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Products

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FC1
 

Field Sampling Device for Sub-Millimetre Microplastics
 

The FC1 is a compact, portable, closed-system device designed for rapid field collection and concentration of microplastics directly from water sources.

  • Expert-Free Operation: No laboratory, chemicals, or specialist expertise required.

  • High Recovery Rate: 91.2% to 99.6% separation efficiency.

  • Universal Matrix Handling: Validated across drinking water, river water, lake water, and wastewater.

  • Targeted Particle Size: Captures ultra-fine fractions from 1 µm to 1 mm.

  • Optimized Sample Volume: Processes 20 ml to 90 ml without filter clogging.

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Technical Notes & Open Data Benchmarks:

 

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📄FC1 Particle Recovery Validation: DOI 10.5281/zenodo.19451611


📄FC1 System Technical Documentation: DOI 10.5281/zenodo.20117529

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FC5

Modular Fractionation Platform for Millimetric Microplastics

The FC5 is a portable, modular fractionation platform engineered specifically to isolate larger microplastics from liquid matrices, bridging the gap in full-spectrum environmental monitoring.

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  • Targeted Particle Size: Captures and fractions larger particles from 1 mm to 5 mm.

  • Near-Perfect Efficiency: Achieves 99.17% to 100% mean separation efficiency.

  • High Particle Recovery: Delivers 93.93% to 99.17% recovery with high reproducibility.

  • Zero-Clog Hydrodynamics: Selectively flushes out silt, sand, and organic fouling matter while retaining target plastics.

  • Integrated Cascade Workflow: Functions as a modular extension to the FC1 to enable seamless, full-spectrum tracking (1 µm to 5 mm).

 

 Technical Notes & Open Data Benchmarks:

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📄FC5 Millimetric Fractionation Validation: DOI 10.5281/zenodo.20640355

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SGenI-S20

Next-Generation Magnetic Separation System

The SGenI-S20 is an advanced, high-performance magnetic separation system designed to move microplastic processing from batch lab testing into high-volume reality. Progressing from theoretical development to physical prototyping, this system represents the future of the SATOORNIK scaling roadmap. 

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  • Continuous-Flow Engineering: Purpose-built for high-volume, continuous liquid stream tracking.

  • Chemical-Free Processing: Operates seamlessly without secondary chemical additives or heavy reagents.

  • Physical Prototype Validated: Advanced engineering baseline successfully transitioned into active hardware development.

  • Protected IP Framework: Internal architectures, functional configurations, and source code are strictly maintained as proprietary trade secrets under the German Trade Secret Act (GeschGehG) and the EU Directive 2016/943. 

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Prior Creation & Intellectual Property Registration:

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📄SGenI-S20 Legal Seal Declaration: DOI 10.5281/zenodo.20785021

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