Iimpawu zobugcisa kunye neenzuzo zokusebenza kwe-PSA nitrogen generator

Ukutsalwa koxinzelelo lwe-PSA Umvelisi weNitrogen yamkela iteknoloji yePSA evuthiweyo nethembekileyo ehlabathini, idibene nokuhamba kwayo kwenkqubo eyahlukileyo, uyilo lwepayipi olulungisiweyo kunye neteknoloji yokuzalisa ephucukileyo, ithintela ngempumelelo ukungaphumeleli kokuxobuka kwe-carbon molecular seeve CMS, kwaye isuse isiphumo setonela kwinqaba yokufunxa. Ke ngoko, ukusebenza kwe-carbon molecular seeve kuphuculwe kakhulu. Ngelixa igcina ukusetyenziswa kwamandla, i-nitrogen enobunyulu be-97%-99.999% inokuveliswa ngenyathelo elinye. Ukuba kukho iimfuno ezikhethekileyo, ubunyulu bunokufikelela kwi-99.9995%.

I-nitrogen yeyona nto iphambili emoyeni, ibandakanya malunga ne-79% ye-nitrogen kunye ne-20.9% yeoksijini emoyeni. I-nitrogen yigesi engenambala, engenavumba, engenatyhefu kwaye engatshiyo kubushushu begumbi kunye noxinzelelo lomoya, inendawo yokubila ye--195.8℃. Iimpawu zayo zeekhemikhali zizinzile kakhulu kwaye ayisebenzi kakuhle kwiikhemikhali nezinye izinto. Ukongeza kwi-ammonia yokwenziwa, i-nitrogen idla ngokusetyenziswa njengegesi ekhuselayo kwaye isetyenziswa kakhulu kwi-metallurgy, kushishino lweekhemikhali, kumalahle, ekutyeni, kumayeza, kwi-elektroniki, kwizixhobo zemagnethi, kwezothutho, kunyango lobushushu, kumatayara, kumandla obushushu, kwiinqwelomoya nakwamanye amashishini. Ijenereyitha ye-nitrogen ye-PSA pressure swing adsorption isebenzisa umoya njengezinto ezikrwada kunye ne-carbon molecular sieve njenge-adsorbent. Isebenzisa umgaqo we-pressure swing adsorption kunye ne-selective adsorption ye-oxygen kunye ne-nitrogen nge-carbon molecular sieve ukwahlula i-nitrogen kunye ne-oxygen. Yaziwa kakhulu njenge I-Psa Nitrogen ijenereyitha.

Ijenereyitha ye-nitrogen ye-PSA inendlela ephucukileyo yokusebenza ngaphandle komqhubi: isilawuli sohlalutyo lococeko lwe-oxygen esiphuhlisiweyo ngokuzimeleyo sijonga ubumsulwa be-nitrogen ngexesha langempela, kwaye sikhupha i-nitrogen ngokuzenzekelayo engahlangabezani neemfuno zococeko, ngaloo ndlela sisusa impembelelo yokungcola kwegesi kumgangatho wemveliso; ulawulo oluthembekileyo lwe-PLC lunokufezekisa ukusebenza ngokuzenzekelayo ngaphandle komqhubi iiyure ezingama-24. I-nitrogen esemgangathweni ophezulu ihlangabezana neemfuno zamashishini ahlukeneyo: Iijenereyitha ze-nitrogen ze-PSA zihlala zixhotyiswe ngezihluzi ezichanekileyo zokwenza amasuntswana othuli lwe-nitrogen abe ngaphantsi kwe-0.01μm kunye nomxholo weoyile ube ngaphantsi kwe-0.01 ppm. Ukuba zixhotyiswe izomisi ezongezelelweyo ze-adsorption, izixhobo zokucoca ezingeyongozi, njl.njl., zinokuhlangabezana neemfuno eziphezulu zamashishini akhethekileyo afana nee-LCD, ii-oscillators ze-quartz, ukutya, kunye namayeza.

Ijenereyitha ye-nitrogen ye-PSA luhlobo lokuveliswa kwe-nitrogen kwindawo, esebenzisa i-air compressor ukubonelela ngomoya njengezinto zokwenza imveliso ye-nitrogen ecocekileyo efunekayo, kwaye ubumsulwa bunokwenziwa ngokwezifiso ukuya kuma-95% ~ 99.999%. Inzuzo yale ndlela kukuba ixabiso le-nitrogen liphantsi, lisebenzisa umbane kuphela, lilula kwaye lizinzile, alithintelwanga ziimoto, kwaye kulula ukuyigcina. Ingxaki kukuba ixabiso lezixhobo kufuneka lihlawulwe kube kanye, kwaye umsebenzisi wokugqibela kufuneka enze ulondolozo rhoqo. Ungakhetha nayiphi na indlela yokusebenzisa igesi ngokweemfuno zakho. E-China, ngenxa yeemfuno zokhuseleko lokusingqongileyo kunye nemiqathango yothutho lwasezidolophini, malunga nama-80% eefektri zaseTshayina zitshintshele ekusebenziseni iijenereyitha ze-nitrogen ze-PSA kwindawo ukuze zibonelele nge-nitrogen.