I-HTDZ electromagnetic slurry magnetic separator yimveliso yamva nje yokwahlulahlula imagnethi eyenziwe yinkampani yethu. Intsimi yemagnethi yangasemva ifikelela kwi-1.5T kwaye i-gradient yentsimi yemagnethi inkulu. Iindidi ezahlukeneyo ze-magnetic stainless steel media ezikhethekileyo zinokukhethwa ngokwezixhobo ezahlukeneyo. Isetyenziswa kakhulu kwimigodi engeyiyo yesinyithi: Ukucoca nokususa ukungcola kweeminerali ezifana ne-quartz, i-feldspar, i-kaolin, udongwe lwe-ceramic, i-gold tailings, njl.njl., iimveliso ziye zahlulwahlulwa ngoku, kwaye ububanzi obukhulu bomngxuma wokuhlela bufikelele kwiimitha ezi-2. Imveliso isebenzisa inkqubo ye-PLC kunye nolawulo oluzenzekelayo, ukusebenza okuthembekileyo, ukusebenza okulula nokulula.
Umgaqo wokusebenza we-HTDZ electromagnetic high gradient magnetic separator
Ikhoyili yokuvuselela inikwa amandla okuvelisa intsimi yemagnethi, ukuze umphezulu wesixhobo esikwindawo yokuhlunga ubangele amandla aphezulu entsimi, okwenza indawo yokunceda intsimi yemagnethi enemitha ephezulu. I-pulp ingena kwigumbi lokuhlunga ngepayipi yokungena ye-pulp ezantsi kwesixhobo, kwaye into yemagnethi kunye nento engeyiyo imagnethi zahlulwe ngokufunxwa kwento yemagnethi kwi-pulp yisixhobo.
Iimpawu zobugcisa
1. Ikhoyili isebenzisa iteknoloji yokupholisa edityanisiweyo yamanzi eoyile
(1) Ikhoyili yokuvuselela, eyona nto iphambili yokwahlulahlula imagnethi ye-electromagnetic high-gradient, isebenzisa isakhiwo esivalwe ngokupheleleyo, esimelana nemvula, esingangeni uthuli kwaye singangeni mlilo, kwaye sinokusebenza kwiindawo ezahlukeneyo ezinzima.
(2) Ikhoyili intywiliselwa ngokupheleleyo kwi-oyile ye-transformer, kwaye ipholiswa yi-oyile-water heat exchanger. Ubushushu buhamba ngokukhawuleza kwaye ukunyuka kobushushu kuphantsi, ukuze i-excitation coil ihlale igcinwe kubushushu obuphantsi kwaye i-magnetic field itshintshatshintsha kancinci, nto leyo eqinisekisa ukuba i-high gradient magnetic separator iyasebenza kwaye inciphisa ukusetyenziswa kwamandla.
2. Sebenzisa imidiya yemagnethi esebenza kakhulu
Le medium isebenzisa imidiya ekhethekileyo yokuqhuba umbane yeemilo ezahlukeneyo, enokuvelisa intsimi yemagnethi enegradient engaphezulu kwezihlandlo ezi-2 phantsi kokukhuthazwa yintsimi yemagnethi engasemva, efanelekileyo ekususweni kwesinyithi nasekucocweni kweeminerali ezinobukhulu obahlukeneyo beesuntswana.
3. Itekhnoloji yokukhupha igesi eqinileyo enamanqanaba amathathu:
Ngokweempawu zokuhamba kwezinto ezikwigumbi lokuhlela, isakhiwo sentloko yemagnethi ephezulu senzelwe ngokukodwa ukusasaza ukuhamba kwamanzi ngexesha lokuhlamba, kuthintelwe indawo yokuhlanjwa efileyo ngexesha lokukhupha isinyithi, kwaye kuphuculwe isiphumo sokukhupha isinyithi. Kwangaxeshanye, kongezwa ngexesha lokuhlamba. Umoya ocinezelweyo uyawolula kakhulu umjikelo wokucoca, unciphisa ubungakanani bamanzi okuhlamba, uphucula ukusebenza kakuhle kwezixhobo, kwaye usombulula ingxaki yesiphumo esibi sokuphucula emva kokusetyenziswa ixesha elide.
4. Sebenzisa iteknoloji yelaphu elinamachaphaza amaninzi:
Abahluli bemagnethi bemveli abane-gradient ephezulu basebenzisa kakhulu indlela yokutya ngodaka oluhamba ngepayipi enye, okulula ukuyenza indawo efileyo yokutya ngodaka, echaphazela ukusebenza kakuhle kwesixhobo, kwaye isiphumo sibonakala kakhulu kwigumbi lokuhlela elinobubanzi obukhulu.
Itekhnoloji enelungelo elilodwa lomenzi we-electromagnetic high-gradient magnetic separator isetyenziselwa ukusasaza i-pulp ngokulinganayo kumbhobho wokungena we-slurry, nto leyo esombulula ngempumelelo ingxaki yokusasazwa okungalinganiyo kwe-pulp xa i-large-gradient magnetic separator ingena kwi-pulp.
5. Sebenzisa i-algorithm elandelayo yangoku kunye netekhnoloji ye-inverter esebenzayo
Lixesha lokuqala ukuba i-algorithm yangoku yokulandela ngokukhawuleza kunye netekhnoloji ye-inverter esebenzayo zisetyenziswe kumthwalo omkhulu wokungenisa ukuze kufikelelwe kulawulo olukhawulezileyo noluchanekileyo lwentsimi yemagnethi ye-coil, engasombululi nje kuphela iingxaki zokukhupha isinyithi esingcolileyo kunye nemijikelo emide yokufunxa ngenxa yokucotha kwe-demagnetization kunye nokunyuka kwe-coil yokuchukumisa, ikwasombulula ingxaki yokuncipha kwentsimi yemagnethi ebangelwa kukwanda kokuxhathisa kwe-coil kwindawo eshushu kwi-topology yendabuko.
Ukusetyenziswa kwe-HTDZ-1000 electromagnetic slurry high gradient magnetic separator kwi-kaolin concentrator eGuangdong
Ukuhamba kwenkqubo ye-concentrator kusebenzisa uvavanyo olucolekileyo kunye nokuhamba kwesekethe evulekileyo okucolekileyo. Ngenxa yokuba amandla e-magnetic field aphezulu, amandla okuvuselela aphezulu, ukusetyenziswa kwamandla kwezixhobo kuphezulu, kwaye iindleko zokuvelisa iyunithi ziphezulu. Ke ngoko, isahluli se-magnetic slurry esine-gradient ephezulu sokusebenza kwe-roughing sisebenzisa i-magnetic field yangasemva ye-1.0T, kunye ne-magnetic magnetic separator ene-gradient ephezulu yokusebenza kokukhetha kusetyenziswa i-1.8T.
Iziphumo zemveliso zibonisa ukuba umxholo we-Fe2O3 we-concentrate ungancitshiswa malunga ne-50% ngokusebenzisa ulwahlulo lwe-magnetic slurry olune-gradient ezimbini, kwaye umphumo omhle wokususa isinyithi ungafunyanwa.
Imeko eqhelekileyo yokusetyenziswa kwe-electromagnetic high gradient magnetic separator
1. Indawo yabathengi be-HTDZ-2000 electromagnetic high gradient magnetic separator eXiamen
Umthengi waseXiamen, eFujian, u-ode isixhobo sokwahlula amandla kagesi esinobubanzi obuziimitha ezi-2, esisetyenziselwa ukucoca i-kaolin ore. Isiphumo sokusebenzisa silungile. Ububanzi begumbi lokwahlula izixhobo ngoku lolona hlobo lukhulu ehlabathini.
2. I-HTDZ-1500 i-gradient high magnetic separator indawo yabathengi baseJiangsu
3. Indawo yomthengi ye-HTDZ-1500 electromagnetic high gradient magnetic separator eZhanjiang, eGuangdong
4. Indawo yabathengi yokwahlulahlula amandla emagnethi ye-HTDZ-1200 eZhaoqing, eGuangdong
5. I-HTDZ-1200 high-gradient magnetic separator isetyenziselwa ukucoca i-kaolin kwishishini elithile lezemigodi eHunan.
6. Isihluzi semagnethi se-HTDZ-1200 esine-gradient ephezulu, esisetyenziswa kwishishini elithile lezemigodi eJiangxi ukucoca i-kaolin.
Ixesha lokuthumela: Novemba-22-2021