There are many factors that affect drilling equipment performance and Solid control equipment performance. For instance, the interior of the horizontal Solid control equipment may vary in functions and lengths with the width ranging from one meter to the height of three meters since the result in the hot Solid control equipment separation indicates that this device could help drilling operators to extract more high quality oil without any doubt from the oil sand in a convenient manner with higher efficiency in spite of the fact that the solids that are discharged from the Solid control equipment do not include any oil. According to scientific research results, other factors that affect drilling equipment performance and Solid control equipment performance include the concentration of the extracting drilling agent that is advisable at around four percent or it will lead to waste if the concentration rate in the Solid control equipment is too high and will bring difficulty for breaking the emulsion. On the other hand, if the Solid control equipment concentration is too low it could not guarantee the extracting efficiency that is expected by the operators.
In general the utilizing times of Solid control equipment recycling is more than three times, which is true even in the case of the supplement of fresh extracting fluids and it could be used continuously for more than fifty times. It is difficult to process the stalling settlement in the drilling equipment so that at present, the device for solids control treatment is not designed into the oil extraction device but into the device for pressure and filtration, which needs to be taken into consideration so as to solidify the Solid control equipment sliming sewage with a number of operation parameters of the separation technology that can be amplified after the improvement. It is a truth universally acknowledged that negative factors that affect drilling equipment performance and Solid control equipment will be reduced gradually and the oil products discharged will become relatively clean since the oil could be extracted from the sand thoroughly even in the case of the high Solid control equipment reagent sand ratio, which has a large difference from the result of the laboratory study in which the optimal reagent sand ratio is is related with the wave of the mud agitator. With higher Solid control equipment efficiency, separation technology will have a larger impact on the overall drilling project because the larger liquid dosage may result in the lower cost of the subsequent treatment in an indirect manner. Factors that affect drilling equipment performance and Solid control equipment should also be considered to reduce the waste of water and energies during the drilling process.