Product Details
99.999% Hydrogen Extraction Device with Flowrate 60Nm3 /h; Pressure
0.5~1.2Mpa
Product Working principle:
The whole system consists of four treatment towers with different
molecule sieve adsorption technology to absorb the impurity for
getting high purity hydrogen.The purity of hydrogen can reach
99.9999%.
The water gas, coke oven gas, hydrocarbon steam, cracked methanol,
synthetic ammonia purge gas, cracked ammonia and other containing H2 gas can be used as the raw gas.For the different impurity
components in the raw gas, choose different molecular sieve,
activated carbon, alumina as the adsorbents to adsorb or separate
the impurity to obtain pure H2.
Key Technical Indicators:
Hydrogen Flowrate | 60Nm3 / Hr |
Adsorption Pressure | 0.6-1.2Mpa |
H2 Purity | >99.999% |
Device characteristics:
•The process is simple.
•High purity of H2: it can reach 99.999%
•Convenient operation.
•Long lifespan of adsorbent: the lifespan of adsorbent is 5 ~ 10
years in normal operation. The device is stable, safe and reliable,
with high degree of automation and no environmental pollution.
Company Profile
The company own advanced technology about gas separation and
purification and we are an important member of China Industrial Gas
Industry Association and China Heat Treatment Industry Association,
and company has strictly formulated its own product enterprise
standards, providing reliable quality for users worldwide.
Company has:
- Gas Technology Division: PSA nitrogen generator, PSA oxygen
generator, Cracked ammonia hydrogen generator, gas purification
unit, hydrogen nitrogen ratio device, hydrogen recycle unit,
ammonia purification system, protective gas station project.
- Water Treatment Technology Division: pure water system,
demineralizer water system, circulating cooling water system,
industrial acid-base sewage treatment system, domestic sewage
treatment system.
The equipment we produced, have obvious advantages such as stable,
reliable, high degree of automation, simple operation and low
failure rate, which are widely used in petroleum, petrochemical,
metallurgical, coal and pharmaceutical, industries Aerospace,
automobile, plastics, glass, food and electronic industries.