mobile cabin hospital plant

mobile cabin esibhedlele isityalo ioksijini Umfanekiso Featured

Inkcazelo emfutshane:

Iplanti yokuvelisa ioksijini yePSA yenziwe kusetyenziswa itekhnoloji yePressure Swing Adsorption.Njengoko kusaziwa, ioksijini yenza malunga ne-20-21% yomoya we-atmospheric.I-PSA generator ye-oksijini yasebenzisa i-Zeolite i-molecular sieves ukwahlula i-oksijini emoyeni.Ioksijini enobunyulu obuphezulu ihanjiswa ngelixa initrogen efunxwa zizihluzo zemolekyuli ibuyiselwa emoyeni ngombhobho wokukhupha umoya.

Inkqubo ye-Pressure swing adsorption (PSA) yenziwe iinqanawa ezimbini ezizaliswe ngeesefu ze-molecular kunye ne-alumina esebenzayo.Umoya ocinezelweyo udlula kwisitya esinye kwi-30 degrees C kwaye i-oksijini yenziwa njengegesi yemveliso.I-nitrogen ikhutshwa njengerhasi yokuphuma ibuyele emoyeni.Xa ibhedi ye-molecular sieve igcwele, inkqubo itshintshelwa kwenye ibhedi ngeevalvu ezizenzekelayo zokuvelisa i-oxygen.Yenziwa ngelixa ivumela ibhedi egcweleyo ukuba ihlaziywe ngokutsha ngokudakumba kunye nokuhlanjululwa kuxinzelelo lwe-atmospheric.Iinqanawa ezimbini ziqhubeka zisebenza ngokuhlukileyo kwimveliso ye-oksijini kunye nokuvuselela ukuvumela i-oksijini ifumaneke kwinkqubo.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zobuGcisa

Ioksijini eveliswe kwijenereyitha yethu yeoksijini ecocekileyo idibana nemigangatho ye-US Pharmacopeia, UK Pharmacopeia & Indian Pharmacopeia.Ijeneretha yethu ye-oksijini ikwasetyenziswa kwizibhedlele kuba ukufakwa kwe-oxygen gas generator kwisiza kunceda izibhedlele ukuba zivelise ioksijini yazo kwaye ziyeke ukuxhomekeka kwazo kwiisilinda zeoksijini ezithengwe kwiimarike.Ngeejeneretha zethu ze-oksijini, amashishini kunye namaziko ezonyango ayakwazi ukufumana i-oksijini engaphazamisekiyo.Inkampani yethu isebenzisa itekhnoloji ephambili ekwenzeni oomatshini beoksijini.

Iimpawu ezibalulekileyo zesityalo se-PSA generator generator

• Iinkqubo ezizisebenzelayo ngokupheleleyo ziyilelwe ukusebenza zingajongwanga.

• Izityalo ze-PSA zibuthelene zithatha indawo encinci, zidityaniswe ngokutyibilikayo, zenziwe zakhiwe kwangaphambili kwaye zinikezelwa kumzi-mveliso.

• Ixesha lokuqalisa elikhawulezayo lithatha imizuzu emi-5 kuphela ukuvelisa ioksijini ngococeko olufunekayo.

• Ukuthembeka ekufumaneni unikezelo lweoksijini oluqhubekayo noluzinzileyo.

• Izisefu zemolekyuli ezihlala zihleli malunga neminyaka eli-10.

Isicelo :

a.I-Ferrous metallurgy: Ukwenza intsimbi yesithando sombane, ukwenza intsimbi yesithando somlilo, ukuqhushumba kwe-oksijini ye-cupola kunye nokufudumeza kunye nokusika, njl.

b.Indawo yokucokisa intsimbi engeyiyo i-ferrous: Inokuphucula imveliso kunye nokunciphisa iindleko zamandla, ikwakhusela nokusingqongileyo.

c.Inkqubo yamanzi: Kwinkqubo yodaka esebenzayo yokungenisa umoya ngeoksijini, ukuphinda kufakwe amanzi angaphezulu komhlaba, ukufuya iintlanzi, inkqubo yokufaka i-oxidation kwimizi-mveliso, ioksijini efumileyo.

d.Izixhobo ezenziwe ngokwezifiso ezinoxinzelelo oluphezulu ukuya kwi-100bar, i-120bar, i-150bar, i-200bar kunye ne-bar ye-250 iyafumaneka ukuze uzalise isilinda.

e.Igesi ye-O2 ye-Medical ingafumaneka ngokuxhobisa isixhobo esongezelelweyo sokucoca ukususa ibhaktheriya, uthuli kunye nevumba.

f.Abanye: Ukuveliswa kwemveliso yeekhemikhali, ukutshisa inkunkuma eqinile, ukuveliswa kwekhonkrithi, ukuveliswa kweglasi ... njl.

Inkqubo ingcaciso emfutshane

Itheyibhile yokukhetha inkqubo ye-oksijini ye-molecular sieve

Umzekelo	Phula( Nm³/h)	Imfuno yomoya(Nm³/min)	Isingeniso/ubungakanani bokukhupha (mm)		Imodeli yokomisa umoya
KOB-5	5	0.9	15	15	KB-2
KOB-10	10	1.6	25	15	KB-3
KOB-15	15	2.5	32	15	KB-6
KOB-20	20	3.3	32	15	KB-6
KOB-30	30	5.0	40	15	KB-8
KOB-40	40	6.8	40	25	KB-10
KOB-50	50	8.9	50	25	KB-15
KOB-60	60	10.5	50	25	KB-15
KOB-80	80	14.0	50	32	KB-20
KOB-100	100	18.5	65	32	KB-30
KOB-120	120	21.5	65	40	KB-30
KOB-150	150	26.6	80	40	KB-40
KOB-200	200	35.2	100	50	KB-50
KOB-250	250	45.0	100	50	KB-60
KOB-300	300	53.7	125	50	KB-80
KOB-400	400	71.6	125	50	KB-100
KOB-500	500	90.1	150	65	KB-120