energy storage for 24/7 continuous baseload clean power.