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Waa maxay qaniinyada Clinker Lepidolite?|Xirfadlaha Calcined Lepidolite-shiidka

Iyada oo la wanaajinayo habka soo saarista lithium-ka ee lepidolite, lepidolite waxay gaadhay wax soo saar ballaadhan, faa'iidooyinkeeda kaydka badan iyo qiimaha jaban ee macdanta ceyriinka ah ayaa si tartiib tartiib ah u soo baxay.Sidaa darteed, horumarinta lepidolite si loo soo saaro lithium waxay noqon doontaa baahi istaraatiijiyadeed ee Shiinaha.Talaabada muhiimka ah ee tignoolajiyada soo saarista lithium-ka ee lepidolite waa shiididda walxaha calcined lepidolite.Ka dib, waa maxay shiidida clinker lepidolite?HCMilling (Guilin Hongcheng) waa warshad wax shiidisa oo soo saarta lepidolite-ka calcined.Thelepidolite calcinedshiidiwarshadWaxaan soo saarnay si guul leh ayaa loogu dabaqay mashruuca soo saarista lithium ee lepidolite.Kuwa soo socda ayaa falanqeyn doona oo kaaga jawaabi doona su'aashan.

 https://www.hongchengmill.com/hlm-vertical-roller-mill-product/

Maaddada lithium ee spodumene caadi ahaan way ka sarraysaa tan lepidolite, taas oo aad ugu habboon soo saarista alaabta ceeriin ee ku jirta lithium.Si kastaba ha ahaatee, waxaa jira kheyraad yar oo spodumene ore dalkayga ah, inta badan ku tiirsan soo dejinta Australia iyo meelo kale, iyo xasiloonida dammaanadda sahaydu kuma filna.Dalkaygu wuxuu leeyahay kaydka ugu badan ee lepidolite ee Aasiya, sidaa darteed marka laga eego dhinaca hibaynta kheyraadka iyo qiimaha horumarinta, lepidolite waxay leedahay faa'iidooyin gaar ah oo soo saarista lithium.Waa maxay awoodda lepidolite ee clinker?Diyaarinta karbohaydraytyada lithium ee hadda jirta waxay guud ahaan ku lug leedahay isku darka nuuradda iyo xoogga lepidolite, si fiican u shiidi, ka dibna xisaabinta clinker-ka la kariyey.Dabadeed, clinker-ka la kariyey ayaa biyo-demiyay, si fiican loo miiray, ka dibna waxaa lagu shubay fal-celinnada xiga.Inkasta oo habkani uu leeyahay noocyo kala duwan oo la adeegsan karo, wuxuu leeyahay isticmaalka tamarta sare iyo heerka soo kabashada lithium hooseeya;Khasaaraha ugu weyni waa in ay u baahan tahay ganaaxa lepidolite, iyo lepidolite waxay u baahan tahay in lagu shubo kubbadda si ay u noqoto mid gaar ah ka hor inta aysan buuxin shuruudaha heerka leaching., wakhtiga falcelinta sidoo kale waa mid aad u dheer;aluminiumka ayaa sidoo kale lagu daadiyaa xaddi badan inta lagu jiro habka leaching, iyo qadar badan oo aluminium ah ayaa loo baahan yahay in laga saaro, taas oo keeni doonta luminta lithium weyn;ka dib marka falcelinta la dhammeeyo, qadar badan oo sulfuric acid ah ayaa hadha, iyo qadar badan oo alkali ah ayaa loo baahan yahay in la isticmaalo si loo baabi'iyo aashitada haraaga ah.Marka lagu gudo jiro habka loo demiyo biyaha iyo shiididda, ganaaxa budada wax lagu shiidi karo si sax ah looma xakamayn karo, taas oo keenta in si xad dhaaf ah loo shiido clinker-ka, isticmaalka kubbada qoyanina waxa ay cunaysaa agab aad u badan, qalabka la isticmaalayna waa ka sii badan yahay. adag.Habka soo saarista lithium carbonate, aad bay u adag tahay.Waa lagama maarmaan in la hagaajiyo habka shiida ee clinker ka dib duban.Dheef-shiid kiimikaadka lepidolite clinker ayaa aad ugu habboon habka qalalan.Hagaajinta ka dib, shiidi qalalan ayaa la isticmaalaa, oo kaliya qalabka burburinta qallafsan iyo furimaha calcining lepidolite ayaa loo isticmaali karaa wax soo saarka.Qalabku waa sahlan yahay, ka dib marka la shiido Walxaha cayriin waa la baaraa, kaas oo xakameyn kara ganaaxa si sax ah kana hortagaya shiididda.

 

Habka teknoolajiyada ee loo isticmaalolepidolite calcinedshiidiwarshadSi loo habeeyo lepidolite-ka clinker waa: ka dib markii lepidolite dubay clinker laga soo saaro foornada, clinker-ka heerkulkiisa hoos loo dhigo oo aan ka sarreyn 110 ° C ayaa la kulma jab daran.Qalabka jabinta qallafsan ee la isticmaalo wuxuu noqon karaa: Burburiyaha daanka, burburiyaha kolayga, burburiyaha dubbaha iyo shredder ayaa dooran kara qalabka jira iyadoo loo eegayo xaaladda shirkadda, habka burburinta qallafsanna waa diyaargarow dheeraad ah oo shiididda xigta.Ku shiid clinker-ka jabay tallaabadii hore.Burinta clinker lepidolite: Adag ee clinker dubay ee lepidolite waxay ka yar tahay ama la mid tahay 2.5hb, waana mid jajaban.Clinker-ka wax shiida waa la burburiyaa oo lagu burburiyaa mashiinka rullaluistuyada tooska ah.Waxaa inta badan lagu rusheeyaa rullaluistemadka shiida ee saxan shiida iyo extrusion walxaha.Waayida alaabooyinka la isticmaalo aad bay u yartahay heerka guuldaraduna waa mid hooseeya.Talaabadani gabi ahaanba way ka duwan tahay mishiinka kubbadda qoyan, waxaana la isticmaalaa mishiinka kubbadda qoyan.Dabadeed waxay inta badan ku xiran tahay shiididda kubbadda birta iyo walxaha, iyo luminta kubbadda birta waa mid aad u weyn, waxaana badanaa loo baahan yahay in lagu kabo kubbadda birta.Clinker-ka ka dib marka lagu dhufto rullaluistemadka tooska ah waa la miiray, sababtoo ah shiididda qalalan ayaa la isticmaalaa, marka la barbardhigo kubbadda qoyan ee qoyan, ma jiri doonto wax-shiidid xad-dhaaf ah, isticmaalka tamarta ayaa la dhimay, iyada oo la hubinayo dabagalka heerka leaching ee budada ah.

 

HLM taxane lepidoliterullaluistemadka toosanlaga bilaabo HCMilling (Guilin Hongcheng) waa warshad warshadeed oo lagu calcining lepidolite.Waxay isku daraysaa burburinta, qallajinta, shiididda, darajaynta iyo gudbinta, waxayna xallisaa dhibaatooyinka wax-soo-saarka hooseeya, isticmaalka tamarta sare iyo kharashka dayactirka sarreeya ee warshadaynta wax-shiidka caadiga ah.Waxqabadka badeecada waxa uu gaadhay heer caalami ah waxana uu bedeli karaa mishiinada rullalulatada toosan ee qaaliga ah ee laga keeno.Dabool baahiyaha warshadaynta baaxadda weyn, caqliga iyo degdega ah.Cabbirka walxaha la dhammeeyey: 22-180μm Awood wax-soo-saarka: 5-200t / saac.Marka lagu daro shiida walxaha calcined lepidolite, ahHLM lepidoliterullaluistemadka toosan Waxa kale oo ay ogaan kartaa habaynta qoto dheer iyo dib u isticmaalka ka-soo-saarka lepidolite-ka-soo-saarka sida lithium slag iyo budada feldspar.

 

Haddii aad qabto baahiyo la xidhiidha, fadlan nala soo xidhiidh wixii faahfaahin ahoo na sii macluumaadka soo socda:

Magaca alaabta ceeriin

Wanaajinta badeecada (Mesh/μm)

awoodda (t/saacaddii)


Waqtiga post: Seb-26-2022