Our Technology
Smart.
Modular.
Built for circular production.
BioScavenge’s technology is designed to recover water, metals, and chemicals from complex industrial waste streams — using a flexible, modular architecture backed by advanced data analytics.
Designed for real industrial challenges.
Industrial waste streams are rarely simple.
They vary in composition, flow, temperature, and contaminants — often changing from hour to hour.
Our technology is built to handle this complexity with ease.
At the core of our platform are two ideas:
1. Modularity
Every system is assembled from building blocks that can be rearranged and scaled.
2. Intelligence
Data, monitoring, and digital twins ensure stable performance even when conditions change.
This combination is what makes BioScavenge unique.
Modularity
Modular
by design.
The LEGO Principle
They vary in composition, flow, temperature, and contaminants — often changing from hour to hour.
Our technology is built to handle this complexity with ease.
Benefits
- Scales up or down easily
- Adapts to fluctuating wastewater composition
- Enables rapid piloting and fast deployment
- Reduces cost and complexity
Our technology in general
How
it works.
From sample to full-scale recovery.
1. Sample analysis
We analyze your waste or process stream to identify recoverable resources and determine the most efficient treatment path.
2. Process design
We assemble the optimal combination of modules to meet your recovery goals (water, metals, solvents, chemicals).
3. Pilot testing
A containerized pilot unit validates recovery performance, stability, and economics at your site.
4. Full-scale deployment
We install the final system with complete controls, automation, and documentation.
5. Ongoing optimization
Continuous monitoring and AI-driven analytics ensure long-term stability and cost efficiency.
Technologies
Our Core Technologies
1. Modular Process Units
(the LEGO blocks)
We build our systems from modular units — each one with a special job (concentration, separation, polishing, sterilization, etc.).
Just like LEGO bricks, these units can be arranged in different combinations depending on the waste stream.
In plain language:
We combine the right pieces to handle your water — no unnecessary complexity.
2. Selective Recovery
(the “smart filter”)
Our technology can target and capture exactly what we want:
- Metals
- Solvents
- Water
- Organics
…even in very dirty or variable streams.
In plain language:
We only take what’s valuable — and leave out everything else.
3. Data-Driven Control
(the “brain”)
With sensors, monitoring, and digital tools (like SCIRE & GEMINUS), each system automatically adjusts to keep performance stable — even when input water changes.
In plain language:
The system learns, adapts, and keeps itself running efficiently.
Digital Technology
Digital
Technologies.
SCIRE
Data & Analytics Platform
SCIRE is our cloud-based analytics environment where process data is collected, stored, and understood.
It offers deep insights into performance, stability, and optimization opportunities.
With SCIRE, clients can:
- Download and analyze operational data
- Track performance over time
- Improve decision-making with engineered analytics
- Maintain full transparency over their system
GEMINUS
Your Digital Twin
GEMINUS is the digital twin of every BioScavenge installation.
It predicts performance, identifies risks, and supports real-time adjustments to keep recovery high and cost low.
Benefits of GEMINUS:
- Predictive maintenance
- Better process stability
- Faster troubleshooting
- Long-term performance improvement
Why our technology works
Our PFAS purification process
Each case is unique – but every project starts with an assessment followed by an on-site pilot setup. Once deployed and scaled, ongoing optimization follows for an in-depth PFAS purification process.
Flexible
Built to adapt to different industries and complex waste streams.
Proven
Validated through pilots and full-scale installations across pharma, mining, tanning, and chemical industries.
Sustainable
Reduces disposal costs, water use, chemical demand, and CO₂ emissions.
Every case is unique
Get an unconditional consultation
Ready to explore what our technology can do for your waste stream?
Let’s design a solution together.
Get a free consultation to learn more
Each case is unique – but every project starts with an assessment followed by an on-site pilot setup.