I-resin ye-Macroporous chelation
I-resin ye-Macroporous chelation
Intlabathi yeChelating
| Intlabathi | Ulwakhiwo lweMatrix yePolymer | Inkangeleko yePhysical Physical | UmsebenziIqela | Ionic Ifom | Itotali yokutshintsha amandla meq / ml | Umxholo wokufuma | Particle Ubungakanani mm | Ukuhambisa ngenqanawe Ubunzima g / L |
| Iifayile ze-DL401 | I-Macroporous Ploy-styrene ene-DVB | I-Opaque Spherical Beads | Iminodiacetic Acid | N / A | 0.8 | 55-65% | 0.425-1.2 | 750 |
| Iifayile ze-DL402 | IMacroporous Poly-Styrene eneDVB | Ubomvu obuMhlophe obuMhlophe | I-Aminophosphonic | N / A | 0.9 | 55-65% | 0.425-1.2 | 750 |
| Iifayile ze-DL403 | IMacroporous Poly-Styrene eneDVB | I-Opaque Spherical Beads | Imethylglucamine | Isiseko simahla | 0.9 | 50-60% | 0.425-1.2 | 750 |
| Iifayile ze-DL405 | IMacroporous Poly-Styrene eneDVB | I-Opaque Spherical Beads | Thioureido | H | 0.8 | 45-50% | 0.425-1.2 | 750 |
| Iifayile ze-DL406 | IMacroporous Poly-Styrene eneDVB | Iingwevu eziGreyini eziGqwesileyo | UAl | 0.5 | 50-55% | 0.30-1.20 | 750 | |
| I-DL407 | IMacroporous Poly-Styrene eneDVB | Ubomvu obuMhlophe obuMhlophe | I-RN (CH3)2(C2H2OH)- | Cl | 0.9 | 50-56% | 0.30-1.20 | 700 |
| Iifayile ze-DL408 | IMacroporous Poly-Styrene eneDVB | Isitena esiBomvu ukuya kuBrown Spherical Beads | Imali (OH) | 0.6 | 50-56% | 0.30-1.20 | 700 | |
| Iifayile ze-DL410 | IMacroporous Poly-Styrene eneDVB | I-Opaque Spherical Beads | I-Ammonium yoqeqesho | Cl | 0.75 | 40-50% | 0.30-1.20 | 700 |
Intlabathi yeChelatting
Ngokubanzi, i-resin enesidanga esiphambili sokudibanisa inokhetho olomeleleyo kwii-ions, kunye nokukhetha i-resin macroporous ingaphantsi kunaleyo yohlobo lwe-gel. Ukukhetha kukhulu kwisisombululo sokungxengxeza kwaye kuncinci kwisisombululo esixineneyo.
I-resin ye-Macroporous yenziwa ngokongeza i-porogen ekuphenduleni i-polymerization ukwenza isakhelo sesiponji esine-porous, ngenani elikhulu le-micropores ngaphakathi, emva koko kungeniswe amaqela otshintshiselwano. Ubungakanani kunye nobungakanani be-resin emanzi inokulawulwa ngexesha lokuvelisa. Umgangatho womjelo unokunyuswa uye ngaphezulu kwe-1000m2 / g. Oku akuboneleli kuphela ngemeko elungileyo yoqhakamshelwano lotshintshiselwano nge-ion, kunciphisa umgama wokusasazeka kwe-ion, kodwa kukonyusa namaziko amaninzi asebenzayo. Ngamandla e-van der Waals phakathi kweemolekyuli, inokuvelisa ukubhengezwa kwemolekyuli, enokuthi ithengise zonke iintlobo zezinto ezingezo-ionic njengekhabhoni esebenzayo kunye nokwandisa umsebenzi wayo. Ezinye ii-resin ezinkulu ngaphandle kwamaqela asebenzayo anokutshintsha kwaye ahlule izinto ezahlukeneyo, ezinje ngeephenol kumanzi amdaka esityalo samachiza.
Xa umxholo wetyuwa wamanzi aluhlaza uphezulu, i-electrodialysis, i-reverse osmosis kunye nezinye iinkqubo zinokusetyenziselwa ukuhambisa ityiwa kwangaphambi kwetyuwa emanzini.
I-adsorption yeplanga yokuhlahlela echibini yenziwa yifristal kunye nezinto ze-CSP zepolymer. Ifanelekile ngokukodwa iphaneli eludongeni ukuba isetyenziswe njengokukhusela umbhobho womoya, ukuqokelela umbhobho kunye nokujonga iphaneli kwinkqubo. Ngenxa yebhalansi ye-adsorption yamanzi engaphezulu ye-RF lens, iindleko zokwakha zinokuncitshiswa, umphumo wokuphucula ukusebenza kwemveliso, inkqubo yokuvelisa iinkuni kunye nenkqubo yokupompa inokuyilwa ngokuchanekileyo ngakumbi kwezi zinto.
Ngaphaya koko, ukungeniswa kweenkuni kubonelela ngohlobo loxinzelelo kunyango lomphezulu lwamatye, olungahambelani kuphela nokulawula iindleko ze-adsorption kunye nokumelana nokufuma, kodwa kunye nemveliso yokhuselo lokusingqongileyo kwinkqubo yokuhlala kwabantu ezidolophini, kwaye ukusetyenziswa kwesibini kungaphezulu efanelekileyo.
