CONSTRUCTION OF A MOTORIZED CASSAVA PEELING MACHINE



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CONSTRUCTION OF A MOTORIZED CASSAVA PEELING MACHINE



TABLE OF CONTENT

Title Page———i

Certification——–ii

Dedication———iii

Acknowledgement——-iv

Abstract ———vi

Table of Content——–vii

Chapter One

1.0 Introduction ——-1

1.1 Statement of Problem——4

1.2 Purpose of the Study——5

1.3 Significance of Study——8

1.4 Limitation——–9

1.5 Scope of Study——-11

Chapter Two

2.0 Review of Related Literature —-12

2.6 Summary of Literature Review—- 19

Chapter Three

3.0 Research Methodology and Procedure—22

3.1 Population ——–22

3.2 Sample and Sampling Technique—-22

3.3 Validation of the Instrument —-23

3.4 Reliability of the Instrument —–23

3.5 Data Analysis——-23

Chapter Four

4.0 Presentation and Discussion of Result—24

4.1 Analysis and interpretation of Data—25

4.2 Discussion of Results——38

Chapter Five

5.0 Summary, Conclusion and Recommendation –40

5.1 Summary——–40

5.2 Conclusion——–41

5.3 Recommendation——42

References ———45

Appendix 1——–47

Appendix ———50

Abstract

Cassava (Manihot esculenta crantz) is one of the alternative sources for low cost carbohydrates and is considered as one of the major crop in the Nigeria. It is a perishable root crop and easily deteriorates. Thus, the processing of cassava after harvest is necessary to extend the shelf life of root tubers. For fast and less labor processing, appropriate machineries are encouraged to enhance the production of the farmers. This study was conducted to combine the three processes of cassava namely, peeling, grating and pressing in one system of operation where it can be used in rural areas. The machine was designed, automated, and locally fabricated. Locally available materials were used in constructing the machine. The machine was tested with a minimum of three trials with 10 kilogram cassava tubers feed per loading. During testing, the maximum length of tubers to feed was 10 inches for peeling and the largest diameter of tuber peeled was 65mm. The average peeling efficiency was 75.4601% with a mean flesh loss of 8.801%; likewise, the washing capacity was 120kg/hr. The average grating and pressing efficiency was 83.779% and the grating and pressing capacity was 21.216kg/hr.

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All Project Materials Inc. (2020). CONSTRUCTION OF A MOTORIZED CASSAVA PEELING MACHINE. Available at: https://researchcub.info/department/paper-6873.html. [Accessed: ].

CONSTRUCTION OF A MOTORIZED CASSAVA PEELING MACHINE


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Cassava (Manihot esculenta crantz) is one of the alternative sources for low cost carbohydrates and is considered as one of the major crop in the Nigeria. It is a perishable root crop and easily deteriorates. Thus, the processing of cassava after harvest is necessary to extend the shelf life of root tubers. For fast and less labor processing, appropriate machineries are encouraged to enhance the production of the farmers. This study was conducted to combine the three processes of cassava namely, peeling, grating and pressing in one system of operation where it can be used in rural areas. The machine was designed, automated, and locally fabricated. Locally available materials were used in constructing the machine. The machine was tested with a minimum of three trials with 10 kilogram cassava tubers feed per loading. During testing, the maximum length of tubers to feed was 10 inches for peeling and the largest diameter of tuber peeled was 65mm. The average peeling efficiency was 75.4601% with a mean flesh loss of 8.801%; likewise, the washing capacity was 120kg/hr. The average grating and pressing efficiency was 83.779% and the grating and pressing capacity was 21.216kg/hr... Click here for more

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