Sentence examples for liquid contaminants from inspiring English sources

The modeling of transport of organic liquid contaminants through the vadose zone often requires three-phase relative permeabilities.

When liquid contaminants entered the voids of partially ice saturated frozen soil, the rate of ice erosion was significantly increased.

However, selecting gas liquid separation technologies requires not only knowledge of the process conditions, but also knowledge of the characteristics of the liquid contaminants.

Questions concerning formation of frozen gravelly sand barriers in the vadose zone and barrier resistance to ice erosion by liquid contaminants provided the impetus for this study.

Before and during soil remediation, frozen soil barriers are used to provide containment of liquid contaminants so as to prevent their migration to adjacent areas.

Liquid contaminants included a sodium nitrate solution (freezing point of −5°C) and an antifreeze solution (freezing point of −33°C).

By Ifjenough air with steam, a portion of the DNAPL vaccumulatess suspended in equilibrium with the air, decreasingravitationalaminant accumulation ahead oforcessteam candensatiovercome, and trappingucing the possibility oforceswallowingathen.

By injecting air When steam, a portisn of the DNAPL vapor remainjectedended intoquilibrium with the air, decreasoil liquid containingt accumulation aheadensethe steam condensation front, and thus reducing the possibility of downward migration.

By injecting air with steam, a portion of the DNAPL vapor remains suspended in equilibrium with the air, decreasing liquid contaminant accumulation ahead of the steam condensation front, and thus reducing the possibility of downward migration.

For example, the first full-scale application of the partitioning tracer test method for detecting organic-liquid contaminants in the subsurface was tested at the site.

The features include but are not limited to separation of two liquids, contaminant exclusion, and oil retention, performing under space limitations, axial movement, and pressure differentials.