model | 3093 |
Specification | nitrogen deoxidization |
main purpose | industrial use |
Effective substance content | others |
content | 99% |
Brand | Botai |
3093 deoxidizer is an ablative inert gas deoxidizer that neither requires hydrogen nor hydrogen reduction regeneration
Its deoxidation principle is: the oxygen in the gas and the carbon containing the active component can be directionally converted into carbon dioxide at a lower temperature under the catalysis of the active component
The residual oxygen content of the deoxidized gas is less than 1ppm
After removing carbon dioxide, a high-purity gas is prepared
The deoxidizer can directly remove oxygen from nitrogen, argon, helium, carbon dioxide and other gases
Compared with common deoxidizers, it has the following advantages: there is no hydrogen source in the deoxidation process, and it is safe and reliable to use; Large deoxidation capacity (1500l/kg? Deoxidizer); Simple operation and low cost
Its main performance indicators are as follows: deoxidation temperature: 320 ± 20 ℃, deoxidation capacity: 1200~1500ml/g? Deoxidizer empty?? Speed: 2000~8000h-1 oxygen content in feed gas: 0
01~0
5% (maximum 1
5%) impurities in deoxidized gas: o21ppm, h21ppm, co1ppm 3093 deoxidizer is currently only produced in batch by our institute, and has been made into 5~380nm3/h nitrogen purification equipment, which has been used in semiconductor materials, metal heat treatment, chemical industry, aerospace, chemical fiber, magnetic materials and other fields
The use of 3093 deoxidizer and purification equipment developed by our institute in recent 20 years shows that the operation is stable and reliable, and the oxygen, hydrogen, carbon monoxide, carbon dioxide and water in the purified gas have reached their technical indicators
In addition, 3093 deoxidizer can also be used for catalytic deoxidization of syngas (hydrogen, carbon monoxide) and hydrogen containing gas and deoxidization of boiler water
"3093" and "3093a" are new ablative deoxidizers that neither deoxidize with hydrogen nor regenerate with hydrogen reduction
Its deoxidation principle is to make the oxygen in the gas and the carbon containing the catalyst completely convert into carbon dioxide at a lower temperature under the action of the catalyst
After the carbon dioxide is removed, high-purity gas can be produced
It can be used for deoxidization and purification of nitrogen, argon, neon, carbon monoxide, carbon dioxide and other gases
Compared with common deoxidizers,