Sentence examples for contaminated clay from inspiring English sources
Treatment efficiencies of 81%and85%5% were obtained for a lightly contaminated sandy silty soil and a highly contaminated clay soil rich in graphite particles, respectively.
An in situ electro-osmosis experiment was set up in a tar contaminated clay soil in Olst, the Netherlands, at the site of a former asphalt factory.
This research reports an experimental method using uniformly contaminated clay packed into two types of experimental cells, a rigid-wall stainless steel tube and a flexible-wall Teflon tube in a pressurized chamber.
However, the study on predicting the compression behaviour of contaminated clay with various metal concentrations is very limited.
The main goal of this experiment was to remove polycyclic aromatic hydrocarbons (PAHs) from the contaminated clay layer by applying an electric gradient of 12 V m−1 across the soil over an electrode distance of 1 m.
A flowering plant of Lotus (a), a lotus leaf contaminated with clay (b) and removal of the adhering particles by water (c).
Following injection of benzoic acid cometabolite into a 1 m column of TCE contaminated Loess clay, the TCE first order degradation rate at the periphery was determined to be (0.039±0.007) day−1, a value in good agreement with an anaerobic slurry flask tests at 30°C, (0.047±0.009) day−1.
In electrokinetic-Fenton (EK-Fenton) process, the effects of the phosphate and SDS introduced from the anode chamber were investigated for the treatment of clay contaminated with phenanthrene.
The main objective of this study was to isolate an electrical signal linked to an enhanced bacterial activity with ERT, in an aged HC-contaminated clay loam soil.
Electrokinetic remediation of heavy metal-contaminated clay soils under neutral pH conditions is a challenging task due to the low water solubility of heavy metals.
To prepare contaminated samples, a silty clay slurry was mixed with PCE, inoculated with KB-1® dechlorinators and was consolidated in a 40 cm long cell.
