分析膨胀法轻烃回收的过程模拟及其应用

Analysis on the Process Simulation of Ilatometry Light Hydrocarbon Recovery and Its Application

天然气是我国的重要资源,是影响社会安定和经济进步的关键因素。天然气是一种具有性能可靠、洁净、清洁的能源,是生产生活中的重要部分。天然气主要是由低饱和烃为主的烃类,并以甲烷为主。而轻烃是天然气的开采和深加工过程中副产物,如不能得到有效的回收,会导致资源的浪费和损失,因此,需要科学的展开回收工艺对轻烃进行回收利用。以下本文就膨胀法轻烃回收展开探讨,并对其的回收过程进行模拟分析,结合膨胀法的实际情况对其的具有应用进行阐述,旨在为相关技术人员提供参考。促使轻烃可以得到有效的回收,并切实将轻烃转换为气体燃料,为生活和工业生产提供能源,实现资源的综合利用。

Natural gas is the important resources in China and it is the key factors that affect social stability and economic progress. Natural gas the energy with the characteristics of reliable performance and cleanness and it is the important part in production and living. Natural gas is the hydrocarbon mainly made up with low saturated hydrocarbon, which gives priority to methane. Besides, light hydrocarbon is the by-product in the process of natural gas mining and deep-processing,which can lead to a waste and loss of resources,if it cannot get a effective recycle, therefore, it needs scientific process for light hydrocarbon recycle and application. This paper will take analysis on dilatometry light hydrocarbon recovery and also take simulation on its recovery process, combined with the actual situation of dilatometry to take exposition on its specific application to provide reference for relative technicist.The aim is to make light hydrocarbons get effective recycle, and actually converts light hydrocarbon to gas fuel providing energy for life and industrial production and achieve the comprehensive utilization of resources.