STP1123

    Stabilization and Solidification of Hazardous, Radioactive, and Mixed Wastes: 2nd Volume

    Gilliam TM, Wiles CC

    Pages: 499

    Published: 1992

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    39 papers by researchers working with stabilization and solidification technologies from both the low-level radioactive and chemically hazardous waste communities are presented in sections on:

    • Regulatory and Technical Guidance

    • Specialty Wastes: Organics, Ashes, and Resins

    • Laboratory-Scale Leachability Studies

    • Laboratory-Scale Process Development

    • Test Method Development

    • Large-Scale Evaluation or Demonstration


    Table of Contents

    Low-Level Radioactive Waste Disposal in the United States
    Bangart R., Tokar M.

    Issues Related to the Public and Regulatory Acceptance of Performance Standards for Wastes Remaining on Hazardous Waste Sites
    Barich J., Mason B.

    Solidification/Stabilization: Is It Always Appropriate?
    Barth E., Wiles C.

    Guidelines for Evaluation of the Permanence of a Stabilization/Solidification Technology
    Soundararajan R.

    A Critical Review of the Effectiveness of Stabilization and Solidification of Hazardous Organic Wastes
    Brown R., Bulzan J., Jindal B.

    Stabilization/Solidification of Wastes Containing Volatile Organic Compounds in Commercial Cementitious Waste Forms
    Gilliam T., Morgan I., Osborne S., Spence R.

    Solidification and Stabilization of Phenol and Chlorinated Phenol Contaminated Soils
    Bentley W., McIntosh T., Revall M., Sell N.

    Incorporation of Radioactive Ashes into Ceramic-Clay Matrices
    Aloy A., Kolycheva T., Kuznetsov B., Shashukov E., Vishnevskii A.

    Fixation of Residues from Special Hazardous Waste Incinerators for Shallow Land Disposal
    Assmann D., Brodda B.

    Chemical Fixation of Flue Gas Desulfurization Sludges and Fly Ash
    Bishop P., Dusing D., Gong R., Keener T., Li C.

    Evaluation of the Impact of Ocean Disposal of Stabilized/Solidified Municipal Solid Waste Incinerator Ash on Marine Sediments
    Collins M., Durling D., Gress D., Kinner N., Lyons W.

    Performance Testing of Grout-Based Waste Forms for the Solidification of Anion Exchange Resins
    Bostick W., Morgan I.

    Determination of Leaching Characteristics of Waste Materials Leading to Environmental Product Certification
    de Groot G., van der Sloot H.

    Release of Toxic Elements from Solidified Wastes: A Mathematical Model
    Medici F., Merli C., Scoccia G., Volpe R.

    Leach Studies: Influence of Various Parameters on the Leachability of Cesium from Cemented BWR Evaporator Concentrates
    Balzamo S., De Angelis G., Marchetti A.

    Effects of Selected Waste Constituents on Solidified/Stabilized Waste Leachability
    Bricka R., Cullinane M., Jones L.

    Short-Term Leaching Behavior of Co-60, Sr-85, and Cs-137 from Cemented Ion-Exchange Resin Waste Forms
    Buckley L., Han K., Lee J.

    Effect of Hydrating Water on the Physical Characteristics and the Diffusion Release of Cesium Nitrate Immobilized in Cement
    Serrini G., Zamorani E.

    A Model of the Attack of Pure Water or Undersaturated Lime Solutions on Cement
    Buil M., Oliver J., Revertegat E.

    Long-Term Leaching Performance for Commercially Stabilized Waste
    Garvey W., Perry K., Prange N.

    Application of Radioactive Waste Solidification Methods to Hazardous Wastes in Italy
    Donato A., Ricci G.

    Stabilization and In Situ Management of Radioactive Contaminated Sediments of the Port Hope Harbor
    Dolinar G., Killey R., Philipose K.

    Mixture Design Optimization Considering Three Disposal Options for Solidified Heavy Metal Sludges
    Kim J., Koo J., Shin E., Shin H.

    Solidification of Dried Borate Waste with Polyester
    Kim H., Kim K., Park H., Suh I.

    Laboratory Evaluation of Stabilization/Solidification Technology for Reducing the Mobility of Heavy Metals in New Bedford Harbor Superfund Site Sediment
    Myers T., Zappi M.

    Cement Conditioning of Waste Materials and Polluted Soil Using the GEODUR Process
    Brodersen K., Hjelmar O., Mortensen S.

    Cementation of Borate Waste by Adding Slaked Lime
    Kim H., Kim J., Park H., Suh I.

    The Development of Cement Formulations for Radioactive Waste Encapsulation
    Fenton A., Lee D.

    Generalized Acid Neutralization Capacity Test
    Isenburg J., Moore M.

    Methods of Evaluating Explosive Reactivity of Explosive-Contaminated Solid Waste Substances
    Bajpayee T., Mainiero R.

    An Assessment of Short-Term Penetration Testing as an Indicator of Strength Development in Solidified/Stabilized Hazardous Waste
    Cullinane M., Jones L.

    Development of an In-Line Grout Meter for Improved Quality Control
    Del Cul G., Gilliam T.

    Summary of Solidification/Stabilization SITE Demonstrations at Uncontrolled Hazardous Waste Sites
    Barth E.

    Field Demonstration of In Situ Grouting of Radioactive Solid Waste Burial Trenches with Polyacrylamide
    Fontaine T., Spalding B.

    Stabilization/Solidification of Metal-Contaminated Soils: Two Case Histories
    Finn J., Kleppe J., Otten M.

    Dynamic Compaction of Nuclear Waste Deposits
    Lukas R., Schexnayder C.

    Contributions of Lysimeter Data to the Development of Site Specific Performance Assessment Plans
    Jastrow J., McConnell J., Rogers R., Wickliff D.

    Laboratory Treatment and Field Demonstration Lessons Learned from a Waste Stabilization Project
    Heath J., McLaughlin W., Means J.

    Performance Appraisal of Full-Size Radioactive Waste Packages
    Billon A., Nominé J.

    Author Index

    Subject Index


    Committee: D34

    Paper ID: STP1123-EB

    DOI: 10.1520/STP1123-EB

    ISBN-EB: 978-0-8031-5186-4

    ISBN-PRINT: 978-0-8031-1443-2

    ASTM International is a member of CrossRef.

    0-8031-1443-5
    978-0-8031-1443-2
    STP1123-EB