Yintoni "isihluzo somoya"?
Isihluzo somoya sisixhobo esibamba i-particle ngesenzo semathiriyeli ye-porous filter kwaye sicoce umoya.Emva kokuhlanjululwa komoya, kuthunyelwa ngaphakathi kwindlu ukuze kuqinisekiswe iimfuno zenkqubo yamagumbi acocekileyo kunye nokucoceka komoya kumagumbi aqhelekileyo omoya.Iindlela zokuhluza ezamkelwayo ngoku zenziwa ikakhulu ziziphumo ezintlanu: isiphumo sokunqanda, isiphumo esinertial, isiphumo sosasazo, isiphumo soxhulumaniso, kunye nesiphumo sombane.
Ngokweemfuno zesicelo kumashishini ahlukeneyo, izihluzi zomoya zinokwahlulwa zibe zihluzo eziphambili, isihluzo esiphakathi, isihluzo se-hepa kunye ne-ultra-hepa filter.
Indlela yokukhetha isihluzo somoya ngokufanelekileyo?
01. Ukumisela ngokufanelekileyo ukusebenza kakuhle kwezihluzi kuwo onke amanqanaba asekelwe kwiimeko zesicelo.
Izihluzi eziziiprayimari neziphakathi: Zisetyenziswa kakhulu ekucoceni umoya jikelele kunye neenkqubo zokupholisa umoya.Umsebenzi wabo ophambili kukukhusela izihluzi ezisezantsi kunye nepleyiti yokufudumeza epholileyo engaphezulu yeyunithi yomoya womoya ukuba ivaleke kwaye yandise ubomi babo benkonzo.
Isihluzi se-Hepa / i-ultra-hepa: ilungele iimeko zesicelo ezineemfuno eziphakamileyo zokucoceka, ezifana neendawo zokubonelela nge-air-conditioning terminal kwi-workshop engenathuli ecocekileyo esibhedlele, ukuveliswa kwe-electronic optics, ukuveliswa kwezixhobo ezichanekileyo kunye namanye amashishini.
Ngokwesiqhelo, isihluzo setheminali simisela ukuba ucoceke kangakanani na umoya.Izihluzi ezinyukayo kuwo onke amanqanaba zidlala indima yokukhusela ukwandisa ubomi babo benkonzo.
Ukusebenza kakuhle kwezihluzi kwinqanaba ngalinye kufuneka kubunjwe ngokufanelekileyo.Ukuba iinkcazo ezisebenzayo zezigaba ezimbini ezikufutshane zokucoca zihluke kakhulu, isigaba sangaphambili asiyi kukwazi ukukhusela isigaba esilandelayo;ukuba umahluko phakathi kwezigaba ezimbini awufani kakhulu, inqanaba lokugqibela liya kuba ngumthwalo.
Uqwalaselo olufanelekileyo kukuba xa usebenzisa i-"GMFEHU" ulwahlulo oluchanekileyo lwenkcazo, setha i-filter yenqanaba lokuqala ngalinye 2 - 4 amanyathelo.
Ngaphambi kokucoca i-hepa ekupheleni kwegumbi elicocekileyo, kufuneka kubekho isihluzo esinenkcazo esebenzayo engekho ngaphantsi kwe-F8 ukuyikhusela.
Ukusebenza kwesihluzo sokugqibela kufuneka sithembeke, ukusebenza kakuhle kunye nokucwangciswa kwe-pre-filter kufuneka kube nengqiqo, kwaye ukugcinwa kwesihluzo sokuqala kufuneka kube lula.
02. Jonga kwiiparamitha eziphambili zesihluzo
Umthamo womoya olinganisiweyo: Kwiifilitha ezinesakhiwo esifanayo kunye nezinto ezifanayo zokucoca, xa ukuchaswa kokugqibela kunqunywe, indawo yokucoca inyuka nge-50%, kwaye ubomi benkonzo yesihluzi buya kwandiswa nge-70% -80%.Xa indawo yokucoca iphinda kabini, ubomi benkonzo yesihluzi buya kuba bubude obuphindwe kathathu kunobokuqala.
Ukuxhathisa kwasekuqaleni kunye nokuchasana kokugqibela kwesihluzi: Isihluzi senza ukuchasana nokuhamba komoya, kunye nokuqokelelwa kothuli kwisihluzi kunye nexesha lokusetyenziswa.Xa ukuchasana kwesihluzi kunyuka kwixabiso elithile elichaziweyo, isihluzo siyachithwa.
Ukuchasana kwesihluzo esitsha kuthiwa "ukuchasana kokuqala", kwaye ixabiso lokumelana elihambelanayo xa isihluzo sichithwa kuthiwa "ukuxhathisa okokugqibela".Ezinye iisampulu zokucoca zineparameters "zokugqibela zokumelana", kwaye iinjineli zomoya womoya nazo zinokutshintsha imveliso ngokweemeko zesayithi.Ixabiso lokugqibela lokuchasa loyilo lokuqala.Kwiimeko ezininzi, ukuchasana kokugqibela kwesihluzo esisetyenziswe kwisiza ngamaxesha angama-2-4 ukuchasana kokuqala.
Uxhathiso lokugqibela olucetyiswayo (Pa)
I-G3-G4 (isihluzi sokuqala) 100-120
I-F5-F6 (isihluzi esiphakathi) 250-300
F7-F8 (high-medium filter) 300-400
F9-E11 (i-sub-hepa filter) 400-450
I-H13-U17 (i-hepa filter, i-ultra-hepa filter) 400-600
Ukusebenza kakuhle kokucoca: "Ukusebenza ngokufanelekileyo" kwesihluzi somoya kubhekiselele kumlinganiselo wesixa sothuli oluthinjwe sisihluzo kwisiqulatho sothuli somoya wokuqala.Ukuzimisela kokusebenza kakuhle kokucoca akunakwahlulwa kwindlela yokuvavanya.Ukuba isihluzo esifanayo sivavanywa kusetyenziswa iindlela ezahlukeneyo zokuvavanya, amaxabiso okusebenza afunyenweyo aya kwahluka.Ke ngoko, ngaphandle kweendlela zovavanyo, ukusebenza kakuhle kokucoca akunakwenzeka ukuthetha ngako.
Umthamo wokubamba uthuli: Umthamo wokubamba uthuli wesihluzi ubhekiselele kubuninzi obuvumelekileyo bokuqokelelwa kothuli lwesihluzi.Xa inani lokuqokelela uthuli lidlula eli xabiso, ukuchasana kokucoca kuya kwanda kwaye ukusebenza kakuhle kokucoca kuya kuncipha.Ngoko ke, ngokuqhelekileyo kuchazwe ukuba umthamo wokubamba uthuli lwesihluzi ubhekisela kwisixa sothuli oluqokelelweyo xa ukuchasana ngenxa yokuqokelela uthuli kufikelela kwixabiso elichaziweyo (ngokuphindaphindiweyo kabini ukuchasana kokuqala) phantsi komthamo othile womoya.
03. Jonga uvavanyo lokucoca
Zininzi iindlela zokuvavanya ukusebenza kakuhle kokucoca isihluzi: indlela yegravimetric, indlela yokubala uthuli lwasemoyeni, indlela yokubala, ukuskena kwefotomitha, ukubala indlela yokuskena, njl.
Ukubala iNdlela yokuSkena (iNdlela yeMPPS) Ubukhulu obuNcinci obuNgenelela kakhulu
Indlela yeMPPS ngoku yeyona ndlela yovavanyo lwesiqhelo kwizihluzo ze-hepa emhlabeni, kwaye ikwayeyona ndlela ingqongqo yokuvavanya izihluzo ze-hepa.
Sebenzisa isixhobo sokubala ukuze uskene ngokuqhubekayo kwaye uhlole yonke indawo yokuphuma komoya yesihluzi.Ikhawuntara inika inani kunye nobungakanani besuntswana lothuli kwindawo nganye.Le ndlela ayikwazi nje ukulinganisa umyinge osebenzayo wesihluzi, kodwa iphinde ithelekise ukusebenza kwendawo yendawo nganye.
Imigangatho efanelekileyo: Imigangatho yaseMelika: IES-RP-CC007.1-1992 Imigangatho yaseYurophu: EN 1882.1-1882.5-1998-2000.
Ixesha lokuposa: Sep-20-2023