Ensuring REACH Compliance with SCION Gas Chromatography Systems

In the highly regulated world of chemical import and export, compliance with EU and UK REACH regulations is essential. At the core of REACH compliance lies the precise identification and characterization of chemical substances—an intricate process that demands advanced analytical techniques. SCION’s Gas Chromatography (GC) systems provide the high sensitivity, reliability, and advanced detection capabilities needed to identify unknown substances effectively.

The Critical Role of Substance Identification in REACH Compliance

Accurate substance identification is fundamental to REACH regulations. It involves thoroughly analyzing a chemical’s composition, structure, and properties to ensure proper classification, risk assessment, and regulatory compliance. For chemical importers and exporters, precise substance identification is not only necessary for regulatory compliance, but it also guarantees product safety.

Using SCION Gas Chromatography for REACH Compliance

Gas chromatography (GC) stands out as a powerful analytical tool for separating and identifying compounds within a sample. In fact, SCION’s Chromatography Solutions leverage cutting-edge technology to help businesses meet EU and UK REACH substance identity requirements effectively.

Unmatched Sensitivity and Resolution:

SCION GC Analysers deliver exceptional sensitivity and resolution. Enabling precise separation and identification of compounds, even at trace levels. This capability is crucial for detecting and quantifying impurities and additives in complex substances.

Robust, Reliable Performance:

Built for demanding analytical environments, SCION’s GC systems ensure consistent and reliable results. Their durability allows them to process a wide variety of sample types, making them ideal for routine testing and complex substance characterization.

Advanced Detection Options:

SCION provides a range of detectors, including Flame Ionization Detectors (FID), Mass Spectrometry (MS), and Thermal Conductivity Detectors (TCD). These tools offer deeper analysis of substance composition, ensuring compliance with REACH regulations.

User-Friendly Interface:

SCION’s intuitive software simplifies setup, operation, and data analysis, streamlining workflows and enhancing accuracy.

Customizable Configurations:

SCION GC systems adapt to specific analytical needs, offering tailored solutions to meet diverse regulatory and substance identity requirements.

Comprehensive Data Management:

With advanced data management and reporting capabilities, SCION’s software facilitates the creation of detailed Substance Identification Profiles (SIPs), ensuring compliance documentation is complete and accessible.

SCION REACH Applications

In our application – Import and Export of Chemicals EU/UK REACH Substance Identity Requirements we used the SCION GC 8500 equipped with a flame ionization detector (GC-FID). The identity of the active ingredient was confirmed using the GC equipped with a single quadrupole mass spectrometer (GC-MS). When combined with our SCION GC solutions our single quadrupole mass spectrometer instrument, offers superior analytical capabilities by enabling both qualitative and quantitative analysis of complex mixtures. The SQ-MS excels at detecting low-level contaminants, degradation products, and impurities. This makes it indispensable in the REACH testing framework where trace-level accuracy is required.

Mass Spectrometry for Enhanced Substance Identification

Mass spectrometry (MS) adds a critical dimension to substance identification in REACH compliance testing. SCION’s 8700 SQ-MS is a powerful tool for breaking down complex mixtures and providing detailed molecular information about each component. When paired with gas chromatography, MS can:

• Identify unknown substances by analyzing their fragmentation patterns.
• Accurately quantify trace-level impurities that may otherwise go undetected.
• Confirm the molecular structure of chemicals by comparing their mass spectra with reference libraries such as the NIST database.

By leveraging mass spectrometry, laboratories can go beyond simple identification, gaining deeper insights into chemical composition. This ensures that all regulatory requirements for purity and safety are met.

Other Chromatography Techniques

In addition to gas chromatography, the SCION LC6000 Liquid Chromatography (LC) system offers another powerful tool for REACH compliance. Designed for both qualitative and quantitative analysis, the LC6000 effectively detects trace compounds—even in complex matrices. This system excels in identifying organic compounds, polymers, and additives, ensuring that all substances meet REACH’s strict safety, environmental, and regulatory standards.

Summary

SCION’s advanced chromatography systems empower companies to navigate the complexities of substance identification with confidence. By leveraging state-of-the-art GC and LC technology, businesses can ensure full REACH compliance while maintaining a competitive edge in the global chemical market.