The compound specific multi-isotope analysis of fatty acids allowed the discrimination of fish oils from different provenance, following risk-based comparisons from market experience.

Essential principles underlying FTIR, as well as offering valuable insights and practical strategies to optimize its use in both lab and field environments.

Examples of real-life applications that have benefited from the separating power of GC×GC, in both research and routine laboratories.

New solution for automating this process, allowing you to extract your analyte of interest, whether a pesticide, dioxin or organic pollutant.

We will outline the challenges of air pollution and how methods for tackling it are evolving in India and introduce the instrumentation at the heart of these new methods – analytical thermal desorbers.

Basics of MOSH/MOAH Analysis. Tackling challenges of MOSH/MOAH Analysis. Hyphenated chromatographic techniques as powerful tools to gain deeper insights into the MOSH and MOAH problem.

Calibration Techniques for Accurate Data

A fast and automated workflow for the quantitative analysis of microplastics in complex matrices and air will be discussed using the micro-furnace Pyrolysis-GC/MS.

The 8700 provides an easy flow for analysis of microplastics so that non-spectroscopists can generate accurate, reliable data without prior experience using an infrared microscope.

The use of an innovative, robust and cost-effective sampling device, the Micro-Chamber/Thermal Extractor.