1) Liaohe base oil
辽河基础油
1.
The effects of basic nitrogen compound on the oxidation stability and light stability of Liaohe base oils were investigated.
首先考察了碱性氮化物对辽河基础油氧化安定性的影响,其次考察了碱性氮化物对辽河基础油光安定性的影响。
2) Liaohe Oilfield
辽河油田
1.
Study of Mechanics Characteristics of Xiaolongwan Trachyte Reservoir in Liaohe Oilfield;
辽河油田小龙湾地区粗面岩油藏岩石力学特性研究
2.
Construct static development database system in Liaohe oilfield;
辽河油田开发静态数据库系统建设
3.
Application of Attribute Recognition Model Based on Coefficient of Entropy in Groundwater Quality Assessment for the Liaohe Oilfield Area;
辽河油田地区地下水水质的熵权属性识别评价
3) Liaohe Oil Field
辽河油田
1.
Fractal research and prediction of Huanxiling Archean buried hill area in Liaohe oil field, China;
辽河油田欢喜岭太古界潜山裂缝分形预测研究
2.
Two Phases Bioremediation of Oil Contaminated Soil from Liaohe Oil Field;
辽河油田石油污染土壤的2阶段生物修复
3.
Steam Flooding Field Test of Miao 5 Low Permeability Viscous Crude Oil Reservoir in Majiapu, Liaohe Oil Field;
辽河油田马家铺庙5块低渗稠油油藏蒸汽驱现场试验
4) Liaohe oil province
辽河油区
1.
Study on dual horizontal well SAGD technology for ultra heavy oil development in Liaohe oil province;
辽河油区超稠油双水平井SAGD技术研究
2.
Review of 40 years exploration and development and future prospect in Liaohe oil province;
辽河油区40年勘探开发回顾与展望
3.
Comprehensive assessment of block grade of undeveloped reserves in Liaohe oil province;
应用区块品位综合评价辽河油区未开发储量
5) Liaohe oil fields
辽河油田
1.
Circulation losses often occur in drilling in deficient, low pressure pay layers of early exploited reservoirs in Liaohe oil fields.
辽河油田一些开采多年的区块油层亏空,压力低,钻井过程中极易发生井漏。
6) Liaohe Oilfield
辽河油区
1.
Present Situation and Countermeasures for Natural Gas Exploration in Liaohe Oilfield;
辽河油区天然气勘探开发现状及对策
2.
Prediction of petroleum resources potential in Liaohe oilfield;
辽河油区石油资源潜力预测
3.
In accordance with the geologic feature, the development characteristics and the evaluation criteria of different waterflooding reservoirs in Liaohe Oilfield, the comprehensive evaluation parameters and criteria of different types of reservoirs are set up.
针对辽河油区不同类型注水开发油藏的地质特征、开发特点和评价指标分析 ,利用灰色系统理论 ,建立了油藏水驱开发效果的综合评价参数和指标 ,对不同类型油田的开发效果进行了综合评价 ,对不同开发效果的水驱开发油田提出了开发调整建议 ,为该区油田开发决策和改善油田开发效果提供了依据 。
补充资料:辽河
辽河 中国东北地区南部大河。有东西两源:正源为老哈河,源出河北省平泉县光头山,在苏家堡接纳西拉木伦河后称西辽河。西辽河接纳支流教来河、新开河后于辽宁省福德店附近与发源于吉林省辽源市吉林哈达岭的东辽河相汇合后始称辽河。由北向南流,沿途纳苏台河、清河、柴河、泛河、秀水河、养息牧河、柳河等。到六间房附近分为两股;一股称外辽河,于三岔河接纳了辽河最大的支流——浑河和太子河后,又称大辽河,于营口市入渤海;另一股称双台子河,于盘山附近入渤海。1958年大辽河在六间房附近被堵截后,浑河、太子河成为独立水系 。干流全长1390千米 ,流域面积(包括浑河、太子河)为21.9万平方千米。辽河上游主源西辽河及两侧支流含沙量大,干流流经辽河平原,河道比降平缓,泥沙淤积严重,河床不断抬高,汛期排水不畅,易造成洪涝灾害,有“十年九涝”的“南大荒”之称。中华人民共和国建立后,对流域进行全面治理,通过兴修蓄水工程和干流两岸修堤开渠,大辽河独流入海,大大减轻了下游洪涝灾害。年径流量144.85亿立方米,但地区分布不均 ,西辽河集水面占流域面积的67.2% ,而径流量只占20%,浑河、太子河集水面积仅占12.5%,而径流量却占48.2% 。辽河中下游及浑河、太子河地区的工矿、城镇和耕地极为集中,水资源的利用程度很高,实际用水量占水资源量的50%左右。水污染相当严重。 |
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