Sentence examples for remediation I from inspiring English sources

A constrained multi-objective optimization of the model was applied to obtain a Pareto set of optimal remediation strategies with different weights for the two objectives of the remediation: (i) the maximal removal of DNAPL and (ii) a total minimal cost.

However, these example scenarios suggest that, even considering community receptors, sources with initially high concentrations still required substantial remediation (i.e., > 99% reductions in source concentration).

There is much written on assessment psychometrics [ 7] but the question of remediation, i.e. supporting those who do not achieve core competency, is rarely addressed in research.

Acute care visits after remediation were significantly reduced (by 90%) in the children in homes actually receiving remediation (i.e., as treated) compared with those in the control homes.

Variations in remediation performance (i.e. impacts on TCE concentration and mass flux reduction) between the different HEXDEC injection volumes were relatively minor, and therefore inconsistent with Raoult's Law predictions.

This paper investigates changes in the visual perception of a stream landscape due to remediation work (i.e., the construction of a stone revetment, which is a common ecological engineering technique in Taiwan) in the Nan-Shi-Ken stream.

Widely used flushing and in-situ destruction based remediation techniques (i.e. pump-and treat, enhanced-solubilization, and chemical oxidation/reduction) for sites contaminated by nonaqueous phase liquid (NAPL) contaminant sources have been shown to be ineffective at complete mass removal and reducing aqueous-phase contaminant of concern (COC) concentrations to levels suitable for site closure.

An equimolar mixture of NO (5.0 kPa) and CO (5.0 kPa) gases were circulated with each CuO material (10 mg) at 175 °C, and the NO remediation percentage (i.e., conversion of harmful NO to less-toxic N2 or N2O) was monitored using gas chromatography mass spectrometry (GC-MS) as a function of duration time.

The objectives of this review are to (a) provide a current state of the science of radioiodine biogeochemistry relevant to the fate and transport and (b) identify areas of research that will facilitate remediation of I contaminated areas and numerically predicting I long-term fate and transport in the subsurface environment.

Student welfare policies and guidelines were seen as essential for faculty staff to ensure access to appropriate remediation pathways: 'I think the earlier one can see there is a problem the better.

The objective of this review is to describe these advances and to provide a state of the science of radioiodine biogeochemistry relevant to its fate and transport in the terrestrial environment and provide information useful for making decisions regarding the stewardship and remediation of I contaminated sites.