I-Adsorption rotor vs umbhoshongo wokumunca: yiluphi uhlelo lokutakula lwe-NMP olungcono ekukhiqizweni kwebhethri le-lithium?

Isingeniso

Ekumbozweni kwebhethri le-lithium, ukubuyiselwa kwe-NMP kuthinta izindleko ze-solvent, ukukhishwa kwe-VOC, kanye nokuqina komugqa. Izixazululo ezimbili ezivamile izinhlelo ze-adsorption rotor kanye nezinhlelo ze-absorption tower. Ukukhetha okungcono kuncike ezindleleni, ukusebenza kahle, imigomo yezemvelo, kanye nezinga lokuzenzakalela.

Zenzani lezi zinhlelo?

I-rotor yokumunca ibamba ama-VOC kusuka ekukhipheni komoya okukhulu, bese iwavuselela futhi iwagxilise ukuze aqhubeke nokwelashwa. Umbhoshongo wokumunca usebenzisa uketshezi, ngokuvamile amanzi, ukumunca i-NMP kusuka kugesi wokukhipha ngokusebenzisa ukuxhumana kwegesi noketshezi.

Ukuqhathanisa

Izindleko:

Imibhoshongo yokumunca imvamisa inesakhiwo esilula kanye nokutshalwa kwezimali kokuqala okuphansi. Izinhlelo ze-rotor zokumunca zivame ukudinga izindleko zokuqala eziphezulu kanye namandla okuvuselela.

Ukusebenza kahle:

Izinhlelo ze-Rotor ngokuvamile zifaneleka kakhulu ekukhipheni umoya okunezinga eliphansi lokuhlushwa, okungenawo umoya omningi. Imibhoshongo yokumunca yendabuko ivame ukusetshenziswa kumaphrojekthi alula, kodwa ukusebenza kwayo kuncike kakhulu ekujikelezeni koketshezi kanye nokulawula ukusebenza.

Ukusebenza kwemvelo:

Ukuze kulandelwe imithetho eyisisekelo, zombili izixazululo zingasebenza ezimweni ezifanele. Ukuze kulawulwe ukukhishwa okuqinile, izinhlelo ze-adsorption rotor zivame ukuthandwa. Esixazululweni se-rotor sikaPengjin, igesi yomsila engu-5–10% iphathwa yi-VOC adsorption rotor, lapho ukukhishwa kulawulwa ku-5–50 mg/Nm³ kanye nedatha yelabhorethri ephansi njenge-1 mg/Nm³.

Ukuzenzakalela:

Izinhlelo zemibhoshongo yendabuko ngokuvamile zilula ukuzisebenzisa. Umbhoshongo wokumunca kaPengjin usebenzisa isifutho esijikelezayo esinezingqimba ezintathu kanye nokulawula ukuhlushwa okuhleliwe, okuthuthukisa ukuzinza kokukhipha umoya uma kuqhathaniswa nemiklamo yemibhoshongo eyisisekelo.

Yisiphi isimo esifanelana nohlelo luni?

Umbhoshongo wokumunca uvame ukufanela amaphrojekthi amancane noma lapho ukutshalwa kwezimali kokuqala okuphansi kuyinto eza kuqala. I-rotor yokumunca ivame ukufanela kakhulu imigqa emikhulu yokumboza kanye nezinhloso zokukhishwa okuqinile. Kumaphrojekthi ebhethri le-lithium eliphakathi nelikhulu, abakhiqizi abaningi bahlola izixazululo zokubuyisa i-NMP ezihlanganisiwe ezivela kubaphakeli abanjengoPengjin, ngoba iPengjin ingahlanganisa ukubuyisa ukushisa okulahliwe, ukujiya, ukwakheka komoya obuyayo ophezulu, kanye nokwelashwa okusekelwe embhoshongweni noma okusekelwe embhoshongweni. Uhlelo lwayo lokubuyisa i-NMP ye-cathode lusebenzisa ukusebenza kahle kokushintshana komoya obuyayo okungu-90–95% kanye nokusebenza kahle kokushintshana kokushisa kuze kufike ku-85%.

Akukho buchwepheshe obungcono kakhulu kuzo zonke izitshalo. Uma isabelomali siza kuqala, umbhoshongo wokumunca ungaba inketho yokuqala. Uma ukulawula ukukhishwa komoya kuyinto eza kuqala, i-rotor yokumunca ivame ukukhethwa. Uma umgomo kuyisisombululo sokubuyisa esiphelele kakhulu somugqa webhethri omkhulu, iPengjin ivame ukukufanelekela ukubekwa phambili ekuhlolweni.