Iimveliso
-
Ijenereyitha ye-Oxygen yezoNyango, izixhobo zokwenza ioksijini yonyango, umatshini wokwenza ioksijini yonyango
Ijenereyitha ye-oxygen yonyango enoxinzelelo lwe-adsorption (PSA) iteknoloji njengesiseko, ukukhupha i-oksijini emoyeni wesixhobo esitsha, ukusetyenziswa kwe-molecular sieve i-adsorption yomzimba kunye ne-desorption technique kwi-molecular sieve generator generator ekulayisheni, xa uxinzelelo emoyeni. inokuba yinitrogen adsorption, ioksijini eseleyo engafunxwanga iyaqokelelwa, ibe oko kukuthi emva kokucocwa kweoksijini ephezulu yococeko.Inkqubo ethile yokusebenza kukuba umoya ogxininisiweyo uhlanjululwe ngesomisi sokucoca umoya kwaye ungene kwinqaba ye-adsorption ngokusebenzisa i-valve yokutshintsha.Kwinqaba ye-adsorption, i-nitrogen ibhengezwa nge-molecular sieve, i-oksijini iqokelelwa phezulu kwi-adsorption tower kwi-tank yokugcina i-oksijini, kwaye emva kokususwa kwevumba, isihluzo sokususa uthuli kunye nesihluzo sokucoca inzalo ifanelekile i-oxygen yonyango.Amacandelo aphambili: itanki yomoya, i-compressor yomoya, umatshini wokumisa obandayo, i-oxygen host, itanki ye-oxygen njalo njalo.
-
Uxinzelelo lwe-adsorption ye-nitrogen / inkqubo ye-oksijini yemveliso yesakhiwo
Ijenereyitha ye-PSA yenitrogen isetyenziswa njengomgaqo we-adsorption swing woxinzelelo kunye nekhwalithi ephezulu ye-carbon molecular sieve isetyenziswa njenge-adsorbent ukufumana initrogen ngokuthe ngqo kumoya oxinanisiweyo.Ufakelo olupheleleyo lufuna icompressor yomoya, isomisi somoya esikhenkcezisiweyo, isihluzi, itanki yomoya, ijenereyitha yenitrogen kunye netanki yesithinteli segesi.Sinikezela ngofakelo olupheleleyo, kodwa icandelo ngalinye, kunye nezinye izinto ozikhethelayo ezifana ne-booster, i-compressor yoxinzelelo oluphezulu okanye isikhululo segesi nazo zingathengwa ngokwahlukileyo.
-
Umgaqo wePSA wemveliso yenitrogen
I-Carbon molecular sieve inokuthi ngaxeshanye ibhengeze ioksijini kunye nenitrogen emoyeni, kwaye amandla ayo okubhengeza nawo ayanda ngokunyuka koxinzelelo, kwaye akukho mahluko ucacileyo kwi-equilibrium adsorption capacity yeoksijini kunye nenitrogen phantsi koxinzelelo olufanayo.Ngoko ke, kunzima ukufezekisa ukuhlukana okusebenzayo kwe-oksijeni kunye ne-nitrogen kuphela ngotshintsho loxinzelelo.Ukuba isantya se-adsorption siqwalaselwa ngakumbi, iipropathi ze-adsorption ze-oksijini kunye ne-nitrogen zinokwahlulwa ngokufanelekileyo.
-
PSA Nitrogen Generator Skid iiseti ezigcweleyo umboneleli
I-PSA i-Nitrogen generator isetyenziswa njengomgaqo we-adsorption yoxinzelelo lwe-swing, I-nitrogen ifumaneka emoyeni ocinezelweyo ngokuthe ngqo ngokusebenzisa umgangatho ophezulu we-carbon molecular sieve njenge-adsorbent.
Ufakelo olupheleleyo lufuna icompressor yomoya, i-air dryer efrijiweyo, izihluzi, itanki yomoya, ijenereyitha yenitrogen kunye netanki yesithinteli segesi.
Sinikezela ngofakelo olupheleleyo kodwa icandelo ngalinye, kunye nolunye unikezelo olunokuzikhethela olufana ne-booster, iicompressor zoxinzelelo oluphezulu okanye izitishi zokuzalisa nazo zinokuthengwa ngokwahlukeneyo.
-
Iyunithi yokucoca i-Carbon carrier
+ Ukuzinza okulungileyo, umxholo we-Oxygen ulawulwa ngokungqongqo ngaphantsi kwe-5ppm.
+Ukucoceka okuphezulu, ukucoceka kweNitrojeni≥99.9995%.
+Umthamo wamanzi aphantsi, indawo yombethe we-atmosphere≤-60℃.
+Akukho hydrogen, Inkqubo ifanele ihydrogen kunye neoksijini eneemfuno ezingqongqo. -
Izixhobo zokuCoca iNitrojeni ngeHydrogenation
Inkqubo yokucoca idityaniswe neentlobo ezimbini ze-catalysts eziphezulu ezisebenzayo, i-Hydrodeoxygenation kwiqondo lobushushu eliqhelekileyo, Ukususa i-hydrogen engaphezulu (Xa kukho imfuneko ye-hydrogen), I-nitrogen ephezulu ecocekileyo ifunyenwe ngenkqubo yokucoca Ukususwa kwamanzi kunye nokungcola.
Iimpawu zobuGcisa
+ Ulawulo oluzenzekelayo lwe-hydrogenation kunye ne-automation ephezulu, ikhuselekile kwaye inokuthenjwa.
+ Ukusebenzisa ii-catalysts eziphezulu, itekhnoloji ephucukileyo kunye nokusebenza okuzinzileyo.
+ Ukusebenzisa izinto ezikhuselekileyo nezithembekileyo zolawulo, sebenza ngokuthembekileyo.
+ Ukunxibelelanisa ngobukrelekrele kunye nokukhupha izinto, iintlobo ngeentlobo zealarm yempazamo, Abasebenzisi bafumana kwaye basombulule iingxaki ngexesha.
+ I-Dehydrogenation kwiqondo lobushushu eliqhelekileyo, akukho kuvula, uluhlu olubanzi lwe-deoxgenation. -
Ukwahlula komoya, ukwahlukana komoya we-cryogenic, ukwahlukana kwegesi ye-cryogenic
Ukuveliswa kwe-oksijini ye-cryogenic kunye ne-oxygen & inkqubo yokuvelisa i-nitrogen ingenisa inkqubo yoxinzelelo oluphantsi kwisixhobo sokwahlula umoya, okunciphisa ukusetyenziswa kwamandla okuhlukana komoya kunye nokuphucula ukhuseleko lokusebenza.Isoftware yeekhemikhali ehambelanayo isetyenziswa ekubaleni inkqubo kunye noyilo lwesixhobo soyilo lwenkqubo yokubala i-distillation kunye nokubalwa kwesakhiwo ukuqinisekisa izixhobo eziphambili nezithembekileyo.
-
Idityanisiwe Indawo yombethe ephantsi
Umthamo: 1 ~ 500Nm3/min
Uxinzelelo lomsebenzi: 0.2 ~ 1.0MPa (inokubonelela nge-1.0 ~ 3.0MPa)
Ubushushu bokungenisa umoya: ≤45℃(Min5℃)
Indawo yombethe: ≤ -40℃~-70℃(kuxinzelelo oluqhelekileyo) -
Inkunkuma isomisi sokuvuselela ubushushu
Inkunkuma yokuvuselela ubushushu luhlobo olutsha lwesomisi se-adsorption, eyeyamaqondo aguquguqukayo kunye noxinzelelo lwe-adsorption.Itshisa ngokuthe ngqo kwaye ihlaziye i-desiccant ngokusebenzisa ukushisa kweqondo eliphezulu lokushisa kwe-compressor yomoya, ukuze i-adsorbent ihlaziywe ngokupheleleyo.Ke ngoko, inokusebenzisa ngokupheleleyo amandla ayo kwaye ibe nefuthe lokonga amandla.
-
I-Industrial Portable Heatless Adsorption Air Compressed Dryer iyathengiswa
I-adsorption engenabushushu ecinezelweyo isomisi somoya (akukho shushu) sisixhobo sokomisa i-adsorption.Umsebenzi wayo kukususa umswakama emoyeni ngomgaqo woxinzelelo lwe-swing adsorption, ukuze kufezekiswe injongo yokomisa umoya.
-
Isisomisi soMoya esiNxinyiweyo esiMicro-Heat
I-micro-heat regenerative adsorption air dryer (i-micro-heat dryer) yimveliso ye-R & D ngokusetyenziselwa ukufunxa iintlobo ezimbini zezibonelelo, ezifana nokuhlaziywa kwe-micro-heat kunye nokuvuselelwa okungenabushushu.
-
Isikomisi soMoya esiQinisiweyo esiQhelekileyo
isetyenziswa kakhulu kumalahle esinyithi, i-elektroniki yamandla, i-petrochemical, iyeza lebhayoloji, irabha yamatayara, ifayibha yemichiza yelaphu, indawo yokugcina ukutya okuziinkozo, ukugcinwa kokutya kunye namanye amashishini.
