Water Analysis|PerkinElmer

Water Analysis Spotlight

Built on robust, flexible technology that enables labs to comply with ISO 17294-2, PerkinElmer’s ISO 17294 Water Analyzer allows you to quickly begin analyzing ...

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Environmental laboratories conducting trace-elemental analyses of water need a robust instrument that requires as little maintenance as possible. For municipal ...

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Representatives from the Norwegian Institute for Water Research (NIVA) discuss their investigation into the presence of microplastics in the Arctic Ocean. The r ...

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Emerging contaminants include a variety of different chemical pollutants including pharmaceuticals, personal care products, endocrine disrupting compounds, per- ...

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Per- and polyfluoroalkyl substances (PFAS) have gained significant attention as an emerging environmental and safety threat in the United States. Since the 1940 ...

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PerkinElmer offers a portfolio of high-performance solutions to optimize your laboratory workflow for PFAS analysis. Our robust and reliable LC/MS/MS systems al ...

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This white paper is designed to provide an overview of the evolving regulations as laid out in the proposed new EU drinking water standards. It offers a summary ...

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Clean and pure drinking water is a necessity. That’s why governments, contract labs, utilities and regulatory agencies test a high volume of samples, time-sensi ...

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Ensuring the purity of each drop of water through an advanced mass spectrometer is the goaof every dedicated water analyst. Diligence is crucial, as the number ...

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As part of our efforts to educate ourselves and our customers, we are actively engaged with researchers and subject matter experts from around the world to expl ...

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Per- and polyfluoroalkyl substances (PFAS) are stable in the environment and can accumulate over time.

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The Weld County Public Health Laboratory works in conjunction with both the Environmental Health and the Public Health Education departments to support a variet ...

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The Orange County Water District Advanced Water Quality Assurance Laboratory processes over 20,000 samples of water a year and relies on PerkinElmer instrumenta ...

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“Water is life,” as Dr. Luca Lucentini of Istituto Superiore di Sanità (ISS), is fond of saying. The availability and safety of water supplies is a global chall ...

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In this webinar, Jon Hawkings, Assistant Professor at the University of Pennsylvania, explores the relationship between glaciers and trace metals. By delving in ...

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When it comes to water analysis, it can be challenging for labs to keep up with ever-changing testing regulations whilst also executing time efficient, accurate ...

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Laboratories performing wastewater, surface water, and effluent testing contend with a multitude of demands: Analyzing a diverse range of contaminants, which ma ...

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Dr. Hartwig Kremer, Head of Global Environment Monitoring Systems (GEMS) & World Water Quality Alliance (WWQA) Coordination Team Leader at the United Nations En ...

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Join this webinar for an in-depth discussion on PFAS analysis according to EPA Method 1633, while identifying and mitigating background contamination. EPA Metho ...

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This webinar highlights a rapid, green method (ASTM D7575) for testing hydrocarbon contamination in environmental water samples.

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During the PerkinElmer Global Environmental Sciences Summit, Dr. Emanuela Gionfriddo gave a talk on microextraction approaches for environmental monitoring of e ...

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Dr. Pete Myers, Professor at Carnegie Mellon University and Chief Scientist at Environmental Health Sciences, spoke at PerkinElmer’s Global Environmental Scienc ...

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Professor Francesco Regoli, of the Polytechnic University of Marche, provides an overview of the risks posed by emerging pollutants such as microplastics and ph ...

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Dr. Floriane Queiroga, Research and Development Director at La Drome Laboratoire, recently spoke at the PerkinElmer Global Environmental Sciences Summit and sha ...

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Over the past decade, awareness and concern about Per- and Polyfluoroalkyl Substances (PFAS) has grown and led to more in-depth analysis of these compounds and ...

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Emerging contaminants in water continue to be an environmental concern. They include categories of chemicals such as pharmaceuticals and personal care products ...

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Water quality standards include a wide range of priority substances which pose a significant risk to human health. These substances include a large number of po ...

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The US EAP Method 537.1 is used for the determination of selected PFASs in drinking water by solid phase extraction and liquid chromatography/tandem mass spectr ...

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This webinar discusses a number of topics relating to emerging contaminant analysis and workflow including the use of on-line solid phase extraction to improve ...

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Growing environmental concern has led to stricter regulations of drinking water and water supplies over the past decade including routine monitoring and detecti ...

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Pharmaceutical and personal care products (PPCPS) are an emerging environmental concern and include human and veterinary prescriptions, over-the-counter medicat ...

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The most significant challenge in trace element analysis of drinking water is ensuring detection capability that complies with the regulatory framework at the s ...

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To help ensure the quality and safety of drinking water, the international standard method ISO 17294 outlines the analysis of elements using inductively coupled ...

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Per- and polyfluoroalkyl substances (PFAS) are a group of synthetic chemicals developed in the 1940s, and widely used for their surfactant properties. Due to th ...

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Coastal oceans house a wealth of marine life and serve as the primary source of global seafood production. However, with the increasing industrialization of bot ...

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As a vital resource for human consumption, the quality of drinking water is of utmost importance. To help ensure its quality and safety, method GB/T-5750.6 spec ...

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Iodine is an essential trace element for human health, but excessive or insufficient intake can cause thyroid disorders. Iodine can also be introduced into wate ...

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Governing bodies have implemented various directives to monitor acrylamide in drinking water. This also applies in the European Union where the water framework ...

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Growing health concerns regarding PFAS and their prevalence in consumer goods and the environment indicate a critical need to execute existing and upcoming regu ...

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This application note highlights the LC/MS/MS analysis of PFAS compounds according to the European Union Water Framework Directive 2020/2184. It demonstrates ho ...

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Water Analysis Solutions

Ensuring drinking water resources meet regulatory requirements and are safe for human consumption requires the testing for a wide range of possible contaminants ...

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Unregulated Contamination Monitoring Rule 5

Monitoring surface and ground water provides environmental professionals with the necessary information to ensure both environmental as well as human health. Wh ...

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Laboratories must ensure municipal and industrial wastewater is safe before it is discharged into surface waters. To comply with these rigorous standards, scien ...

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For water analysis in accordance with ISO 17294-2 water quality regulations, there’s no easier, more effective way to get up and running – in compliance – than ...

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The health of our oceans is a critical topic as we work to ensure environmental and human well-being. These vast bodies of water cover 70% of the earth’s surfac ...

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As our water supplies come under increasing pressure, it is essential that we examine our water management practices and explore ways to optimize our efficient ...

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