Iimpawu zokuhlela kunye nokugcinwa kwe-Air sterilizer

Ijeneretha ye-ozone kwi-Air sterilizer yenziwa ikakhulu yi-electrolysis. Ngokuqhelekileyo, iijenereyitha ze-ozone ezinkulu kunye neziphakathi zineentlobo ezimbini zomthombo we-oksijini kunye nomthombo womoya, okhupha ngokuthe ngqo i-oxygen kwi-ozone. I-ozone eyenziwa yi-ozone generator ine-instantaneous oxidation effect kwi-concentration ephantsi.

Ukususwa kwe-manganese, ukususwa kwe-sulfide, ukususwa kwe-phenol, ukususwa kwe-chlorine, ukususwa kwevumba le-pesticide, kunye nokubulawa kweentsholongwane kwiimveliso zepetroleum kunye namacandelo emva kokuhlamba; njenge-oxidant, esetyenziswa ekuveliseni amacandelo athile evumba, amachiza okucokisa, amacandelo egrisi, kunye neenxalenye zefiber; Isetyenziselwa ukomisa ngokukhawuleza kwe-inki kunye nepeyinti, ukuxhasa ukutshisa kunye nokubilisa, ukuxutywa kwefiber pulp ezahlukeneyo, ukubola kwe-Quansheng detergent, ukubola kunye nokuvalwa kweendawo ezicutshungulweyo zoboya, njl.; ineempembelelo zokubulala iintsholongwane kunye ne-deodorization kunyango lwamanzi amdaka esibhedlele. Ngokumalunga nokunyanga kwamanzi amdaka, inokususa i-phenol, isulfure, ioli ye-cyanide, i-phosphorus, i-hydrocarbons enamakha kunye ne-ion zetsimbi ezifana nentsimbi kunye ne-manganese.

Iimpawu zokuhlela ziyahluka ngenxa yemigaqo kunye neentlobo ezahlukeneyo. Kodwa olona hlobo luphambili isengumatshini womoya weplasma kunye ne-ultraviolet Air sterilizer. Njenge-plasma eqhubela phambili kumazwe ngamazwe Isibulali-ntsholongwane somoya, xa sithelekisa ne-ultraviolet yemveli ejikelezayo Isihluzi somoya, sinezi nzuzo zilandelayo: Ukuvala inzala okusebenzayo: Isiphumo sokuvala inzala kwiplasma silungile, kwaye ixesha lesiphumo lifutshane, elingaphantsi kakhulu kunemitha ye-ultraviolet ephezulu. . , Ukukhuselwa kwendalo: I-Plasma sterilization kunye ne-disinfection isebenza ngokuqhubekayo ngaphandle kwemisebe ye-ultraviolet kunye ne-ozone, ukuphepha ukungcoliswa kwesibini kokusingqongileyo.

Ukonakaliswa okusebenzayo: Umatshini wokubulala iintsholongwane kwiPlasma unokuthomalalisa iigesi ezinobungozi kunye netyhefu esemoyeni xa ubulala iintsholongwane emoyeni. Ngokwengxelo yovavanyo yeZiko loLawulo lweSifo kunye noThintelo lwaseTshayina, izinga lokuthomalalisa kwiiyure ezingama-24: 91% ye-formaldehyde kunye ne-93% ye-benzene Ikwahlulwe kwi-78% ye-ammonia kunye ne-96% ye-xylene. Ngokudibeneyo, inokususa ngokufanelekileyo ungcoliseko olunje ngerhasi yeflue kunye nevumba lomsi. Ukusetyenziswa kwamandla aphantsi: Amandla eplasma Isibulali-ntsholongwane somoya yi-1/3 yaloo matshini wokubulala iintsholongwane kwi-ultraviolet, ewonga kakhulu amandla. Kwigumbi le-150 square metres, umatshini weplasma 150W, umatshini we-ultraviolet 450W okanye ngaphezulu, ukonga ngaphezu kwe-yuan eyi-1,000 ngonyaka kwiindleko zombane.

Kukho iintlobo ezininzi zeesterilizer zomoya, kwaye kukho imigaqo emininzi. Abanye basebenzisa iteknoloji ye-ozone, abanye basebenzisa izibane ze-ultraviolet, abanye basebenzisa izihlungi, abanye basebenzisa i-photocatalysis, njalo njalo. Ukuhluzwa okusemgangathweni okuphambili, ukuhluzwa okuphakathi kunye okuphezulu okuphezulu, ukuhluzwa kwe-adsorption ye-electrostatic: Susa ngokufanelekileyo amasuntswana kunye nothuli emoyeni. I-photocatalyst mesh ye-antibacterial mesh inceda ekubulaleni iintsholongwane. Ngokuqhelekileyo, izixhobo ze-photocatalyst ze-nano-level (ikakhulukazi i-titanium dioxide) zisetyenziselwa ukusebenzisana nokukhanya kwesibane se-violet ukuvelisa "imingxuma" echajiwe ngokufanelekileyo kunye ne-ioni ye-oksijini echasayo engalunganga kumphezulu we-titanium dioxide.

I-"cavity" idibanisa nomphunga wamanzi emoyeni ukuvelisa i-alkaline enamandla "i-hydroxide radical", eyahlula i-formaldehyde kunye ne-benzene emoyeni emanzini angenabungozi kunye ne-carbon dioxide. I-ion ye-oksijini engalunganga idibanisa ne-oksijini emoyeni ukuze yenze "i-oksijini esebenzayo", ekwazi ukwahlula iimbumba zeeseli zebhaktheriya kunye ne-oxidize iiprotheni zentsholongwane, ukufezekisa injongo yokubulala inzala, ukuchithwa kunye nokwahlukana kweegesi ezinobungozi ukusuka phezulu.

Ukukhanya kwe-Ultraviolet kugqiba umphumo wokungasebenzi kwebhaktheriya emoyeni. Ukusondela ityhubhu yesibane se-ultraviolet kwinto eza kubulawa iintsholongwane, ngakumbi iibhaktheriya ziya kubulawa kwaye ngokukhawuleza. Kwinqanaba lemitha ye-ultraviolet, inokuqinisekisa ukuba izinga lokufa kweebhaktheriya yi-100%, kwaye akukho bhaktheriya ephumayo. Umgaqo wokwenza inzala kukukhupha iibhaktheriya, iintsholongwane kunye nezinye ii-microorganisms ezinemitha ye-ultraviolet ukulimaza isakhiwo se-DNA (deoxyribonucleic acid) emzimbeni, okubangela ukuba ife ngokukhawuleza okanye ilahlekelwe amandla ayo okuzala.

Izibane ze-quartz ze-UV zinezibonelelo, ngoko ke ungahlula njani phakathi kokubi kunye nenkohliso? Ubude obuhlukeneyo bokukhanya kwe-ultraviolet bunamandla ahlukeneyo okwenza inzala. Kuphela i-ultraviolet-wave short-wave (200-300nm) inokubulala ibhaktheriya. Phakathi kwazo, isikali se-250-270nm sinamandla okubulala inzala. Iindleko kunye nomsebenzi wezibane ze-ultraviolet ezenziwe ngezinto ezahlukeneyo zihluke. Ukuqina okuphezulu ngokwenene, izibane ze-ultraviolet zexesha elide kufuneka zenziwe ngeglasi yequartz. Olu hlobo lwesibane lukwabizwa ngokuba yi-quartz sterilization isibane. Ikwahlulahlulwe yaba ziindidi ezimbini: uhlobo lwe-ozone ephezulu kunye nohlobo oluphantsi lwe-ozone. Ngokuqhelekileyo, uhlobo oluphezulu lwe-ozone lusetyenziswa kwiikhabhinethi zokubulala iintsholongwane. Ikwaluphawu olwahlukileyo lwezibane ze-UV zequartz xa kuthelekiswa nezinye izibane ze-UV.


Ixesha lokuposa: Oct-21-2021