Environmental Analysis

What can smartphone technology offer environmental analysis?

Do you work with environmental samples? Would you like to know how modern smartphone technology is being utilized to improve analysis? If so, read on...

Success using Alternate Carrier Gases for Volatile Methods

In this presentation from a recent 'Advances in Enviromental Analysis eSeminar' hosted by Separation Science in collaboration with PerkinElmer, Lee Marotta (PerkinElmer, USA) reports on the success of using alternate carrier gases for volatile...

Volatiles and Semi-Volatiles in Air: the Cost Effective, One Analysis, Green Solution

In this presentation from a recent 'Advances in Enviromental Analysis eSeminar' hosted by Separation Science in collaboration with PerkinElmer, Roberta Provosta (Pace Analytical Services, USA) and Lee Marotta (PerkinElmer, USA) present a cost...

Efficient, Cost Effective and Environmentally Friendly Approach to Semi-volatile Analysis

In this presentation from an 'Advances in Enviromental Analysis eSeminar' hosted by Separation Science in collaboration with PerkinElmer, Lee Marotta (PerkinElmer, USA) describes some environmentally friendly techniques for semi-volatile analysis...

TUTORIAL SERIES: Environmental Applications of Ion Chromatography

Want to know more about ion chromatography (IC) applications? How can correct use of this technique help you develop better environmental, food and beverage methods? Visit the 'Ion Chromatography' learning hub for the latest comprehensive...

How to Comply with EPA Method 325 for Fenceline Monitoring of Volatile Organic Compounds (VOCs) and Passive Sampling

In this presentation from a recent 'Advances in Enviromental Analysis eSeminar' hosted by Separation Science in collaboration with PerkinElmer, Lee Marotta (PerkinElmer, USA) and Jamie Brown (MilliporeSigma, USA) discuss how to effectively comply...

Solution for extending the hydrocarbon range of TO-17 in soil gas analysis

In this study, PerkinElmer, with assistance from CARO Analytical Services, has designed a new thermal desorption tube that successfully accommodates the challenges of soil gas sampling and analysis while outperforming the regulatory criteria a...

Perform online SPE analysis of PPCPs in water

This study outlines the analysis of pharmaceuticals and personal care products (PPCPs) in environmental and drinking water using direct injection LC/MS and online SPE. 

Selecting the best technique for VOC analysis

Do you need guidance on volatile organic compound monitoring and help in selecting the best technique for your application? If so, register for this upcoming webinar.

Analysis of PFAS in the Environment

Around the world, communities are discovering that per- and polyfluoroalkyl substances (PFAS) are commonly found in drinking water and the environment. These chemicals are persistent, toxic and harmful and their presence and accumulation in the...

Learn an Effective Method for Monitoring Hydrocarbons and Polar VOCs

Do you face challenges monitoring PAMS hydrocarbons and polar VOCs at low ambient levels? This on-demand webinar outlines operating conditions for the PAMS autosampler/GC installed at the New York State Department of Environmental Conservation...

Monitoring SVOCs using thermal desorption

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,...

    

Subscribe to FREE learning from the experts!