The Effect of Purification Units for Drinking Water Spread in Al-Alam and Al-Bu Ajil on Heavy Metals

  • Amjad Abdel-Latif Ahmed Alluhaiby Tikrit University, IRAQ.
  • Saadat Mustafa Tikrit University, IRAQ.
  • Shaima Fateh Tikrit University, IRAQ.
Keywords: Water, Zinc, Cadmium, Nickel, Aluminum, Iron, Heavy Metals

Abstract

The current study was carried out on the treatment and treatment units located in the district of Al-Alam and the village of Al-Bu Ajil, which are located near the Tigris River, with two stations for each region for the period from September 2020 to February 2021, as two samples were collected for each treatment unit by a sample before treatment and a sample after treatment. Iron values ​​ranged between (0-0.9) mg / liter before and after treatment, and they ranged between (0-0.05) mg / liter, and zinc values ​​were recorded values ​​ranging between (0-0.9) mg / liter. Before treatment and after treatment, it ranged between (0-0.05) mg / liter, while the aluminum values ​​were relatively few, as values ​​ranged between (0.03_0) mg / liter. As for the values ​​after treatment, they were (0) mg / liter. Cadmium values ​​were between (0,1_0) mg / liter. In the samples after treatment also, all values ​​were (0) mg / liter in all stations, and the nickel values ​​ranged between (0,9_0) mg / liter in the samples before treatment and after treatment. The values ​​were all (0) mg / liter in both stations, and the copper values ​​were very low in the mentioned areas, as values ​​ranged between (0.1_0) mg / liter before treatment and after treatment, the values ​​were (0) mg / liter. In both stations, the purification plants proved their high efficiency in filtering water from heavy elements, and the samples after treatment were in conformity with the Iraqi standards for drinking water. It is worth noting that the purification plants in the areas of Al-Alam and Al-Bu Ajil need a constant monthly maintenance and a replacement process for the filters as they draw their water from wells.

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References

Al-Shindah, Bashar Tariq Ismail Hilal (2008). A study of some physical, chemical and biological characteristics of the waters of the Tigris River within the city of Tikrit, Master's thesis, College of Science - University of Tikrit.

Al-Sarraj, Iman Sami and Jenkins, Mona Hussein and Al-Rawi, Satih Mahmoud (2019). Estimating the concentrations of some heavy elements in the water and sediments of the Tigris River within the city of Mosul. Al-Rafidain Journal of Science, 28 (1): 1-10 p.

Lasraf, Manar Abdel Aziz Abdullah (2006) An ecological taxonomic study comparing phytoplankton in the Great and Diyala tributaries and their impact on the Tigris River. PhD thesis, College of Science for Girls, University of Baghdad.

Al-Mashhadani, Ahmed Tawfiq, (2012) An environmental and qualitative study of the TarmiyahKarkh water purification project, Master's thesis, College of Science, Tikrit University.

Abu Saada, Muhammad Naguib Ibrahim, (2000). Water pollution and the positive and negative role of microorganisms, Arab Thought House.

Al-Saadi, Hussain Ali (2002) Environmental Science and Pollution, Baghdad University Press

Fartum, Zuhair Farouk Ahmed (2018) Evaluation of the efficiency of four drinking purification plants in Salah al-Din Governorate, Master's thesis, College of Science, Tikrit University.

Al-obaidy. A. M. J, Athmar , A. M; Al mashhady , eman S. Awad, Abass, J. Kadhem . (2014). Heavy metal pollution in surface water of Mahrut River , Diyala . Iraq .Inter . J. Advance Research . Vol (2) 10 : 1039-1044.

Al- Rawi ,shirin Yasin Bdwi (2019). Survey Study of some Heavy metals for the Euphrates River Basin in Al-Ramadi city , SM. S. C. thesis , Cottege of Science- University of Anbar.

APHA(American Public Health Association).(2003).Standard methods for examination of water and waste water ,20th ,Ed.Washington.DC,USA.

APHA, American Public Health Association. (2007). Standard Methods for the Examination of Water and Waste Water”. 21 thed, publishers, USA:1193 Pages.

APHA,( American Public Health Association ) (2017 ) . Standard methodes for the Examination of water and wastewater , 23 RD EDITION . A.P.H.A ; 8001 street , NW. Washington , DC . 2001 – 3710 ASTM ( American Society for testing and Materials ) . (1984) . Annual book of ASTM standard water, printed in Easton Md, USA. 1129pp

Boyd , C. E., (2000).water quality an introduce, Kluwer Academic publisher . USA.33op.

Gautam. R. K. Sharma ,S. K, Mahiya. S., and chattopadhyaya , M. C .(2014). Contaminations of heavy metals in aquatic medea transport toxicity and Technologies for remediation.

Langston , w, J ; Burt , G.R . and Pope , N.D . (1999) .Bioavilability Of Metals in Sediments Of the Dogger bank ( Central North Sae) : A mesocosm study . Estuarine , Coastal and Shelf Science , 48 : 519-540

Martin , J.R., De Arana , C., Ramos – Miras , J.J., Gil ,C., and Boluda , R. (2015 ) . Impact of 70 years urban growth associated with heavy metal pollution . Environmental pollution , 196 , 156 – 163 .

Onundi , y .B. , A. A. Mamun , M. F. ALkhatib, and Y. M. Ahmed .(2010). "Adsorption of copper , nickel and lead ions from synthetic semiconductor industrial wastwater by palm shell activated Carbon " Int . J .Environ . Sci. Tech . Autumn, vol: (4) , pp. 751-758.

Salamons , W.(1995) . Environmental impact of metals derived from mining activities: processes , prediction , prevention. Journal of Geochemical Exploration. 52 : 5-23.

Shartooh ,sufyan Mohammed . (2017) . Environmental and Microbial investigation on the Dredged Sediment Soil Of Diyala River in Iraq . Journal Of environmental Science and Techrology . VOL (10) issue (3) : 147- 156.

Tucker , M. R. ; Hardy , D. H and stokes, C. E . (2003) .Heavy metals in North Carolina soil , occurrence and significance. New York State Department of Environmental Conservation.

Witton , B.A . (1984) . Ecology of European river . Blackwell Scientific Publication ,Osney Mead Oxford . 644 PP.

Published
2021-06-02
How to Cite
Amjad Abdel-Latif Ahmed Alluhaiby, Saadat Mustafa, & Shaima Fateh. (2021). The Effect of Purification Units for Drinking Water Spread in Al-Alam and Al-Bu Ajil on Heavy Metals. International Journal for Research in Applied Sciences and Biotechnology, 8(3), 110-115. https://doi.org/10.31033/ijrasb.8.3.15
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Articles