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Selective Precious Metals Recovery
Proprietary Technologies for Selective, Ultra-Low-Energy Recovery from E-Waste.
Request Technical
Consultation
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Selective Precious Metals
Recovery
Proprietary Technologies for Selective,
Ultra-Low-Energy Recovery from E-Waste.
Request Technical Consultation
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Advanced Chemical & Electrochemical Solutions
Selective Recovery of Precious Metals
Low Energy Consumption
Closed-Loop Chemistry
Scalability
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Advanced Chemical & Electrochemical Solutions
Selective Recovery of Precious
Metals
Low Energy Consumption
Closed-Loop Chemistry
Scalability
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Turn Low-Grade E-Waste into
Profitable Metal Streams
Modular Pilot
Platform Enabling
Scalable Deployment
A compact, modular pilot deployable
on-site, enabling incremental throughput
scaling without major CAPEX or downtime.
Ultra-Low Energy
Recovery at Pilot Scale
applies energy only where metal
separation is required
Unlock
Underutilized
Metal Streams
Recovers gold and precious metals
from low-grade e-waste streams that
are currently lost or undervalued.
Get Started
Modular pilot systems that unlock gold and precious metals from fractions smelters cannot process efficiently.
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Turn Low-Grade E-Waste into
Profitable Metal Streams
Modular pilot systems that unlock gold and
precious metals from fractions smelters cannot
process efficiently.
Get Started
Unlock
Underutilized
Metal Streams
Recovers gold and precious metals
from low-grade e-waste streams that
are currently lost or undervalued.
Ultra-Low Energy
Recovery at Pilot Scale
applies energy only where metal
separation is required
Modular Pilot
Platform Enabling
Scalable Deployment
A compact, modular pilot deployable
on-site, enabling incremental throughput
scaling without major CAPEX or downtime.
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From Feedstock to Recovered Metals
── in 3 Engineered Steps
Feedstock Assessment
& Integration
Incoming e-waste fractions are assessed
and integrated into the pilot system
without changes to existing recycling
operations
Selective Chem
& Echem Separation
Selective chemistry and targeted
electrochemistry enable ultra-low energy
metal separation
Modular Scale-Up
& Metal Recovery
Recover metals at pilot scale and
increase throughput through modular
reactor units
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From Feedstock to Recovered
Metals ── in 3 Engineered Steps
Feedstock Assessment
& Integration
Incoming e-waste fractions are assessed
and integrated into the pilot system
without changes to existing recycling
operations
Selective Chem
& Echem Separation
Selective chemistry and targeted
electrochemistry enable ultra-low energy
metal separation
Modular Scale-Up
& Metal Recovery
Recover metals at pilot scale and
increase throughput through modular
reactor units
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Ready to Validate Your Feed
with High-Throughput
Metal Recovery?
Deploy a modular pilot system and demonstrate
ultra-low energy recovery of precious metals
within your existing recycling operation
Request Pilot
Evaluation
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Ready to Validate Your
Feed with
High-Throughput Metal
Recovery?
Deploy a modular pilot system
and demonstrate ultra-low
energy recovery of precious
metals within your existing
recycling operation
Request Pilot
Evaluation
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I built NovAureus to enable circular, low-energy
recovery of precious and critical metals from e-waste,
supporting a more resilient European secondary
raw-materials supply
NovAureus began in Finland’s research environment and is
now being scaled in Gothenburg, Sweden. We develop
selective, low-energy recovery systems for precious metals in
e-waste, especially low-grade feeds that conventional routes
often overlook.
Our goal is to reduce metal losses, improve transparency, and
help recyclers retain more of their precious-metals' yield.
Contact: reza.bilesan@novaureus.com
About us
Dr. Reza Bilesan
CEO/CTO & Founder
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About us
I built NovAureus to enable circular, low-energy
recovery of precious and critical metals from
e-waste, supporting a more resilient European
secondary raw-materials supply
NovAureus began in Finland’s research
environment and is now being scaled in
Gothenburg, Sweden. We develop selective,
low-energy recovery systems for precious metals
in e-waste, especially low-grade feeds that
conventional routes often overlook.
Our goal is to reduce metal losses, improve
transparency, and help recyclers retain more of
their precious-metals' yield.
Dr. Reza Bilesan
CEO/CTO & Founder
Contact: reza.bilesan@novaureus.com
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Quick Links
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Contact us
© 2026 NovAureus AB . All rights reserved.