Pioneering circular green metals to restore our planet
The world needs circular green metals to power future industries
80%
of known gold exists above ground and is already used in some way.
22.3%
of globally generated e‑waste is collected or recycled.
40%
Traditional extraction industries are responsible for around 40% of the world’s carbon emissions.
Leading the way with climate-friendly waste-to-value solutions
World-first Biotechnology
Through our patented e-waste biotechnology, we extract critical metals from electronic waste to be put back into circulation in a low impact way.
Mint is dedicated to continuous improvement including unlocking value in other waste streams.
Low-carbon Facilities
Mint's city-scale domestic critical metal recovery facilities ensure secure data destruction, faster processing times and less environmental impact compared to conventional e-waste recycling methods.
Green Metals
We extract a range of critical and precious minerals including copper and gold, and feed them back into local economies.
The future is circular green metals
Low carbon
Our technology releases up to 90% fewer carbon emissions than traditional methods.
Circular supply
We return green metals back into the same ecosystem for reuse.
Local processing
Our clean technology is designed to be safe for city deployment making our facilities more accessible to local recyclers
Sustainable jobs
We keep recycling expertise and job opportunities in a sustainable industry onshore.
Secure supply chain
We support onshore critical metal reserves required for current and future industries.
Guaranteed data destruction
We offer secure data destruction of all e-waste by milling it into a sand consistency as soon as it begins the refining process.
How we transform e-waste into critical metals
Step one
Dismantled circuit boards from old electronic products are taken to Mint’s low-carbon metal recovery facility.
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Step two
E-waste is milled to a fine consistency to maximise critical metal recovery and ensure complete data destruction, supporting national security.
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Step three
The waste material is taken through a low impact biotechnology and smart chemistry process to extract key metals within.
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Step four
Ready-to-use green copper sheets and gold ash are produced.
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Step five
Metals produced are put back into local supply chains to power the circular economy and create a greener future.
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Extracting green metals from the world’s waste
Diverting e-waste from landfills and exporting offshore
Reducing the need for mining of the Earth’s natural and depleting resources
Creating circular supply of critical metals needed to power future industries
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