Abstract: Climate change impacts and its resulting vulnerabilities are perhaps one of the most important and yet the most poorly understood issues in the world today. The contaminated sites, specifically those located by coastal and ...

Abstract: Metabolites generated from microorganisms have a high potential for the strength improvement and contaminant remediation of soils. The consortium of naturally available bacteria and microalgae in soils provides a sustainable, ...

Abstract: This study will apply a newly developed coupled thermo-hydro-bio-mechanical (CTHBM) numerical model to a typical full-scale landfill cell geometry with horizontal trenches (HTs) as the leachate recirculation system (LRS) ...

Abstract: This study presents a reliability-based analysis performed using a coupled thermo-hydro-bio-mechanical model to assess the long-term performance of a typical landfill cell geometry under simulated bioreactor landfill ...

Abstract: Previous electrokinetic remediation studies involving the geochemical characterization of heavy metals in high acid buffering soils, such as glacial till soil, revealed significant hexavalent chromium migration towards the ...

Abstract: This paper presents the results of an experimental investigation undertaken to evaluate different purging solutions to enhance the removal of multiple heavy metals, particularly chromium, nickel, and cadmium, from a low ...

Abstract: Electrokinetic remediation technology is one of the developing technologies that offers great promise for the cleanup of soils contaminated with heavy metals. However, the performance of an electrokinetic remediation system ...

Abstract: Urban storm water runoff can carry a wide range of contaminants, many of which exceed federal maximum contaminant levels, into surface water resources (e.g., rivers and lakes). The use of filtration systems has received ...