Interpretation of processing contaminant analysis, including MOSH/MOAH
Dr. Hocelayne Fernandes, QTI Services, the Netherlands
The presentation outlines advanced analysis of mineral oil saturated hydrocarbons (MOSH) and mineral oil aromatic hydrocarbons (MOAH), emphasizing the importance of detecting and quantifying these contaminants in food products and packaging to ensure food safety. Key to this analysis is the implementation of advanced sample preparation techniques and sophisticated instrumentation. To boost these technologies, the presentation emphasizes the integration of an automated system in the analysis process. Automation system in MOSH and MOAH analysis plays a pivotal role in enhancing consistency, reducing human error and increasing throughput. Notably, this advancements contribute to achieving a low limit of quantification (LOQ) while also enhancing the measurement robustness and reducing uncertainty, which are essential for reliable and reproducible results.
Measurement uncertainty is a critical parameter in analytical chemistry, affecting the reliability and comparability of results. The automated systems discussed in this presentation are designed to minimize these uncertainties. Through precise control of analytical conditions and the reduction of operator-dependent variability, the systems ensure that measurements are both accurate and consistent. Several practical examples will be presented to illustrate these points. These examples will show real-world applications of the automated systems, demonstrating how they achieve low LOQ and robust measurements in the analysis of MOSH and MOAH. The examples will highlight the improvements in analytical performance and the benefits of reduced measurement uncertainty in ensuring food safety.
The presentation concludes by reinforcing the significance of advanced analytical methods and automation in ensuring food safety. The enhanced measurement robustness and low LOQ achieved through these methods are critical for maintaining high standards in food safety monitoring. The session will open the floor for questions and discussion, encouraging participants to explore these critical topics further and discuss potential applications and benefits in their respective fields.
In summary, this presentation provides a comprehensive overview of the advancements in MOSH and MOAH analysis, highlighting the importance of automation in achieving low LOQ and enhanced measurement robustness, thereby ensuring the reliability and safety of food products.
