Ukucoceka okuphezulu 95% - 99% umatshini wokuvelisa initrogen nitrogen

Ucoceko oluphezulu 95% – 99% inkqubo yokuvelisa initrogen umatshini wokwenza initrogen

Inkcazelo emfutshane:

I-PSA luhlobo olutsha lwe-gas adsorption kunye neteknoloji yokwahlula, enenzuzo elandelayo: Ukucoceka kwemveliso ephezulu.Inokusebenza kwindawo yokushisa kunye noxinzelelo oluqhelekileyo ngaphandle kokufudumeza ngexesha lokuvuselelwa kwebhedi, okonga amandla kunye noqoqosho.Isixhobo kulula ukusebenza kunye nokugcina.Umsebenzi oqhubekayo womjikelo unokuzenzekela ngokupheleleyo.Nge-5A i-zeolite ye-molecular sieve adsorbent, isixhobo se-PSA esinebhedi ezimbini sisetyenziselwa ukwahlula ukutyetyiswa kwe-oksijini emoyeni kunye nokwahlula i-O2 kunye ne-N2 emoyeni ukufumana i-nitrogen.Isisefo se-Carbon molecular luhlobo lwamasuntswana anombala we-inki acutshungulwa ngokukodwa kumgubo wamalahle.Umphezulu wayo ugutyungelwe ziimicropores ezininzi.Umgaqo wokwahlula komoya uxhomekeke kwizantya ezahlukeneyo zokusasazwa kweoksijini kunye nenitrogen kwimibhobho ye-carbon molecular sieve.Isantya sokusasazwa kweoksijini kwimibhobho yesihluzo semolekyuli sikhawuleza kakhulu kunesantya sokusasazwa kwenitrogen, ukuze iimolekyuli zeoksijini zibhengezwe kwimingxuma yekhabhoni yemolekyuli yesisefu., Kwaye iimolekyuli zenitrogen ziyatyetyiswa kwisigaba segesi.Kwangaxeshanye, umthamo we-carbon molecular sieve ukunyusa ioksijini ngenxa yokunyuka koxinzelelo, kwaye uyancipha ngenxa yokuhla koxinzelelo.Ngaloo ndlela, i-carbon molecular sieve i-adsorbs xa ixinzezelekile, kwaye ikhupha inxalenye ye-oksijini phantsi koxinzelelo oluncitshisiweyo, ukwenza umsebenzi wokujikeleza ukufezekisa injongo yokwahlula umoya.Ibizwa ngokuba yiPSA Nitrogen.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

I-Pressure Swing Adsorption (PSA) luhlobo olutsha lwe-gas adsorption kunye neteknoloji yokwahlula.Inezi ncedo zilandelayo:

Imveliso inobunyulu obuphezulu.
Iyakwazi ukusebenza kwindawo yokushisa kunye noxinzelelo oluqhelekileyo (0.8mpa), ngaphandle kokufudumeza ngexesha lokuvuselelwa kwebhedi, okonga amandla kunye noqoqosho.
Isixhobo kulula ukusebenza kunye nokugcina.
Umsebenzi oqhubekayo wokujikeleza, onokuthi uzenzele ngokupheleleyo.

Umzobo wofakelo lwezixhobo

Δ Inkqubo yokulinganisa uxinzelelo oluphezulu oluphucula ukusetyenziswa kwe-carbon molecular sieve kwaye inciphisa ngokuthe ngqo ukusetyenziswa komoya.
Δ Isakhiwo sangaphakathi esiphezulu, ukuhla komoya, ukuhanjiswa okufanayo, ukunciphisa amandla empembelelo kwi-molecular sieve, kunye nokuphucula ubomi benkonzo ye-molecular sieve.
Δ Sisebenzisana nabavelisi be-molecular sieve abaziwayo basekhaya nakwamanye amazwe, kwaye sinokukhetha owona mlinganiselo wonga amandla kunye nomlinganiselo osebenzayo ngokweemeko zokusebenza zokwenyani.
Δ Izincedisi zonyango ezithembekileyo zomthombo womoya ziqinisekisa ukusebenza okuzinzileyo kunye nobomi benkonzo yesixhobo.
Δ Ukwamkela indlela yokuzaliswa kwe-blizzard, i-sieve ye-molecular izaliswe ngokulinganayo kwaye ixinene, i-coefficient ye-friction iyancitshiswa ibe yincinci, kwaye umatshini wonke uphuculwe.
Ukuthembeka kokusebenza kwexesha elide.
Δ Yamkela isilawuli esicwangcisiweyo se-Siemens PLC solawulo oluzenzekelayo, isitshixo esinye sokuqala ngaphandle kokusebenza okukhethekileyo kwabasebenzi, kwaye sinokugcinelwa ikhompyuter, ifowuni ephathwayo, njl.
Uqhagamshelo lwesixhobo esikude, ukubonwa kwexesha lokwenyani lokusebenza.
Δ Ivalve sisitshixo sokusebenza okuzinzileyo kwesixhobo, ngokuvula ngokukhawuleza kunye nesantya sokuvala, ukusetyenziswa kwamandla aphantsi, isakhiwo esilula, ukusebenza kakuhle kokutywina, ukufakela kunye nokugcinwa.
Ubomi obulula kunye nobude benkonzo.
Δ Ukusebenzisa isixhobo esikhethekileyo sokunyanzeliswa kwentwasahlobo, xa i-molecular sieve kwi-adsorption tower iyancipha, iya kuhlawulela ngokuzenzekelayo ukuphelisa ingxaki ye-molecular sieve powdering.
Ubomi benkonzo eyandisiweyo.
Δ Ukukhuphela okuzenzekelayo kwenitrogen engafanelanga/ukugalelwa ngesandla (ukhetho)
Δ Amacandelo okuqala eempawu ezidumileyo ekhaya nakwamanye amazwe akhethiwe ukuqinisekisa ukusebenza kwezixhobo kunye nomgangatho wenitrogen.

IiNkcazo zeMveliso

I-PSA N2 generator (Ubunyulu 99.5% N2)

Umzekelo	Ukuhamba kwe-N2	N2 ubunyulu	Uxinzelelo lokuphuma kwe-N2	Amandla eMotor wokuthelekisa i-screw air compressor	Ukusetyenziswa komoya	Umbhobho wokungena kunye nokuphuma kwedia
	m3/h	%	ibha	kW / 8bar	≥ m3/min	mm
SCMT-5	5	99.50%	I-3-6 (i-inlet ixinzelelwe umoya kwi-7bar)	7.5	0.24	DN15	DN15
I-SCMT-10	10			7.5	0.47	DN15	DN15
SCMT-20	20			7.5	0.94	DN25	DN25
SCMT-30	30			11	1.41	DN25	DN25
SCMT-40	40			15	1.88	DN32	DN25
SCMT-60	60			18	2.82	DN32	DN40
SCMT-80	80			22	3.76	DN40	DN40
SCMT-100	100			30	4.70	DN40	DN40
I-SCMT-120	120			37	5.64	DN40	DN50
I-SCMT-160	160			45	7.05	DN50	DN50
SCMT-200	200			55	9.40	DN5D	DN50
SCMT-300	300			90	14.10	DN65	DN50
SCMT-400	400			110	18.80	DN65	DN50
SCMT-500	500			160	28.20	DN80	DN50
SCMT-800	800			200 2-inqanaba loxinzelelo	37.60	DN100	DN65
SCMT-1000	1000			220 2-inqanaba loxinzelelo	47.00	DN100	DN80
SCMT-1200	1200				56.40	DN125	DN80
SCMT-1500	1500				70.50	DN150	DN80
SCMT-2000	2000				94.00	DN150	DN80
SCMT-2500	2500				117.50	DN150	DN100