I-Aluminiyam yesityalo se-electrolytic cell magnesia ilitye edibeneyo yokugquma ibhodi

Aluminium plant electrolytic cellilitye le-magnesia elihlanganisiweyoibhodi yokugquma yimveliso ethe ngqo kakhulu kwaye eyingcali, ikakhulu isetyenziselwa inguqu yokonga amandla kushishino lwe-aluminiyam electrolysis. I-brucite yendalo i-hydrated magnesium hydroxide mineral. Ukusebenza okuphezulu, izinto ezininzi zokugquma ezihlanganisiweyo ezilungiselelwe iiseli ze-aluminium electrolytic, ngakumbi ezantsi kwecathode. Icandelo layo eliphambili liyimpuphu evuthayo evuthayo eyenziwe kwi-brucite yendalo ngokusebenzisa iinkqubo ezinjengokutyumza, i-beneficiation, kunye ne-calcination, ethi ke idibaniswe nezinye izinto zokusebenza (ezifana ne-refractory fibers, i-perlite eyandisiweyo, njl.) kwaye icinezelwe kwiimveliso ezinjenge-plate. Eyona njongo yebhodi yokugquma ilitye le-magnesia kukunciphisa ilahleko yobushushu beseli ye-electrolytic emhlabeni, ngaloo ndlela kuncitshiswa ukusetyenziswa kwamandla, ukuzinzisa ibhalansi ye-thermal ngaphakathi kwiseli, kunye nokwandisa ubomi beeseli.

Isityalo seAluminiyam i-electrolytic cell bruciteibhodi yokugquma edibeneyoyinto ephezulu yokusebenza esebenzayo esebenzisa iimpawu ze-brucite zendalo kwaye ihlanganiswe ngokwesayensi ngokusebenzisa isayensi yezinto. Akunjalo nje "nge-insulation", kodwa kunye "nenkqubo yokuzivikela komzimba" edibanisa iseli ye-electrolytic, ixhathisa ngenkuthalo ukungenwa okutshabalalisayo kwe-electrolytes ngokusebenzisa iikhemikhali. Ukusetyenziswa kwayo okubanzi yenye yezinto ezibalulekileyo zokuxhasa ubugcisa kuphuhliso lweshishini le-aluminium electrolysis ngokubhekiselele ekusebenzeni okuphezulu, ukugcinwa kwamandla, kunye nobomi benkonzo ende.

Aluminium plant electrolytic cellilitye le-magnesia elihlanganisiweyoibhodi yokugquma:

• Ukumelana nobushushu obuphezulu:Ibhodi yokufakelwa kwelitye le-magnesium yamanzi inokumelana nobushushu obuphezulu kunye noluhlu olubanzi lwezicelo zobushushu. Ezinye iimveliso zinokumelana nobushushu obungaphezulu kwe-1000 ℃ okanye ne-1350 ℃, zikhawulelana neemfuno zobushushu obuphezulu beeseli ze-aluminiyam ze-electrolytic zezixhobo zokugquma.
• Impembelelo yokufakelwa kwe-Thermal:Esi sixhobo sine-conductivity ephantsi ye-thermal, enokuthintela ngokufanelekileyo ukuhanjiswa kobushushu, ukunciphisa ubushushu bodonga lwangaphandle lweseli ye-electrolytic, ukuphucula ukusebenza kakuhle kwangoku, ngaloo ndlela ukwandisa ubomi benkonzo yeseli ye-electrolytic kunye nokugcina amandla kunye nokusetyenziswa.
• UbuKhaphukhaphu kunye namandla aphezulu:Ibhodi ye-Magnesium edibeneyo yokudibanisa ilitye ngokuqhelekileyo ineempawu zokukhanya kunye namandla aphezulu, ekulula ukuyifaka nokugcina, kwaye inokumelana noxinzelelo oluthile kunye nefuthe.
• Uzinzo kwiChemical:Izinto eziphathekayo zineempawu zeekhemikhali ezizinzile kwaye azinakuphendulwa ngokulula ngezinto ezingaphakathi kwiseli ye-electrolytic, iqinisekisa ukhuseleko kunye nokuthembeka kokusetyenziswa.
• Ukuchaneka komgangatho ophezulu:Ezinye iimveliso zinokuchaneka komgangatho ophezulu, ukutenxa okuncinci, kwaye kulula ukusika nokumila, ukuqinisekisa umgangatho wokwakha.

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