Bakin karfe nitrogen yin inji a cikin Pharmaceutical masana'antu

Me yasa Zabi Sihope don Bukatun Generator Nitrogen PSA na ku:

AMINCI / KWAREWA

• Makullin sanya hannun jari a cikin kayan aikin Nitrogen Generation shine tabbatar da cewa kuna siye daga kamfani mai dogaro.Sihope yana da dubban tsarin shigarwa da aiki a duk duniya.
• Sihope yana da ɗayan manyan fayilolin samfura a kasuwa tare da samfuran ƙa'idodi sama da 50 don zaɓar daga, da tsarkakakku har zuwa 99.9995% da ƙimar kwarara zuwa 2,030 scfm (3,200 Nm3 / h)
• An tabbatar da inganci da kiyayewa ta hanyar ingantaccen ƙirar ISO-9001 da wuraren masana'anta.

ARZIKI MAI KUDI

• Ajiye farashi na 50% zuwa 300% idan aka kwatanta da samar da ruwa mai yawa, dewar, da silinda na Nitrogen
• Ci gaba da wadata, ba zai taɓa ƙarewa da Nitrogen ba
• Babu kwangilolin wadata mai rikitarwa tare da ƙarin ƙarin caji

TSIRA

• Babu aminci ko matsalolin kulawa da ke da alaƙa da babban matsi mai ƙarfi
• Yana kawar da hatsarori na ruwaye na cryogenic

Kanfigareshan Tsari Na Musamman

Ƙayyadaddun tsarin

• Sihope na iya ba da cikakkiyar ƙirar tsarin tsarin juyawa, gami da duk abubuwan haɗin tsarin da zanen ƙira.Ƙungiyoyin fasaha namu suna aiki kai tsaye tare da abokan cinikinmu don ƙididdigewa da shigar da tsarin zuwa takamaiman ƙayyadaddun abokin cinikinmu.Sihope yana da cikakkiyar ƙungiyar sabis a shirye 24/7 don amsa kowace tambaya da kuke da ita.

Fasaha

Yadda tsarin adsorption (PSA) ke aiki:

Sihope ® Nitrogen PSA Generator Systems suna amfani da ainihin ka'idar wucewar iska a kan gadon kayan ado na kayan aiki na injiniya, wanda ke haɗuwa da oxygen, yana barin wadatar iskar iskar nitrogen don fita.

Ana aiwatar da rabuwar adsorption ta hanyar matakai masu zuwa:

• Ciyar da iska da kuma sanyaya

Ana matse iskar shigar (ambient) ta na'urar kwampreso, ta busar da na'urar busar da iska, sannan a tace, kafin a shiga tasoshin da ake sarrafawa.

• MATSAYI DA TSADA

Ana isar da iskar da aka riga aka yi wa magani da tacewa a cikin wani jirgin ruwa mai cike da Carbon Molecular Sieve (CMS) inda aka tallata iskar oxygen da kyau a cikin ramukan CMS.Wannan yana ba da damar daɗaɗɗen nitrogen, tare da tsaftataccen daidaitacce, (ƙananan 50 ppm O2) ya kasance a cikin rafin iskar gas kuma ya fita daga cikin jirgin.Kafin cikar ƙarfin tallan CMS ya kai, tsarin rabuwa yana katse kwararar shigar, kuma ya canza zuwa sauran jirgin ruwan talla.

• RUSHE

An sake haifar da CMS mai cike da iskar oxygen (ana fitar da iskar gas) ta hanyar rage matsa lamba, ƙasa da na matakin tallan da ya gabata.Ana samun wannan ta hanyar tsarin sakin matsi mai sauƙi inda magudanar ruwa (sharar gida) ke fitowa daga cikin jirgin ruwa, yawanci ta hanyar mai watsawa ko shiru kuma a koma cikin amintaccen yanayin kewaye.An sabunta CMS ɗin da aka sabunta kuma yanzu ana iya sake amfani da shi don haɓakar nitrogen.

• MAURAN JIRGIN JINI ko TSAKI

Adsorption da desorption ya kamata su faru a madadin lokaci a daidai lokacin.Wannan yana nufin cewa ana iya samun ci gaba da samar da nitrogen ta hanyar amfani da adsorbers guda biyu;yayin da ɗayan yana adsorbing, ɗayan yana cikin yanayin farfadowa;da juyawa baya da baya, yana samar da ci gaba da sarrafawa na nitrogen.

• MAI KARBAR NITROGEN

Ana tabbatar da kwararar samfurin nitrogen na dindindin da tsafta ta hanyar haɗe-haɗe da jirgin ruwa mai ɗaukar kaya wanda ke adana kayan aikin nitrogen.Ana iya tsara wannan don tsarkakewar nitrogen har zuwa 99.9995% da matsa lamba har zuwa 150 psig (bar 10).

• NITROGEN KYAUTA

Samfurin sakamakon shine madaidaicin rafi na Kan Site da aka samar, Nitrogen mai tsafta, akan farashi mai mahimmanci ƙasa da farashin ruwa ko iskar gas.