STP742

    Power Plant Instrumentation for Measurement of High-Purity Water Quality

    Lane RW, Otten G
    Published: 1981


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    The publication presents techniques employing various methods of measurement, such as ion chromatography, atomic absorption, specific ion electrode, ion exchange columns, electrical conductivity, a gravimetric method, differential pulse polarography and others. Discussions on methods of sampling, desired point of sampling, and other details are included.


    Table of Contents

    Introduction
    Lane R., Otten G.

    Summary
    Lane R., Otten G.

    Introduction to the Panel Discussion
    Rice J.

    Monitoring Power Plant Water Chemistry
    Pocock F.

    Critical Overview of Power Station Sampling and Analysis of Water and Steam
    Jonas O.

    A Consulting Engineer's Role in Power Plant Instrumentation for Measurement of High-Purity Water Quality
    Hoppe T.

    Power Plant Instrumentation for Measurement of High-Purity Water Quality
    Brown J.

    Status of Continuous Monitoring in Central Stations
    Noll D.

    Power Plant Water Quality Instrumentation: A Guideline for Operation, Calibration, and Maintenance
    Selby K.

    Program for Steam Purity Monitoring: 1. Instrumentation and Sampling
    Bellows J., Hickam W., Pensenstadler D., Peterson S.

    Program for Steam Purity Monitoring: 2. Results of Power Plant Testing
    Bellows J., Hickam W., Pensenstadler D., Peterson S.

    Quantification of Sodium, Chloride, and Sulfate Transport in Power-Generating Systems
    Pearl W., Sawochka S., Willhite T.

    Determination of Anions in High-Purity Water by Ion Chromatography
    Rawa J.

    Recent Advances in Ion Chromatography
    Girard J., Glatz J.

    In-Plant System for Continuous Low-Level Ion Measurement in Steam-Producing Water
    Passell T., Robles M., Simpson J.

    High-Purity Water Quality Monitoring Based on Ion-Selective Electrode Technology
    Diggens A., Lichtenstein S., Synnott J., West S.

    Evaluation of Power Plant Measurement of Sodium Ions in High-Purity Main Steam and Feedwater Utilizing In-Line Continuous Specific-Ion Electrodes
    Eherts R.

    Use of On-Line Atomic Absorption in a Power Plant Environment
    Battaglia J., Gockley G., Skriba M.

    Zero: The Unreachable Goal
    Fisher S.

    Resistivity of Very Pure Water and Its Maximum Value
    Light T., Sawyer P.

    Continuous Conductivity Monitoring of Anions in High-Purity Water
    Lane R., Neff C., Sollo F.

    Description and Evaluation of a Continuous Sample Water Evaporator
    Elmiger S., Mravich N., Stauffer C.

    Determination of Trace Chlorine and Oxidants in Seawater by Differential Pulse Polarography
    Kark P., Washinger G.

    IndexCaret


    Committee: D19

    Paper ID: STP742-EB

    DOI: 10.1520/STP742-EB

    ISBN-EB: 978-0-8031-4808-6

    ISBN-13: 978-0-8031-0798-4

    ASTM International is a member of CrossRef.

    0-8031-0798-6
    978-0-8031-0798-4
    STP742-EB