Oil emulsification by way of the put-off water

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In summary, the conversation discusses the process of creating an emulsion using white mineral oil and water. The speaker mentions that adding an emulsifier and agitating the mixture can result in an emulsion, but it is difficult to understand the exact process. They suggest seeking further explanation from someone else.
  • #1
abdulbadii
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TL;DR Summary
How is the white oil emulsified O/W but thre water is to be put off later
How is the correct work to be done on white mineral oil emulsified as O/W but most of the water is to be deferred / put off later by indefinite amount of time?
At the time water is added/mixed that mixture just become exactly the same as the emulsification mixture being done at once
 
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  • #2
Difficult to understand what you said. Mineral oil and water may not mix or may not stay mixed. An emulsifier would be added to one of them and then the other is to be added with agitation; and the result may be an emulsion. Some other member could explain the theory or the mechanism.
 

Related to Oil emulsification by way of the put-off water

What is oil emulsification by way of the put-off water?

Oil emulsification by way of the put-off water refers to the process where oil droplets become dispersed in water, forming an emulsion. This often occurs in industrial processes where water is used to wash or separate oil, leading to the formation of a mixture where oil is finely distributed within the water phase.

What are the common methods used to achieve oil emulsification in water?

Common methods to achieve oil emulsification in water include mechanical agitation, the use of surfactants or emulsifying agents, ultrasonic treatment, and high-pressure homogenization. These methods help to break down oil into smaller droplets and stabilize the emulsion.

What role do surfactants play in oil emulsification?

Surfactants play a crucial role in oil emulsification by reducing the surface tension between oil and water, which facilitates the formation of smaller oil droplets. They also help to stabilize the emulsion by preventing the oil droplets from coalescing and separating from the water phase.

What are the environmental implications of oil emulsification in water?

The environmental implications of oil emulsification in water can be significant. Emulsified oil can be more challenging to remove from water, leading to potential contamination of water bodies. This can harm aquatic life and disrupt ecosystems. Proper treatment and disposal methods are essential to mitigate these effects.

How can emulsified oil be separated from water?

Emulsified oil can be separated from water using various methods such as gravity separation, coalescence, flotation, membrane filtration, and chemical treatment. The choice of method depends on the specific characteristics of the emulsion and the desired level of separation efficiency.

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