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Keyword [ultra-high water-cut]
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1. The Study Of Dynamic Prediction Methods For Oilfield Development Programming In Ultra-High Water-Cut Stage
2. The Technology And Application Of Comprehensive Adjustment In Ultra-high Water Cut Period Of LAMADIAN Oilfield
3. Numerical Modeling Research About Putaohua â… 1-2 Layer In The South West Lamadian Oil Field
4. The Study On Oil Well Water Shutoff Of Lamadian Oilfield At Ultra-high Water Cut Stage
5. Research On The Identification Of Low-efficiency And Invalid Injected Water Circulation Belts In Ultra-high Water Cut Stage
6. Further Enhance Waterflood Recovery Methods Research On Ultra-high Water Cut Stage Of Shuang He Oilfield
7. Study On Remaining Oil Distribution And Optimizing Measures For Xing6East Block In Ultra-high Water Cut Stage
8. The Optimization Research Of Vertical Equilibrium Displacement For Multilayer Reservoir In Ultra-High Water Cut Stage
9. Study On Technical And Economic Limits Of Production Adjustment In Shengtuo Oilfield
10. Screening Of The Methods To Improve Oil Recovery For Ultra-high Water-cut Oilfield
11. Research On The Adaptability Of Unheated Single Pipe Pigging Gathering Technology In Ultra-high Water Cut Stage
12. Feasibility Study Of Secondary Polymer Flooding In Glutenite Oilfields At Ultra-high Water Cut Stage
13. Production Technology Policy Limitation Of Water Flood Development In The North Of Saertu Development Area
14. The Logging Response Characteristics And Mechanisms Of Chemical Flooding In Ultra-high Water Cut Stage
15. Research On The Identification Of High-Capacity Channels In Ultra-High Water Cut Stage In Saber Development Area
16. Research On Water Flooding Fine-digging Technongy In The North Of Saertu Deyelopment Area Daqing Oilfield
17. Research On The Parameters Technique Of Layer-Recombination And Well Pattern-Adjustment For The Reservoirs With Ultra-High Water Cut Stage In SN Development Zone
18. Effective For Determining Oilfield Waterflooding Countermeasure Research To Increase Production
19. Study On Remaining Oil Droplet Dynamic Conditions And Water Flood Efficiency Changing Mechanisms In The Ultra-high Water Cut Period
20. Study On Water Drive Development Characteristics Based On The Oil-water Two Phase Flow Of Ultra-high Water Cut Stage
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