Isahluli se-Electromagnetic se-HTDZ High Gradient Slurry

Isihlukanisi se-Electromagnetic se-HTDZ High Gradient Slurry Umfanekiso obonisiweyo

Inkcazo emfutshane:

Iinkcukacha zeMveliso

Iithegi zeMveliso

I-HTDZ series High Gradient Slurry Electromagnetic Separator yimveliso yamva nje yokwahlulahlula imagnethi eyenziwe yinkampani yethu. I-background magnetic field inokufikelela kwi-1.5T kwaye i-magnetic field gradient inkulu. I-medium yenziwe ngentsimbi engagqwali engenela imagnethi ekhethekileyo ukuze ihlangabezane neemfuno zokuphucula iindawo ezahlukeneyo kunye neentlobo zeeminerali.

Isicelo

Ifanelekile ekususweni kwesinyithi nasekucocweni kweeminerali ezingezizo ezesinyithi ezifana ne-quartz, i-feldspar, i-kaolin, njl. Ingasetyenziselwa ukucocwa kwamanzi amdaka kwimigodi yentsimbi nakwizitishi zamandla, kunye nokucoca izinto ezikrwada zeekhemikhali ezingcolisiweyo.

Umgaqo Wokusebenza:

1. Ikhoyili enomdla 2. Inkqubo yemagnethi 3. Ukwahlula phakathi 4. Ivalvu yomoya 5. Umbhobho wokukhupha udaka 6. Ileli 7. Umbhobho wokungena udaka 8. Umbhobho wokukhupha udaka

Emva kokuba ikhoyili yokuvuselela inikwe amandla, umphezulu we-medium yokuhlunga 3 kwigumbi lokuhlunga ubangela amandla amakhulu emagnethi. I-Medium 3 inefuthe lokufunxa kwizinto zemagnethi kwi-slurry, nto leyo enokuphumeza ukwahlulwa kwezinto zemagnethi nezingezizo zemagnethi. I-slurry egxininisiweyo ikhutshwa kwisixhobo ngepayipi yokukhupha i-slurry 5. Emva kokuba ikhoyili ivuliwe, ipompo yamanzi enoxinzelelo oluphezulu ikhupha amanzi, kwaye ukungcola kwemagnethi okufakwe kwi-medium 3 kukhutshwa kwipayipi yokukhupha i-slag 8 ukuze kwenziwe i-tailings. Inkqubo yokusebenza engentla igqitywa yi-automation yenkqubo ukulawula ukuvulwa nokuvalwa kweevalvu ze-pneumatic, kunye nokuqala nokuma kweekhoyili kunye neepompo zamanzi, ezinokugqibezela ngokuthembekileyo nangokufanelekileyo imisebenzi ye-automation yezixhobo.

Iimpawu zobugcisa:

◆ Uyilo olulodwa lwe-electromagnetic coil kunye nendlela yokupholisa esebenzayo.

Ikhoyili yokukhupha umoya ye-electromagnetic slurry high gradient magnetic separator isebenzisa ioyile yokupholisa evaliweyo ngokupheleleyo ukuze iphole. Ikhoyili yokukhupha umoya ipholiswa yioyile ye-transformer eqhelekileyo yesizwe enguNombolo 25, kwaye i-external high-efficiency heat exchanger isetyenziselwa ukutshintshiselana ngobushushu phakathi kweoyile namanzi. Isantya sokupholisa siyakhawuleza, kwaye ubushushu bekhoyili buzinzile, okuqinisekisa intsimi yemagnethi ezinzileyo.

◆ Ngesixhobo esikhethekileyo semagnethi, i-gradient yentsimi yemagnethi inkulu kwaye isiphumo sokwahlukana silungile.

Le medium yenziwe ngentsimbi engagqwaliyo evumela ukuba idlule ngamandla, enokuvelisa amandla emagnethi angaphezulu kwe-1.7 phantsi koxinzelelo lwentsimi yemagnethi engasemva. Inefuthe elinamandla lokutsala ukungcola okubuthathaka kwemagnethi okuncinci kwaye inefuthe elihle lokususa isinyithi.

◆ Ukusebenza ngokuzenzekelayo ngokupheleleyo, iindleko zokusebenza eziphantsi kunye nokugcinwa.

Inkqubo yokusebenza kwesi sixhobo isebenzisa ulawulo lwenkqubo oluzenzekelayo, olunokufezekisa ukusebenza okungenamntu nokuzenzekelayo ngokupheleleyo, nto leyo enciphisa iindleko zokusebenza nokugcinwa kwazo.

◆ Ukukhupha amanzi aphantsi koxinzelelo oluphezulu, ukuhlanjwa kakuhle nokungalungi, ukukhupha isinyithi esicocekileyo, kunye nokungabikho kwentsalela.

Sebenzisa amanzi axinzelelekileyo ukucoca indawo yokucoca. Ixesha lokucoca lingamiselwa ngokweeminerali ezahlukeneyo kunye namanqanaba ahlukeneyo okususa isinyithi ukuphucula ukusebenza kakuhle konyango.

Ingongoma Yokuqala Yokuvelisa Izinto Ezintsha:

Inkqubo yokupholisa isebenzisa ukujikeleza kwangaphandle okuvaliweyo ngokupheleleyo

isakhiwo, esingenamvula, esingenathuli kwaye esingenamhlwa, kwaye

ingasebenza kwiindawo ezahlukeneyo ezinzima. Ukusebenzisa ubushushu bamanzi eoyile

utshintshiselwano olupholileyo, ulawulo olukrelekrele, ubushushu obungaguqukiyo

i-coil yokuvusa kunye nokuguquguquka okuncinci kwentsimi yamagnetic.

Ingongoma yesiBini yoBuchule:

Ikhoyili ye-electromagnetic isebenzisa isakhiwo esijikelezayo esineengqimba ezininzi

kwaye intywiliselwa kwioyile yetransformer, ephinda kabini ubushushu

indawo yokudlulisa ikhoyili. kwaye yenza indawo ezimeleyo

itshaneli yeoyile yokupholisa phakathi komaleko ngamnye wekhoyili, ngempumelelo

ukulawula ukuhamba kweoyile yokupholisa kunye nokuqonda ubushushu obukhawulezayo

ukutshintshiselana phakathi kwekhoyili kunye neoyile yetransformer, ukuqinisekisa ukuba

ukunyuka kobushushu bekhoyili akudluli kwi-25℃.

Ingongoma Yesithathu Yokuvelisa Izinto Ezintsha:

Ukusebenzisa isixhobo sokufudumeza-amanzi eoyile ukupholisa ikhoyili, ene

iyakwazi ukuguquguquka kwaye kulula ukuyifaka nokuyisebenzisa. Xa usebenzisa

isixhobo sokutshintsha ubushushu phakathi kweoyile namanzi ukuze kuphole. Ukusetyenziswa kwamanzi ukupholisa

ioyile yetransformer esebenzisa isixhobo sokufudumeza inokufumana

ukunyuka okuphantsi kobushushu, okufanelekileyo ngakumbi kwiindawo ezine

amaqondo obushushu aphezulu emazantsi. Kuphephe ngempumelelo amandla emagnethi

ukutshintshatshintsha kwentsimi okubangelwa kukutshintsha kobushushu bekhoyili, okuqinisekisa ukuba umgangatho wokwahlukana uzinzile.

Ingongoma yesine yoBuchule:

Ukusebenzisa iintlobo ngeentlobo zeendlela zemagnethi (idayimani eyandisiweyo

i-mesh yentsimbi, uboya bentsimbi, iintonga zentsimbi, njl.njl.), enemagnethi enkulu

i-gradient yentsimi, ifanelekile ekususweni kwesinyithi nasekucocweni kwe-

izixhobo ezinobukhulu obahlukeneyo beesuntswana.

Ingongoma yesihlanu yoBuchule:

Inkqubo yolawulo isebenzisa umlawuli ocwangcisiweyo njengomongo

icandelo lolawulo. elinokulawula ngokufanelekileyo ukusebenza ngakunye

indlela yokusebenza ngokweemfuno zenkqubo

ixesha: Ukubeka esweni idatha yentsimi ngexesha langempela ukuze kube lula kumsebenzisi

umbuzo wokugcina idatha.

Ukusebenzisa i-Intanethi yezinto kunye netekhnoloji yeqonga lefu ukuze

ukuqokelela nokuhlalutya idatha yokusebenza kwezixhobo ngexesha langempela ukuze

ukuqonda ukusebenza nokugcinwa kude, ukuxilongwa kweempazamo kunye

ulawulo olupheleleyo lomjikelo wobomi bezixhobo.

Ixesha lokuvusa izixhobo lifutshane, okuqinisekisa ukuba

amandla entsimi yokuvuselela alinganisiweyo anokufikelelwa ngaphakathi kwe-20

imizuzwana. Isombulula iingxaki zamandla emagnethi

ukwehla kunye nesantya sokunyuka kwe-activation sicotha emva kobushushu

ukusebenza kwezixhobo zesiqhelo.

Iiparameters eziphambili zobugcisa:

Indlela yokukhetha imodeli: ngokwesiseko, ukukhethwa kwemodeli yezixhobo kuxhomekeke kubungakanani bodaka lweminerali. Xa ukwahlula iiminerali usebenzisa olu hlobo lwezixhobo, uxinaniso lwedaka lunempembelelo ethile kwisalathisi sokucubungula izimbiwa. Ukuze ufumane isalathisi sokucubungula izimbiwa esingcono, nceda unciphise uxinaniso lwedaka ngokufanelekileyo. Ukuba umlinganiselo wezinto zemagnethi kwisondlo sezimbiwa uphezulu kancinci, amandla okucubungula aya kunqunyelwa kwinani elipheleleyo lokubamba izinto zemagnethi nge-magnetic medium. Kule meko, uxinaniso lwesondlo kufuneka luncitshiswe ngokufanelekileyo.

Ngaphambili: Uthotho lwe-HTK Magnetic Separator ye-Magnetic Ore

Okulandelayo: Isihlukanisi seMagnetic seCryogenic Superconducting seCryogenic Series