Vacuum degasser for drilling fluid processing and the complete drilling fluid system are a new type of oil drilling component system which has been developed from inorganic drilling fluid system and are very beneficial in the protection of the oil reservoir. Thanks to the vacuum degasser for drilling fluid processing solid free system, the damage of solid particles on a given oil rig can be greatly eliminated, which is especially true in the case of low permeability oil layer.
At the same time, vacuum degasser for drilling fluid processing and the complete mission pump fluid system are designed to have remarkable compatibility so as to avoid the possibility of solids mission pump precipitation which is not good for the drilling operation due to the possible damages generated on oil reservoir. What is more, since the mud cake of the vacuum degasser for drilling fluid processing solid free system is thin and resilient, it is also conducive to the improvement of the mission pump cementing quality as a whole and experiments show that the vacuum degasser for drilling fluid processing and completion mission pump system has outstanding rheological property as well as strong lubricating performance, which can help to improve the overall drilling production with different kinds of rocks and formation water at demanding temperatures under the oil wells.
As a matter of fact, some of the associated vacuum degasser for drilling fluid processing tools may have a drilling duration period of at least six months when the drilling program is suspended for three years at most. Thus, the oil drilling cost can be broken down to two parts including the fixed costs and the variable ones, which are critical factors in determining the financial returns of the oil well investment in spite of the fact that some kinds of drilling problems may be likely to occur at times.
The key of the drilling optimization lies in the vacuum degasser for drilling fluid processing which can be made use of in reducing the productive periods. In addition, drilling optimization is also capable of increasing drilling efficiency and safety levels while helping to protect the environment with a precise planning of drilling volume and the required materials. Apart from the above mentioned aspects, to further reduce the total cost, vacuum degasser for drilling fluid processing rate should be adjusted from time to time by paying attention to how interrelated operational parameters can affect each other in a constant manner since according to the vacuum degasser for drilling fluid processing formula, connection time mainly depends on the drilling efficiency and tripping time set by the mission pump control center so that drilling operators will not have to pay for extra expenses.