1.
Energy-saving Optimization of Air Cooler on LPG Fractionator
液化气分馏塔塔顶空冷器节能改造优化方案
2.
Energy-saving and Environmental Protection Optimization of LPG Fractionator in Yaha Operation Area
牙哈处理站液化气分馏塔的节能减排优化
3.
A mole analysis of the separator liquid and gas samples is obtained usually by means of a fractional distillation column.
通常我们可以通过分裂蒸馏塔，对分离液、气进行摩尔比分析。
4.
Stable and Dynamic Simulation of Rectification Column Iminating Oxygen and Nitrogen and Intelligent Control in LCBG Equipment;
液化煤层气装置除氧氮精馏塔稳态动态模拟及智能控制
5.
THE CFD Simulation and Analysis of Gas Distribution in Distillation Column;
精馏塔气相流动分布的CFD模拟及分析
6.
airborne fraction of carbon
空气中的碳化合物馏分
7.
SIMULATION CALCULATION OF EQUILIBRIUM STAGE OF FCC MAIN FRACTIONATOR
催化裂化主分馏塔的平衡级模拟计算
8.
Simulation and analysis of a liquefaction and separation process of low concentration CBM
一种低浓度煤层气低温液化分馏工艺的模拟与分析
9.
Simulation of Dividing-Wall Azeotropic Distillation Column for Separation of Isopropyl Alcohol and Water
隔壁共沸精馏塔分离异丙醇水溶液的模拟
10.
COMPUTATION AND COMPARISON OF THREE SOFTWARES FOR PROPYLENE FRACTIONATOR IN LIGHT ENDS PLANT
气体分馏装置丙烯精馏塔三种软件包的计算对比
11.
Nitrogen is produced at air separation plants by liquefaction of atmospheric air and separation of the nitrogen by distillation. The nitrogen is then recovered as a cryogenic liquid.
在空气分离工厂，通过空气液化和蒸馏分离出氮。接着氮作为低温液体回收。
12.
Argon is the major contaminant in this crude oxygen, which is then sent to a low-pressure distillation column where the oxygen is purified.
氩是原始氧中最大的杂质。接着把原始液氧送到低压分裂蒸馏塔净化。
13.
Reason Analysis and Treatment of Salt Deposition in RFCC Main Fractionator
催化裂化装置分馏塔结盐原因分析及处理
14.
OPERATION AND OPTIMIZATION OF GASOLINE FRACTIONATOR IN ETHYLENE PLANT AT LIAOYANG PETROCHEMICAL COMPANY
辽化乙烯装置汽油分馏塔的操作与优化
15.
ENERGY CONSUMPTION OPTIMIZATION OF THE FRACTIONATION COLUMN OF COKING UNIT VIA PROCESS SIMULATION TECHNOLOGY
运用流程模拟技术优化焦化装置分馏塔用能
16.
Analysis and Measures for Vibration of Fractionators in Delayed Coker
焦化装置分馏塔振动故障分析及处理措施
17.
In the process, all the liquid fractions of the petroleum are changed to gases, which move out of the still.
在这个过程中，石油的所有液体分馏物都变成气体，从蒸馏室流出。
18.
Nitrogen is produced at air separation plants either by liquefaction of atmospheric air and separation of the nitrogen by distillation or by adsorption processes.
在空气分离工厂、或者通过空气液化和蒸馏分离出氮，或者通过吸附过程生产氮。