A STUDY IN THE BIOLOGICAL TREATMENT OF THE DOMESTIC AND LOCAL INDUSTRIAL SEWAGES

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Sardar Mirza

Abstract

Total sewage of the middle-sized town in our country having different local industries of various complexity may contain a large scale of harmful materials for the environmnt and aquatic life. 


Waste waters derived out from such a town is treated bfore theu take their ways to the streams and rivers. 


High percentage of organic wastes was removed from the total town waste waters by the microbial activity of activated sludge. 


Organisms of activated sludge were adapted in such a way to help in these waste removals. Some selected bacterial species were organized for this purpose. 


The time and the dilution factors were counted for, to give the best results. 


The method of chemical oxygeen demand COD was used as a  measurement for the degree of purification. It is possible to get even better results by the treatment of the final outflow and more adaptation of the bacterial microflora of activated sludge.

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A STUDY IN THE BIOLOGICAL TREATMENT OF THE DOMESTIC AND LOCAL INDUSTRIAL SEWAGES . (1990). The Iraqi Journal of Veterinary Medicine, 14(1), 63-78. https://doi.org/10.30539/ijvm.v14i1.1629
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How to Cite

A STUDY IN THE BIOLOGICAL TREATMENT OF THE DOMESTIC AND LOCAL INDUSTRIAL SEWAGES . (1990). The Iraqi Journal of Veterinary Medicine, 14(1), 63-78. https://doi.org/10.30539/ijvm.v14i1.1629

References

Reynolds T. D., (1967). Aerobic Digestion of Waste Activated Sludge. Water and Sewage Works 114:37.

Hatfield W.D., (1966). Operation of the activated Sludge Processes. J. W.P.C.F. 38:957.

Pipes W.O., (1966). The Ecological Approach to the study of the Activa- ted Sludge. Advances in Applied Microbiology. Academic Press. New York and London 8:77.

Banerji S.K.; Ewing B. B.; B. B.; Elgerbrecht R.S. and Speece R.E., (1967). Starch Removal with Non-acclimated Activated Sludge. Water and Sewage Work 114: 134.

Zahradka V., (1966) The Role of Aeration in the Activated Sludge Process. J. W.P.C.F. 38:344.

Caudy A.F.; Bhatla M.N. and Gaudy E.T., (1964). Use of Chemical Oxygen Demand Values of Bacterial Cells in Waste Water Purification. Applied Microbiology 12: 254.

Van Gils H.W., (1964). Bacteriology of Activated Sludge. Report 32 Research Institute for Public Health Engineering Hague-Holland.

McKinney R.E. and Horwood M.D., (1952). Fundamental Approach to the Activated Sludge Process I. Floc-Producing Bacteria. Sew. Ind. Wastes. 24: 284.

Cooke et al. (1960). Yeasts in Polluted Water Sewage Mycology 25:210.

Willingham C.A. and Anderson K.J., (1967). Use of Microorganisms for Detecting Toxic Materialsin Water.

J. W.P.C.F. 39:25.

Tamar Barkay (1987). Adaptation of Aquatic Microbial Communities to Hg2+ Stress. Applied and Environmental Microbiology Vol. 53 No. 12: 2725-2732.

Zolibor J. L; JR.; Doughten M. W.; Grimes D. J. and Colwell R.R., (1987). Testting for Bacterial Resistance to Arsenic in Monitoring well Water by Direct Viable Counting Method. Applied and Environmental Microbiology Vol. 53 No. 12: 2929-2934.

Roszak B.D. and Colwell R.R., (1987). Metabolic Activity of Bacterial Cells Enumerated by Direct Viable Count DVC. Aopplied and Environemontal Microbiology Vol. 53 No. 12: 2889-2893.

Walter Ellis Phillips, JR. (1972). The Effect of Elevated Temperature on the Aerobic Treatment of a Petroleum Refinary Wastswater. Department of Microbiolgy Mississipi State Univer- sity

Robert W. Tuthil; Edward J. Stanek II; Cleve Willis and Gary S. Moore (1987). Household Hazardous Waste Control Alternative. American Journal of Public Health. Vol. 77 No. 3: 304.

Banichi Tomita; Hiromasa Inove; Kunio Chaya; Akiro Nakamura; Norikatsu Hamamura; Kazue Ueno; Kuni tomo Watenable and Youki Ose (1987). Identification of Dimethyl disulfide-forming Bacteria Isolated from Activated Sludge. Applied and Environmental Microbiolgy. Vol. 53 No.7: 1541-1547.

Eugene W. Rice; Kim R. Fox; Harry D. Nash; Eleanor J. Read and Aubrey P. smith (1987). Comparison of Media for recovery of Total Coliform Bacteria from Chemically Treated water. Applied and Environmental Microbiology Vol. 53 No. 7: 1571-1573.

Robert J. Shimp and Fredrick K. Pfaender (1987). Effect of Adaptation to Phenol on Biodegradation of Monosubstituted Phenols by Aquatic Microbial Com- munities. Applied and Environmental Microbiology Vol. 53 No.7: 1490-1499.

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