Naslov
Quality Water Assessment of Morava E Binces River and Dobercan Resource (Kosovo) By Multi Elementary Analyses ICPMS and ICP/OES
(Quality Water Assessment of Morava E Binces River and Dobercan Resource (Kosovo) By Multi Elementary Analyses ICPMS and ICP/OES)

Autori
Troni, Naser ; Omanović, Dario ; Gashi, Fatbardh ; Hoti, Ramiz ; Hashani, Ismet

Izvornik
Research journal of pharmaceutical, biological and chemical sciences (0975-8585) 9 (2018), 3; 347-357

Vrsta, podvrsta i kategorija rada
Radovi u časopisima, članak, znanstveni

Ključne riječi
Anthropogenic source ; trace metals ; monitoring ; ICP/MS

Sažetak
The main objective of this research was to analyze environmental toxic elements in the water resources of Kosovo, Morava e Binces as surface water and thermal mineral water of Dobercani as underground water. For this purpose is used very sensitive analytical methods: multi elementary analyses ICPMS and ICP/OES. The considerable amounts of environmental toxic elements inside the area of the river are continuously emitted in environment from many anthropogenic sources. Experimental results show that some parameters of water quality such as heavy metals concentration in the ground waters indicate tendency to increase compared with former experimental results. Permanent chemical monitoring of the water quality that exists in Kosovo underlines the necessity and importance of reliable potable water control to ensure that the tolerance limits for the various toxic elements are never exceeded and are under control. In the end of whole our study will be a message to authorities for preparing national waste management plan of hazardous waste and enforcement hazardous waste facilities. The mass concentrations of nickel, copper, chromium, cobalt and silver in several sample stations were over allowed concentrations in accordance with existing criteria for water quality. As first step further, surface water pollution has to be stopped and to improve the existing condition. It is necessary prevention, monitoring and reduce of scale pollution, to ensure the quality level, biological equilibrium and these water ecosystem at those places where quality rehabilitation is possible.

Izvorni jezik
Engleski

Znanstvena područja
Kemija, Interdisciplinarne prirodne znanosti

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