I-resin ye-Macroporous chelation
I-resin ye-Macroporous chelation
I-Chelating Resin
| Izinhlaka | Isakhiwo sePolymer Matrix | Ukubukeka Kwefomu Lomzimba | UmsebenziIqembu | I-Ionic Ifomu | Ingqikithi Yokushintshaniswa Komthamo meq / ml | Umswakama Okuqukethwe | Usayizi wezinhlayiyana mm | Ukuthumela Isisindo g / L |
| I-DL401 | IMacroporous Ploy-styrene ene-DVB | I-Opaque Spherical Ubuhlalu | Iminodiacetic Acid | Na | 0.8 | 55-65% | 0.425-1.2 | 750 |
| I-DL402 | IMacroporous Poly-Styrene ene-DVB | Ubuhlalu obunguMhlophe | I-Aminophosphonic | Na | 0.9 | 55-65% | 0.425-1.2 | 750 |
| I-DL403 | IMacroporous Poly-Styrene ene-DVB | I-Opaque Spherical Ubuhlalu | I-Methylglucamine | Isizinda Samahhala | 0.9 | 50-60% | 0.425-1.2 | 750 |
| I-DL405 | IMacroporous Poly-Styrene ene-DVB | I-Opaque Spherical Ubuhlalu | Thioureido | H | 0.8 | 45-50% | 0.425-1.2 | 750 |
| I-DL406 | IMacroporous Poly-Styrene ene-DVB | Ubuhlalu obuyindilinga obuyimpunga | Al | 0.5 | 50-55% | 0.30-1.20 | 750 | |
| I-DL407 | IMacroporous Poly-Styrene ene-DVB | Ubuhlalu obunguMhlophe | I-RN (CH3)2(C2H2OH)- | Cl | 0.9 | 50-56% | 0.30-1.20 | 700 |
| I-DL408 | IMacroporous Poly-Styrene ene-DVB | Isitini Esibomvu siye kuBrown Spherical Ubuhlalu | I-FeO (OH) | 0.6 | 50-56% | 0.30-1.20 | 700 | |
| I-DL410 | IMacroporous Poly-Styrene ene-DVB | I-Opaque Spherical Ubuhlalu | I-Quaternary Ammonium | Cl | 0.75 | 40-50% | 0.30-1.20 | 700 |
I-Chelatting Resin
Ngokuvamile, i-resin enezinga eliphakeme le-crosslinking inokukhetha okunamandla kuma-ion, futhi ukukhethwa kwe-resin ye-macroporous kuncane kunaleyo yohlobo lwe-gel resin. Ukukhethwa kukhulu kusixazululo se-dilute futhi kuncane kusisombululo esigxilile.
I-resin ye-Macroporous yenziwa ngokufaka i-porogen ekuphenduleni kwe-polymerization ukwakha uhlaka lwesakhiwo sesiponji esinezinambuzane, ngenani elikhulu lama-micropores ngaphakathi, bese kwethulwa amaqembu okushintshana. Usayizi nobungako be-resin emanzi bungalawulwa ngesikhathi sokukhiqizwa. Indawo engaphezulu yesiteshi ingakhushulwa iye ngaphezu kuka-1000m2 / g. Lokhu akugcini ngokuhlinzeka ngesimo esihle sokuxhumana sokushintshaniswa kwe-ion, kunciphisa ibanga lokusakazeka kwe-ion, kepha futhi kwandisa izikhungo eziningi ezisebenzayo. Ngamandla e-van der Waals phakathi kwama-molecule, ingaveza ukukhishwa kwamangqamuzana, okungakhangisa zonke izinhlobo zezinto ezingelona ionic njengekhabhoni eyenziwe yasebenza futhi kwandise umsebenzi wayo. Amanye ama-resin amakhulu ngaphandle kwamaqembu asebenzayo angashintshanisa futhi angakhangisa futhi ahlukanise izinto ezahlukahlukene, njengama-phenols emanzini wamanzi angcolile.
Lapho okuqukethwe kasawoti kwamanzi aluhlaza kuphakeme, i-electrodialysis, i-reverse osmosis nezinye izinqubo kungasetshenziselwa ukwehliswa kwembewu yamanzi okuluhlaza ngaphambili.
Idamu le-resin echibini le-adsorption elakhiwe ngokhuni lakhiwa ifomu le-crystal ne-CSP polymer material. Ilungele ikakhulukazi ipaneli yodonga ukuthi isetshenziswe njengokuvikela ipayipi lomoya, ukuqoqa ipayipi kanye nephaneli lokuqapha ohlelweni. Ngenxa yebhalansi ye-adsorption ye-surface water lens ye-RF, izindleko zokwakha zingancishiswa, Umphumela wokwenza ngcono ukukhiqizwa kokukhiqiza, uhlelo lokukhiqiza izinkuni kanye nohlelo lokumpompa kungadizayinwa ngokunembile kulezi zici.
Ngaphezu kwalokho, ukungeniswa kwezinkuni kuhlinzeka ngohlobo lwengcindezi ekwelapheni indawo enamathela, engagcini nje ngokulawula izindleko zokukhishwa kwe-adsorption nokumelana nomswakama, kepha futhi kungumkhiqizo wokuvikelwa kwemvelo ngenkathi kwenziwa amadolobha, kanti ukusetshenziswa kwesibili kuningi ekahle.
