Process cycle and protection of oil purifier
The process of oil purification in the oil purifier is as follows: First, a specific amount of water is added to the separator bowl to form a water seal. After that, impure oil is injected into the separator. During the separation process, water and sludge will accumulate on the edge of the separation cylinder. The pure oil will enter the separator through the integrated oil pan, and the excess water and sludge will pass through The water or sludge outlet leaves the separator drum and enters the sludge tank. After the set time between the drain intervals, the fuel supply will stop. After that, you will add replacement water to the separator, the replacement water will reduce the oil loss through the sludge discharge valve, and then you will activate the sludge discharge when the displacement water flows. After this, the next process cycle begins, adding water to form a new water seal.
Which features will protect the operator and enhance the oil purification process? They include: emergency brakes for speed regulation. A water sensor that prevents water and oil from mixing. The low pressure switch located at the clean oil outlet prevents oil from leaving the system with water. The high-pressure switch will prevent water from entering the clean oil outlet together with the clean oil.
What factors need to be considered in the oil purification process of the oil purifier? They include: oil density, when you have low-density materials, the oil purification effect will be better; back pressure, which depends on the density, feed viscosity, temperature, etc.; adjust the back pressure to ensure that the grinding disc is cleaned when the oil enters Absorb clean oil when cleaning the fuel tank; oil throughput, which is the amount of oil you pump into the oil purifier per unit time; low throughput will optimize the oil purification process; revolutions per minute [rpm], high RPM can ensure enough The centrifugal force separates the oil from the contaminants; the temperature of the incoming oil, the impure oil will quickly pass through the heater to increase its temperature. The feedstock with high temperature reduces its viscosity to ensure better oil purification.