I-LHGC Intelligent Oil-Water Cooling Ring ethe nkqo eneeGradient eziphezulu zeMagnetic Separator
Iprofayile yekhampani
I-Shandong Huate Magnet Technology Co., Ltd, uMboneleli weNkonzo yeNkqubo yeZicelo zeMagnetic ohamba phambili kwihlabathi liphela, yasekwa ngo-1993,
kwaye ikomkhulu layo liseWeifang, eTshayina, indawo iyonke yi-270,000 square metres kunye nabasebenzi abangaphezu kwama-800. I-Huate Magnet igxile ekwenzeni i-superconducting magnet, izixhobo zokwahlula i-cryogenic superconducting magnetic, i-vertical ring high gradient magnetic separator (WHIMS), i-slurry electromagnetic separator, i-magnetic iron separator, i-magnetic stirrer, izixhobo zokugaya kunye nokwahlulahlula, izixhobo zokwemba i-compete set, i-medical magnetic resonance imaging (MRI) njl. Ububanzi benkonzo bubandakanya imigodi, amalahle, umbane, izinto zokwakha, i-metallurgy, isinyithi esingena-ferrous, ukhuseleko lokusingqongileyo, ezonyango njl. Ngabathengi abangaphezu kwama-20,000, iimveliso ze-Huate zithunyelwe kumazwe angama-30 afana neJamani, i-Australia, iRiphabliki yaseCzech, iIndiya, iBrazil kunye noMzantsi Afrika.
Iimpawu zobugcisa
1. Iteknoloji yokuPholisa uTshintshiselwano loBushushu phakathi kweOyile namanzi
Ikhoyili isebenzisa utshintshiselwano lobushushu lwamanzi neoyile oluhamba kakhulu ukuze kutshintshwe ubushushu. Ukunyuka kobushushu bekhoyili kungaphantsi kwama-25°C, ukuncitshiswa kobushushu bentsimi yemagnethi kuncinci, kwaye isalathisi sokucubungula izimbiwa sizinzile. Ikhoyili isebenzisa isakhiwo esivalwe ngokupheleleyo, esimelana nemvula, esimelana nothuli kwaye simelana nokugqwala, esinokuziqhelanisa neemeko zokusebenza ezinzima ezahlukeneyo.
2. Uyilo oluchanekileyo lweSekethe yeMagnetic
Ukusebenzisa ukulungiswa kokulinganisa izinto ezilinganiselweyo, uyilo lwesekethe yemagnethi lufanelekile, ukulahleka kwamandla emagnethi kuncinci, kwaye amandla entsimi yemagnethi anokufikelela kwi-0.6T, 0.8T, 1.0T, 1.3T, 1.5T, 1.8T
3. IMatrix yeMagnetic eDityanisiweyo ehlala ixesha elide
I-matrix isebenzisa isakhiwo esinohlobo olunye, kwaye iintonga eziphakathi aziwi; ipleyiti yokulungisa ithatha uyilo lwesakhiwo esinomfanekiso ojiyileyo, kwaye amandla oqhagamshelo aphezulu; idityaniswe ngezixhobo ezikhethekileyo zerobhothi, ezinomgangatho othembekileyo kunye nokutshintshiselana okunamandla.
4. Inkqubo yokukhupha izimbiwa ngamanzi acocekileyo
Uxinzelelo lwamanzi ahlanjwayo lufunyanwa ngexesha langempela, ukuze amanzi ahlanjwayo agcine uxinzelelo kunye nokuhamba okwaneleyo, kwaye iiminerali ezikwi-matrix zikhutshwe kakuhle.
5. Inkqubo yoLawulo oluZenzekelayo lweNqanaba loLwelo
Imeko yokuguquguquka kwenqanaba lolwelo kwigumbi lokwahlukanisa ibonwa ngexesha langempela yi-ultrasound sensor, kwaye iqhagamshelwe kwi-actuator yombane, ukuze inqanaba lolwelo kwigumbi lokwahlukanisa lihlale likwimeko engcono yokwahlukanisa; ukusebenza ngesandla kuyancitshiswa, kwaye ubunzima bokuhlolwa ngesandla buyancitshiswa; ubungakanani obukhulu be-slurry ekhawulezileyo buyathintelwa ukuze kuthintelwe ukugcwala.
6. Inkqubo yoKhuselo lweAlarm yoBushushu
Izinzwa zobushushu bekhoyili zibonelelwa ukuze zibone ubushushu bokusebenza bekhoyili ngexesha langempela kwaye zibuyisele ulwazi kwiziko lolawulo. Xa ubushushu bekhoyili budlula ixabiso elibekiweyo, inkqubo iya kuxhoma ngokuzenzekelayo, kwaye izixhobo ziya kuyeka ukusebenza xa kufinyelelwe umda ophezulu ukuqinisekisa ukusebenza ngokukhuselekileyo kwezixhobo.
7. Isixhobo se-Alarm yokuvuza
Isibandisi sisebenzisa isakhiwo setyhubhu esineengqimba ezimbini, kwaye kukho isixhobo sokufumanisa ukuvuza phakathi kweengqimba. Xa ukuvuza kusenzeka, izixhobo ziya kuxhoma ngokuzenzekelayo, ukuze kuthintelwe umonakalo kwikhoyili obangelwa ngamanzi angena kwioyile yokupholisa.
8. Inkqubo yokuthambisa ngokuzenzekelayo
Isixhobo sokuthambisa esijikelezayo sisebenzisa isixhobo sokuthambisa esizenzekelayo segiya engasebenziyo ukuqinisekisa ukuba izixhobo zinokusebenzisa ukuthambisa okuzenzekelayo ngaphandle kokuyeka ukusebenza kwaye ziphucule izinga lokusebenza.
9. Iqonga leNkonzo yobukrelekrele ekude elisekelwe kwi-Intanethi yezintoUbuchwepheshe
I-Intanethi yezinto kunye neetekhnoloji zeqonga lefu zisetyenziswa ukuqokelela nokuhlalutya idatha yokusebenza kwezixhobo ngexesha langempela ukuze kufezekiswe ukusebenza nokugcinwa kwazo kude, ukuxilongwa kweempazamo kunye nolawulo olupheleleyo lomjikelo wobomi bezixhobo.
Umgaqo-nkqubo Wokusebenza
I-slurry ifakwa kwi-feeding hopper ngepayipi yokutya, ize ingene kwi-magnetic matrix kwisangqa esijikelezayo ecaleni kweendawo ezikwi-magnetic pole ephezulu. I-magnetic matrix ine-magnetized, kwaye intsimi ye-magnetic ene-gradient ephezulu iveliswa kumphezulu wayo. Amasuntswana e-magnetic atsalwa kumphezulu we-magnetic matrix, aze asiwe kwi-
indawo engeyomagnethi phezulu ngokujikeleza kweringi, ize emva koko itsalwe kwi-collection hopper ngokutsalwa ngamanzi acinezelweyo. Amasuntswana angeyomagnethi angena kwi-collection hopper yezinto ezingeyomagnethi ecaleni kweendawo ezikwi-magnetic pole esezantsi ukuze ikhutshwe.
Izicelo
Ifanelekile ukuxinana okumanzi kwee-ore zesinyithi ezahlukeneyo ezibuthathaka ezifana ne-hematite, i-limonite, i-specularite, i-manganese ore, i-ilmenite, i-chrome ore, i-rare earth ore, njl.njl., kunye nokususa isinyithi kunye nokucocwa kweeminerali ezingezizo zesinyithi ezifana ne-quartz, i-feldspar kunye ne-kaolin.
Uphuculo
■Itekhnoloji yokupholisa i-coil ngamanzi eoyile
■Inkqubo yokukhupha izimbiwa emanzini amdaka
■Inkqubo yokukhusela i-alamu yobushushu
■Inkqubo yokuthambisa ezenzekelayo
■I-matrix yemagnethi edibeneyo yobomi obude
■Inkqubo yolawulo oluzenzekelayo lwenqanaba lolwelo
■Inkqubo ye-alamu yokuvuza epholileyo
■Inkqubo yokujonga ekude ekrelekrele
Iingenelo ze-LHGC kunee-WHIMS zeRingi ezime nkqo zendabuko
| Iinkxalabo zendandatho ethe nkqo zendabuko ze-WHIMS | Izisombululo ze-LHGC |
| Ikhoyili isebenzisa indlela yokupholisa ucingo olungenanto kunye namanzi. Udonga lwangaphakathi lwekhoyili kulula ukwenza isikali selayimu, kwaye kufuneka icocwe rhoqo ngeasidi, izinga lokusilela liphezulu, kwaye ubomi bekhoyili bufutshane. | Ikhoyili ifakwa kwioyile ukuze iphole, kwaye isebenzisa ukujikeleza okunyanzelekileyo kwangaphandle okuhamba ngamandla, okususa ubushushu ngokukhawuleza, ukunyuka kobushushu obuphantsi kwaye akukho monakalo. Ikhoyili ithatha isakhiwo esivalwe ngokupheleleyo, esifanelekileyo ngakumbi kwiindawo ezinzima ngakumbi. |
| I-rod matrix iyawa lula | I-matrix isebenzisa isakhiwo esinohlobo olunye, kwaye iintonga eziphakathi aziwi; ipleyiti yokulungisa i-fixing lug isebenzisa uyilo lwesakhiwo esi-conical, esinamandla aphezulu oqhagamshelo kwaye akukho lula ukuqhekeza. |
| Ukuphuphuma kodaka | |
| Ukuthambisa ngesandla, inqanaba eliphantsi lokhuseleko | Ukuthambisa ngokuzenzekelayo kwegiya engasebenziyo, kukhuselekile kwaye kuthembekile |
| Ukusebenza ngesandla kunye nokugcinwa,umsebenzi onzima | Ulawulo olukrelekrele, ukusebenza ngaphandle kokujonga |
I-LHGC oil-water cooling ring vertical separator high gradient magnetic (WHIMS)
（1.3T/1.5T/1.8T）Iiparameter zobugcisa eziphambili:（iiminerali ezingezizo ezesinyithi）
Ngokomgaqo, ukukhethwa kwezixhobo kuxhomekeke kubungakanani bodaka lweminerali. Xa kusahlulwa iiminerali kusetyenziswa
Olu hlobo lwezixhobo, uxinzelelo lwe-slurry lunempembelelo ethile kwisalathisi sokucubungula izimbiwa. Ukuze ufumane isalathisi sokucubungula izimbiwa esingcono, nceda unciphise uxinzelelo lwe-slurry ngokufanelekileyo. Ukuba umlinganiselo wezinto zemagnethi kwisondlo sezimbiwa uphezulu kancinci, amandla okucubungula aya kulinganiselwa kwinani elipheleleyo leeminerali zemagnethi ezibanjwayo ngemagnethi.
i-matrix, kwimeko leyo, uxinaniso lokutya kufuneka luncitshiswe ngokufanelekileyo.
| I-LHGC 1000F | I-LHGC 1250F | I-LHGC 1500F | I-LHGC 1750F | I-LHGC 2000F | I-LHGC 2250F | I-LHGC 2500F | I-LHGC 2750F | I-LHGC 3000F | I-LHGC 3500F | I-LHGC 4000F | I-LHGC 4500 | I-LHGC 5000F | ||
| Imvelaphi efayilishiweyo (T) | 1.3/1.5(1.8) Umbane ohlala uhleli uhlengahlengiswa rhoqo | |||||||||||||
| Ilinganiswe ngendlela echulumancisayo (kW) | 25 | 36 | 38 | 46 | 56 | 60 | 72 | 82 | 90 | 105 | 118 | 130 | 140 | |
| 35 | 42 | 53 | 58 | 68 | 78 | 85 | 100 | 120 | 130 | 140 | 156 | 172 | ||
| 56 | 68 | 82 | 98 | 115 | 130 | 150 | 165 | 180 | 205 | 230 | 248 | 268 | ||
| Umthamo (t/h) | 2 ～3.5 | 5 ～9 | 10 ～15 | 15 ～25 | 25 ～40 | 33 ～60 | 40 ～75 | 50 ～100 | 75 ～125 | 125 ～200 | 175 ～275 | 225 ～350 | 300 ～480 | |
| Umthamo wePulp （m3/h） | 12.5 ～20 | 20 ～50 | 50 ～100 | 75 ～150 | 100 ～200 | 160 ～300 | 200 ～400 | 250 ～500 | 350 ～650 | 550 ～1000 | 750 ～1400 | 1100 ～1700 | 1200～2400 | |
| Umsinga onomdla (A) | 50 | 80 | 130 | 135 | 150 | 175 | 172 | 200 | 207 | 217 | 262 | 280 | 288 | |
| 80 | 125 | 140 | 150 | 180 | 215 | 216 | 250 | 285 | 268 | 285 | 300 | 340 | ||
| 150 | 160 | 280 | 290 | 310 | 320 | 330 | 340 | 348 | 350 | 362 | 372 | 385 | ||
| Uxinano lwesondlo (%) | 10 ～35 | |||||||||||||
| Ubungakanani besondlo (mm) | -1.2 | |||||||||||||
| Isantya sokujikeleza kweringi (r/min) | 2 ～4 | |||||||||||||
| Ububanzi obungaphandle beringi φ （mm） | 1000 | 1250 | 1500 | 1750 | 2000 | 2250 | 2500 | 2750 | 3000 | 3500 | 4000 | 4500 | 5000 | |
| Amandla enjini yeRing (kW) | 1.1 | 1.5 | 3 | 4 | 5.5 | 7.5 | 11 | 15 | 18.5 | 30 | 37 | 45 | 55 | |
| I-voltage enomdla （DCV） | （1.3T ～1.5T）0 ～514( Tshintsha ngombane) /（1.8T）0～695 Tshintsha ngombane) | |||||||||||||
| Uxinzelelo lwamanzi (i-Mpa) | 0.2 ～0.4 | |||||||||||||
| Ukusetyenziswa kwamanzi （m3/h） | 8 ～12 | 12 ～20 | 20 ～30 | 30 ～50 | 50 ～100 | 75 ～125 | 100 ～150 | 125 ～200 | 150 ～250 | 250 ～350 | 350 ～500 | 450 ～600 | 550 ～800 | |
| Ubunzima beCandelo elikhulu(t) | 2.8/3(4.7) | 3/6(12) | 9/14(20) | 14/19(22) | 20/22(28) | 22/23(30) | 24/25(32) | 25/26(34) | 33/36(38) | 50/52(55) | 70/72(75) | 74/77(80) | 80/82(85) | |
|
Ubukhulu bomzobo （mm） | L | 2360 | 2500 | 2670 | 2880 | 3810 | 4570 | 3660 | 3915 | 4410 | 4740 | 5470 | 5980 | 6410 |
| 2510 | 2780 | 2700 | 3000 | 3250 | 4620 | 3850 | 4260 | 4570 | 5530 | 5750 | 6160 | 6680 | ||
| 3120 | 3210 | 3760 | 3970 | 4170 | 4750 | 5200 | 5380 | 5510 | 5680 | 5820 | 6270 | 6820 | ||
| W | 2700 | 2880 | 3320 | 3540 | 4320 | 4590 | 4690 | 4840 | 5540 | 5860 | 6350 | 6630 | 6840 | |
| 2850 | 3420 | 3700 | 3900 | 4080 | 4600 | 5050 | 5130 | 5820 | 5930 | 6750 | 6890 | 7170 | ||
| 2520 | 3580 | 3630 | 4330 | 5040 | 5230 | 5400 | 5620 | 5800 | 6350 | 6900 | 7210 | 7330 | ||
| H | 2450 | 2860 | 3400 | 3710 | 4250 | 4800 | 5290 | 5760 | 6450 | 7435 | 8570 | 9200 | 9700 | |
| 2630 | 3000 | 3650 | 4060 | 4480 | 4850 | 5500 | 5960 | 6610 | 7200 | 8650 | 9480 | 9650 | ||
| 2490 | 3300 | 3800 | 4300 | 4800 | 5280 | 5760 | 6250 | 6730 | 7950 | 9150 | 9600 | 9800 | ||
I-LHGC oil-water cooling ring vertical separator high gradient magnetic (WHIMS)
（1.1T/0.6T）Iiparameter zobugcisa eziphambili: （iiminerali ezingezizo ezesinyithi）
| I-LHGC 1000F | I-LHGC 1250F | I-LHGC 1500F | I-LHGC 1750F | I-LHGC 2000F | I-LHGC 2250F | I-LHGC 2500F | I-LHGC 2750F | I-LHGC 3000F | I-LHGC 3500F | I-LHGC 4000F | I-LHGC 4500F | I-LHGC 5000F | ||
| Ifayile yangasemva (T) | 1.1/(0.6) Umbane ohlala uhleli uhlengahlengiswa rhoqo | |||||||||||||
| Ilinganiswe ngendlela echulumancisayo (kW) | ≤17/(10) | ≤19/(12) | ≤32/(15.5) | ≤37/(23) | ≤49/(29) | ≤51/(32) | ≤65/(41) | ≤69/(42) | ≤72/(50) | 93/(52) | 102/(58) | 110/(65) | 128/(75) | |
| Umthamo (t/h) | 2～3.5 | 5～9 | 10～15 | 15～25 | 25～40 | 33～60 | 40～75 | 50～100 | 75～125 | 125~ 200 | 175 ~ 275 | 225 ~ 350 | 300 ~ 480 | |
| Umthamo wepulp （m3/h） | 12.5～20 | 20～50 | 50～100 | 75～150 | 100～200 | 160～300 | 200～400 | 200～500 | 350～650 | 550～1000 | 750～1400 | 1100～1700 | 1200～2500 | |
| Umsinga onomdla (A) | 41/(70) | 70/(85) | 110/(110) | 120/(125) | 140/(130) | 146/(120) | 165/(120) | 225/(100) | 185/(150) | 205/(180) | 263/(205) | 270/(220) | 272/(330) | |
| Uxinano lwesondlo (%) | 10～35 | |||||||||||||
| Ubungakanani besondlo (mm) | -1.2 | |||||||||||||
| Isantya sokujikeleza kweringi (r/min) | 2～4 | |||||||||||||
| Ububanzi obungaphandle beringi φ（mm） | 1000 | 1250 | 1500 | 1750 | 2000 | 2250 | 2500 | 2750 | 3000 | 3500 | 4000 | 4500 | 5000 | |
| Amandla enjini yeRingi （kW） | 1.1 | 1.5 | 3 | 4 | 5.5 | 7.5 | 11 (7.5) | 15 | 18.5 (15) | 30 | 37 | 45 | 55 | |
| I-voltage enomdla (DCV) | 0～514(Tshintsha kunye nomsinga)) | |||||||||||||
| Uxinzelelo lwamanzi (Mpa) | 0.2～0.4 | |||||||||||||
| Ukusetyenziswa kwamanzi （m3/h） | 8～12 | 12～20 | 20～30 | 30～50 | 50～100 | 75～125 | 100 ~ 150 | 150~ 200 | 150 ~ 250 | 250 ~ 350 | 350~ 500 | 450~ 600 | 550 ~ 800 | |
| Ubunzima bobukhulu Icandelo(t) | 3.5/(2) | 4/(3.5) | 9.3/(4) | 15/(9) | 20/(13) | 24/(16) | 24/(17) | 21/(18) | 33/(25) | 50/(47) | 68/(60) | 72/(64) | 80/(72) | |
|
Isishwankathelo ubukhulu （mm） |
L | 2360 | 2780 | 3000 | 2970 | 3170 | 4400 | 3660 | 3915 | 4410 | 4900 | 5470 | 6670 | 7100 |
| 2260 | 2680 | 2900 | 2870 | 3070 | 4300 | 3650 | 3910 | 4150 | 7400 | 5310 | 6220 | 7000 | ||
|
W | 2700 | 3270 | 3320 | 3540 | 3810 | 4400 | 4690 | 4830 | 5540 | 5500 | 6240 | 7150 | 7650 | |
| 2600 | 3110 | 3220 | 3440 | 3710 | 4300 | 3785 | 3910 | 4630 | 7750 | 5910 | 6740 | 7130 | ||
|
H | 2480 | 2850 | 3330 | 3710 | 4250 | 4600 | 5290 | 5760 | 6450 | 4400 | 8520 | 8930 | 9600 | |
| 2380 | 2750 | 3230 | 3610 | 4150 | 4150 | 5175 | 5650 | 6280 | 7200 | 8340 | 8850 | 9380 | ||
Amatyala eSayithi
IiWHIMS ezinkulu ze-5-meter emhlabeni
Umsitho Wokuqengqeleka
Iprojekthi yeMigodi yeNsimbi eOstreliya
Iprojekthi yeMigodi yeNsimbi eTshayina
Iprojekthi yeSanti yeQuartz e-Austria
