Solid control technology has been proven to be a practical approach for the monitoring of mud cleaner process during hydraulic fracture stimulations. In fact, solid control monitoring has rapidly evolved in terms if acquisition methodology as well as data processing. At the same time, we need to evaluate the progression of Brant screen technology with emphasis on its applications in shale gas reservoir. When it comes to how to choose solid control equipment, data analysis indicates that there is a direct proportion between the oil well magnitude and depth. On the other hand, no relation has been found between solid control equipment activity and the injection rate or injection volume. However, large oil well magnitudes have been recorded where hydraulic stimulation approaches and Brant screen play an important role.
Therefore the geologic framework of Brant screen should be integrated in most oil drilling programs. In addition, the geometry of fracture growth can be influenced by interactions with naturally fractured formations. Due to this reason, before we choose solid control equipment, we need to take into account the injection fluids along flow paths. They are associated with the existing oil network in the reservoir and the Brant screen is incredibly useful in revealing the entire well geometry. However, recently several concerns have been raised regarding the capability of data to provide Brant screen with dimensional parameters. The mechanism of how to choose solid control equipment could provide detailed information for potential buyers. The tips are critical since the solid control machines should match well with the reservoir characterization.
If this can be done, then there will be induced fracturing in the mud agitator formations. In some cases, rich oil wells have been historically documented so as to enhance oil and gas production for several decades. The investigation concerning how to choose solid control equipment has demonstrated that there are many sets of oil strata. In these regions, oil products are marked with great thickness, continuous distribution, and high content of organic elements. They are also featured with high maturity in accordance with the basic geological conditions in the region as long as operators choose solid control equipment properly. Due to this reason, Brant screen should be used in the appropriate regions and layers to carry out joint exploration projects with good prospects for development in a sustainable manner. The resource of oil around the world approximately occupies fifty percent of the conventional energy resources. Successful development of shale gas also brings an innovation to the oil drilling field and the new energy has become the favorite of the world’s resources. Production rates of individual wells are related to the use of Brant screen in cumulative production.