From Waste to Wealth
Unlocking Technogenic Resources
Reclaiming critical metals from industrial waste to secure Europe’s strategic autonomy.
Problem & Insight
Problem & Insight
Problem & Insight
Today’s industries are reaching the limits of performance using traditional raw materials. Rare-earth and precious metals are indispensable—but expensive, scarce, and environmentally intensive. ChemReclaim’s nanopowders deliver up to 40x higher surface-area efficiency, enabling lighter, stronger, and longer-lasting products using dramatically less material.
Today’s industries are reaching the limits of performance using traditional raw materials. Rare-earth and precious metals are indispensable—but expensive, scarce, and environmentally intensive. ChemReclaim’s nanopowders deliver up to 40x higher surface-area efficiency, enabling lighter, stronger, and longer-lasting products using dramatically less material.
40x higher surface-area efficiency
40x higher surface-area efficiency
Enables lighter, stronger, and longer-lasting products using dramatically less material.
Why It Matters
Why It Matters
Why It Matters
Technogenic Waste – Key Facts
Technogenic Waste – Key Facts
Today’s industries are reaching the limits of performance using traditional raw materials. Rare-earth and precious metals are indispensable—but expensive, scarce, and environmentally intensive. ChemReclaim’s nanopowders deliver up to 40x higher surface-area efficiency, enabling lighter, stronger, and longer-lasting products using dramatically less material.
Today’s industries are reaching the limits of performance using traditional raw materials. Rare-earth and precious metals are indispensable—but expensive, scarce, and environmentally intensive. ChemReclaim’s nanopowders deliver up to 40x higher surface-area efficiency, enabling lighter, stronger, and longer-lasting products using dramatically less material.
High-value industrial residues
High-value industrial residues
Usually discarded
Despite their potential for reuse
High-value industrial residues
Usually discarded
Despite their potential for reuse
Contains critical elements
Like Scandium, Palladium, and Ruthenium
Contains critical elements
Like Scandium, Palladium, and Ruthenium
Contains critical elements
Like Scandium, Palladium, and Ruthenium
Millions of tons
Generated annually in EU industries
Lost opportunity
Both economically and environmentally
Lost opportunity
Both economically and environmentally
Millions of tons
Generated annually in EU industries
Lost opportunity
Both economically and environmentally
Data Highlights
Data Highlights
Up to 30x reduction
Up to 30x reduction in additive use (Ni, Zr, Sc)<br>
Zero mining required
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Fully recoverable process
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Up to 30x reduction
Up to 30x reduction in additive use (Ni, Zr, Sc)<br>
Zero mining required
Read more
Read more
Fully recoverable process
Read more
Read more
Up to 30x reduction
Up to 30x reduction in additive use (Ni, Zr, Sc)<br>
Zero mining required
Read more
Read more
Fully recoverable process
Read more
Read more
Why ChemReclaim
While legacy recyclers focus on bulk recovery, we specialize in value-concentrated extraction and conversion into nano-engineered materials
— ready for advanced manufacturing.
Why ChemReclaim
While legacy recyclers focus on bulk recovery, we specialize in value-concentrated extraction and conversion into nano-engineered materials
— ready for advanced manufacturing.
Value-concentrated extraction and conversion
Nano-engineered materials
Value-concentrated extraction and conversion
Nano-engineered materials
Contact Us
Got industrial waste streams?
Let's assess their hidden value.
Contact Us
Got industrial waste streams?
Let's assess their hidden value.
Contact Us