1.
Treatment of drilling wastewater by UV/O_3
UV/O_3氧化处理磺化泥浆体系钻井废水
2.
Preliminary Study on Drilling Wastewater Correlated With Three-Sulfonated Mud System Treatment With Aerobic Process
生物法处理磺化泥浆体系钻井废水的可行性初探
3.
3.16 Let's go to transform the mud to PEM system.
去将本段泥浆转化成PEM泥浆体系。
4.
Study on the relationship between the saturation point of the water reducer and the fluidity and harden performance of the cement paste
减水剂饱和点与水泥浆体流动性及硬化性能关系的研究
5.
Research on Efficiency Optimization and Control for Dredging Slurry Pipeline Transport System;
挖泥船泥浆管道输送系统效率优化与控制研究
6.
shear-thinning mud system
剪切稀释特性的泥浆体系
7.
Study and Application of Cement Slurries Weighted with Refined Iron-ore Fines
精铁矿粉加重水泥浆体系研究与应用
8.
Design of low-density cement slurry systems and applications of them in Tahe Oilfield
深井低密度水泥浆体系的设计与应用
9.
Study on the High Temperature Cement Slurry Used in Steam-Stimulated Wells.
抗高温蒸汽吞吐固井水泥浆体系研究
10.
Lab Experiment on High-Intensity Ultra-Low-Density Cement Slurry
高强度超低密度水泥浆体系实验研究
11.
Performance Evaluation and Use of Lower Density Slag Cement Slurry
漂珠低密度水泥浆体系的评价与应用
12.
3.12 For the mud system, maintain pH values among 8.5 to 9.5 while drilling.
对于这套泥浆体系，钻进期间应维持泥浆的pH值在8.5~9.5之间。
13.
SULFONATION OF CHINESE LARCH SCMP
落叶松磺化化学机械浆—磺化因素的影响
14.
Study on Active Carbon Adsorption Removals the COD of Polymer/Sulphated Drilling Waster Water in Gas Field
活性炭吸附法处理气田聚磺泥浆钻井废水研究
15.
2.8 The PEM mud system has been successfully used on drilling operations in Bohai Gulf and South China Sea.
PEM泥浆体系曾经成功地应用于渤海和南海。
16.
14.6 We are able to provide various products for following mud systems.
我们能够为以下的泥浆体系提供各种处理剂。
17.
Mud System Research of Gas Hydrate Drilling in Plateau Permafrost;
高原冻土天然气水合物钻探泥浆体系研究
18.
Development of Wideband Retarder and Long Sealing Cement Slurry System
宽带缓凝剂的研制及长封固段水泥浆体系研究