Home / Chemistry / Production of mosquitoe repellants insecticides (mosquitoe coil) using orange peels (cestrum) chemistry project topics – complete project material

Production of mosquitoe repellants insecticides (mosquitoe coil) using orange peels (cestrum) chemistry project topics – complete project material

 

Table Of Contents


TABLE OF CONTENT CONTENT                                                                           Title page                                                                             Declaration                                                                                             Certification                                                                                     Dedication                                                                                               Acknowledgment                                                                                   Table of content                                                                           Abstract                                                                                        

Thesis Abstract

ABSTRACT Mosquito repellents are substances that can be used to repel mosquitoes which is a vector that transmits malaria. A typical example of a mosquito repellent is mosquito coil which drives away mosquito when it is ignited. The smoke that is emitted from burning a mosquito coil contains active ingredients used to prevent mosquito from biting particularly during the hour of sleep having been designed to burn for hours. These active ingredients have known to act as repellent agent which cause a distasteful environment for the mosquito and act as agents of immobilization which disturbs the food searching mechanism of the mosquito. Orange peels (Cestrum) contains oil known as Limonene oil which has a lethal effect on mosquitoes and some other insects. It can be used as active ingredient to produce mosquito coil, which when ignited, will repel mosquitoes within the limits of the smoke.

Thesis Overview

HAPTER ONE INTRODUCTION                                                                                     1.0   INSECTICIDES (General Overview)                                

OBJECTIVES OF THE STUDY/WORK                          

SCOPE OF THE STUDY                                                  

LITERATURE REVIEW                                                    

HISTORY ASPECT OF MOSQUITO REPELLENT      

CLASSIFICATION OF INSECTICIDE                                  

CHEMICAL INSECTICIDES MAY BE CLASSIFIED AS

INORGANIC, NATURAL AND ORGANIC INSECTICIDES.10

BIOLOGICAL INSECTICIDES                                        

TOXIC EFFECT OF REPELLENT                                  

MOSQUITO COIL                                                              

1.4.1 HOW MOSQUITO COILS WORK                                     1.4.2 HOW TO USE MOSQUITO COILS                                   1.4.3 ADVANTAGES OF USING A MOSQUITO COIL             1.4.4 DISADVANTAGES OF USING MOSQUITO COILS            

ACTIVE INGREDIENTS IN MOSQUITO COIL                  

CITRUS SINENSIS/ORANGE PLANT                            

1.5.1 IDENTIFICATION                                                               1.5.2 USES OF CITRUS SINENSIS                                           1.5.3 FOOD VALUE.                                                                     1.5.4 ECONOMIC IMPORTANCE/USES                                   1.5.5 MEDICAL USES/IMPORTANCE                                       CHAPTER TWO 2.2   SOURCE OF MATERIALS                                                 2.3   SAMPLE PREPARATION                                                 2.3.1 PREPARATION OF RANGE PEELS                               2.3.2 PREPARATION OF SAW-DUST                                       2.3.3 PREPARATION OF THE STARCH                                   2.4   PREPARATION OF THE DOUGH                                             CHAPTER THREE 3.0   RESULTS                                                                             TABLE 3.1 RESULT OF THE BURNING TIME AND EFFECTIVENESS OF THE COIL                                     CHAPTER FOUR DISCUSSION                                                                                 CONCLUSION                                                                               REFERENCES                                                                            

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