Materials too mineralogically complex, contaminated, or low-grade for conventional processing
Handbook Roadmap
The Best Opportunities
The immediate sweet spot for biomining is where you're dealing with waste, legacy sites, or materials that benefit from alternative processing approaches. These are the contexts where biology's strengths (lower OPEX, lower-intensity processing, selectivity, reduced environmental impact) are most valuable.
Where Biology Adds Value
Conventional mining is highly optimized for high-grade ores. For complex materials, biotechnology offers a complementary approach that can shift the economics and reduce environmental impact.
✓Low-grade material where conventional processing is uneconomic
Complex Materials Playbook
Materials too mineralogically complex, contaminated, or low-grade for conventional processing
Handbook Roadmap
The Best Opportunities
The immediate sweet spot for biomining is where you're dealing with waste, legacy sites, or materials that benefit from alternative processing approaches. These are the contexts where biology's strengths (lower OPEX, lower-intensity processing, selectivity, reduced environmental impact) are most valuable.
Where Biology Adds Value
Conventional mining is highly optimized for high-grade ores. For complex materials, biotechnology offers a complementary approach that can shift the economics and reduce environmental impact.
Complex Materials
Note: These materials are illustrative examples, not a comprehensive overview.