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The image depicts a diagram delineating the sequential stages in oil extraction for perfume production; the process initiates with a heat source marked as a fire (1) applied to a container of water (2), thus generating steam (3) that travels through aromatic plants (4) creating steam mixed with oil vapor (5); this vapor is directed into a condenser (6) wherein it interacts with cold water (6) and subsequently hot water (7) resulting in two separate outputs, water mixed with essential oil (8), which then flows into a separator (9); finally, essential oil (9) and hydrolat or aromatic water (10) are distinguished and respectively extracted.
Given the complexity of the image, the above description may not be entirely accurate.
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The flow chart explains the linear man-made process of extracting the oil for the fragrance preparation.
Overall, there are four primary stages in the perfume production procedure: starting with the heating till the end product of separation.
To start with, the water is poured into the tank and heated by the fire. Then, the boiled water evaporates and turns into the steam. After this stage is complete, the water vapour passes through the pipe into the cylinder with automatic plants, where they are mixed together.
As soon as the mixture of steam and oil vapour is gotten, it goes through the condenser with cold and hot water. Once the condensation stage is finished, the water mixed with essential oil finally reaches the container, which is called separator. The last step involves extracting the hydrolat or aromatic water from the essential oil. At this point in the proceeding, the final product of the extracted hydrolat goes to the manufacture of perfume.
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