Extraction of formulation of perfume from plant

Project Abstract

The extraction of perfume formulations from plants has been a topic of interest due to the rising demand for natural and sustainable products in the fragrance industry. This research project focuses on exploring various extraction methods to obtain perfume formulations from different plant sources. The objective is to investigate the efficiency of extraction techniques such as steam distillation, solvent extraction, and enfleurage in isolating fragrance compounds from plants. The study involves selecting a range of plant materials known for their aromatic properties, including flowers, leaves, and barks. These plant sources are subjected to different extraction methods to compare the yield and quality of perfume formulations obtained. Gas chromatography-mass spectrometry (GC-MS) analysis is used to identify and quantify the chemical components present in the extracted formulations. The results of the study reveal the effectiveness of steam distillation in extracting volatile compounds from plant materials, particularly flowers. Solvent extraction, on the other hand, proves to be efficient in isolating non-volatile fragrant molecules from plant sources like barks and resins. Enfleurage, a traditional method involving the use of fats to absorb fragrance compounds, also shows promise in capturing delicate floral scents. Furthermore, the study investigates the influence of plant species, extraction parameters, and solvent types on the aroma profile and intensity of the extracted perfume formulations. By optimizing extraction conditions, it is possible to enhance the olfactory characteristics of the obtained fragrances and tailor them to specific preferences or market demands. Overall, this research contributes to the development of natural perfumery by providing insights into the extraction of perfume formulations from plant sources. The findings offer valuable information for perfumers, researchers, and industries seeking sustainable and botanical-based alternatives to synthetic fragrances. By harnessing the aromatic diversity of plants through efficient extraction techniques, it is possible to create unique and environmentally friendly perfume formulations that appeal to a growing segment of consumers interested in natural products.

Project Overview

<p> </p><p><strong>1. 1 INTRODUCTION</strong></p><p>The word perfume derives from the latin âper fumumâ meaning through smoke, is fragrant liquid that is sprayed or rubbed on the skin or clothes to give a pleasant smell. Extraction of perfume from various plants resources is of ancient origin. Infact the natives from different tropical regions of the globe have long been extracting oil from numerous oil bearing plants. Human since the ancient time have known how to extract oil from their natural resources. Vegetable oils are naturally occurring esters of higher fatty acids and glycerol. They are widely distributed in nature and were first consumed as food. Later oils were discovered to be used as renewable raw materials for variety of non food production, for instance perfumes, disinfectants, inks to mention but a few.</p><p><strong>1.2 BACKGROUND OF THE STUDY</strong></p><p>Several thousands of plants distributed throughtout the world contain a group of odiferous, fragrance, oily products that are highly volatile organic substances collectively known as essential oils. âEssentialâ does not mean âmost necessaryâ but rather the concentrated characteristics or quintessence of a natural flavor or fragrance raw material (Coulson et al,22003). Therefore, perfume may be from essential oils of vegetables or plant origin. It is a complex mixture of aldehydes, ketones, hydrocarbons, alcoholic acid and short chain esters. The existence of perfume on certain plants has been known for thousands of years. They can be found in leaves, flowers, stems, barks, and roots. Ancient Egytians extracted essential oils from plants tissues by steam distillation (Ogbu,2005). Other methods of isolating essential oils includes solvent extraction, expression, cold plate or enfleurage. Some of these methods have been adopted by essential oil extracting industries. Information on perfume when the essential oils have been extracted from plants are of different type of oils and these will ultimately influence the smell of perfume over time namely:</p><p>1. The base oil (Base notes)- this will produce the scent that stays longest on the skin and for this reason it is usually added to the mixture e.g vanilla, ginnamon, sandalwood, mosses etc.2. The middle oil (middle notes)- this also influences the smell of the perfume for quite sometime but not as long as the base note does e.g lemon grass, Yalang Ylang etc.3. Top oil (top notes)- this is added to the mixture after the middle notes and may then be followed by some other substances which will help to</p><p>3bridge the scents together e.g orchard, rose, bergamount, lemon,orchid etc.A formulation or recipe that rightly blend with the oil or fragrance is used and the reason perfume differs is due to the formulation or recipe that will give pleasant odour. It is necessary to choose a good recipe of formulation. Alcohol is added to the fragrance or essential oils as a primary solvent to reduce the strays of the oils. Fixatives are also used with the other ingredients like water, essential oils and alcohol to lower the rate of evaporation of the fragrance of essential oils. The reason why a perfume losses its fragrance faster than normal is because only a little amount of fixative was used when preparing the perfume.</p><p><strong>1.3 STATEMENT OF THE PROBLEM</strong></p><p>There is a high demand of essential oils for various purposes such as medicinal, perfumery, soap making, insecticides to mention but a few have opened up wide opportunities for global warming.Imported essential oils are very expensive to meet the demand of our local consumer industries, therefore it becomes necessary to source and extract these oils from local source. In particular perfumes that are usually imported can be produced locally from a vast variety of oil</p><p>4bearing plants yet to be explored. It has also been observed that high concentration of perfumes in the epidermal tissues can cause skin irritation or peeling due to poor formulation. This problem will be explored on this project. Solvent extraction is the safest method for extracting high quality oil because some herbs and spices cannot be extracted from enfleurage method but it has the disadvantage of having residual solvents in the essential oils. The research is conducted in order to use hydrodistillation as one of the applicable methods to extract essential oils. Hydrodistillation has the advantage of no solvent residues as an alternative to conventional extraction techniques. This research will reveal the difference in yields by the methods.</p> <br><p></p>