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Waste Isolation Pilot Plant alcove gas barrer. Final design report
A full-scale composite, precast concrete and steel lining system was designed to seal and isolate test alcoves within the Waste Isolation Pilot Plant. The lining system and internal bulkheads are designed to control gas leakage along an alcove access drift and through damaged rock surrounding the drift. Flow along the access drift is prevented by redundant membranes included in the rigid structural lining . Flow through the rock will be minimized by providing a rigid lining that will induce healing of damaged salt rock and arrest ongoing damage in clay and anhydrite interbeds. Provisions for grouting disturbed zones of rock are also provided. Instrumentation is specified to measure the structural response of the lining.
Waste Isolation Pilot Plant alcove gas barrer. Final design report
A full-scale composite, precast concrete and steel lining system was designed to seal and isolate test alcoves within the Waste Isolation Pilot Plant. The lining system and internal bulkheads are designed to control gas leakage along an alcove access drift and through damaged rock surrounding the drift. Flow along the access drift is prevented by redundant membranes included in the rigid structural lining . Flow through the rock will be minimized by providing a rigid lining that will induce healing of damaged salt rock and arrest ongoing damage in clay and anhydrite interbeds. Provisions for grouting disturbed zones of rock are also provided. Instrumentation is specified to measure the structural response of the lining.
Waste Isolation Pilot Plant alcove gas barrer. Final design report
M. S. Lin (Autor:in) / L. L. Van Sambeek (Autor:in)
1992
109 pages
Report
Keine Angabe
Englisch
Radiation Pollution & Control , Radioactive Wastes & Radioactivity , Geology & Geophysics , Selected Studies In Nuclear Technology , Alpha-Bearing Wastes , Containment Systems , Gases , Leaks , Salt Deposits , Concretes , Control , Creep , Design , Excavation , Geology , Grouting , Mechanical Properties , Occupational Safety , Performance , Permeability , Pipes , Planning , Polyethylenes , Progress Report , Standards , Steels , Underground Disposal , WIPP , EDB/052002 , EDB/580000 , EDB/422000
British Library Online Contents | 2003