Gas migration through geomembrane/ geosynthetic clay liner composite liner with a defect in the geomembrane

Md A. Rouf; Abdelmalek Bouazza; Rao M. Singh; Will P. Gates; Ronald K. Rowe

doi:10.3208/jgssp.TC215-07

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Journal article

Gas migration through geomembrane/ geosynthetic clay liner composite liner with a defect in the geomembrane

Md A. Rouf, Abdelmalek Bouazza, Rao M. Singh, Will P. Gates and Ronald K. Rowe

Japanese Geotechnical Society Special Publication, Vol.2(57), pp.1972-1977

31/01/2016

DOI: https://doi.org/10.3208/jgssp.TC215-07

Abstract

Geomembrane; GCL; Defect; Gas leakage rate; Suction; Water content

(GMB)/geosynthetic clay liner (GCL) composite liner where the GMB contained a circular defect and the GCL was partially hydrated. The results indicate that gas leakage rate increased with increasing gas differential pressure and increase of the GCL total suction. It was also observed that gas leakage rate reduced with the increase of the gravimetric water content of the GCL.

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Title: Gas migration through geomembrane/ geosynthetic clay liner composite liner with a defect in the geomembrane
Creators: Md A. Rouf
Abdelmalek Bouazza
Rao M. Singh
Will P. Gates
Ronald K. Rowe
Publication Details: Japanese Geotechnical Society Special Publication, Vol.2(57), pp.1972-1977
Publisher: Japanese Geotechnical Society
Date published: 31/01/2016
Date submitted: 04/09/2019
Grant note: Funder: The Australian Research Council’s Discovery funding scheme | Grant ID: ARC DP110104078
Identifiers: 99514308202346
Academic Unit: School of Sustainability, Civil and Environmental Engineering
Resource Type: Journal article

Gas migration through geomembrane/ geosynthetic clay liner composite liner with a defect in the geomembrane

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