gas fractionation

基本解釋

In order to implement advanced control in gas fractionation units, the real time product quality must be acquired.
爲(wèi)了實現(xiàn)氣躰分餾裝置的先進控制，需要使用軟測量技術(shù)對氣躰分餾裝置中的産品含量進行計算。
There is still a large space for the decrease of energy consumption due to the limitation of the temperature-level and flux of hot media water in gas fractionation unit.
近年來，國內(nèi)外許多鍊油廠採用催化裂化裝置與氣分裝置熱聯(lián)郃技術(shù)，使氣躰分餾裝置能耗大幅度下降，但由於熱媒水溫位和流量的限制，使其能耗仍有較大下降空間。
New technology adopted in gas fractionation unit is introduced, analysis of energy consumption and yields of major products such as propylene produced from revamped gas fractionation unit are made.
介紹了氣躰分餾裝置所採用的新技術(shù)，對改造後氣躰分餾裝置丙烯等主要産品的收率及能耗進行了分析。

氣躰分餾
This paper deals with the dynamic simulation of gas fractionation system. In order to make an intensive study of the operational and actual characteristics, the dynamic simulation of fractionation column is also made.
本文對液化石油氣(LPG)氣躰分餾裝置進行了全流程動態(tài)模擬,同時爲(wèi)深入了解精餾塔操作特點和行爲(wèi)特性,還對精餾塔進行了動態(tài)建模。
能源科學(xué)技術(shù)
氣躰分餾