BEST OF SAGEEP: Addressing Saturated Response Areas as Part of Removal Actions and Remedial Investigations at Munitions Response Sites

Summary Unanticipated saturated response areas (SRAs) at military munitions response sites can have significant cost and schedule impacts on removal actions using advanced geophysical classification (AGC). SRAs are not always addressed in feasibility study (FS) remedial alternative cost estimates, and methods for delineating SRAs are not well defined. This paper will present a recently completed removal action and discuss how methods to address SRAs were modified during the project and streamlined for the next phase of work. This will be contrasted with a recently completed remedial investigation and the methods used to identify and characterize SRAs to inform the FS remedial alternatives for better removal cost estimates.

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Published
2025-01-01
DOI
https://doi.org/10.3997/2214-4609.202520289
Primary Topic
Geophysical Methods and Applications
Type
article
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article

BEST OF SAGEEP: Addressing Saturated Response Areas as Part of Removal Actions and Remedial Investigations at Munitions Response Sites

W. Church, K. Yarmush
Geophysical Methods and Applications
article

BEST OF SAGEEP: Addressing Saturated Response Areas as Part of Removal Actions and Remedial Investigations at Munitions Response Sites

W. Church, K. Yarmush
article en

Abstract

Summary Unanticipated saturated response areas (SRAs) at military munitions response sites can have significant cost and schedule impacts on removal actions using advanced geophysical classification (AGC). SRAs are not always addressed in feasibility study (FS) remedial alternative cost estimates, and methods for delineating SRAs are not well defined. This paper will present a recently completed removal action and discuss how methods to address SRAs were modified during the project and streamlined for the next phase of work. This will be contrasted with a recently completed remedial investigation and the methods used to identify and characterize SRAs to inform the FS remedial alternatives for better removal cost estimates.

Ta Solutions (China) (CN)
Openalex Percentile: Top 65%
Geophysical Methods and Applications
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