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The image is a labeled diagram of a steam distillation setup; 1-Fire, 2-Water, 3-Steam, 4-Aromatic plants, 5-Steam+Oil vapor, 6-Cold water, 7-Hot water, 8-Water mixed with essential oil, 9-Essential oil, 10-Hydrolat (aromatic water). It shows a flame heating water in a flask, generating steam that passes through a container with aromatic plants, carrying the oil vapor into a condenser, where cold water cools the vapor into a mixture of water with essential oil, then separating them in a separator, collecting the essential oil and hydrolat separately.
Given the complexity of the image, the above description may not be entirely accurate.
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The diagrams shows how oil is expected in use of production of perfume.
Starting with the first step, boiling water at high temperature to make it evaporate. The steam will travel through the pipe to the next container. After the steam passes through aromatic plants, it becomes oil vapor.
Looking directly at the third step, oil vapor is liquefied with cold and hot water at the top and bottom of the container. At the last step, essential oil mixed with water will be transported to a separator that extracts the final product, hydrolat, also known as aromatic water.
Overall, the process of turning oil into perfume consists of four steps.
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