asu

ASU ( air separation unit ) is developing towards large-scale , and the contradictions between the oxygen output of ASU and demand gradually increased , especially in the iron and steel enterprises .

空分装置朝着巨型化的方向发展，使得空分装置的设计产量与氧气需求量之间的矛盾逐渐加大，在钢铁企业中表现更加突出。

Safety and economic operation of 4500m ~ 3 / h ASU

4500m~3/h空分装置的安全经济运行

Study on ASU subsystem characteristic and its effects on IGCC performance

IGCC中空分系统特性及其对整体性能影响

Hazard study of solid dust versus safe operation of an ASU

固体粉尘对空分设备安全生产的危害性研究

Establishment of a monitoring and measuring system to analyze the gas composition produced by ASU

空分生产气体成分监测系统的建立

Economic analysis of investing an ASU project

空分设备项目投资经济性分析

Increasing production capacity of 6000m ~ 3 / h ASU and improving economic benefits

提高6000m~3/h空分设备生产能力和经济效益

Technological characteristics and operation of 15000m ~ 3 / h ASU using internal compression process

15000m~3/h内压缩流程空分设备的技术特性和操作

Decreasing oxygen release ratio and improving ASU effectiveness

降低氧气放散率提高空分设备效益

An operation simulation system ( OSS ) for air separation unit ( ASU ) is presented .

介绍了空分装置计算机操作仿真系统。

Precautions taken to prevent an ASU from carrying water when washing on-line cooling water circulating system

冷却循环水系统在线清洗时空分设备带水的预防措施

Optimization of operating 10000m ~ 3 / h ASU with full distillation

全精馏10000m~3/h空分设备优化操作

A Study on Effects of ASU on Chinese Fir Seedlings by Using ~ ( 15 ) N Tracer

利用同位素~（15）N研究ASU对杉木苗的效果

Psa + asu oxygen making technology

PSA＋ASU氧气生产新技术

Suhail studied computer systems engineering at ASU and lives in San Francisco , ca.

苏海勒曾在亚利桑那州立大学学习计算机系统工程，目前居住在加州旧金山。

Decreasing total hydrocarbons entering the ASU 's main condenser / reboiler in a refinery

降低炼油厂区空分设备主冷的总烃含量

The ASU manufacturing process begins with a main air compressor and ends at the output of the product storage tanks .

ASU生产过程从一个主气流压缩机开始，产品储存罐的输出后结束。

The filter of LO_2 pump blocked by CO_2 and low loading start-up of an ASU

CO2阻塞液氧泵过滤器和装置低负荷启动

ASU spokesman Jerry Gonzalez confirmed Jiang was a student at the university .

此外，亚利桑那州立大学的发言人Gonzalez确认了江玥为该校学生。

Process selection of 48000m ~ 3 / h ASU

48000m~3/h空分设备的流程选择

So the study on the dynamical characteristics of the ASU is important to the dynamical characteristics and control system of the overall IGCC plant .

因此IGCC空分系统动态特性的研究对于IGCC全电站动态特性和控制系统的研究也有很重要的意义。

Partial heating to solve clogging of the main heat exchanger associated with 350m ~ 3 / h ASU

350空分热交换器堵塞局部加温处理

Air Separation Equipment ( ASU ) is used to generate oxygen , nitrogen and argon , which is widely used in chemical industry .

化工生产中所需的氧、氮、氩都是通过空气分离设备（即空分设备）获得的。

Anti-explosion of the main condenser associated with 3350m ~ 3 / h ASU

3350m~3/h空分设备的主冷防爆

Analysis of frequent troubles in plate-fin heat exchangers employed by 1500m ~ 3 / h ASU and solutions

1500空分板翅式换热器频繁故障的分析及处理

The available energy loss of ASU lies in the gas compression , heat exchanging , distillation , and throttling depressurization process .

空分设备有效能损失主要存在流体的压缩与膨胀、热交换、精馏、节流减压。

This article briefly describes some process features and organization principles in the design development of liquid ASU . Furthermore , and analyze some technical problems in the process design .

简介了液体空分设备设计中几种工艺流程的特点和组织原则，并对流程设计中的一些技术问题进行了分析探讨。

Retrofitting the electric heaters used for the purifiers associated with 6500m ~ 3 / h ASU

6500m~3/h空分设备分子筛纯化器电加热器改造

Briefly introduce the electricity control principle for the oxygen pump frequency converter of the air separation unit ( ASU ) in the coal water slurry gasification .

简单介绍了水煤浆装置空分氧泵变频器的电气控制原理。

Theoretical study and operating practice relating to the enhancement of Kr / Xe output of 30000m ~ 3 / h ASU

提高30000m~3/h空分设备氪氙产量的理论探讨及操作实践