Rock mechanics issues and research needs in the disposal of wastes in hydraulic fractures
T. Doe, W.C. McClain
Abstract
Open-access reader
T. Doe, W.C. McClain
Abstract
Open-access reader
The proposed rock mechanics studies outlined in this document are designed to answer the basic questions concerning hydraulic fracturing for waste disposal. These questions are: (1) how can containment be assured for Oak Ridge or other sites; and (2) what is the capacity of a site. The suggested rock mechanics program consists of four major tasks: (1) numerical modeling, (2) laboratory testing, (3) field testing, and (4) monitoring. These tasks are described.
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The proposed rock mechanics studies outlined in this document are designed to answer the basic questions concerning hydraulic fracturing for waste disposal. These questions are: (1) how can containment be assured for Oak Ridge or other sites; and (2) what is the capacity of a site. The suggested rock mechanics program consists of four major tasks: (1) numerical modeling, (2) laboratory testing, (3) field testing, and (4) monitoring. These tasks are described.
Key concepts: Containment (computer programming), Hydraulic fracturing, Rock mechanics, Ridge, Geology, Geotechnical engineering, Field (mathematics), Radioactive waste