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The image depicts a diagram that illustrates the process of extracting oil for use in perfume production. The process begins with a fire (1) heating water (2), which turns into steam (3), and passes through a container holding aromatic plants (4). The resulting steam and oil vapor (5) travel through a cooling system comprised of a condenser (7) where hot water (7) and cold water (6) are used to cool the mixture. This leads to a separator (9) that divides the essential oil (9) from water mixed with essential oil (8). The final byproduct, hydrolat or aromatic water (10), is collected in a separate container.
Given the complexity of the image, the above description may not be entirely accurate.
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The flow chart illustrates the process of how oil is expected to be used in the production of perfume. Overall, it is clear that there are ten distinct steps in the process of making perfume, beginning when water is boiled in a fire and ending when hydrolat, which is aromatic water, is ready to be sold. In order to produce perfume, you need such raw materials as fire, water, aromatic plants, and oil.
Looking more closely at the diagram, we can see that the first stage in perfume production begins with boiling water, where steam from hot water rises and mixes with aromatic plants. Then the steam and oil vapor are kept in a special equipment called a condenser in order to reduce gases from them.
In the next step in the process, producers have to get rid of hot water. After mixing water and essential oil, they are sent to a separator for a while. Finally, aromatic water is ready to use.
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