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The Parameters of the Mud Tank Design for Solid Control System

Posted by:    Time:2015-01-09     click:

Mud tank design for solid control system as well as Mud gun needs to deal with the oil drilling fluid that contains different kinds of solids flows onto the vibrating screen. Even in the case of the most cutting edge mud tank design for solid control system as well as Mud gun, the liquid/solid separation process begins in a gradual manner by first passing through the screen and then conveying the solids toward the discharge end. Therefore, we may say that in the Mud gun, the liquid will move along the screen until it reaches the liquid endpoint and before that, the solid particles are submersed by the oil drilling fluid without any doubt. Then it will be gradually uncovered and conveyed off the Mud gun screen so that the flow of oil drilling fluid on the vibration screen surface can be measured by kinematic parameters on the mud tank design for solid control system in a periodical manner as long as the flow of the oil drilling fluid is steady enough.

To be more specific, if we consider the Solid control system drilling fluid in terms of viscosity, it tends to pass through the screen with added yield pressure in the pressure reduction and in order to simplify the work, the flow in the Mud gun has to be added with vibration deck and the vibration screen to produce the proper translation motion without ignoring the effect of gas in drilling fluid with that of steady flow. According to scientific research results, the Mud gun equations of the drilling fluid as well as the shale shaker offer accurate analytic solutions that can be used to deal with the parameters of the mud tank design for solid control system because most of the vibrating screen vibrates periodically in a steady condition so they can be substituted with the average values within a Mud gun vibration cycle. As a matter of fact, it is the starting point of using average energy principle to design Mud gun and the nature of this solution is making use of flow parameters as only a function of the unsteady flow since the vertical flow of Mud gun drilling fluid is very slow and the flow distance is very short. As a result, the relative head loss in the Mud gun and the vertical flowing loss of the oil drilling fluid can be ignored in many cases according to the experiential formula and the flow capacity of the mud tank design for solid control system that is decided by the liquid endpoint as long as we can get the shape of free liquid surface in the first place.

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