目的加深抽稠泵在水平井中的下入深度，以增加沉没度，提高泵效。
Purpose To deepen the entrance depth of pump in horizontal well so as to increase submerge degree and improve pump efficiency.
通过对锁定条件的分析，指出了增加连续油管在水平段下入深度的途径。
By locking conditions, the analysis pointed out the increase under paragraph coiled tubing in horizontal depth of approach.
油管的最大下入深度与油管本身的强度、密度、油管内外压差、井中流体对油管柱浮力有关。
The maxim setting depth of tubing is related to its strength, density, inner and outer pressure difference as well as wellbore fluid's buoyant force to tubing string.
将传统设计方法与改进设计方法结合，并将两个设计结果进行比较，给出每层套管的合理下入深度区间。
Traditional design methods and design methods to improve integration of the two design and comparison of results are given every reasonable under the casing depth interval.
通过对组合管柱的受力分析，依据推导的公式，找到了一种采用图板进行油管柱最大下入深度和强度校核的方法。
This paper deduced equation by analyzing strength endured by tubing string, based on formula, taking advantage of graphical method checkout the maxim setting depth and strength.
夹持块内的连续油管同时受到轴向力、均布内压和夹持块的夹持力的作用，其应力状态直接影响到连续油管的下入深度及其抗挤毁能力。
The CT held by the gripper blocks is loaded by axial force, pressure of inner fluid and gripping force, and its forcing state influenced setting depth and the ability of anti-collapsing.
提高绳索取心钻进效率要做到：一是根据孔深、钻孔孔径、钻孔所遇地层及其岩性的完整程度、构造特点、风化带发育深度等选择套管的直径及下入深度；
To raise wire-line drilling efficiency need to: 1. Select casing diameter and depth according to drilling depth, diameter, strata drilled and rock integrity, structure features, weathered layer depth;
基于这些分析，项目团队起出esp，并调整了下入深度，提高了循环模式的周期；与此同时，作业者采用电机放大器和负载反馈功能以解决遇到的所有问题。
Based on this analysis, the team made ESP trip and set-point adjustments, improved cyclic mode periods, and implemented motor amps and load feedback modes to address the issues encountered.
基于这些分析，项目团队起出esp，并调整了下入深度，提高了循环模式的周期；与此同时，作业者采用电机放大器和负载反馈功能以解决遇到的所有问题。
Based on this analysis, the team made ESP trip and set-point adjustments, improved cyclic mode periods, and implemented motor amps and load feedback modes to address the issues encountered.
应用推荐