Leakage of oil drilling products might take place through mud gun main parts. It may also occur when the pressure of the hydrocarbon exceeds the capillary entry pressure of Solid control equipment. Due to this reason, the solid control system tend to flow through the great well pressure if mud gun main parts exceed the mechanical strength. In fact, the cap rock and micro fissures can be tackled with Solid control equipment at minimum capillary entry pressure. What is more, mud gun main parts are related to oil product formation and depend on pore size distribution. This is because interfacial tension between pore fluid and flowing fluid has very low permeability and high capillary entry pressure. On the other hand, the entry pressure of Solid control equipment controls the maximum hydrocarbon column height.
At the same time, the permeability of mud gun main parts can be largely investigated by mercury intrusion. To be more specific, this machine can be used under 1000 PSI pressure and the volume of the injected mercury can be divided by mud gun main parts. What is more, the bulk volume of mud gun main parts is determined and is almost impermeable. In real condition when the samples inside Solid control equipment are saturated, the mud gun permeability will reduce even more. This is because mud gun thickness is important since Solid control equipment will increase the probability of cap rock continuity over an area of oil well reservoir. Theoretically a few inches of shale formation will provide an adequate seal so as to bring out the best of mud gun main parts. And a thickness of more than fifty meters in the oil drilling areas will lead to low tectonic activity. At the same time, decanter centrifuge should be used in accordance with oil well formation and it has an average thickness that is classified in relatively thin cap rocks.
In addition, samples in our dataset have shown that sufficient ethane should be used to analyze isotopic signatures. Solid control equipment can be located in less than one kilometer from the drilling site. Some samples also exhibit clear isotopic reversals that are similar to mud gun main parts and oil drilling mud. Conversely, the development of cutting edge Solid control equipment has shown the common trend that is consistent with updated oil production processes. In the study area, these isotopic values suggest multiple sources of oil products with the help of mud gun main parts. They are likely to be introduced into the shallow crust either by natural processes or through leakage around the casing. This is also true in the annular space of the highly productive oil drilling well.