In situ grouting of low-level burial trenches with a cement-based grout at Oak Ridge National Laboratory

Francis, C.W.; Spence, R. M.; Tamura, T.; Spalding, B.P.

doi:10.2172/6760214

1993

DOI: 10.2172/6760214

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In situ grouting of low-level burial trenches with a cement-based grout at Oak Ridge National Laboratory

C.W. Francis¹,

R. M. Spence²,

T. Tamura³

et al.

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“…In the northeastern corner of SWSA 6, two trenches were selected for in-situ grouting with a particulate grout (Nos. 151 and 170, located in the Test Area for Remedial Actions (TARA) site)96 . Each of the interconnected trenches are approximately 15 feet deep -trench 151 measures 42'×14' (~583 ft 2 ) and trench 170 measures 44'×14' (612 ft 2 ).…”

mentioning

confidence: 99%

Review of Cementitious Materials Development and Applications That Have Supported DOE-EM Missions: Waste Treatment, Conditioning, Containment Structures, Tank Closures, Facility Decommissioning, Environmental Restoration, and Structural Assessments

Lorier¹,

Langton²

2019

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The Department of Energy (DOE) is tasked with managing the legacy defense wastes that resulted from nuclear materials production and nuclear arms development. Nuclear-waste management encompasses generation, processing (treatment and packaging), storage, transport, and disposal. To date, there are over 100 million gallons of liquid radioactive and chemical mixed wastes within the Department of Energy complex as well as solid waste, debris, and environmental restoration media that require disposal. DOE has been able to meet the challenges involved in dispositioning this waste using unique technical approaches and application-specific data required due to the nature of the constituents to be managed (e.g., long-lived radionuclides and highly mobile radionuclides in the near surface environments). Cementitious materials have played a prominent role historically in the successful disposition of these wastes, in the reduction of risk to the public, and in the closure of decommissioned tanks and facilities across the DOE complex. This document explores these applications and provides a review of how cementitious materials have been used across the DOE complex. The various approaches, formulations, processing techniques and disposal paths are discussed along with the requirements that drove the various cementitious systems and techniques used. Specifically, focus is provided regarding how/where cementitious materials are used for the following applications:

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mentioning

confidence: 99%

Review of Cementitious Materials Development and Applications That Have Supported DOE-EM Missions: Waste Treatment, Conditioning, Containment Structures, Tank Closures, Facility Decommissioning, Environmental Restoration, and Structural Assessments

Lorier¹,

Langton²

2019

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Evaluation of In Situ Grouting as a Potential Remediation Method for the Hanford Central Plateau Deep Vadose Zone

Truex¹,

Pierce²,

Nimmons³

et al. 2011

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In situ grouting of low-level burial trenches with a cement-based grout at Oak Ridge National Laboratory

Cited by 2 publications

References 4 publications

Review of Cementitious Materials Development and Applications That Have Supported DOE-EM Missions: Waste Treatment, Conditioning, Containment Structures, Tank Closures, Facility Decommissioning, Environmental Restoration, and Structural Assessments

Review of Cementitious Materials Development and Applications That Have Supported DOE-EM Missions: Waste Treatment, Conditioning, Containment Structures, Tank Closures, Facility Decommissioning, Environmental Restoration, and Structural Assessments

Evaluation of In Situ Grouting as a Potential Remediation Method for the Hanford Central Plateau Deep Vadose Zone

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