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The image displays a diagram illustrating the process of extracting essential oil using steam distillation. It features a chamber filled with leaves, where steam enters to extract oils from the leaves. The mixture of steam and oil then travels through a cooling coil, where it condenses into a mixture of water and oil due to the reduction in temperature facilitated by the inflow of cold water and outflow of warm water. This mixture then proceeds to a settling tank, where essential oil is segregated and collected separately from water. All connections and components are depicted with arrows indicating the flow direction of fluids through the system.
Given the complexity of the image, the above description may not be entirely accurate.
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The given diagram illustrates the industrial process of essential oil. Overall, the process consists of several stages commencing with the extraction of oil from leave where it is then treated thermically and goes through a condensation in order to dispill oil from the previous mixture.
To begin with, plenty of leaves are placed in a large container where it is steamed and output a combination of steam and oil. Subsequently, the steam from this mixture is eliminated by an output: however, the remaining oil then goes through a cooling coil where the phenomenon of condensation occurs thanks to the low temperature.
Once condensed, this oil mixture is transferred into a settling tank and sit for a while until the mixture is dispilled, culiminating in an oil layer spreads on the water due to a physical process.
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