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IJSTR >> Volume 6 - Issue 6, June 2017 Edition



International Journal of Scientific & Technology Research  
International Journal of Scientific & Technology Research

Website: http://www.ijstr.org

ISSN 2277-8616



Waste Stabilization Pond Design For University Of Ilorin

[Full Text]

 

AUTHOR(S)

Raji, S.A., Olusanya, S. O., Olokoba, S. O., Olodo, A. A.

 

KEYWORDS

anaerobic, arithmetic progression, facultative, MATLAB, maturation, pollutants, wastewater.

 

ABSTRACT

This present study includes the use of MATLAB R2012b software for the design and analysis of waste stabilization pond for the university of Ilorin. Kwara State. Contamination and pollution resulting from unlawful and increasing wastewater discharge expose the environment to degradation and the populace to health risks. The forecasted population in 25years time was found to be 93606 people. The total volume of wastewater that will be generated in 2042 was found to be 9372.6m3/day and the maturation pond had the largest area (43738.80m2) with its dimension being 296m by 148m by 1.5m while the facultative pond had the least area (11715.75m2) with dimensions 501m by 167m by 1.5m.

 

REFERENCES

[1] Adetayo A.T. (2005): Design of wastewater treatment plant for slaughter house Zaria, undergraduate project department of water resources ABU Zaria

[2] Arun K. Jain, Ashok K. Jain, B.C. Punmia (1998): Wastewater Engineering (Laxmi publication p. LTD, 22,Golden House Daryaganj,

[3] New Delhi-11002)

[4] Bitrus F.(2014): Design of waste stabilization pond for ABU Zaria phase 2. (Unpublished BSc project, department of water resources and environmental engineering ABU Zaria).

[5] C.Banda Gawasiri (2013): Modern Design of waste stabilization pond in warm climates. Thesis.

[6] Casey I. (1976): unit treatment process in water and wastewater engineering (published by John wiley and son. New York).

[7] Department of conservation and natural resources (division of environmental protection) (1998): Document for design of wastewater treatment plant.

[8] Duncan Mara (1975): Sewage treatment in hot climates (published by English Language Book society/John Wiley and sons Ltd.

[9] Duncan Mara (1998): Design manual for waste stabilization ponds (published by English Language Book society/ John Wiley and sons Ltd.

[10] F.E.P.A (2012): Guidelines and standards for environmental pollution in Nigeria.

[11] Fair G.M. Geyer, J.C and okun,D.A. Element water supply and wastewater disposal second edition, Wiley and sons Inc, New York 1971.

[12] Gabriel J. B (1980): The treatment of tanney wastewater by waste stabilization pond, unpublished M.Sc Thesis department of water resources and environmental engineering A.B.U Zaria.

[13] Metcalf and Eddy (1981): Third edition wastewater engineering, treatment, disposal and re-use. Published by McGraw-Hill Book co. New York.

[14] Moses S.O (2005): Evaluating the efficiency of a wastewater treatment plant A.B.U Zaria main campus.

[15] Onuoha J. C (1981): Performance study of the wastewater stabilization pond system at A.B.U, Zaria. (Unpublished M.Sc Thesis, department of water resources and environmental engineering, A.B.U Zaria).

[16] Southgate B. A (1949): Treatment and disposal of industrial wastewater (His majesty’s, stationary office London).