Isici sokuqala sokuhlunga sesihlanzi samanzi, esibizwa nge-PP ukotini, sidlala indima ekuhlungeni okumahhadla, ekugqwaleni kokuhlunga, intlenge, nezinye izinhlayiya ezinkulu zokungcola.
Ngokuvamile, lapho uthola isici sokuhlunga se-PP, qala ngokuyimpintsha ukuze ubone ukuqina komotini we-PP.Ubunzima be-PP ukotini, buphakama ubulukhuni, ngakho-ke ukuphakama kokuqina, kuba ngcono izinga likakotini we-PP.Ngoba ngaphansi kwekhwalithi yamanzi efanayo, ukotini we-PP othambile, impilo ifushane, futhi umjikelezo wokubuyisela umfushane.
Isici sesibili sokuhlunga yi-granular activated carbon UDF, okuyiyona eyenza umsindo uma inyakaziswa.Ngokuyinhloko idonsa imibala ehlukene kanye nephunga, i-chlorine esele, futhi ithuthukise ukunambitheka, njengoba kuboniswe esithombeni esingezansi.
Ngokuvamile, lesi sici sokuhlunga asikwazi ukwahlulelwa ngokubukeka kwayo kuphela.Kunomehluko phakathi kwamalahle asekelwe emalahleni namalahle egobolondo likakhukhunathi.Phakathi kwalawa malahle egobolondo likakhukhunathi iyona engcono kakhulu, enokunambitheka okuhle kanye ne-adsorption.Yiqiniso, igobolondo likakhukhunathi namalahle ngokwawo anenani elihle noma elibi le-iodine.Indlela yokwahlulela?Kungahlulelwa ngezici ezimbili ezilandelayo:
Okokuqala: ukuhlukanisa umsindo wokuzamazama, izinhlayiya zamalahle egobolondo likakhukhunathi zilungile, ngakho-ke umsindo wokuzamazama uncane, futhi izinhlayiya zamalahle asekelwe kumalahle zinkulu ngokuqhathaniswa, futhi umsindo wokuzamazama ukhulu kakhulu.
Okwesibili: Ngokwesisindo, izinhlayiya zekhabhoni ezisekelwe emalahleni zikhulu kakhulu, ngakho-ke ngaphansi kwezimo ezifanayo, i-carbon-based carbon izoba nzima kakhulu, futhi i-granular carbon izoba lula.
Okungenhla ukuhlukanisa kusukela ekubukekeni okuphelele, futhi kukhona enye indlela eqondile.Okokuqala ukusika into yokuhlunga ukuze uhlukanise umbala nosayizi.Amalahle asekelwe kumalahle abuthuntu, izinhlayiya zinkulu, namalahle egobolondo likakhukhunathi ayacwebezela futhi mahle.Okwesibili ukusebenzisa ikhabhoni ecushiwe.Yifafaze ngqo ezinkomishini ezimbili zamanzi kampompi ukuze uqhathanise isivinini sokusabela okubhamuza kanye nosayizi webhamuza wamakhabhoni acushiwe ahlukene.
Isici sesihlungi sesithathu siyi-CTO ecindezelwe ye-carbon, ebizwa nangokuthi i-carbon rod, enezigaxa.Kwesinye isikhathi ingxenye yesithathu yesihlungi yezinye izihlanzi zamanzi isaqukethe ukotini we-PP ofanayo newokuqala.Konke lokhu kungenzeka futhi ngeke kuthinte ukusetshenziswa kanye nomthelela wesihlanzi samanzi.Indlela yokwahlulela iyafana, ngaphandle kokuthi ubukhulu kanye nokucwebezela kwezinhlayiya akubonakali.Into esemqoka ukubona isivinini sokukhangisa samanzi afafazwe ku-carbon rod.
Isici sesihlungi sesine i-reverse osmosis RO membrane, encike kumkhiqizo, okungukuthi, izinga lokwenqatshwa kukasawoti nokuzinza.I-HID iqale ukukhiqiza izakhi ze-RO ngo-2010, futhi sekuyiminyaka eyi-11.Inkampani ibilokhu ibambelela esimisweni se-pragmatism nokukhuthala, ngakho-ke izakhi ze-RO membrane ezikhiqizwayo zisezingeni eliphezulu futhi zinenani eliphansi.Indlela engcono kakhulu yokuhlola izakhi zolwelwesi lwe-RO ukusebenzisa imitha ye-TDS ukuhlola inani le-TDS lamanzi aphuma kulwelwesi lwe-RO ukuze wahlulele.Izinga lokukhipha usawoti emanzini elizinzile le-HID membrane element lingaphezu kwama-97%.
I-elementi yesihlungi sesihlanu isasebenza ikhabhoni.Ngokuvamile, ingxenye yokugcina yesihlungi ibizwa nge-post activated carbon, nayo eyimbudumbudu.Indlela engcono kakhulu ukubuka ukunambitheka kwamanzi aphuma empompini.I-post activated carbon ngokuvamile igobolondo likakhukhunathi namalahle anenani le-iodine elingu-1000 noma ngaphezulu, elizonambitha kangcono.
Isikhathi sokuthumela: Jan-19-2021