I-Carbon Molecrour Sieve jz-cmms2n
Inkcazo
I-JZ-CMS2n luphawu olutsha lwe-adsorblenment, eyilelwe ukuba ibe yi-nitrogen ye-nitrogen evela emoyeni, kwaye inomgangatho ophezulu we-ossorption kwioksijini. Ngophawu lwayo lokusebenza kakuhle, ukusela umoya ophantsi kunye nomthamo ophezulu we-nitrogen.
Izinto ezingafunekiyo ze-shebon molecular i-phenolin restin, isuswe kuqala kwaye idityaniswe nezinto ezisesikweni, emva koko isebenze. I-Carbon Molecrour Sieve yahlukile kwiikhabhoni eziqhelekileyo ezisebenza njengoko zinoluhlu oluncinci oluninzi. Oku kuvumela iimolekyuli ezincinci njengeoksijini ukuze ingene kwi-pores kwaye yahlukane neemolekyuli ze-nitrogen ezikhulu kakhulu ukuba zingangeni kwi-CMS. Iimolekyuli ezinkulu ze-nitrogens ngokudlula kwi-CMS kwaye ivele njengegesi yemveliso.
Ngaphantsi kwemeko efanayo yokusebenza, i-TOMS enye ye-TOM2n inokufumana i-220 m3 ye-witrogen nge-79.5% ngeyure.Iiyure ezinobuncinci be-nitrogen.
Isicelo
Itekhnoloji ye-PSDA yahlule i-N2 kunye ne-O2 ngeVan Der Wails i-Parbon Molecular Sieve.
Isetyenziselwa ukwahlula i-N2 kunye ne-O2 emoyeni kwinkqubo ye-PSSA. I-Carbon Molecalialr isetyenziswa ngokubanzi kwicandelo lemichiza le-petroleum, unyango lwesinyithi, amashishini ezenziwa nge-elektroniki.
Ukucaciswa
| Uhlobo | Iyunithi | Idatha |
| Ubungakanani obudayo | mm | 1.2,1.5, 1.8, 20 |
| Unizi lolwapho kuyiwa khona | g / l | I-620-700 |
| Tyumza amandla | N / isiqwenga | ≥50 |
Idatha yezobugcisa
| Uhlobo | Ucoceko (%) | Imveliso (NM3 / HT) | Umoya / n2 |
| Jz-cms2n | 98 | I-300 | 2.3 |
| 99 | 260 | 2.4 | |
| 99.5 | I-220 | 2.6 | |
| 99.9 | I-145 | 3.7 | |
| I-99.99 | I-100 | 4.8 | |
| I-99.999 | 55 | 6.8 | |
| Ubungakanani bokuvavanya | Ubushushu bovavanyo | Uxinzelelo lwe-adsorction | Ixesha le-adcelotion |
| 1.2 | ≦ 20 ℃ | 0.75-0.8MPA | I-2 * 60s |
Iphakheji esemgangathweni
20kg; 40kg; I-137kg / iDrum yePlasikini
Ingqalelo
Imveliso njengoko inqweneleka ayinakukwazi ukuvezwa ngumoya ovulekileyo kwaye kufuneka igcinwe kwindawo eyomileyo yephakheji yomoya.