在深水钻进中产层相对较浅并且设计人员正在使用水平的和延伸的井眼剖面 ,这样的剖面使得在井下防喷器 (BOP)组之上的气体侵入有更大的机会在被检测到之前发生。先进的井控模拟器的使用有利于进一步理解气体运移的复杂性。在准备整篇论文的同时 ,进行了 30 0多个覆盖了一个宽范围的操作深度和条件的模拟实验。应用先进的硬件来处理井口气体 ,它将回压施加在立管上。全文描述的基础是应用于水基泥浆 (WBM)。 In deep-water drilling, the middle pay zone is relatively shallow and designers are using horizontal and extended borehole profiles that provide a greater opportunity for gas intrusion above the BOP stack to be detected Happened before. The use of advanced well control simulators helps to further understand the complexities of gas migration. In preparation for the entire paper, more than 300 simulation experiments covering a wide range of operating depths and conditions were conducted. Applying advanced hardware to handle the wellhead gas, it applies back pressure to the riser. The full description is based on water-based mud (WBM).