A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pilot Project and Field Study: Data and Quality-Based Geomembrane Field Seaming Evaluation for CCR Projects
The primary objective was to evaluate a data and quality-based alternative to long-established geomembrane destructive seam sampling approaches. The authors present the background of long-established geomembrane destructive seam sampling approaches and outline an alternative using a data and quality-based geomembrane field seaming framework as implemented on a pilot project and field study. Energy companies nation-wide are closing ash basins and will rely on thousands of acres (hectares) of polyethylene geomembrane (high-density or linear-low density) and millions of linear feet (meters) of geomembrane seams. The proposed data and quality-based geomembrane field seaming framework has the potential to reduce geomembrane installation costs while improving seam quality.
Pilot Project and Field Study: Data and Quality-Based Geomembrane Field Seaming Evaluation for CCR Projects
The primary objective was to evaluate a data and quality-based alternative to long-established geomembrane destructive seam sampling approaches. The authors present the background of long-established geomembrane destructive seam sampling approaches and outline an alternative using a data and quality-based geomembrane field seaming framework as implemented on a pilot project and field study. Energy companies nation-wide are closing ash basins and will rely on thousands of acres (hectares) of polyethylene geomembrane (high-density or linear-low density) and millions of linear feet (meters) of geomembrane seams. The proposed data and quality-based geomembrane field seaming framework has the potential to reduce geomembrane installation costs while improving seam quality.
Pilot Project and Field Study: Data and Quality-Based Geomembrane Field Seaming Evaluation for CCR Projects
Andrews, Evan (author) / Daly, Kenneth R. (author)
Geo-Congress 2022 ; 2022 ; Charlotte, North Carolina
Geo-Congress 2022 ; 496-507
2022-03-17
Conference paper
Electronic Resource
English
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