Dioxin/Furan Analysis and Reporting Services
Most dioxin analyses offer a list of 17 dioxins and furans of special interest, deemed toxic by regulatory and international bodies, along with total dioxins and furans. These results are just the beginning of our analysis and reports. Montrose Environmental Group, Inc. data assessment allows us to understand the origin of many aspects of the data, especially when there’s an irregularity in that data.
We will soon be offering analyses from which we will report all 136 tetra-octa chlorinated dioxins and furans, facilitating the most advanced forensic analyses of sample results possible. We can even help you understand the possible sources of dioxins and furans found in a sample. We also offer an assessment of analyte and sample specific measurement uncertainty, unique to the preparation and analysis of each and every sample, based on the performance of the analysis.
Source Emissions Analytical Services
- Dioxin/Furans by EPA Method 23, CARB 429 and EPA SW-846 Method 0023A
- Industry leading experience solving unique regulatory challenges for point source emissions
- Science-based solutions for unusual and complex projects using isotope dilution
Ambient Air Measurement
- Dioxin/Furans by EPA Method TO-9A
- Our High-Resolution GC/MS instruments are optimized for low detection limits
- Isotope-dilution analyses to determine amounts of persistent organic pollutants in ambient samples
HR-GC/HR- MS PAHS
The analysis of polyaromatic hydrocarbons is a complex field, given the very large number of compounds that fall into this classification. Our method focuses on the EPA priority list of PAHs, with the list soon to be expanded to cover all those in the EU’s priority list.
These compounds cover a broad range of behavior and chemical properties. Some evaporate fairly readily, while others almost not at all, for example. These differences are readily dealt with by using carbon-labeled standards that behave identically chemically. Methods specifying the use of deuterium labeled standards (and laboratories using them) produce less reliable data than can be obtained with the carbon-labeled standards.
As with all our analyses, we have added extra-labeled standards to our PAH analysis that we can use to better understand aspects of sampling and analysis. Our team members have experience dealing with the extraction of PAHs from a wide variety of substances, including oils and carbon black used in food products. These substances provide extra challenges for the analysis of PAHs, and we delight in making those analyses work for you.