STP1033

    Environmental Aspects of Stabilization and Solidification of Hazardous and Radioactive Wastes

    Côté P, Gilliam M
    Published: 1989


      Format Pages Price  
    PDF Version (8.9M) $70   ADD TO CART
    Print Version $70   ADD TO CART
    Print + PDF Bundle - Save 25% $105.00   ADD TO CART


    STP 1033 provides a unique perspective on stabilization and solidification research as performed by the hazardous and radioactive waste communities. These papers are grouped into 4 sections: Processes; Regulatory Aspects and Testing Methods; Laboratory Evaluation; and Large Scale Evaluation or Demonstration.


    Table of Contents

    Overview
    Côté P., Gilliam M.

    The Soliroc Process in North America: A Stabilization/Solidification Technology for the Treatment of Metal-Bearing Wastes with Reference to Extraction Procedure Toxicity Testing
    Ezell D., Suppa P.

    Systematic Approach for the Design of Pumpable, Cement-Based Grouts for Immobilization of Hazardous Wastes
    Gilliam T., Sams T.

    The Use of Bitumen in the Stabilization of Mixed Wastes
    Doyle R., Mattus A., Swindlehurst D.

    Leaching and Comprehensive Regulatory Performance Testing of an Extruded Bitumen Containing a Surrogate, Sodium Nitrate-Based, Low-Level Waste
    Cofer C., Kaczmarsky M., Mattus A.

    Surface Encapsulation Process for Stabilizing Intractable Contaminants
    Lubowitz H., Telles R., Unger S.

    A Process for Solidifying Sodium Nitrate Waste in Polyethylene
    Colombo P., Franz E., Heiser J.

    Development of a Composite Polyethylene—Fiberglass-Reinforced-Plastic High-Integrity Container for Disposal of Low-Level Radioactive Waste
    Lowenberg H., Shaw M.

    Nuclear Regulatory Commission Regulations and Experience with Solidification/Stabilization Technology
    Greeves J., Jungling T.

    Characterization and Control of Solidified Radioactive Wastes According to the Italian Rules: Organization of a Characterization Facility and First Results
    Donato A., Ricci G.

    A Quality-Assurance Procedure for Use at Treatment Plants to Predict the Long-Term Suitability of Cement-Based Solidified Hazardous Wastes Deposited in Landfill Sites
    Baldwin G., Dent C., Rushbrook P.

    A Critical Review of Evaluation Procedures for Stabilization/Solidification Processes
    Poon C.

    Leaching Characteristics of Construction Materials and Stabilization Products Containing Waste Materials
    de Groot G., van der Sloot H., Wijkstra J.

    Extraction Procedure Toxicity and Toxicity Characteristic Leaching Procedure Extractions of Industrial and Solidified Hazardous Waste
    Crawford M., Shively W.

    Leaching Characteristics of Selected Elements from Coal Fly Ash as a Function of the Acidity of the Contact Solution and the Liquid/Solid Ratio
    de Groot G., Hoede D., van der Sloot H., Wijkstra J.

    Evaluating the Freeze-Thaw Durability of Portland Cement-Stabilized-Solidified Heavy Metal Waste Using Acoustic Measurements
    Baldwin K., Bishop P., El-Korchi T., Gress D.

    Development of a Liquid Release Tester
    Swanstrom C.

    Comparative Studies of Metal Containment in Solidified Matrices by Scanning and Transmission Electron Microscopy
    Hannak P., Mikula R., Neuwirth M.

    A Physical Testing Program for Stabilized Metal Hydroxide Sludges
    Bergstrom W., Forslund B., Smith L.

    Experimental Evaluation of Limiting Factors for Leaching Mechanism in Solidified Hazardous Wastes
    Medici F., Merli C., Scoccia G., Volpe R.

    Column Leach Testing of Phenol and Trichloroethylene Stabilized/Solidified with Portland Cement
    Bishop P., Kolvites B.

    A Study of Tritium Release from Encapsulated Titanium Tritide Accelerator Targets
    Bauer L., Landolt R.

    Metal Immobilization by Solidification of Hydroxide and Xanthate Sludges
    Bricka R., Hill D.

    The Use of Activated Charcoal and Tetra-Alkylammonium-Substituted Clays in Cement-Based Stabilization/Solidification of Phenols and Chlorinated Phenols
    Montgomery D., Perry R., Sheriff T., Sollars C.

    Solubility and Stability of Inorganic Iodides: Candidate Waste Forms for Iodine-129
    Lopata V., Taylor P., Wood D., Yacyshyn H.

    Leaching-Induced Concentration Profiles in the Solid Phase of Cement
    Colombo P., Fuhrmann M.

    Strategy for Management of Mixed Wastes at the West Valley Demonstration Project
    Englert J., Roberts C., Smeltzer E.

    Leaching Low-Level Radioactive Waste in Simulated Disposal Conditions
    Buckley L., Tosello N., Woods B.

    Stabilization of Mixed Waste at the Idaho National Engineering Laboratory
    Boehmer A., Gillins R., Larsen M.

    Influence of Hydrologic Factors on Leaching of Solidified Low-Level Waste Forms at an Arid-Site Field-Scale Lysimeter Facility
    Jones T., Skaggs R.

    Experience Acquired in the Field of Long-Term Leaching Tests on Blocks of Radioactive Waste
    Billon A., Nomine J.

    Large-Scale Demonstration of Low-Level Waste Solidification in Saltstone
    McIntyre P., Oblath S., Wilhite E.

    Field Testing of Waste Forms Using Lysimeters
    Davis E., Findley M., McDonnel J., Rogers R.

    In Situ Grouting of Shallow Landfill Radioactive Waste Trenches
    Spence R., Tamura T.

    Author Index

    Subject Index


    Committee: D34

    Paper ID: STP1033-EB

    DOI: 10.1520/STP1033-EB

    ISBN-EB: 978-0-8031-5090-4

    ISBN-13: 978-0-8031-1261-2

    ASTM International is a member of CrossRef.

    0-8031-1261-0
    978-0-8031-1261-2
    STP1033-EB