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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 diagram show the development of oil production in perfume.
Overall, there are 10 steps in oil production, from boiling water to hydrolating the oil process. It is important to notice that process is completed by technology.
The stage of oil production consists boiling water, steaming and oiling vapor. At the first step, the water is boiled in fire. Once the water is boiled, steam passes through the pipe. The steam is mixed with aromatic plants, after which are moved with steam and oil vapor to the other pipe to remove the cold water, and add hot water.
The following stage of oil process include water mixed and hydrolat. After added hot water through the condenser, the water is gone to the mixed machine, where water is mixed with essential oils. Subsequently water is separated in the machine and leave only essential oil. At the final stage, aromatic water is added to the jar.
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