Dioxins and other POPs
Environmental pollutants in foods and beverages—such as persistent organic pollutants, also known as POPs—are of great interest when it comes to food safety. Dioxins, polychlorinated biphenyls (PCBs), organochlorine pesticides (OCPs) and polybrominated diphenyl ethers (PBDEs) are among the most common.
Using state-of-the-art systems, we provide solutions for some of the most challenging food safety and environmental pollutant determinations.
Persistent organic pollutants
Resistant to environmental degradation, persistent organic pollutants mainly accumulate through bio-accumulation within fatty deposits in meat, fish, eggs or other dairy products. They can have significant effects on humans and animals as they migrate through the food chain.
Dioxins in food, such as polychlorinated dibenzo-p-dioxins (PCDDs), polychlorinated dibenzofurans (PCDFs), and polychlorinated biphenyls (PCBs), constitute a group of highly toxic organic compounds formed unintentionally, mainly in waste combustion processes or as by-products of industrial manufacturing of certain chemicals, such as chlorinated pesticides.
Continual changes in POPs research and regulatory requirements drive the need for ever-lower limits of detection and quantitation, for both known and unknown compounds. View the on-demand POPs symposium recent developments in POPs analysis .
To reinforce our commitment, we have established a Persistent Organic Pollutants (POPs) Center of Excellence, staffed with experts in POPs analysis, to be used as a direct resource for our customers and associates. Located in Bremen, Germany, the center supports our customers and associates internationally.
Instruments for analysis of persistent organic pollutants
We provide a wide array of solutions to meet the regulatory requirements of POPs analysis. Open the sections below to learn more about instrumentation for these important analyses.
Sample preparation solutions and columns
Suitable for extraction of pollutants from high-fat content and dry foods
Extract organic pollutants from solid and semisolid samples prior to POPs analysis by using Dionex ASE 350 and ASE 150 solvent extractor systems. The system uses elevated temperature and pressure with organic and aqueous solvents to increase the efficiency of the extraction process.
The use of the novel water-absorbing polymer of the Dionex ASE Prep MAP expands the capabilities of the accelerated solvent extraction technique and allows for the extraction of analytes from samples containing up 85% water.
Dry or concentrate samples directly in a vial
Concentration and evaporation is an important step in achieving accurate analytical results with sample extracts. The Thermo Scientific Rocket Evaporator automates this process and can be used either to dry samples completely or to concentrate them directly into autosampler vials. This system can process large volumes of solvent extract (up to 450 mL) and also allows direct transfer of 60 mL extract from the accelerated solvent extraction system to eliminate manual sample transfer steps during the POPs testing process.
Our broad range of high-quality chromatography columns and consumables is designed to ensure that analytical systems operate at peak performance, providing optimal sample assessment regardless of matrix type.
Thermo Scientific TraceGOLD GC columns provide excellent quality and performance and Thermo Scientific LC and LC-MS columns and consumables are designed to meet the challenging requirements of POPs analysis.
Ultimate sensitivity & maximum robustness
- World-Wide Method compliance (e.g. EPA 1613)
- Best Dioxin installation spec
- Highest available sensitivity
- Robust-by-size with large volume ion source
The gold standard for dioxins & POPs, the Thermo Scientific DFS Magnetic Sector GC-HRMS is the only GC-MS specifically designed for dioxin and POPs analysis. The DFS GC-HRMS offers worldwide full compliance with any official dioxin, PCB or PBDE method (for example, EPA 1613, 1668, 1614). Exploit the benefits of highest available dioxin sensitivity and robustness, delivered by our large-volume ion source.
Unstoppable ease-of-use, sensitivity, uptime, and scalability
- Easy-to-use workflows including a dedicated dioxin analysis workflow
- High sensitivity for routine analysis
- Flexible method development
The Thermo Scientific TSQ 9000 GC-MS/MS enables high uptime and productivity thanks to patented technology, flexible method development, and powerful reporting tools. Extended robustness and industry-leading sensitivity, even with complex matrices, are made possible via the uniquely designed Advanced Electron Ion source. Method development is facilitated with AutoSIM and Time-SIM tools. Assure your routine lab's current and future analytical needs with the TSQ 9000 GC-MS/MS.
The power you need to identify unknowns
- The ultimate research tool
- Highest resolution and mass accuracy
- Unique unknown identification capabilities
The affordable Thermo Scientific Exactive GC Orbitrap GC-MS is the first-ever combination of high-resolution gas chromatography and high-resolution, accurate-mass (HRAM) Orbitrap mass spectrometer. It is an easy-to-use, dedicated benchtop GC-MS system that provides highest confidence for emerging POPs research with unmatched performance in compound discovery, identification, and quantitation for a comprehensive understanding of your samples.
Learn how simplify the complexity of dioxin analysis while ensuring compliance with the latest EU regulations in this on-demand webinar. You will hear about a fully integrated dioxin analyzer workflow with pre-loaded acquisition, calculation and reporting templates to increase your productivity.
Featured videos about analysis of persistent organic pollutants
Instruments for environmental pollutants in food
Watch these videos to learn more about our food and beverage analytical solutions using the most comprehensive line of instruments, equipment, consumables, chemicals, reagents and software available. You can also visit the food and beverage video library.
The Thermo Scientific Dioxin Analyzer delivers robust, sensitive quantitation of PCDDs, PCDFs, and dl-PCBs in food and feed samples, in compliance with EU regulation 664/2017.