Purifier System Quiz

What is the primary function of the gravity disk in a purifier system?

• To increase the speed of separation

• To control the interface between oil and water

• To remove solid impurities from the oil

• To heat the oil before separation

Which factor does the gravity disk help adjust in a centrifugal separator?

• Flow rate of the liquid

• Temperature of the oil

• Separation interface of oil and water

• Density of the water

Why is the viscosity of oil important in a purifier system?

• It determines how easily oil flows for separation

• It affects the chemical composition of oil

• It increases the density of oil

• It prevents contamination of oil

How does heating affect the viscosity of oil in a purifier?

• It increases viscosity

• It decreases viscosity

• It has no effect on viscosity

• It changes the density of oil

What happens if the viscosity of the oil is too high?

• The separation process becomes more efficient

• The oil flows faster through the purifier

• The purifier may not operate effectively

• The oil and water mix more easily

What role does density play in a centrifugal separator?

• It determines how much oil is needed for purification

• It affects the separation of oil and water based on weight differences

• It ensures the purifier operates at maximum speed

• It controls the amount of fuel consumption

How does the density difference between oil and water impact separation?

• The smaller the difference, the easier the separation

• The greater the difference, the harder the separation

• The greater the difference, the easier the separation

• Density has no effect on separation

What is the purpose of an oil heater in a purifier system?

• To cool down the oil before separation

• To increase the oil’s viscosity

• To reduce the oil’s viscosity for better separation

• To mix the oil and water more thoroughly

Why is temperature control important in a purifier system?

• To prevent overheating and ensure proper separation

• To increase the water content in oil

• To remove solid particles from oil

• To keep the purifier running at maximum speed

What could happen if the purifier's flow rate is too high?

• The separator may become overloaded and inefficient

• The purifier will separate the oil and water faster

• The oil and water separation will be more effective

• The purifier will automatically shut down