Oil and steam do not mix during atomization because they are immiscible fluids, meaning they do not blend together due to differences in their molecular structures and polarities. Oil is hydrophobic and less dense than water, while steam is water vapor, which tends to condense back into liquid water. When atomizing, the steam acts as a carrier to disperse the oil into fine droplets, but the two phases remain separate due to their distinct physical properties. This results in the formation of an emulsion rather than a homogeneous mixture.
Typically, around 1-2% of the total steam generated in a boiler is used for the steam atomizing burner, which is responsible for finely dispersing fuel oil for combustion. The majority of the steam produced is used for other processes such as heating, power generation, or industrial operations.
Atomizing air in a burner is used to help break down liquid fuel into smaller droplets and mix it with air more effectively. This process creates a fine mist or spray of fuel that can be easily ignited, leading to a more efficient combustion process and better fuel efficiency.
Oil and oil will mix.
Iron is corroded in steam.
1. Steam2. coal3. Oil4. Nulear
To mix oil paint you have to choose the colored pigment and add it to the oil medium.
steam
No we cannot mix water with oil.
jacking oil is not required when stopping the steam turbine
nothing can relay mix with oil because the oil has a lot of density in it
Oil will not mix with water.
This happens because water and oil don't mix, causing the water droplets to sink to the bottom of the pan and then rapidly boil and turn into steam. The sudden expansion of the water into steam creates a forceful expulsion of hot oil, which results in spluttering. This can be dangerous, so it's important to exercise caution when cooking with hot oil.