Development of Mud cleaner and mining screen has attracted a lot of attention in recent years in the field of oil drilling industry. This is because when the amount of the separation reagents is excessive, the oil solids tend to settle to the bottom, which might lead to unwanted contact with the air in floating process and development of mud cleaner and mining screen can help oil drilling operators to deal with this in an easy manner. As a matter of fact, the oil sand obtained from separation contains a number of small sand grains and even debris which might lead to a great impact on the later processing and refining of a variety of oil drilling products and a large number of experiments show that it is appropriate to make use of the development of mud cleaner and mining screen to cope with the reagents and the sand ratio to achieve the better extraction operating parameters even under temperature as high as ninety degrees since in many cases in spite of the fact that the mass fraction of extracting agent is required to be more than ten percent while the extraction time might as well be shortened. According to scientific research results, with the help of development of mud cleaner and mining screen, separation without any doubt for oil drilling products under the mode of intermittent operation can be achieved in the main tank as well as the agitator tank by charging the drilling fluids in an upper way and discharging them in the lower way.
By doing so, the steam coil in the development of Mud agitator and mining screen tank is capable of providing enough heat supply in multi-stage setting basins whose major diameter is four meters with a certain mixing effect, extraction time, and rate of charge in the concentration of oil extraction and other contents. It is a truth universally acknowledged that the mixing effect of the development of mud cleaner and mining screen is better than before and the oil obtained from the device meets the design requirements thanks to the rapid cleaning and screening rate of about every five minutes with shorter separation time that is fundamentally consistent with the laboratory results. To be more specific, the influence of development of mud cleaner and mining screen in terms of the rate of charge to the oil extraction efficiency is rather distinct due to the fact that the corresponding extraction effects in different oil content ratios show significant differences and it is clear that with the development of mud cleaner and mining screen, there will be an increase on the quantity of oil products.