Muva nje, i-5.5T cryogenic superconducting magnetic separator yathuthukiswa ngempumelelo yi-Weifang Xinli Superconducting Company iqedele umshini wokuhlola ukuhlanganiswa eCzech Republic of Europe. Ngemva kokusebenza kwesilingo, kutholakale ukuthi ikhwalithi yemishini ithembekile, futhi izinkomba zomkhiqizo zifinyelele okulindelwe amakhasimende. Ezinye izinkomba zingcono kunemikhiqizo efanayo yomkhiqizo waphesheya kwezilwandle. Zamukelwa kahle ngabasebenzisi. Baphinde bathi i-superconducting magnetic separator ephansi ekhiqizwa yi-Xinli Superconducting Company inekhwalithi ezinzile kanye nokuvikelwa kwemvelo okuluhlaza, izimisele ukusungula ubudlelwano bokubambisana obunobungane besikhathi eside neyunithi yethu.
Izinga lokukhiqiza elisezingeni eliphezulu elivezwe emhlabeni wonke
Ekuqaleni kuka-2020, i-Xinli Superconducting Co., naphezu kokwesaba ubhubhane, yenze umsebenzi omuhle ekuvimbeleni ubhubhane futhi yaqala kabusha ngempumelelo umsebenzi nokukhiqiza. Yathatha umshini owodwa wokuhlukanisa amandla kagesi ophansi we-5.5T ovela eYurophu ngentengo engaphezu kwezigidi eziyi-10. Kuthathe izinyanga ezi-4 kuphela ukusayina inkontileka yokuthengisa kuze kube yilapho kuthunyelwa ngokusemthethweni imikhiqizo eCzech Republic. Isikhathi sincane futhi imisebenzi inzima. Le nkampani ilawula ngokuqinile izinqubo zokuthengwa kwezinto zokusetshenziswa, ukusika, ukukhiqiza, ukuhlanganisa, ukupakisha kanye nokulethwa, futhi ihambisana ngokugcwele neYurophu. Ukusebenza okujwayelekile, isikhungo sokuhlola ikhwalithi senze ukuhlolwa okuqinile ngaphambi kokushiya ifektri, futhi zonke izinkomba zobuchwepheshe zifinyelele izidingo zezindinganiso zaseYurophu.
Isithombe esisendaweni ngemuva kokuba ukufakwa kwephrojekthi kuqediwe
Inqubo yonke yephrojekthi kusukela ekusayinweni kwenkontileka kuya ekufakweni kwemishini. Nakuba izidingo zekhwalithi zephrojekthi zicishe zibe nzima, imisebenzi yokucubungula nokukhiqiza nayo iphuthuma kakhulu. Ukuze kuqinisekiswe ukuthi imishini yekhasimende isebenza ngesikhathi esibekiwe, inkampani yethu inqoba ubunzima obuhlukahlukene futhi ihlele ngokushesha abasebenzi bezobuchwepheshe kanye nokufaka ukuze banqobe ubhubhane. Ngemva kokujikeleza okuningana, sandiza saya endaweni yamakhasimende aseCzech ukuyoqhuba ukuqeqeshwa kokufakwa okuphakathi kanye nesiqondiso sezobuchwepheshe kumakhasimende, futhi saphinde sathola ukwaneliseka nokwethenjwa kwamakhasimende aseYurophu.
Ngokusho kukaWang Qian, usihlalo weXinli Superconducting Company, ukuqaliswa kwale phrojekthi eCzech Republic kubonisa ukuthi iXinli isivele inezinga lokukhiqiza elisezingeni eliphezulu emhlabeni wonke. Leli zinga lisho ukuthi inkampani isifinyelele amazinga omhlaba wonke maqondana nokukhiqiza, ikhwalithi, kanye nokuphathwa. Ibeka isisekelo esiqinile sokukhiqizwa kwemishini esezingeni eliphezulu kanye nokuthuthukiswa kwemakethe yemishini esezingeni eliphezulu emhlabeni wonke.
“Ikhwalithi iyimpilo.”———————–Xinli superconducting magnetic separator
I-Xinli iyazi ukuthi ikhwalithi yomkhiqizo iyisihluthulelo sokuthola ama-oda amakhasimende. Ifilosofi yokuphatha ethi “Ikhwalithi iyimpilo yebhizinisi” isingene emasikweni enkampani i-Xinli. I-superconducting magnetic separator esezingeni eliphansi ekhiqizwa yi-Xinli Superconducting Company ithole amalungelo obunikazi kazwelonke amaningi ngekhwalithi yayo enhle yomkhiqizo kanye nesiqinisekiso senkonzo enhle ngemuva kokuthengisa. Futhi ngesitifiketi se-European Union CE, inqubo yokukhiqiza ilawulwa ngokuqinile. Le nkampani idlulise isitifiketi sesistimu yokuphatha ikhwalithi ye-ISO9001, enekhwalithi ephezulu yomkhiqizo, ukusebenza okuzinzile, kanye nezindlela eziningi ezintsha zobuchwepheshe. Kuye kwafakazelwa ngezenzo ezisebenzayo ukuthi i-Xinli inqobe lo mkhuba ngaphansi kwethonya lomnotho wemakethe futhi yathatha ithuba lokuthumela imishini yaseYurophu futhi. Sizoqhubeka nokuhlola ngamandla izimakethe zasekhaya nezamazwe ngamazwe futhi silwele ukufeza amaphuzu okukhula aphezulu.
Isihlukanisi sikamazibuthe se-helium esiwuketshezi esi-zero-volatile esisezingeni eliphansi lokushisa
Ububanzi bokusetshenziswa: Ngenxa yamandla aphezulu ensimu, ingahlunga amaminerali anezakhiwo ezibuthakathaka zamagnetic kanye nezinhlayiya ezincane kakhulu, ikakhulukazi amaminerali angewona awensimbi, njenge-kaolin, i-potassium albite, ne-quartz. Ingasetshenziswa futhi ekuhlanzweni kwendle nasekuhlanzweni kwamanzi olwandle.
Izici zobuchwepheshe eziyinhloko:
◆Amandla esizinda samagnetic field aphezulu. Isihlukanisi sikamagnetic esisebenza ngokushisa okuphansi sisebenzisa ikhoyili eyenziwe ngezinto ezisebenza ngokushisa okuphezulu ze-Nb-Ti, futhi amandla ensimu kamagnetic afinyelela ku-5.5T. Amandla ensimu kamazibuthe ojwayelekile wokungena ngokuvamile angaphansi kuka-2T, kanti isihlukanisi sikamagnetic esisebenza ngokushisa okuphansi siphindwe kabili kuya kahlanu kunalokho.
◆Insimu yamagnetic inkulu. Ngaphansi kwamandla ensimu yangemuva angu-5.5T, ubuso be-magnetic conductive medium emgodini wokuhlunga bukhiqiza amandla amakhulu kakhulu kamagnetic, angahlukanisa ngempumelelo ukungcola okubuthakathaka kukamagnetic, athuthukise kakhulu ikhwalithi yamaminerali angewona awensimbi, futhi ahlangabezane nezidingo zemikhiqizo ephezulu.
◆Akukho ukuguquguquka kwe-helium ewuketshezi. Isiqandisi esingu-1.5W/4.2K singanikeza ukupholisa okuqhubekayo, ukuze i-helium ewuketshezi ingaguquguquki ngaphandle kwemagnethi, okuqinisekisa ukuthi inani eliphelele le-helium ewuketshezi lihlala lingashintshi. Asikho isidingo sokugcwalisa kabusha i-helium ewuketshezi zingakapheli iminyaka emi-3, okunciphisa izindleko zokulungisa.
◆Ukusetshenziswa kwamandla aphansi. Isihlukanisi sikamazibuthe esiqhuba i-superconducting sisebenzisa ubuchwepheshe be-superconducting yokushisa okuphansi. Ngemva kokuba ikhoyili ifinyelele esimweni se-superconducting, ukumelana kuba yi-zero. Ngemva kokuba ikhoyili ivuselelwe kanye, amandla ayanqanyulwa. Ugesi okwikhoyili wakha iluphu evaliwe ngaphandle kokusebenzisa amandla kagesi. Isiqandisi kuphela esigcina isimo sokushisa esiphansi sikamazibuthe esisebenzayo, esisindisa u-90% kagesi uma kuqhathaniswa ne-magnet evamile yokungena.
Isikhathi sokuthunyelwe: Agasti-03-2021