Environmental Analysis

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.

Separation Science, in collaboration with PerkinElmer has developed an upcoming webinar that will compare the different techniques of air sampling and when they are utilized. Regulatory agencies globally are increasing requirements and rigor for...

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...

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...

Agilent Technologies has produced an application note describing a novel gas sampling system that enables simultaneous GC-ICP-MS analysis of total and speciated volatile arsenic compounds such as arsine in gas and liquefied gas samples.

Polycyclic aromatic hydrocarbons (PAHs) are ubiquitous in the environment. They belong to a group known as persistent organic pollutants (POPs) and their monitoring is important because they have been identified as carcinogens. Multiple isomers...

Environmental laboratories are always looking for ways to save costs without compromising analytical results in terms of sensitivity, robustness or quality controls.

Atmospheric aerosols exert a large but uncertain negative (cooling) radiative forcing on regional climate. Their chemical composition affects this climate forcing via aerosol hydroscopicity and consequential cloud interactions, as well as...

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...