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E-mail
3892196252@qq.com
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Phone
13329186925
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Address
Building 2, Shengfeng Software Park, Huashan District, Ma'anshan City, Anhui Province
Ma'anshan Maisite Intelligent Technology Co., Ltd
3892196252@qq.com
13329186925
Building 2, Shengfeng Software Park, Huashan District, Ma'anshan City, Anhui Province
MSTX200KF Air Separation Online Analysis SystemOverview:
Industrial gases include oxygen, nitrogen, argon, neon, helium, hydrogen, carbon dioxide, acetylene, etc. These gases are widely used in various industries such as metallurgy, petrochemicals, semiconductors, aerospace, etc. The air separation process is a set of industrial equipment used to separate various components of gases in the air and produce industrial gases such as oxygen, nitrogen, argon, etc.
In recent years, with the development of the economy, domestic air separation equipment has gradually moved towards large-scale development, requiring the simultaneous installation of online gas analyzers. Online gas analysis instruments can directly control the quality of the production process of air separation units, provide various parameters for the production process, and enable workers to timely understand the gas composition of each process control point in the production process. They are important equipment for improving product output and quality, and also an important guarantee for the safe operation of air separation units.
The RL-600 air separation process analysis system is a complete online process analysis system designed specifically for air separation or oxygen production processes. In the chemical and metallurgical industries, air fractionation is used to produce O ₂, N ₂, Ar and other rare gas products. Process gas analysis can ensure product purity and quality, as well as the normal operation of oxygen concentrator equipment. And provide 4-20mA analog and digital signals of various measured gas composition contents for process control.
MSTX200KF Air Separation Online Analysis SystemInstrument selection table:
serial number |
checkpoint |
component |
Conventional range |
Select model |
1 |
Upper tower polluted nitrogen |
O₂ |
20-50%vol |
|
2 |
After purification, the raw air |
Micro H ₂ O |
0-10PPm |
RL-U300 Intelligent Dew Point Meter |
CO₂ |
0-5PPm |
RL-U150 Infrared Analyzer |
||
3 |
Lower tower liquid in the air |
O₂ |
20-40% |
RL-U100C Oxygen Analyzer |
4 |
Main cooler or storage tank hydrocarbon C, Hm |
C.Hm |
RL-U150 Infrared Analyzer |
|
5 |
Oxygen in the nitrogen of the lower pollution tower |
O₂ |
0-5%(0-10%) |
RL-U100C Oxygen Analyzer |
6 |
Products after oxygen compressor |
Trace oxygen in nitrogen |
0-10PPm |
RL-500 Trace Oxygen Analyzer |
pure oxygen |
98.00-99.99% |
RL-500 High Purity Oxygen Analyzer |
||
7 |
Ar in argon fraction or reflux hydrogen |
Ar |
0-15% |
RL-500 argon gas analyzer |
8 |
In crude argon |
O₂ |
0-5%(0-10%) |
RL-U100C Oxygen Analyzer |
Ar |
80.00-99.99% |
RL-500 argon gas analyzer |
||
Micro oxygen |
0-10PPm |
RL-500 Trace Oxygen Analyzer |
||
9 |
Industrial argon |
Micro H ₂ O |
0-10PPm |
RL-U300 Intelligent Dew Point Meter |
Excessive hydrogen |
0-3.00% |
RL-U200 Hydrogen Purity Analyzer |
||
10 |
Product gas |
Trace oxygen in nitrogen |
0-10PPm |
RL-500 Trace Oxygen Analyzer |
pure oxygen |
98.00-99.99% |
RL-500 High Purity Oxygen Analyzer |
||
Oxygen in pure argon |
0-10PPm |
RL-500 Trace Oxygen Analyzer |