The environmental fate of volatile and semivolatile organic pollutants strongly depends on
their partitioning between the gas phase and condensed phases. This partitioning includes …

Factors affecting sorption of organic pollutants by natural sorbents (soils, sediments, clays,
humic materials, and dissolved organic matters) and sorption coefficients for selected …

在梳理场地VOCs 环境行为及影响因子研究基础上, 分析了我国VOCs 污染场地调查和风险评估
领域面临的问题, 主要体现在现有土壤调查方法未充分考虑VOCs 在土壤气相中的赋存 …

Soil/air equilibrium partitioning has an important impact on the environmental distribution
and fate of many organic chemicals. Modeling approaches that cover this process commonly …

The partitioning of volatile organic compounds (VOCs) in soil multiphase system is a critical
process for vapour intrusion, however, the importance of vapour-solid interface adsorption …

Soluble substrates (electron donors) have been commonly injected into chlorinated solvent
contaminated plume to stimulate reductive dechlorination. Recently, different types of …

BTEX (benzene, toluene, ethylbenzene, and xylenes) are widely used in pesticide
manufacturing industries. Due to their high volatility and toxicity, BTEX compounds often …

Current practices in health risk assessment from vapor intrusion (VI) using mathematical
models are based on assumptions that the subsurface sorption equilibrium is attained. The …

In the context of contaminated site remediation, the fate of chlorinated solvents in the
subsurface and subsequent groundwater contamination is influenced by soil properties …

Sorption from the vapor phase is an important factor controlling the transport of volatile
organic compounds (VOCs) in the vadose zone. Therefore, an accurate description of …