【I-Huate Magnetic Separation Encyclopedia】Ukusetyenziswa kweTekhnoloji yokuPholisa iOyile kwiZixhobo zokuPholisa iMagnetic
Izixhobo zokuphucula i-magnetoelectric zidlala indima engenakutshintshwa kwimveliso yokuphucula isinyithi kunye ne-non-metal. Uphuhliso, umgaqo, iingenelo kunye nokungalungi kunye nokusetyenziswa kwemizi-mveliso kokupholisa amanzi, ukupholisa umoya kunye neteknoloji yokupholisa i-oyile enyanzelisiweyo ziyahlalutywa kwaye zithelekiswa. Iziphumo zibonisa ukuba iteknoloji yokupholisa i-oyile yiteknoloji ebalulekileyo kwicandelo lokwenziwa kwezixhobo zokucubungula izimbiwa, enokuphucula ukusebenza kwezixhobo, ihlangabezane neemfuno zemveliso yemigodi, kwaye inamathuba amaninzi okusetyenziswa kwicandelo lokwahlulwa kwezinto zemagnethi kunye nokususwa kwezinto ezingezizo zemagnethi zokungcola kwemagnethi.
Izixhobo zokuphucula i-magnetoelectric luhlobo lwezixhobo ezinokuvelisa amandla amakhulu e-magnetic, asetyenziswa kakhulu ekwahlukaniseni i-ore emnyama, engena-ferrous kunye ne-ore enqabileyo yesinyithi.
I-magnetic field magnetic separator enamandla isetyenziswa kakhulu ukusombulula ingxaki yokuhlela iiminerali zemagnethi ezibuthathaka. Okwangoku, i-magnetic field magnetic separator enamandla isebenzisa i-electromagnetic field. Kukho iindlela ezimbini eziphambili zokufumana i-electromagnetic field enamandla aphezulu entsimi. Enye kukwandisa ubungakanani obuchanekileyo bezixhobo, kwaye enye kukunyusa umthwalo we-electromagnetic. Ngokwenyani, ngenxa yokunqongophala kwamacandelo, ukwanda kobukhulu obuchanekileyo nako kulinganiselwe, ngoko ke ukwandisa umthwalo we-electromagnetic kuba yindlela esebenzayo.
Njengoko umthwalo we-electromagnetic usanda, ubushushu be-electromagnetic coil buza kunyuka ngokungenakuphepheka. Ke ngoko, ukuqinisekisa ukusebenza ngokukhuselekileyo kwezixhobo zokucubungula izimbiwa, kufuneka iteknoloji yokupholisa ukulawula ubushushu be-electromagnetic coil ngaphakathi koluhlu oluvumelekileyo. Ke ngoko, iteknoloji yokupholisa ibaluleke kakhulu ngokubhekiselele kwizixhobo ezinkulu.
Kwizixhobo zokuphucula i-magnetoelectric, eyona nto iphambili yi-electromagnetic coil, enxulumene ngqo nobomi benkonzo yesixhobo. Ke ngoko, indlela yokupholisa ye-electromagnetic coil ibaluleke kakhulu, kwaye inkqubo yophuhliso lwayo itshintshe kancinci kancinci ukusuka ekupholiseni umoya, ekupholiseni amanzi ukuya ekupholiseni ioyile engamanzi, ekupholiseni umoya onyanzelekileyo, ekupholiseni ioyile namanzi adibeneyo, kuze kube sekupholiseni okuphumayo. Ezi ndlela zokupholisa zinezibonelelo kunye neengxaki zazo.
Itekhnoloji yokupholisa iSolenoid
1.1 I-Solenoid coil engenanto yokupholisa amanzi
Kwiminyaka yoo-1980, i-electromagnetic coil yezixhobo zokunceda i-magnetoelectric yayipholiswa yintambo enye engenanto. Le ndlela ilula ngokwesakhiwo kwaye ilula ekugcinweni, kwaye okokuqala isetyenziswa kwizahluli zemagnethi ezithe nkqo ezithe nkqo. Njengoko amandla e-magnetic field esanda, i-water cooling coil iyancipha kancinci kancinci ukuhlangabezana neemfuno, kuba amanzi adlula kwi-hole wire aya kubangela ukurhawuzelelwa eludongeni lwangaphakathi lwentambo, nto leyo eya kuchaphazela ukusasazwa kobushushu be-coil, kwaye ekugqibeleni ichaphazele isiphumo sokukhetha ngokuchaphazela amandla e-electromagnetic field.
1.2 Ukupholisa ioyile yocingo lwe-Solenoid coil, ukupholisa umoya onyanzelekileyo kunye nokupholisa okudibeneyo kweoyile namanzi
Ikhoyili yokuvuselela yenziwe ngentambo ye-electromagnetic ephindwe kabini yeglasi ye-H (ukumelana nobushushu obuyi-180 ℃), isakhiwo sokujika esinobukhulu obuthathu, kunye nokufakelwa kobushushu phakathi kwamaqela, ukuze iqela ngalinye leekhoyili linxibelelane ngokupheleleyo neoyile, kuba iikhoyili zemveliso zenza iikhoyili ezizimeleyo. Ukujikeleza kweoyile, ukufaka i-air cooler kunye ne-heat exchanger ngaphandle kwekhoyili, kunye nokujikeleza okunyanzelekileyo, ukusebenza kakuhle kokusasaza ubushushu, ukuze ukunyuka kobushushu bekhoyili ye-electromagnetic kube ngaphantsi okanye kulingane ne-25 ℃.
I-transformer isebenzisa ukupholisa ioyile, nto leyo etshintsha kakhulu isiphumo sokupholisa, iphucula izinga lokusetyenziswa kwezinto, inciphisa ubungakanani obuchanekileyo bezixhobo, iphucula ukusebenza kobushushu bombane, kwaye yandisa ubomi benkonzo yezixhobo. Ngoku izixhobo zokunceda ngemagnetoelectric zisebenzise iteknoloji yokupholisa ioyile ngokubanzi.
Itekhnoloji yokupholisa ioyile isetyenziswa kwisahluli semagnethi esijikelezayo esithe nkqo esinomgangatho ophezulu.
Itekhnoloji yokuPholisa iOyile esetyenziswa kwi-Electromagnetic Slurry High Gradient Magnetic Separator
Iteknoloji yokupholisa ioyile esetyenziswa kwi-electromagnetic iron remover
1.3 Ukupholisa okubangelwa yi-evaporative kwe-electromagnetic coil
Uphando malunga netekhnoloji yokupholisa ngokufuma luye lwenziwa iminyaka emininzi ekhaya nakwamanye amazwe, kwaye ezinye izinto ezifeziweyo ziye zafezekiswa, kodwa isiphumo sokwenyani sokusetyenziswa asanelisi. Ngokwemigaqo, itekhnoloji yokupholisa ngokufuma yitekhnoloji yokupholisa esebenzayo, efanele ukuphandwa ngakumbi. Ngenxa yokuba i-medium eyisebenzisayo ineempawu zokufuma kunye nokufakelwa kombane, inokwenza imeko yokujikeleza kwendalo. Itekhnoloji yokupholisa ngokufuma yaqala yadluliselwa yaza yafakelwa ekupholiseni kwe-electromagnetic coil yezixhobo zokunceda ze-magnetoelectric. Yaqala ngentsebenziswano phakathi kweShandong Huate Magnet Technology Co., Ltd. kunye ne-Institute of Electrical Engineering ye-Chinese Academy of Sciences ngo-2005. Okwangoku, isetyenziswa kakhulu kwii-electromagnetic iron removers kunye ne-vertical ring high gradient magnetic. Ukukhethwa komatshini kunye nokusetyenziswa kwentsimi kubonisa ukuba isiphumo sokusasaza ubushushu silungile kwaye isiphumo esifanelekileyo semveliso sifunyenwe. Okwangoku, i-cooling medium esetyenziswa kwitekhnoloji yokupholisa ngokufuma yiFreon, okwangoku ithintelwe ngenxa yesiphumo sayo esonakalisayo kumaleko we-ozone we-atmosphere. Ngoko ke, uphuhliso lwezixhobo zokupholisa ezisebenzayo, ezingabizi kakhulu, nezinobuhlobo nokusingqongileyo lukhokelo oluya kulandelwa kwixesha elizayo lophuhliso.
Izixhobo ezinkulu zokuphucula i-magnetoelectric zisebenzisa itekhnoloji yokupholisa ioyile, enokuphuculwa kakhulu ekusebenzeni, ukunyuka kwamaqondo obushushu, ukusetyenziswa kwamandla, umgangatho wezixhobo kunye nokusebenza kweendleko.
Ukusetyenziswa kwetekhnoloji yokupholisa yokuphucula amandla e-magnetoelectric
Ukusetyenziswa kwe-Oil-Water Composite Cooling Vertical Ring High Gradient Magnetic Separator kwi-Australian Hematite Tailings Reprocessing
Ukusetyenziswa kwendandatho ethe nkqo yokupholisa amanzi e-oyile kunye ne-oyile, isahluli semagnethi esiphakamileyo se-gradient kwiprojekthi yokukhetha kwangaphambili ye-hematite emanzi
Isangqa esiqinileyo sokupholisa esidityanisiweyo samanzi-oyile kunye ne-oyile sisetyenziswa kwiprojekthi yokucoca i-kaolin
Isiza sesicelo sabathengi sokwahlulahlula amandla e-electromagnetic high gradient magnetic
Isixhobo sokususa isinyithi se-electromagnetic esipholileyo ngeoyile enamandla, esisebenza kwizibuko laseTangshan Caofeidian
Ukusetyenziswa kwetekhnoloji yokupholisa ioyile kwizixhobo zokuphucula i-magnetoelectric kunokuphucula ukusebenza kwezixhobo, kuhlangabezane neemfuno zemveliso yemigodi, kwaye kube namathuba amaninzi okusetyenziswa kokwahlulwa kwezinto zemagnethi kunye nokususwa kokungcola kwemagnethi kwizinto ezingezizo zemagnethi.
Ububanzi beenkonzo zobugcisa zeHuate Mineral Processing Engineering Design Institute
①Uhlalutyo lwezinto eziqhelekileyo kunye nokuchongwa kwezinto zesinyithi.
②Ukulungiswa nokucocwa kweeminerali ezingezizo ezesinyithi ezifana ne-fluorite, i-kaolinite, i-bauxite, i-wax yamagqabi, i-baryte, njl.
③Ukuphucula izinyithi ezimnyama ezifana nentsimbi, i-titanium, i-manganese, i-chromium kunye ne-vanadium.
④ Ukuzuza iiminerali kwiiminerali ezibuthathaka zemagnethi ezifana ne-black tungsten ore, i-tantalum niobium ore, i-pomegranate, igesi yombane, kunye nelifu elimnyama.
⑤ Ukusetyenziswa ngokupheleleyo kwezixhobo zesibini ezifana neentsalela ezahlukeneyo kunye nenkunkuma yokunyibilikisa.
⑥ Kukho ukwenziwa kwezinto ezidityanisiweyo ezifana ne-ore-magnetic, ubunzima kunye nokuthambeka kweentsimbi ze-ferrous.
⑦Ukwahlulahlula iiminerali zesinyithi nezingezizo zesinyithi ngendlela ekrelekrele.
⑧ Uvavanyo lokukhetha oluqhubekekayo olusekelwe kwimizi-mveliso embalwa.
⑨ Ukucubungula umgubo ocoliweyo kakhulu njengokutyumza izinto, ukugaywa kwebhola kunye nokuhlelwa.
⑩ Iiprojekthi ze-EPC turnkey ezifana nokutyumza, ukukhetha kwangaphambili, ukugaya, ukwahlulwa kwe-magnetic (enzima, ukudada), i-raft eyomileyo, njl.
Ixesha lokuthumela: Februwari-22-2022