Iindaba

1. I-pressure swing adsorption inkqubo yokuvelisa i-oxygen sisixhobo sokubonelela ngegesi kwisayithi esisebenzisa iteknoloji ye-press swing adsorption kunye nee-adsorbents ezikhethekileyo zokutyebisa i-oksijini emoyeni kwiqondo lokushisa.I-pressure swing adsorption inkqubo yokuvelisa i-oksijini luhlobo olutsha lwezixhobo eziphezulu.Ineenzuzo zexabiso eliphantsi lesixhobo, ubungakanani obuncinci, ubunzima obulula, ukusebenza okulula, ukugcinwa okufanelekileyo, iindleko eziphantsi zokusebenza, ukuveliswa kweoksijini ngokukhawuleza kwisiza, ukutshintshela ngokulula, kwaye akukho ngcoliseko.Ioksijini inokubonelelwa ngokudibanisa umbane.Ingasetyenziswa ngokubanzi kwishishini lepetrochemical, ukwenza intsimbi yombane, ukuveliswa kweglasi, ukwenza iphepha, imveliso ye-ozone, i-aquaculture, i-aerospace, ukhathalelo lwezonyango kunye namanye amashishini kunye namasimi.Isixhobo sizinzile, sikhuselekile kwaye sithembekile.Ukuthanda uninzi lwabasebenzisi.Inkampani yethu ineqela elizinikeleyo lophando lwesicelo segesi, kunye noluhlu olubanzi lweemveliso.
2. I-pressure swing adsorption oxygen generator sisixhobo esizenzekelayo esisebenzisa i-zeolite molecular sieve njenge-adsorbent kwaye isebenzisa umgaqo we-pressure adsorption kunye ne-decompression desorption ukuze i-adsorb kwaye ikhulule i-oksijini emoyeni, ngaloo ndlela isahlula i-oksijini.I-Zeolite molecular sieve luhlobo lwe-spherical granular adsorbent ene-micropores kumphezulu nangaphakathi, ecutshungulwa yinkqubo ekhethekileyo yonyango lwe-pore, kwaye imhlophe.Iimpawu zayo zohlobo lwe-pore zivumela ukuba iqonde ukwahlula kwe-kinetic ye-O2 kunye ne-N2.Ukwahlulwa kwe-O2 kunye ne-N2 nge-zeolite ye-molecular sieve isekelwe kumahluko omncinci kwi-diameter eguquguqukayo yezi gesi zimbini.Iimolekyuli ze-N2 zinesantya sokusasazwa ngokukhawuleza kwi-micropores ye-zeolite molecular sieve, kwaye ii-molecule ze-O2 zinezinga eliphantsi lokusabalalisa.Ukusasazwa kwamanzi kunye ne-CO2 emoyeni oxinzelelweyo akufani kakhulu naleyo yenitrogen.Ubuncwane bokugqibela obuvela kwinqaba ye-adsorption yi-oxygen molekyuli.

3. Iindawo zokufaka isicelo, i-steelmaking yesithando sombane: i-decarburization, i-oxygen-assisted combustion heat, i-foam slag, ulawulo lwe-metallurgical kunye nokufudumala okulandelayo.Ukucocwa kwamanzi amdaka: I-oksijini-etyetyiswe aeration yodaka olusebenzayo, i-aeration kumachibi kunye ne-ozone sterilization.Ukunyibilika kweglasi: Ioksijini inceda ukutsha kunye nokunyibilika, ukusika, ukwandisa ukuphuma kweglasi kunye nokwandisa ubomi beziko.I-Pulp bleaching kunye nokwenza iphepha: I-chlorine bleaching iguqulwa ibe yi-oksijini egcwele ibleaching, ibonelela ngeoksijini ephantsi kunye nonyango lwelindle.Ukunyibilikiswa kwesinyithi esingenawo intsimbi: intsimbi yokunyibilikisa, i-zinc, i-nickel, ilothe, njl.Ukwakhiwa kokusika intsimi: ukutyetyiswa kwe-oxygen kwipayipi yensimbi yentsimi kunye nokusika i-plate yensimbi, i-mobile okanye i-generator encinci ye-oxygen inokuhlangabezana neemfuno.Ioksijini kwishishini lepetrochemical kunye neekhemikhali: Ukusabela kweoksijini kwinkqubo yepetrochemical kunye nekhemikhali isebenzisa ioksijini-etyebileyo endaweni yomoya ukuphumeza ukusabela kwe-oxidation, enokunyusa isantya sokuphendula kunye nemveliso yeekhemikhali.Ukusetyenzwa kwentsimbi: esetyenziswa kwigolide nakwezinye iinkqubo zokuvelisa ukunyusa izinga lokutsalwa kweentsimbi ezixabisekileyo.I-Aquaculture: I-oxygen-eriched aeration inokunyusa i-oksijini echithwe emanzini, ikhulise kakhulu imveliso yeentlanzi, kwaye inokubonelela nge-oksijini yokuthutha intlanzi ephilayo kunye nokulima okunzulu kweentlanzi.Ukuvundisa: I-oxygen-etyetyiswe endaweni yomoya inika i-oksijini ye-aerobic fermentation, enokuphucula kakhulu ukusebenza kakuhle.Amanzi okusela: Ibonelela ngeoksijini kwijenereyitha ye-ozone kunye ne-auto-oxygen inzalo.
4. Inkqubo yokuhamba: Emva kokunyanzeliswa yi-compressor yomoya, umoya ungena kwi-tank yokugcina umoya emva kokususwa kothuli, ukususwa kweoli, kunye nokomisa, kwaye ungene kwinqaba ye-adsorption ekhohlo nge-valve yokungena emoyeni kunye ne-valve yokungena ekhohlo.Uxinzelelo lwenqaba luyenyuka kwaye umoya ocinezelweyo ungena kwitanki yokugcina umoya.Iimolekyuli ze-nitrogen zibhengezwa sisihluzo semolekyuli ye-zeolite, kwaye ioksijini engaxutywanga idlula kwibhedi ye-adsorption, kwaye ingene kwitanki yokugcina i-oksijini ngevalve yokuvelisa igesi ekhohlo kunye nevalve yokuvelisa igesi oksijini.Le nkqubo ibizwa ngokuba kukufunxa ngasekhohlo kwaye ithatha amashumi emizuzwana.Emva kokuba inkqubo yokufunxa ekhohlo iphelile, inqaba ye-adsorption yasekhohlo kunye nenqaba ye-adsorption yasekunene idityaniswe ngevalve yokulinganisa uxinzelelo ukulinganisa uxinzelelo lweenqaba ezimbini.Le nkqubo ibizwa ngokuba yi-pressure equalization, kunye nobude be-3 ukuya kwi-5 imizuzwana.Emva kokuba ukulinganisa koxinzelelo kuphelile, umoya ocinezelekileyo ungena kwinqaba ye-adsorption elungileyo ngevalve yokungena emoyeni kunye nevalve yokungena ekunene.Iimolekyuli zenitrogen emoyeni ocinezelweyo zibhengezwa sisihluzo semolekyuli ye-zeolite, kwaye ioksijini etyetyisiweyo ingena kwindawo yokugcina ioksijini ngevalve yokuvelisa igesi elungileyo kunye nevalve yokuvelisa igesi oksijini.I-Tank, le nkqubo ibizwa ngokuba yi-right suction, kwaye ubude bungamashumi emizuzwana.Kwangaxeshanye, ioksijini ebhengezwa sisihluzo semolekyuli ye-zeolite kwinqaba ye-adsorption yasekhohlo ikhutshwa ibuyele emoyeni ngevalve yokukhupha ekhohlo.Le nkqubo ibizwa ngokuba yi-desorption.Ngokuchasene noko, xa inqaba ekhohlo ibhengezwa, inqaba elungileyo nayo idiza kwangaxeshanye.Ukuze kukhululwe ngokupheleleyo initrogen ekhutshwa kwisihluzo semolekyuli ukuya emoyeni, irhasi yeoksijini idlula kwivalve evulwa ngasemva yokucoca i-desorption tower, kwaye i-nitrogen ekwinqaba ivuthelwa ngaphandle kwe-adsorption tower.Le nkqubo ibizwa ngokuba yi-backflushing, kwaye iqhutywa ngaxeshanye kunye ne-desorption.Emva kokuba ukufunxa okufanelekileyo kugqityiwe, ingena kwinkqubo yokulinganisa uxinzelelo, emva koko itshintshele kwinkqubo yokufunxa ekhohlo, kwaye iqhubeke iqhubeka, ukuze iqhubeke nokuvelisa i-oksijini yemveliso ephezulu.