Air sparging and soil vapor extraction (AS/SVE) are innovative remediation techniques that
utilize volatilization and microbial degradation to remediate petroleum spills from soils and …

" Offers thorough coverage of the remediation of soils contaminated by hazardous wastes,
including materials, analytical techniques, cleanup design and methodology …

In this review, papers considering fate and transport processes in groundwater systems are
discussed first. The fate and trans port process papers are divided among saturated …

Radiocarbon (14C) measurement from vadose zone air and groundwater is an alternative
technique to quantitatively estimate aerobic microbial CO2 production from petroleum …

污染场地的健康风险和环境地质危害备受关注, 自然衰减被公认是优选修复技术.
对存在非水相液体的场地, 源区非水相液体残余导致的“拖尾和反弹” 问题对污染场地自然衰减 …

Although physical removal of contaminants may account for the majority of mass of
petroleum hydrocarbons (PH) removed using air sparging and soil vapor extraction …

The combined remediation mechanisms of volatilization and biodegradation in the vadose
zone were investigated for naphthalene remediation at a creosote-contaminated site where …

The distribution coefficient, kd, of a soil plays a vital role in controlling its interaction with
contaminant (s). Studies conducted by earlier researchers, demonstrate that kd is quite …

The design, performance, and analysis of a field method for quantifying contaminant mass-
extraction rates and air-phase permeability at discrete vertical locations of the vadose zone …

Soil vapour extraction (SVE) is a widely accepted and cost-effective technique used to
remediate unsaturated soils contaminated with volatile organic compounds (VOCs). In order …