Sentence examples for identification of pollutant from inspiring English sources

Identification of pollutant sources for river pollution incidents is an important and difficult task in the emergency rescue, and an intelligent optimization method can effectively compensate for the weakness of traditional methods.

Prevention and control of the surface water pollution must rely on the reliable information of water quality and identification of pollutant sources (Simeonov et al. 2003; Shrestha and Kazama 2007; Bu et al. 2009; Howladar et al. 2017; Howladar 2017).

Integrated approaches for the identification of pollutant linkages between aquifers and streams are of crucial importance for evaluating the environmental risks posed by industrial contaminants like trichloroethene (TCE).

An implementation concerning the pathway identification of pollutant RDX (hexahydro-1,3,5-trinitro-1,3,5-triazine) degradation is presented.

By monitoring the photocurrent within the device as organic pollutants degrade, the identification of pollutant species and concentrations of mixtures in industrial waste streams could provide a versatile analytical tool.

Identification of pollutant sources therefore provides a potentially important mechanism to evaluate source-specific health effects and can ultimately lead to effective strategies for reducing population exposure.

Multivariate analyses (HACA, DFA, FA/PCA) recognized spatio-seasonal patterns of surface water quality and aided in pattern recognition and source identification of pollutants.

The use of the conceptual framework, and addressing the challenges, is intended to support: (1) forwarding sustainable use of chemicals, (2) identification of pollutants of priority concern for cost-effective management, (3) the selection of optimal abatement options and (4) the development and use of optimised legal and policy instruments.

A collaborative trial on non-target and suspect screening of indoor dust was launched in 2016 for the identification of pollutants specific to indoor environments, which provides relevant input for harmonization of practices and for the definition of a list of CECs relevant for indoor environment and their prioritization.

Assessment will be performed also aiming the identification of pollutants with significant effects in both urban and rural environments.

The developed indicators support the identification of pollutants and sources for additional investigation when planning exposure reduction actions among Canadian provinces and territories, but have important limitations similar to other emissions inventory-based tools.