Solvent & Chemical Recovery
Capturing high-value solvents with unmatched purity.
Solvent waste doesn’t have to be waste.
Our BIOS NMP recovery system captures solvents such as N-Methyl-2-pyrrolidone (NMP), ethanol, and IPA to extremely high purity — cutting disposal cost, CO₂ emissions, and raw-material demand.
Let’s help you reuse what you’re paying to burn.
The problem.
Why are solvent streams difficult to recover?
Industrial solvent waste streams are chemically complex, often containing water, organics, salts, and contaminants that make separation difficult.
As a result, most solvents — even the valuable ones — are incinerated.
Our solution.
- High-purity recovery (>99.9% for NMP and similar solvents)
- 90% recovery yield potential, depending on feed quality
- Fully automated, modular containerized units
- Inline purity validation and continuous monitoring
- Significant reduction in CO₂ footprint
Efficient
Removes up to 99% of long-chain PFAS compounds.
Modular
Delivered in container units that scale with your needs.
Affordable
Designed for low operating cost and fast setup.
99.9% purity
Achieve solvent purities above 99.9%, suitable for industrial reuse.
Efficient
High recovery yields with low energy and operational cost.
Sustainable
Cut CO₂ emissions by avoiding solvent incineration.
Solvent & Chemical Recovery
Why it matters.
Industries rely heavily on solvents
Industries such as pharmaceuticals, coatings, batteries, and chemicals rely heavily on solvents.
But once solvents become mixed or contaminated, they are often treated as disposable — leading to massive waste and unnecessary emissions.
Our BIOS NMP technology recovers solvents to extremely high purity, reduces environmental impact, and eliminates the cost of incineration.
It helps plants meet sustainability goals, reduce operational costs, and protect supply-chain resilience for critical materials.
Learn more about solvent valorization
How it works.
Our solvent recovery process
While every solvent stream is unique, our methodology follows a well-proven path.
1. Assess & design
PFAS are ultra-stable and difficult to remove, especially in complex streams like leachate. Traditional methods are costly, slow, or produce new waste problems.
2. Pilot on site
containerized pilot proves performance and economics.
3. Deploy
scale to required capacity with plug-in modules.
4. Optimize
continuous data + AI monitoring keeps removal rates high and costs low.
1. Analyze
We test solvent composition, contaminants, and recovery pathways to define purity and yield targets.
2. Pilot on site
A pilot system demonstrates purity, yield, and operating cost on your real solvent stream.
3. Deploy
Full-scale modular units are installed with automated controls and monitoring.
4. Optimize
Inline purity sensors and digital analytics ensure consistent solvent quality and stable operation.
Proof of performance
Industrial pilots demonstrate >99.9% purity and high recovery rates for NMP, ethanol, and IPA.
Suitable for industry
Engineered for chemical, pharmaceutical, and high-purity solvent operations.
Every solvent stream is unique.
Get an unconditional consultation
Solvent mixes vary widely in purity, contaminants, and downstream requirements. We offer a thorough assessment and a clear pathway to full-scale solvent recovery.
Get a technical and in-depth clarification of our technology, solutions and services.
Why you should use our Solvent & Chemical Recovery solution
Our BIOS NMP system turns contaminated solvents into high-value resources — reducing cost, cutting emissions, and improving sustainability performance.
We turn solvent destruction into solvent reuse.
Learn more about solvent recovery and valorization.
Real-world solutions
Built for industrial solvent streams with real variability and contaminants.
Fast path
From analysis to pilot to full-scale deployment with minimal disruption.
Documented effect
Transparent, traceable purity and yield documentation.
Get a free consultation to learn more
PFAS Purification solutions
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.
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Get a free consultation to learn more
Solvent & Chemical Recovery solutions
Each project starts with a solvent analysis and pilot test. Once validated, we deliver a full-scale system with continuous monitoring and documented purity.