Environmental Analysis

Separation Science, in collaboration with Restek, offers an eBook outlining application notes, articles and solutions for fast and simple methods for water analysis including PFAS analysis and LC-MS/MS analysis of acrylamide in drinking water.

Separation Science, in collaboration with Shimadzu, offers a series of application notes introducing analysis methods for substances of concern such as PFAS, microplastics, and metallic elements. Click on the button below to download your personal...

Separation Science, in collaboration with Agilent, offers an eBook containing a selection of application notes relevant for environmental analysis using gas chromatography (GC). Discover an effective method for the analysis of a standard hydrocarbon...

Separation Science, in collaboration with Markes International and SepSolve Analytical, offers a selection of application notes relevant for environmental analysis embracing sample extraction and enrichment with comprehensive GC (GC×GC) and GC-MS.

A wide variety of contaminants with the potential to cause harm to humans and animals can make their way into the environment. They can be found in the air, water and soil and may come from sources such as industrial waste, landfill sites,...

Separation Science, in collaboration with Agilent, offers a selection of application notes relevant for environmental analysis using GC or GC/MS. Discover an effective method for the analysis of semivolatile organic compounds or find out how to...

Separation Science, in collaboration with Agilent, is offering a selection of application notes demonstrating the versatility of its 8890 gas chromatography (GC) system that enables you to work smarter with autonomous monitoring, remote...

This study from SepSolve Inc. demonstrates the suitability of a TD–GC×GC system with dual TOF MS/FID detection for the routine, automated analysis of volatile organic compounds (VOCs) in complex air samples. 

Environmental scientists all have one thing in common… finding a reliable and reproducible method to uncover unknown contaminants and quantify known substances, even at ultra-low concentrations. We know that this can be quite a challenge.

Volatile Organic Compounds (VOCs) can occur from natural sources such as plant scents. However, a large amount of VOCs do have an anthropogenic origin, because they are released from products in daily use or emitted during the manufacturing of such...

This application note summarises the features of Markes’ thermal desorption (TD) systems that allow them to offer excellent performance for the analysis of semi-volatile organic compounds (SVOCs), including long-chain hydrocarbons, PCBs, phthalates,...

In this application note, a method using a high selectivity triple quadrupole gas chromatography-mass spectrometer (GC–MS/MS) to detect for nonylphenol in river water is presented.

UCT has produced an application note to evaluate the effectiveness of the QuEChERS extraction and cleanup approach for the analysis of pesticides in soil.

This application note describes the performance of Markes’ thermal desorption (TD) systems for the GC–MS analysis of trace-level phthalates in air. 

Shimadzu has produced an application note describing a high sensitivity detection method for the detection of Pharmaceuticals and Personal Care Products (PPCPs) in surface water that does not require pre-treatment and concentration of water samples.