Hybrid LIBS spectroscopy for automated scrap identification and quality control
A hybrid spectrometer integrating LIBS, LED-IF, and DR for real-time, automated scrap material classification. Enhances metal, coating, and contaminant identification, optimizing industrial recycling processes.
Overview
The Hybrid LIBS Spectroscopy system offers a cutting-edge solution for the automated identification and quality control of scrap materials. By integrating Laser-Induced Breakdown Spectroscopy (LIBS) with LED-Induced Fluorescence (LED-IF) and Diffuse Reflectance (DR) spectroscopy, this system enables real-time classification of scrap by detecting elemental compositions, coatings, and contaminants. This technology promises to transform industrial recycling workflows by improving sorting accuracy, reducing errors, and enhancing processing efficiency.
Technical specifications
Key features:
- LIBS Technology: Differentiates between ferrous and non-ferrous metals with high accuracy.
- LED-IF and DR Integration: Enhances detection of rust, organic residues, and coatings, providing comprehensive material analysis.
- Automation: Enables real-time, automated sorting, reducing manual intervention and increasing throughput.
- Industrial Feasibility: Designed for seamless integration into existing scrap sorting workflows, scalable for various industrial applications.
Technology readiness level
Currently at Technology Readiness Level 6, the hybrid spectrometer is undergoing further development to adapt it for scrap metal recycling. This involves designing and calibrating a custom LIBS sensor and validating its performance using real scrap samples. The project aims for a pilot deployment within industrial settings, followed by full-scale implementation to enhance recycling efficiency.
About ZORTENET PC
ZORTENET P.C. is a Greek start-up based in Athens that focuses on research and development in the fields of 5G networks, virtualization, cybersecurity, and blockchain technologies. The company specializes in creating advanced technical solutions, including network planning, edge computing architectures, and cybersecurity tools such as deep packet inspection and anomaly detection. ZORTENET also develops specialized software applications, including 5G slicing orchestrators supported by distributed ledger technology (DLT) for secure accounting. By leveraging virtualization platforms like OpenStack, Docker, and DevOps practices, the company drives innovation from theoretical research into practical, operational applications.
The company actively participates as a partner in large-scale European collaborative research initiatives, including Horizon Europe projects like HORSE, SEPTON, TRUSTEE, and EVOLVED-5G. Through these engagements, ZORTENET collaborates with international industry partners and academic institutions to address critical challenges in networked medical device security, privacy-preserving computing, and the evolution of 6G wireless ecosystems. These projects demonstrate the company's technical contribution to enhancing security and performance in complex digital infrastructures for enterprise and healthcare sectors.
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