Okorafor Et Al

Okorafor et al



Greener
Journal of  Agricultural Sciences


Vol. 3 (6), pp.
497-502, June 2013.


 ISSN: 2276-7770 



Research

Paper

Manuscript Number: 050613602

 



Design of a Drip Irrigation System for a Pineapple
Orchard at the Federal University of Technology Owerri (F.U.T.O)
School Farm

 



*Okorafor O.O., Nzediegwu C., Egwuonwu C.C. and 

 Duruanyim I.L.

 

Department of Agricultural
Engineering, School of Engineering and Engineering
Technology, 

Federal University of Technology:- Owerri,
P. M. B 1526, Owerri, Imo State.

 


*Corresponding Author’s Email: okoreokorafor @ yahoo.
com

Abstract:

The aim of this research paper is to design a drip
irrigation system for a Pineapple orchard in the Federal
University of Technology Owerri school farm. This work takes
into account the preliminary studies of the study area
(general relief, topography and soil nature), water quality
and quantity assessment (water sample collection, testing
and analysis), soil and field analysis (moisture content
test, infiltration tests and grain-size analysis) and
climatic influence on the area to make resolute conclusions
on the parameters required for the design of the drip
irrigation system. With reference to the peak consumptive
use of pineapple (1.928mm/day) and peak potential
evapotranspiration (4.794mm/day) obtained from application
of empirical formulas; the drip irrigation system designed
comprises of 48 laterals (Inside Diameter of 10mm, 1104
emitters, Discharge of 0.012L/S, and Friction Loss of
13.44m), 1 submain(Inside Diameter of 28mm, Discharge of
0.56L/S and Friction Loss of 3.65m) and 1 mainline (Inside
Diameter of 42mm, Discharge of 0.57L/S and Friction Loss of
0.02m) with an actual emission uniformity of 85%.

 
Keywords: Irrigation, Drip Irrigation, Design ,
Pineapple.

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