摘要
本文应用了气井产能分析、动态分析、管流及嘴流动态分析、生产动态预测、水合物生成等理论,具有数据管理、井下完井管柱设计、井筒多相流计算、水合物预测、气井积液分析、多层合采气嘴配置的计算、工艺试验录入查询等功能。通过采气工程辅助计算系统的建立,达到集中、安全的保存基础数据,提高采气工艺的及时性和可靠性。与此同时,辅助于实验室的工艺实验和现场的步进式试验,充实调控结果,补充和完善数据库,提高采气工艺设计的针对性和预见性。
This assay applys deliverability analysis of gas wells,dynamic analysis,tube current and nozzle current dynamic analysis, production performance predicted, hydrate theories. It has the function of data management, down hole completion string designed,calculated borehole multiphase flow, predicted hydrate, gas well liquid loading analysis, calculated multiple-zone commingled production, login and inquire about engineering test etc. By establishing the gas production engineering aid calculation system, performanced assemble and safe conserving base data,thus it can enhance the instantaneity and reliability of gas production engineering. At the same time, engineering test can improve the aim and prevision for technological design of gas production engineering.
出处
《内蒙古石油化工》
CAS
2010年第12期25-27,共3页
Inner Mongolia Petrochemical Industry
关键词
采气工程
井下管柱
气井积液
多层合采
气嘴配置
Gas production engineering
tubing string
accumulated fluid
multiple-zone commingled production
nozzle choke
