What are the design parameters of the drilling fluid gun?
In the process of oil solid phase control, drilling fluid guns are used, so what are the design parameters of drilling fluid guns?
Because most systems use low-pressure drilling fluid guns, the correct selection of centrifugal pumps and piping systems is very important. A lot of literature has given the parameter design of the pump, so I won't repeat it here. It should be emphasized that for a low-voltage system, to make it work properly, the following points must be considered:
1 The size and model of the nozzle;
2 The number of elbows, T-joint, valves and reducers;
3 Tube length;
4 Size of the tube.
These parameters are very important. Before choosing a pump, the influence of each parameter must be determined. In most systems, most of the total pressure head delivered by the pump is lost when the fluid passes through the nozzle, and the discharge line length, pipe diameter, and fittings all require suitable pumps and engines. In order to achieve a given flow rate after passing through the nozzle, a specific total pressure head is required to overcome the friction of the system. If a reducer or reducer is used, the discharge capacity will decrease. The longer the pipe, the greater the number of joints, and the smaller the diameter of the pipe, the greater the total pressure head required. The general rule is:
(1) The fluid velocity should be maintained between 5f/s (to avoid solid precipitation) ~ 10fs (to avoid excessive erosion of the pipe) (1.5~3m/s).
(2) The number of pipe fittings and joints should be as few as possible.
(3) The pipeline should be as short as possible.
These parameters of the drilling fluid gun mentioned above are very important, we need to understand, if you have other needs about the Mud Gun, please feel free to consult us.
