ABSTRACT
This research project was carried out principally for the production of liquid and vapourized perfumes from local raw materials. The local raw material were subjected to various processing conditions in order to obtain purified perfume. The methods generally used in this work include expression steam distillation and solvent extraction.
During the production of vapourized and liquid perfume the modern solvent for blending and holding perfume materials is highly refined ethanol mixed with more or less water according to the solubilities of the oils employed. This solvent with its volatile nature helps to project the scent it carries, and it is fairly inert to the solute and is not too irritating to the human skin.
The slight natural odour of the alcohol is remove by deodorizing of the alcohol. This is accomplished by adding a small amount of gum benzoic or other resinous fixatives to the alcohol and allowing it to mature for a week or two. The result is an almost odorless alcohol, the natural rawness having been neutralized by the resins. Other vehicles added to this includes benzene which is a solubilizer and methanol in their required proportions.
For vaporized perfumes , it has light quantity benzene while the liquid perfume has little or no of benzene and it contains more of the fragrance than the vapourized perfume.
However, it can be concluded that liquid and vapourized perfumes can be produced using local raw materials.
TABLE OF CONTENTS
Contents page
Cover page
Title page
Approval page
Dedication
Acknowledgement
Abstract
Table of content
CHAPTER ONE INTRODUCTION
Motivation
Objective of the project
2.0 CHAPTER TWO LITRETURE REVIEW
2.1 Brief description of perfumes
2.2 Historical background of perfumes
2.3 Classification of perfumes
2.4 Uses, application and general
Importance of perfumes
2.5 Raw material used in perfumery
2.6 Chemical composition and chemistry of perfumes
2.7 Quantity standards and physical characteristic
2.8 General method of isolating essential oil
2.9 Formulation procedure of perfumes
3.0 CHAPTER THREE EXPERIMENTAL
3.1 Raw material
3.2 Equipment and general process description
3.3 Exaction procedures
3.4 Perfumes compounding and formulation
3.5 Characterization of perfume
4.0 CHAPTER FOUR RESULT AND DISCUSSIONS
4.1 Results
4.2 Analysis and discussion of result
5.0 CHAPETR FIVE COCLUSION AND RECOMMANDATION
5.1 Conclusion
5.2 Recommendations
5.3 General recommendations
Reference
Appendix
