For desilter buyers, it is wide to display the dimensionless King cobra screen. What is more, if we want to illustrate the correspondence of king cobra screen to data, we may begin with a sample of more than sixty wells with an experienced reservoir engineer. Later desilter buyers can find evidence of interference, meaning that cumulative production is not acceptably fit. However, King cobra screen does fit the full scaling curve well as we can see in a graph of the cumulative oil drilling production. In fact, desilter buyers also have to consider how to improve production rates. This is largely because a small number of fractures may deliver larger quantities of oil drilling products with the help of King cobra screen. However, this may come at a relatively lower rate and only the onset of interference between adjacent fractures will make it possible to disentangle the two scenarios. What is more, desilter buyers should realize that real time intervention of King cobra screen allows effective results. It may also minimize the risk of seal deterioration by providing the on-site engineering. In some cases, desilter buyers may find the updated image of the fracture growth to be rather helpful. The ultimate images subsequently can be utilized in updating numerical model of King cobra screen so as to simulate the predicted oil storage area. Thus, desilter buyers can enhance a better design for stimulating future oil wells and optimizing the oil rig design.
To conclude, a number of important issues have entailed the technological development in mud gun data acquisition, processing, and interpretation. However, more information concerning King cobra screen should be further discussed to help understand the appropriate effective applications. And desilter buyers also have to realize the potential limitations as well as how to improve imaging technique in oil drilling operations. The idea of trying to produce highly graded oil drilling products from such a system of clay and stone does not appear to be particularly attractive. However, with the current technology as well as cutting edge King cobra screen, it can be applied to all desilter buyers. But it is the best known example that is discovered and described so far and the potential petroleum geologic problems may be found elsewhere. King cobra screen technology follows the well established theories and is generally characterized by very small amplitudes and relatively very high frequencies. Typically King cobra screen detectors targets either short duration that is related to the oil reservoir on pre-existing structures. This is also true with the creation of new fractures for desilter buyers since it will promote the drilling efficiency. In some cases, the King cobra screen fracturing technique can deal well with high pressure fluids.