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    RESEARCH AND APPLICATION OF THE TECHNOLOGY OF PLUG REMOVAL THROUGH ACIDIZING IN VISCOUS OIL WELLS OF JIDONG OIL FIELD
    冀东油田稠油井酸化解堵技术研究与应用
    RESEARCH AND FIELD APPLICATION OF WELL CLEANOUT AND PLUG REMOVAL WITH LOW DENSITY FOAM UNDER NEGATIVE PRESSURE
    低密度负压泡沫洗井解堵配套技术研究及现场应用
    RESEARCH AND APPLICATION OF PLUG REMOVAL WITH HYDRAULIC IMPACT METHOD
    水力冲击法解堵的研究及应用
    A New Plug Removal Agent for Formation Pollution-ClO_2 Plug Removal System
    一种新的油层污染解堵剂——ClO_2体系
    COMBINATION PLUG REMOVAL TECHNOLOGY ABOUT ClO_2
    ClO_2复合解堵工艺技术
    PLUG REMOVAL TECHNOLOGY AND APPLICATION OF COMBINING HIGH PRESSURE ROTARY FLUIDICS AND CHEMICALS
    高压旋转射流与化学剂联合解堵技术及应用
    LAB STUDY WITH NON-ACID PLUG REMOVAL AGENT OF KELA-2 GAS FIELD
    克拉2气田非酸解堵剂的室内研究
    FRACTURE AND PLUG REMOVAL TECHNOLOGY IN POLYMER INJECTION WELLS IN DAQING OILFIELD
    大庆油田注聚合物井压裂解堵工艺技术
    ANALYSIS AND APPLICATION ON THE MECHANISM OF PLUG REMOVAL WITH ELECTRIC PLUS
    电脉冲解堵技术增产机理分析及应用
    INFLUENCE FACTORS STUDY ON PLUG REMOVAL BY PRESSURE PLUS
    压力脉冲解堵影响因素及室内试验研究
    LABORATORY RESEARCH ON DNH-Ⅱ TYPE PLUG REMOVAL AGENT FOR HIGH SULFUR-BEARING OILFIELD
    DNH-Ⅱ型高含硫油田解堵剂的室内研究
    SINGLE WELL GAS INJECTION SWALLOWING-SPITTING PLUG REMOVAL TECHNIQUE USED FOR Xi_4~2-Xi_5~2 CONDENSATE GAS RESERVOIR OF KEKEYA FIELD IN XINJIANG
    新疆柯克亚西_4~2—西_5~2凝析气藏单井注气吞吐解堵技术
    HIGH NEGATIVE PRESSURE COMPOSED PLUG REMOVAL AND IMPROVING RECOVERY TECHNOLOGY
    强负压复合解堵增产技术
    RESEARCH AND APPLICATION OF PHYSICAL CHEMISTRY COMBINATION PLUG REMOVAL TECHNOLOGY
    物化复合解堵技术研究与应用
    Discussion about water injection well plug removal scale in low permeable oilfield
    低渗透油田注水井解堵规模的探讨
    STUDY ON PLUG REMOVAL CORING APPARATUS
    解堵取心装置研究
    Comprehensive Supporting Technology for Plug Removal with Sonic Wave
    声波解堵综合配套技术研究
    With increasing HT-10 injection pressure from 0.1 to 2.0 MPa, the D w value of artificial cores at 140℃ by the salt water increases from 82.6% to 100% and the H w value (water phase permeability recovery rate after plug removal by kerosene) decreases from 98.1% to 93.3%.
    在 0 .1~ 2 .0MPa范围内逐步加大HP 10注入压力 ,140℃下人造岩心的水相 (盐水 )暂堵率Dw 逐步增大 (82 .6 %→ 10 0 % ) ,煤油解堵后水相渗透率恢复率Hw 逐步减小 (98.1%→ 93.3% )。
 

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