摘要
宜宾大塔轻烃回收项目是对宜宾大塔浅层油气田气进行处理以回收天然气中的轻烃并联产液化天然气(LNG)的项目。根据油气田天然气组分和项目的特点,轻烃回收工艺采用DHX工艺,天然气液化采用单循环双节流混合冷剂制冷工艺。由于宜宾地区的外输气管网压力已定,需要对典型的DHX工艺进行调整优化。采用HYSYS模拟软件对轻烃回收及天然气液化过程进行模拟、计算和优化,对比不同操作温度下工艺装置运行结果,并从能耗、回收率、经济效益等方面进行比较以确定最优的工艺操作参数。
Yibin Data light hydrocarbons recycle project deals with gas from shallow oil and gas field to recycle light hydrocarbons ,liquefied petroleum gas (LPG) and produce liquefied nat-ural gas (LNG) in Data ,Yibin .According to the gas components of oil and gas field and charac-teristics of the project ,the direct heat exchange (DHX) technology is adopted to recycle light hy-drocarbons and single cycle compound throttling mixed refrigerant-cycle refrigeration (SMCR) is used for natural gas liquefaction .The output pressure of natural gas pipeline network had been set ,so the operating parameters of the process need to be optimized .HYSYS was applied to sim-ulate ,optimize and calculate the recovery of light hydrocarbons and process of LNG liquefaction . This article analyzed DHX process under different temperatures to optimize operating parameters on the basis of energy consumption ,recovery rate and economic benefits .
出处
《石油与天然气化工》
CAS
CSCD
2014年第3期271-274,共4页
Chemical engineering of oil & gas
关键词
轻烃回收
DHX
回收率
能耗
宜宾大塔
light hydrocarbons recycle,direct heat exchange(DHX),recovery rate,energy consumption,Yibin Data
