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1)  offshore gas field
海上气田
1.
The selecting of dewatering gas recovery techniques in offshore gas field;
海上气田排水采气工艺筛选
2)  offshore field
海上油气田
1.
Some cases of production-process system optimization in offshore fields;
海上油气田生产工艺系统优化实践案例
3)  offshore condensate oil and gas development
海上凝析油气田
4)  offshore oilfield
海上油田
1.
Study on polymer for chemical flooding in offshore oilfield of China;
用于海上油田化学驱的聚合物研究
2.
A study on accelerating the solubility of hydrophobically associate polymer for offshore oilfield;
海上油田加快疏水缔合聚合物溶解方法研究
3.
Control technology for bottom water coning in horizontal well of offshore oilfield;
海上油田水平井底水脊进控制技术
5)  offshore oil field
海上油田
1.
Water control technique of enhanced oil recovery for offshore oil field;
海上油田提高采收率的控水技术
2.
For offshore oil fields with large power and heating loads, but lack of associated gas, the solution of power and heating co - generation will improve the overall energy efficiency and cut down operating costs, thus improving the rate of return and lowering the barrel oil cost.
对于电负荷和热负荷都比较大而伴生气量严重不足的海上油田,实现热电联供将会提高能源综合利用率,节省操作费用,从而提高油田收益率,降低桶油成本。
3.
The paper introduces the engineering practice of terminal treament plant of Wei Zhou offshore oil field are including the external water supply pipeline, the design, construction and commissioning of the buried cathodic protection systems.
介绍涠洲海上油田油、气终端处理厂厂外供水管线及厂区埋地设施的阴极保护系统设计、建造、调试运行工程实践,并对此前由国外技术建造的某海上气田陆上终端厂阴极保护系统出现的问题,进行了对比讨论。
6)  offshore field
海上油田
1.
Application of concentric integrated subdivision water injection in offshore field;
同心集成细分注水工艺在海上油田的应用
2.
An application of Type C water-drive curve to evaluation of early polymer flooding effects in offshore fields
丙型水驱曲线在海上油田早期注聚效果评价中的应用
3.
Calculating the pressure drop and optimizing the pipe diameter of polymer waterflooding on offshore field
海上油田注聚沿程压降计算及管径优选
补充资料:南海气田
南海气田

    位于中国海南省东南海盆地崖南凹陷的西侧。即崖13-1气田。第三纪T圈闭面积为51.5平方千米。气田范围内水深约90米左右,潮汐以不规则的日潮为主。构造为一北西向的短轴背斜,是长期发育的披覆构造。构造边部断层发育,内部也有一些断层,且均为正断层。天然气以甲烷为主,二氧化碳含量较高,乙烷以下组分很低,不含硫化氢气体。1983年4月5日开始钻探崖13-1-1井 ,至1988年底共4口井测试所得工业油气流,证实崖13-1构造是中国已知最大的含气构造,储量达900多亿立方米。
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