Redefining Metallurgy

SOLUBIND

Growing critical metals supply through protein-based waste recycling.

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01 · The Problem

Europe's critical metals supply is locked up by monopoly suppliers.

98%

EU Reliance

EU reliance on Chinese rare earths (2025).

76,000 t/a

Projected Demand

Projected demand for tech-enabling metals by 2040.

40%

EU Target

EU critical-metals refinement target for 2030.

02 · The Opportunity

We have more than enough resources. They're sitting in the waste.

1.8 Bn t/a

Mineral Wastes

Processing by-products stockpiled in landfills and dams.

16 Bn t/a

Mine Tailings

Legacy piles, sometimes rivaling primary ores in metal content.

21 Bn m³/a

Industrial Waters

Wastewater streams from pharma, petroleum, semiconductors.

03 · The Solution

Protein-based extraction — built for waste streams where hydrometallurgy struggles.

Waste

→

Protein Extraction

→

Metal Oxide

70%

Acid use reduction

Lower chemical costs.

4.5×

Higher recovery rate

Increased yield from waste streams.

4×

Fewer processing steps

Streamlined operation.

Engineered Selectivity

Computationally designed proteins that bind specific target metals across critical metal families. Selective extraction from complex industrial waste streams.

04 · The Team

Who We Are

Leon Reuter

CEO

Business & development strategy. Biotechnology & biological lab work. Background at RWTH Aachen, iGEM, DWI Leibniz Institute.

Pascal Schroeder

CSO

Scientific strategy & computational protein design. Background at RWTH Aachen, iGEM, Sorbonne Université.

Supported by: The Materials Lab Incubator · RWTH Innovation · DEEP Ecosystems

05 · Contact

Get in Touch

Interested in our technology? Let's talk.

info@solubind.com

Solubind · The Materials Lab Incubator · Aachen, Germany