1) Subsea Mud Lift Pump System
海底泥浆泵
2) subsea mudlift drilling
海底泥浆举升钻井
1.
In order to overcome problems encountered in the process of deepwater drilling when using the conventional offshore drilling technology, a new technique named subsea mudlift drilling (SMD) has been proposed.
为解决深水钻井过程中采用常规海洋钻井技术遇到的一系列问题,石油工业提出了海底泥浆举升钻井(Subsea mudlift drilling,简称SMD)技术。
2.
Among all the implementations studied, Riserless mud recovery drilling technology and subsea mudlift drilling technology had passed industry application, which can overcome many problems encountered in deepwater drilling.
为解决深海钻井复杂作业环境和地质条件对常规海洋钻井技术带来的一系列问题,国际石油工业界研发了双梯度钻井系统技术,在若干实现系统方案中,无隔水管泥浆回收钻井技术和海底泥浆举升钻井技术经过工业应用可以解决深水钻井过程中的的诸多问题。
3) slurry pump
泥浆泵
1.
Experimental study of effect of particle size on characteristics of a slurry pump;
泥砂粒径对泥浆泵性能影响的实验研究
2.
Development of automatic controller of slurry pumps NJB-1;
NJB-1型泥浆泵自动控制器的研制
3.
The pressure oscillation of discharge pipe of the triplex slurry pump is caused by the flux oscillation,usually installing air-volume around inhaling or discharge pipe to reduce the pressure oscillation.
三缸单作用泥浆泵排出管内的压力脉动是由流量脉动引起的,为减少压力脉动,通常在吸入或排出管路上安装空气包。
4) mud pump
泥浆泵
1.
Study on the ability of mud pump for Liuhua mega-extended-reach wells in South China Sea.;
流花油田超大位移井泥浆泵设备能力分析研究
2.
Development of mud pump for development drilling;
石油钻井用泥浆泵的新发展
3.
Heat craftsmanship of mud pump large-sized crankshaft 40 MnB;
泥浆泵40MnB大曲轴铸件的热工艺改进
5) hydraulic dredge pump
泥浆泵
1.
The technique of reclaiming disturbed lands by use of a hydraulic dredge pump,called“digging deep to fill shallow”,has been used in the treatment of subsidence areas incoal mines.
用泥浆泵挖深垫浅的复田方法已在我国煤矿沉陷区治理中得到应用，但迄今为止尚未对这一技术进行深入研究。
2.
@P1Soils, reclaimed by hydraulic dredge pump in different periods and layers of land in Xuzhou mining area were monitor ed and analysed.
以徐州矿区为例，对不同时期不同层次泥浆泵复垦土壤进行了监测和分析，揭示了泥浆泵复垦土壤化学特性的时空演化规律。
6) 7NB mud pump
7NB泥浆泵
1.
In this paper, the 7NB mud pump, a new mud pump, was described.
介绍了一种钻井用新型泥浆泵— 7NB泥浆泵 ,在分析新型泥浆泵的结构特点和工作机理的基础上 ,通过简化结构 ,建立了 7NB泥浆泵的运动方程和解析计算模型 ,并实现了该新型泥浆泵主要运动部件的运动学分析计算。
补充资料：咸水泥浆、海水钻井液、海水泥浆
分子式：
CAS号：
性质：又称咸水泥浆、海水钻井液、海水泥浆。氯离子含量在6000mg/L以下的水基钻井液。
CAS号：
性质：又称咸水泥浆、海水钻井液、海水泥浆。氯离子含量在6000mg/L以下的水基钻井液。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条