Isisetshenziswa Sokuhlanza I-nitrogen Nge-Hydrogenation
I-nitrogen emsulwa ephezulu yatholwa ngokususa ukungcola okunjengomoya-mpilo, amanzi, isikhutha nothuli lwe-nitrogen ngokumisa i-catalytic deoxidation adsorption.I-Hydrogen, i-nitrogen bese ujoyina ngemva kokuxutshwa kwe-static ku-exchanger ukushisa, usebenzisa i-deaeration tower the export heat preheating in tone, bese ufaka umbhoshongo we-deaeration nge-hydrogenation deoxidizing catalyst ephumelelayo, i-oksijeni, ukungcola kwe-nitrogen kusabela nge-hydrogen ukukhiqiza amanzi kususiwe, ukukhulula. inani elikhulu lokushisa ngesikhathi esifanayo, i-oxygen engu-1% isabela lapho ukushisa kungakha izinga lokushisa elingu-200 ℃.Bese ngokusebenzisa exchanger ukushisa, bese singene idivayisi eyomile filtration ukususa amanzi, carbon dioxide nothuli izinhlayiya nezinye ukungcola, ukuze bathole ubumsulwa nitrogen.
Ukucaciswa Okubalulekile/Izici Ezikhethekile
| 1 | umthamo: | 10-20000Nm3/min |
| 2 | Ukuhlanzeka kwe-nitrogen: | 299. 9995%. |
| I-Nitrogen Pressure. | 0.1-0.7MPa(iyalungiseka) | |
| 3 | Okuqukethwe komoyampilo | ≤5ppm |
| 4 | Okuqukethwe wuthuli: | ≤0.01um |
| 5 | Indawo yamazolo: | ≤-60°C. |
Izinhlelo zokusebenza
Isetshenziswa kakhulu kumalahle e-metallurgical, amandla kagesi, i-petrochemical, imithi yebhayoloji, irabha yamasondo, i-textile chemical fiber, idepho yokusanhlamvu, ukulondolozwa kokudla nezinye izimboni.
