摘要
气井 (藏 )动态优化配产是一种考虑了气井 (藏 )内外制约因素 ,以节点分析为基础 ,以获得最大配产产量为目的的动态配产方式。在此基础之上 ,进一步细化了配产目标 ,为在给定稳产年限下确定气井 (藏 )最大产量 ,在可采出量最大前提下确定最大产量以及根据配产产量确定最大稳产年限。从软件工程的角度出发 ,根据上述三个目标建立动态优化配产模型 ,并转化为软件系统 ,实现了基于UML的气井 (藏 )动态优化配产软件系统 ,该系统可扩展性、可靠性、适用性和界面友好性强 。
Gas well/reservoir optimizing proration production is a dynamic proration production method that considers internal and external restricting factors on the basis of node analysis and for the purpose of obtaining the maximal production. The proration production objective has been further specified in the study. In order to determine the maximal production (under given stable producing years and according to the maximal exploitation reserves) and determine the maximal stable producing years (given plan production), three optimizing proration production models are established and then transformed to software system from the point of view of software engineering. Gas well/reservoir optimizing proration production software system is designed and realized, based on UML. The system has good extensibility, creditability, usability, applicability and strong practical value.
出处
《西南石油学院学报》
CSCD
2003年第2期24-26,共3页
Journal of Southwest Petroleum Institute
关键词
气并
优化配产
软件工程
系统设计
gas well
optimizing proration production
software engineering
system design
