Saboda ƙarancin wutar lantarki, larduna da yawa a faɗin ƙasar sun bayar da sanarwar rabon wutar lantarki a jere, wanda hakan ya haifar da tattaunawa mai zafi. A ƙarƙashin matsalar makamashi, hakan ya kawo babban tasiri ga ci gaban tattalin arzikin kamfanonin hakar ma'adinai. Kore da ƙarancin carbon ita ce hanya ɗaya tilo ta samun ci gaba mai ɗorewa. Ta yaya? Amfani da fasahar zamani da sabbin fasahohi don ba da sabuwar ci gaba ga masana'antun gargajiya, da kuma aiwatar da wayar da kan jama'a game da kiyaye makamashi da rage fitar da hayaki a ayyukan yau da kullun da rayuwa matsala ce da ake buƙatar magancewa, kuma hakan ma wata muhimmiyar buƙata ce ta sauyin tattalin arzikin ƙasar Sin.
A matsayin kayan aiki na yau da kullun, ana amfani da ma'adanai marasa ƙarfe sosai a masana'antu kamar fasahar sadarwa, kayan aiki masu inganci, sabbin kayayyaki, sabbin makamashi, tanadin makamashi da kare muhalli. Ci gaban masana'antar ma'adinai marasa ƙarfe ya ƙarfafa ci gaban kayan gini na zamani da kayan aiki masu amfani. Kuma saurin haɓaka fasaha da tattalin arziki. Kayan ma'adinai marasa ƙarfe gabaɗaya suna buƙatar tsafta mai yawa, kuma yawan ƙazanta sau da yawa yana ƙayyade matakin ingancin samfurin, musamman abubuwan da ke cikin ƙarfe-titanium. A cikin sarrafa ma'adanai marasa ƙarfe, ana buƙatar ayyukan cire ƙarfe da titanium gabaɗaya.
A halin yanzu, hanyoyin cire ƙarfe da tsarkake ma'adanai marasa ƙarfe sun haɗa da rabuwar maganadisu, flotation, rabuwar nauyi, rabuwar lantarki, rabuwar sinadarai, rabuwar gogayya, da kuma rarrabawa ta hanyar amfani da na'urar daukar hoto. Tare da aiwatar da "manufofin carbon guda biyu" da kuma buƙatar amfani da albarkatun ma'adinai yadda ya kamata, rabuwar maganadisu ta zama babbar hanyar cire ƙazanta daga ma'adanai marasa ƙarfe, musamman lokacin da ake mu'amala da ma'adanai masu daraja, masu tsarkin gaske waɗanda ba na ƙarfe ba. Mafi girman filin maganadisu yana da iyaka ta hanyar ƙuntatawa ta zahiri, kuma mai raba maganadisu mai ƙarancin zafin jiki yana da fa'idar filin maganadisu mai girma na halitta. Ƙazantattun ƙarfe da titanium a gabaɗaya ma'adanai marasa ƙarfe suna da halaye na rauni na maganadisu, girman barbashi mai kyau, da kuma cirewa mai wahala. Da nufin magance matsalolin fasaha da ke akwai a cikin masu raba maganadisu na gargajiya don cire ƙarfe, Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. ta ƙirƙiro kuma ta samar da jerin CGC na masu raba maganadisu masu ƙarancin zafin jiki, waɗanda ke rufe kayan aiki na ma'auni daban-daban kamar injinan masana'antu da samfuran dakin gwaje-gwaje. Kayan aikin suna da fa'idodi kamar ƙarancin kuɗin aiki, tanadin kuzari, yawan aiki da kayan aiki da kuma tsawon rai. Ana iya amfani da shi wajen tsarkake ma'adanai marasa ƙarfe kamar kaolin da ƙasa mai wuya, kuma yana iya rage yawan gurɓatattun abubuwa masu cutarwa kamar ƙarfe da titanium yadda ya kamata.
Mai raba maganadisu na Xinli superconducting cryogenic superconducting yana da halaye masu zuwa:
01Ƙarancin amfani da makamashi
Ta amfani da fasahar superconducting mai ƙarancin zafi, coil ɗin yana aiki a ƙaramin zafin jiki na 4.2K (-268.8°C). A wannan lokacin, juriyar coil ɗin ba ta da yawa, kuma yanayin superconducting yana faruwa ne bayan an kunna shi. Tsarin sanyaya yana buƙatar kula da maganadisu mai ƙarfin gaske kawai a cikin wannan yanayin ƙarancin zafi, wanda ke adana kashi 90% na wutar lantarki idan aka kwatanta da maganadisu na yau da kullun, yana da fa'ida mai mahimmanci a farashin aiki, kuma yana da ƙasa da carbon da kore.
02 sifili na rashin wutar lantarki na helium na ruwa
Ana amfani da fasahar sanyaya iska ta rufewa a karon farko a gida da kuma ƙasashen waje, ta amfani da firiji don ci gaba da sanyaya iska, tana rufe zagayen iskar gas-ruwa mai matakai biyu na helium, ta yadda helium ba zai canza zuwa wajen maganadisu ba, kuma jimlar adadin helium na ruwa ba zai canza ba. Babu buƙatar sake cikawa cikin shekaru 2-3. Helium na ruwa yana rage farashin gyara sosai.
03 Ana iya daidaita filin maganadisu ba tare da wani tsari ba
Filin maganadisu da superconductor ke samarwa yana da ƙarfi da kuma babban juzu'i. Ga ma'adanai daban-daban waɗanda ba na ƙarfe ba, ana iya zaɓar ƙarfin filin maganadisu daga 0 zuwa mafi girman fili bisa ga halayen ma'adanai, abun da ke ciki, da sauransu, ba tare da asarar helium ba.
04 Ingantaccen aiki
Na'urar rabawa da kuma fitar da ruwa ta silinda biyu za ta iya ci gaba da aiki a ƙarƙashin yanayin motsawa, kuma ingancin samarwa ya kai kusan kashi 75%.
05 Tsawon rai na aiki
Na'urorin haɗakar wutar lantarki masu ƙarfi suna aiki a cikin yanayi mai ƙarancin zafi tare da helium guda ɗaya, kuma matakin tsufa na zafi yana da ƙasa sosai, kuma rayuwar na'urorin haɗakar wutar lantarki masu ƙarfi ya fi na na'urorin haɗakar wutar lantarki masu aiki da kyau tsayi.
06 Cikakken tsarin sarrafawa na rarraba DCS
Amfani da fasahar Intanet na Abubuwa na iya aika bayanai da sigogin aiki na mai raba maganadisu mai ƙarfi zuwa ɗakin sarrafawa na tsakiya mai nisa a ainihin lokaci ta hanyar na'urori masu auna firikwensin, suna ƙirƙirar tsarin sarrafawa na DCS da aka rarraba don kayan aiki na nesa, wanda zai iya nuna sigogin aiki na kayan aiki a ainihin lokaci. Yi amfani da kayan aiki don nazarin bayanai, gano kurakurai da sarrafawa don aiwatar da aikin kayan aiki ba tare da kulawa ba kuma mai wayo.
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Sinadarin ma'adinan kaolin a Guangdong shine kaolin, quartz, mica minerals da ƙaramin adadin potash feldspar, hematite, da ilmenite. Ta hanyar nazarin halayen ƙarfe, titanium da sauran ma'adanai marasa tsabta a cikin asalin ma'adinan shuka, muna amfani da na'urar raba maganadisu mai ƙarancin zafin jiki a matsayin kayan aikin sarrafa samfurin da aka gama.
Sakamakon samarwa ya nuna cewa bayan rabuwar maganadisu mai girma, yawan ƙarfen yana raguwa daga 0.85% zuwa 0.51%, ƙimar cire ƙarfe na iya kaiwa 40.0%, kuma farin calcination shima yana inganta sosai, yana kaiwa 81.1. Mai raba maganadisu mai ƙarancin zafin jiki yana da tasiri a bayyane akan cire ƙarfe da titanium daga kaolin, kuma ingancinsa yana da tabbas.
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Amfani da masana'antu da kuma haɓaka masu raba ma'adanai masu ƙarancin zafin jiki a gida da waje sun nuna cewa fasahar sarrafa ma'adinai da kayan aikin ƙasata sun kai matsayin jagora a duniya, musamman don raba kaolin mai inganci, tsarkake ma'adinan ƙasa mai wuya da kuma raba ma'adinan da aka yi da ƙarfe mai laushi. Yana taka muhimmiyar rawa wajen inganta saurin dawo da ma'adanai da ingancin samfura, kuma zai taka muhimmiyar rawa wajen haɓaka ci gaban fasahar sarrafa ma'adanai mai zurfi a masana'antar da kuma ci gaban ma'adinan kore mai ɗorewa. Hakanan zai kawo fa'idodi masu yawa na tattalin arziki, muhalli da zamantakewa ga ci gaban ma'adinan kore.
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Kamfanin Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd.
An kafa Weifang Xinli Superconducting Magnetoelectric Technology Co., Ltd. a yankin Weifang High-Technical Zone a shekarar 2009. Ita ce kamfani mallakar Shandong Huate Magnetoelectric Technology Co., Ltd., wani kamfani mai fasaha a lardin Shandong, kuma wata ƙungiya ce mai dabarun ƙirƙira magnetoelectric da cryogenic superconducting. Sashe, Lardin Shandong Specialized and Special Special Enterprise, Weifang City Hidden Champion Enterprise. Kamfanin yana da ƙarfin fasaha mai ƙarfi kuma yana da tashar bincike ta ƙasa bayan digirin digirgir. Ita ce babbar kamfani (mai noma) a masana'antar kera kayan aiki masu inganci a Lardin Shandong. Kamfanin ya fi mayar da hankali kan bincike da haɓaka fasahar superconducting kamar su medical superconducting magnetic resonance (MRI) da kayan aikin raba magnetic masu ƙarfi a masana'antu, kuma yana haɓaka masana'antu. Ita ce kawai na'urar maganadisu mai ƙarfi da cikakken injin da ke haɗa R&D da samarwa a arewacin Kogin Yangtze. Kamfanonin kera kayan aiki.
Aikin fasaha na manyan kayayyakin kamfanin ya kai matakin farko na duniya, kuma mai raba ƙarfe mai ɗaukar nauyi da mai raba maganadisu mai ɗaukar nauyi sun cike gibin da ke cikin gida. An jera samfuran jerin maganadisu na 1.5T MRI a cikin shirin tallafin kimiyya da fasaha na "Shekaru Biyar na Goma Sha Biyu" na ƙasa da kuma "Babban Aikin Musamman na Canza Innovation Nasarar Innovation Na Lardin Shandong", kuma an jera maganadisu na 3.0T MRI a cikin "Shirin Shirin Bincike da D na Lardin Shandong". An haɗa aikin maganadisu na 7.0T MRI na rayuwa mai ɗaukar nauyi a cikin shirin ci gaban kimiyya da fasaha na "Shekaru Biyar na Goma Sha Uku" na Lardin Shandong; an haɗa kayan aikin raba maganadisu na masana'antu masu ɗaukar nauyi a cikin shirin tallafin kimiyya da fasaha na "Shekaru Biyar na Goma Sha Biyu" na ƙasa da kuma manyan ayyukan "Sabbin Innovation Na Ƙasa na Lardin Shandong" a Yankin Nunawa".
Lokacin Saƙo: Nuwamba-04-2021