Pressure swing adsorption air separation equipment
Membrane separation air separation series
Oil field special air separation equipment series
Pressure swing adsorption special gas Generator series
Purification of VCM waste gas by pressure swing adsorption
The technology for coke oven gas purification
The technology of Purification CO2 by PSA
The technology of Purification CO by PSA
The technology of Purification natural gas by PSA
The technology for Decarburizations through PSA
The technical of Purification of hydrogen by pressure swing adsorption
Compressed air purification equipment series
Freeze drying machine
No heat regenerative adsorption dryer
Micro heat regeneration dryer
Micro heat regeneration compressed air dryer
Compression blower heat zero gas consumption drier
Zero gas consumption isobaric adsorption dryer
Combined low dew point drier
High efficient oil remover
High efficiency oil-water separator
CJF Type Precision Air Filter
CDF Type Dust Fine Air Filter
CLT Type Activated Carbon Air Filter
Antibacterial Air Filter
High efficiency gas cooler
Dew point detector
Skid-mounted
When the raw hydrogen enters the deoxidizer, the oxygen in the raw gas reacts with hydrogen to form water (2H2+O2=2H2O) under the action of the deoxidizing catalyst. Removal of oxygen from gases,Then the hydrogen cooler is cooled to normal temperature and then enters the dryer system for deep dehydration. After filtration, high purity hydrogen with very low water content and oxygen content is obtained.
Working principle:
When the raw hydrogen enters the deoxidizer, the oxygen in the raw gas reacts with hydrogen to form water (2H2+O2=2H2O) under the action of the deoxidizing catalyst. Removal of oxygen from gases,Then the hydrogen cooler is cooled to normal temperature and then enters the dryer system for deep dehydration. After filtration, high purity hydrogen with very low water content and oxygen content is obtained.
Characteristics:
The two-stage removal processes, catalytic deoxidation at the front end and deep dehydration at the back end can ensure the product gas index. The TSA isobaric adsorption process is adopted in the drying and adsorption process to effectively reduce energy consumption and improve equipment performance
processing capacity:100~50000Nm /h3
Hydrogen oxygen content of raw material:≤2%
Product hydrogen oxygen content:≤lppm
Hydrogen dew point:≤一60~-70℃
Purge nitrogen pressure:0.5~0,8Mpa
Automatic switch of dryer, zero gas consumption
Note: The content of sulfur and phosphorus in raw gas is less than 0.1 mg/m and the dew point is less than - 40 C. It cannot contain organic chloride and coagulable organic solution.