1.
Research and Application on Solid Free Polymer Drilling Fluids System for Oil Shale Exploration;
油页岩勘探无固相聚合物钻井液研究与应用
2.
polymer-polyelectrolyte drilling fluid system
聚合物-聚电解质钻井液
3.
Laboratory Reseach on Performance Properties of Weakly Gelled Solid Free Polyamine Drill-in Fluid
弱凝胶无固相聚胺钻井液性能室内研究
4.
Study of Corrosion to Drilling Rigs by Solid Free Composive Salt Drilling and Completion Fluids and Its Prevention Technology
无固相复合盐水钻井完井液对钻具腐蚀规律与防护技术研究
5.
Development of solids-free low temperature drilling fluid system:To be used for natural gas hydrate drilling in Tibet Plateau permafrost
无固相低温钻井液的研制——用于青藏高原永冻层天然气水合物的钻探
6.
The Study of Solid-liquid Separation Technology of Discarded Object PEM Polymerization Water Base Drilling Fluid in Pohai Oil Field
渤海油田PEM聚合物水基钻井液废弃物固液分离技术研究
7.
Research on the polyolcol drilling fluids for offshore hydrate drilling
海洋水合物地层钻井用聚合醇钻井液研究
8.
The Application of FLO-PRO Solids-free Drilling Fluid in Horizontal Wells in Jidong Oilfield.
FLO-PRO无固相钻井液在冀东油田水平井中的应用
9.
Application of Solid-free Formiate Drilling Fluid in Exploration Well in Block Santanghu
无固相甲酸盐钻井液在三塘湖区块探井的应用
10.
FLUSHING LIQUID WITHOUT CLAY AND DRILLING FLUID ADDITIVE MADE FROM ELM BARK
用榆树皮制无固相冲洗液和钻井液添加剂
11.
Research and Application of Formate Drilling Fluid with No Solid Phase in Block Niudong
无固相甲酸盐钻井液在牛东区块的研究与应用
12.
Application of clay free formate drilling fluid in East Niujuanhu Block
牛东区块无固相甲酸盐钻井液体系的应用
13.
Factors Affecting the Permeability Recovery of Weak Gel Solids/Clay-free Drilling Fluids.
影响弱凝胶无固相钻井液渗透率恢复值的因素
14.
Inhibiting effect mechanism of biopolymer MEG drilling fluid.
生物聚合物甲基葡萄糖甙钻井液抑制机理
15.
Laboratory Test on Harmless Disposal Solid Formation of Waste Drilling Mud
钻井废泥浆固相物无害化处理试验研究
16.
FILTRATE REDUCER OF ZWITTERIONIC POLYMER FOR DRILLING FLUID
钻井液用两性离子聚合物降滤失剂的研究
17.
Synthesis and properties of AMPS/DMAM/AM copolymer viscosity reducer for drilling fluid
AMPS/DMAM/AM共聚物钻井液降粘剂的合成与性能
18.
A weighted, non-dispersed, freshwater/HTHP polymer system will be used for this section.
该井段将采用加重、不分散、加水、耐高温高压的聚合物钻井液。