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Grouting as a Waste Immobilization/Disposal Method

E. W. McDaniel

Many options are available today for the immobilization and disposal of wastes that contain environmentally harmful materials. The option chosen depends upon the type of waste, regulatory requirements, and economics of process. Some options are specific to a given waste type; others are more versatile. This presentation discusses a very versatile option for waste immobilization/disposal - grouting. Many types of grout are available, such as chemical, clays or other particulates, fly ash, cements, or a combination of these. This presentation discusses the application of a variety of cement-based grouting techniques available for disposal of environmentally harmful materials. Areas discussed are in situ grouting of pits, ponds and lagoons, grouting as remedial action, and fixation for disposal in burial trenches or vaults. 6 refs. (ERA citation 12:030137)

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Grouting as a Waste Immobilization/Disposal Method

E. W. McDaniel

Many options are available today for the immobilization and disposal of wastes that contain environmentally harmful materials. The option chosen depends upon the type of waste, regulatory requirements, and economics of process. Some options are specific to a given waste type; others are more versatile. This presentation discusses a very versatile option for waste immobilization/disposal - grouting. Many types of grout are available, such as chemical, clays or other particulates, fly ash, cements, or a combination of these. This presentation discusses the application of a variety of cement-based grouting techniques available for disposal of environmentally harmful materials. Areas discussed are in situ grouting of pits, ponds and lagoons, grouting as remedial action, and fixation for disposal in burial trenches or vaults. 6 refs. (ERA citation 12:030137)

Grouting as a Waste Immobilization/Disposal Method

E. W. McDaniel

Many options are available today for the immobilization and disposal of wastes that contain environmentally harmful materials. The option chosen depends upon the type of waste, regulatory requirements, and economics of process. Some options are specific to a given waste type; others are more versatile. This presentation discusses a very versatile option for waste immobilization/disposal - grouting. Many types of grout are available, such as chemical, clays or other particulates, fly ash, cements, or a combination of these. This presentation discusses the application of a variety of cement-based grouting techniques available for disposal of environmentally harmful materials. Areas discussed are in situ grouting of pits, ponds and lagoons, grouting as remedial action, and fixation for disposal in burial trenches or vaults. 6 refs. (ERA citation 12:030137)

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Title:

Grouting as a Waste Immobilization/Disposal Method

Contributors:

E. W. McDaniel (author)

Publication date:

1987

Size:

18 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Radioactive Wastes & Radioactivity , Grouting , Low-Level Radioactive Wastes , Radioactive Waste Processing , Bentonite , Cements , Chemical Composition , Fly Ash , Hydraulic Fracturing , Radioactive Waste Disposal , Solidification , Waste Forms , ERDA/052002 , ERDA/052001

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