Discovering PFAS in Drinking Water - A Global Focus

Organomation General Manager David Oliva with authorized distributor Orange Science at JASIS, the Japan Analytical and Scientific Instruments Show. Japan is one of the countries currently regulating..

Manual Sample Drying to an Automated Dryer System: Is it worth the switch?

Harnessing the Power of LC-MS/MS in Agricultural Research

Preparing Diverse Sample Matrices for EPA Method 1633

 Organomation blowdown evaporators are well known by those completing PFAS methods focused on drinking water, specifically EPA Method 533 and 537.1. While the N-EVAP tends to be most popular with..

How Liquid Chromatography Aided the Largest US Environmental Remediation

EPA Announces New Restrictions on PFAS in Drinking Water

 The Environmental Protection Agency announced that two of the most common PFAS, perfluorooctanoic acid and perfluorooctanesulfonic acid, will now be required to be strictly monitored by municipal..

Nitrogen Dryer Increases LC-MS Sample Prep Productivity by 400%

PFAS Survey: Sample Prep & Drinking Water Analysis Are Top of Mind

 Ahead of Organomation's participation at the upcoming Science of PFAS event, we wanted to focus on some of the latest discussions related to per- and polyfluoroalkyl substances. 

Effects of Solvents Used During Sample Preparation

According to recent survey data from LC-GC Magazine, nearly 90% of respondents were concerned with the effects of solvent in the areas of health, safety, and the environment. Given the audience of..

Evaporation to Dryness Ahead of Thin Layer Chromatography

TLC, or Thin Layer Chromatography, is growing in popularity due to its ability to discover the purity of various compounds within a mixture.