Environmental Analysis

GC-MS Technology to Improve Analytical Efficiency and Reduce Cost of Operation for VOC and SVOC Compound Analysis

Separation Science, in collaboration with its sponsors Agilent, Markes International and PerkinElmer, has developed an 'Advances in Environmental Analysis eSeminar'. This unique on-demand event brings together some of the leading exponents in the...

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...

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...

Improved Analysis of Dioxin Compounds in Water by Isotope Dilution GC/MS/MS

Are you looking for an alternative, effective GC/MS/MS method for dioxin analysis in water? Would you like to reduce time-consuming sample preparation without highly sensitive and selective instrumentation? If so, Separation Science in...

Fast, Accurate and Sensitive Detection of Trace Organics in Water – Learn more

Discover a fast and robust method for trace level detection of trace organic contaminants using the latest advances in triple quadrupole LC/MS technology.

Do you need a fast and robust method to achieve sensitive detection of organic contaminants...

Routine GC×GC for Environmental Monitoring

Do you work in an environmental laboratory? Is extracting key analytical data from your environmental samples a challenge? If so, then this on-demand presentation is for you...

Improve the Analysis of Soil Gas to Determine if Targets are Being Missed

In this presentation from a recent 'Advances in Enviromental Analysis eSeminar' hosted by Separation Science in collaboration with PerkinElmer, Roberta Provost (Pace Analytical Services, USA) provides details of site studies in the analysis of...

Cryogen-Free Analysis of Trace-Level EPA TO-15 ‘Air Toxics’ in Humid Air

Volatile organic compounds (VOCs) are primarily monitored using canisters in accordance with US EPA Method TO-15. However, analysis of these ‘air toxics’ is challenged by the ever-greater range of analytes and concentrations of interest, and by...

    

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