1) gas production engineering
采气工程
1.
The foreign nature gas production engineering technique has greatly improved in recent years.
随着世界各国对能源的进一步需求和对环境问题的日益关注,天然气受到了普遍重视,发展采气工程技术已成为当代世界潮流。
2) gas production technology
采气工艺
1.
In order to avoid production decreasing, in the development of west- Sichuan gas field, we advocated to adopt drainage gas production technology as early as possibly and obtained some good economic benefits.
为了避免气田因产水而导致产量大幅度递减的局面,川西气田在开发过程中,提出尽早采用排水采气工艺的治水措施,在气田开发实践中取得了良好的经济效益,通过对川西气田开发现状、气田产水情况、气水同产井生产特征及生产中常采用的排水采气工艺的实例分析等几个方面研究,为气水同产井开采提供进一步的实践认识与理论依
3) mining engineering
采矿工程
1.
A method based on matter-element analysis for mining engineering decision;
采矿工程决策的物元分析法
2.
Studying of the method on automatic producing the mining engineering profile chart by computer;
采矿工程剖面图计算机生成方法探讨
3.
Research on the Undergraduate Courses of Mining Engineering;
论我国采矿工程本科教育及其改革
4) mining engineering
采掘工程
1.
Based on the GIS theory,this paper creates the representation models of spatial information and attribute information in mining engineering and further establishes the convergence plan workout system——CJGCAD R1.
以GIS理论为基础,研究建立采掘工程空间信息和属性信息的表示模型,将采掘工程的众多信息以GIS数据库方式进行统一管理,使复杂因素定量化、数字化和可视化,空间信息和工程信息有机地构成统一整体。
2.
It explains the MYMENU technology when drawing the mining engineering graphics w ith Auto CAD 2000.
MNU的方法 ,说明了采掘工程使用AutoCAD 2 0 0 0绘图时 ,其菜单文件的自定义技术 ,从而使绘图界面更适合自己的要求 ,更直观化、专业化 ,该技术可延伸应用到其它领
5) thermal recovery engineer
热采工程
1.
The essential technology of steam drive design has been optimized through thermal recovery engineering and numerical simulation: well pattern ad.
采用热采工程、数值模拟方法,优选出蒸汽驱设计的关键技术:井网形式为83 m井距反九点井网;转驱时油层压力及蒸汽驱过程中的压力必须控制在5 MPa以下;单位油藏体积注入速度为1。
6) production engineering
采油工程
1.
Study on production engineering measure planning;
采油工程措施规划方法研究
2.
Status quo and future development of production engineering at high water cut stage in Daqing oilfield;
大庆油田特高含水期采油工程研究现状及发展方向
3.
During the "10th 5-Year-Project",the innovation about production engineering techniques emerged continuously in Daqing Oil Field.
“十五”期间,大庆油田采油工程技术不断创新,在分层注入、增产改造、举升工艺、油水井大修、采气工艺等方面取得多项成果,攻关配套了海拉尔复杂岩性储层增产增注技术,创新研究了深部火山岩储气层压裂改造技术,研究完善了水驱及三次采油注采工艺技术,发展提高了低渗透油田改造工艺技术,成熟配套螺杆泵举升工艺技术,为油田的勘探开发提供了有力的技术支撑。
补充资料：采气工艺(见天然气开采工艺)
采气工艺(见天然气开采工艺)
gas production technology
，一‘J\匕乙吕天然气开采工艺pro以uetionteehnology)见
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条