Water Analysis Solutions | PerkinElmer
Water Analysis

Water Analysis

If you are involved in water quality analysis, our established workflows save you time in method development and sample preparation and ensure your results are accurate and reliable. Whether you are involved in the testing of drinking water, wastewater, surface or ground water, PerkinElmer can provide you with easy-to-use, cost-effective solutions to suit any workload – large numbers of everyday samples, quick turnarounds and emergencies, even testing in the field and on the fly. Solutions for environmental professionals that do whatever it takes to ensure their customers and stakeholders receive reliable and accurate analytical testing for ensuring water quality and human health.

Water Analysis Spotlight


NexION 2200 ICP-MS: Helping Ensure Safe, Sustainable Water Supplies

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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Customer Spotlight: Norwegian Institute for Water Research (NIVA)

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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Drinking Water Analysis Webinar Series

Emerging contaminants include a variety of different chemical pollutants including pharmaceuticals, personal care products, endocrine disrupting compounds, per- ...
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Mitigation of PFAS in Drinking Water Through Analytical Innovation

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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PFAS Analysis Brochure

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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A Review of EU Drinking Water Regulations

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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Drinking Water Analysis Solutions Interactive Brochure

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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EnviroChat Interviews

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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PFAS Health Concerns in Air, Water and Soil

Per- and polyfluoroalkyl substances (PFAS) are stable in the environment and can accumulate over time.
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Weld County Colorado Partners with PerkinElmer to Optimize Water Testing

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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Going Underground with the Orange County Water District

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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Diving into a Holistic Approach to Water Ecosystem Management

“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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Overcoming Common Challenges in Waste and Surface Water Analysis

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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Tackling the Global Water Crisis: A Focus on Water Quality

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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Accurate and Efficient Analysis of PFAS by EPA Method 1633

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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Rapid, Green Method for Testing Hydrocarbon Contamination in Environmental Water Sample

This webinar highlights a rapid, green method (ASTM D7575) for testing hydrocarbon contamination in environmental water samples.
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Microextraction Approaches for Environmental Monitoring of Emerging Contaminants

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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Low Doses of Endocrine Disrupting Compounds: Implications for the Chemical Enterprise

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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New Risks from Emerging Pollutants in the Marine Environment

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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Validation Method for the Determination of Pesticides in Water by LC/MS/MS

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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Water Contaminants: Analysis of PFAS Using LC/MS/MS Technology

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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Determination of Emerging Contaminants in Water by LC-MS/MS

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 Contaminants: Analysis of Polar Contaminants and Glyphosate with QSight® LC-MS/MS

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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What’s in your Water? Monitoring of PFAS in Drinking Water According to EPA Method 537.1

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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Optimizing Your Performance Efficiency and Budget for Organic Drinking Water Methods

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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What’s in Your Water? Monitoring Cyanotoxins in Drinking Water by LC-MS/MS

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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What’s in Your Water? Monitoring Pharmaceuticals and Personal Care Products in Drinking Water by LC-MS/MS

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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LC/MS/MS: Improved Throughput and Flexibility for Compliant Drinking Water Analysis with Dual Source Capability

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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LC/MS/MS: Optimized Approach for the Analysis of Perfluoroalkyl and Polyfluoroalkyl Substances in Aqueous Samples by EPA Method 1633

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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Analysis of PFAS in Drinking Water by Large Volume Direct Injection Following the EU Drinking Water Directive 2020/2184

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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Analysis of Trace Elements in Coastal Seawater Using the NexION 2200 ICP-MS

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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LC/MS/MS: Analysis of Perfluoroalkyl and Polyfluoroalkyl Substances in Aqueous Samples by EPA Method 1633

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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