Monthly Archives: January 2023

  1. How Discrete Analyzers Factor into Water Analysis

    Water sampling and testing is critical in a whole host of applications. It factors into microbiological research, ecological studies, environmental impact assessments, various industrial applications, and so on. This complexity is reflected in the number of steps often required for thorough water analysis, making it an arduous and costly task. Discrete analysis is one solution that promises to streamline complex water analysis workflows, saving users precious time without compromising results quality.

    This post will look at why discrete analyzers are used for water analysis and the benefits they offer chemists. 

    What are Discrete Analyzers? 

    A discrete analyzer is a flexible instrument frequently used in environmental a

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  2. What is a Discrete Analyzer?

    Wet chemistry techniques are varied and all too often time-consuming. Scientists conducting chemical tests to determine the quantity of a given analyte typically depend on a complex setup comprised of titration, photometry,  flow analyzers, and so on. Each individual instrument can be challenging to work with before factoring in the need for different reagents and calibrations per test. Chemists in a high-throughput lab can spend hours transferring high volumes of samples between pieces of equipment or preparing significant volumes of reagents and calibration standards. Discrete analyzers were envisioned as an easier, more productive, and less costly method of wet chemistry analysis.

    How Discrete Analyzers Work

    Discrete analyzers conduct specific chemical tests on analytes contained within discrete cuvettes.

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