Kwanan nan, ƙungiyarmu da Baowu Heavy Industry na Baowu Group sun rattaba hannu kan kwangila don samar da kayan aikin wutar lantarki na decarbonization core don aikin canji na fasaha na tanderun carbon mai wadataccen hydrogen mai girman mita 2500 na Bayi Steel Plant, wani kamfani memba na Baowu Group wanda kamfanin da babban mai kwangilar Sinosteel International suka yi kwangila, da kuma bincika hanyoyin magance matsalolin kore masu ƙarancin carbon da inganci don tanderun fashewa na gargajiya.
A taron duniya kan kirkire-kirkire kan karafa mai ƙarancin gurɓataccen carbon na shekarar 2022, Mr. Chen Derong, shugaban rukunin Baowu na kasar Sin, ya sanar da cewa rukunin Baowu ya gina mita 400 na farko a kasar Sin.Tanderun ƙarfe mai ƙarancin carbon mai matakai 3. Wannan babban ci gaba ne a fasahar ƙarfe mai ƙarancin carbon mai kore a duniya, amma kuma sabon ci gaba a cikininjiniyanci na fasahar ƙarfe mai ƙarancin carbon. Tsarin China ne ga masana'antar ƙarfe don rage hayaki mai gurbata muhalli. Yana da matuƙar muhimmanci ga mafi girman ƙasar SinMasana'antar fitar da iskar carbon - masana'antar ƙarfe don rage fitar da iskar carbon dioxide.An fara aikin gwajin tanderun ƙarfe na farko mai matakai uku masu ƙarancin carbon mai tsawon mita 400 wanda aka gina a bara. Aikinsa na nasara ya kammala tabbatar da aikin.hanyar tanderun iskar oxygen mai wadataccen hydrogen a matakin samar da iskar oxygen a masana'antu, kuma ta cimma burin da ake sa ran cimmawa na rage iskar carbon da kashi 20%. Tun daga shekarar 2019,Kaishan ta samar da na'urorin sarrafa wutar lantarki guda biyu masu ƙarfi don aikin. Fasaha da na'urorin Kaishan sun jure wa gwaje-gwaje masu tsanani na rabon matsin lamba mai yawa,babban bambancin matsin lamba da babban karfin juyi, kuma suna da kyakkyawan aikin kwanciyar hankali kuma sun sami amincewar abokin ciniki.
Dangane da nasarar aikin gwajin, a bara, Baowu Group ta ƙaddamar da aikin kasuwanci na tanderun hayaki mai dauke da sinadarin hydrogen mai girman mita 2500.
Saboda kyakkyawan aikin da ta yi a aikin gwajin, kamfaninmu ya sami amincewar mai shi kuma ya lashe kwangilar samar da kayan aikin wutar lantarki na decarbonization core. 
Fasahar tanderun da ke yawo da iskar hydrogen wadda ke da wadataccen sinadarin hydrogen wani sabon tsari ne na samar da ƙarfe mai ƙarancin sinadarin carbon. halaye na aminci, kwanciyar hankali, ingantaccen aiki, ƙarfin hana sauyi, ƙarancin farashin masana'antu da kuma daidaitawa mai kyau tare da na gargajiya tsarin kera. Bayan nasarar tallata tanderun fashewar carbon mai yawan hydrogen mai girman m3 2500, zai samar da mafita mai yuwuwa don rage gurɓataccen iskar carbon na manyan tanderun fashewa masu girma da matsakaici a masana'antar ƙarfe da ƙarfe ta China. Yana da ƙarfin sake haɓɓaka da kuma babban ƙarfin kasuwa. 
An fahimci cewa masana'antar ƙarfe ta duniya tana ƙoƙarin haɓaka sauya tsarin "ƙarfe na carbon" na gargajiya zuwa "ƙarfe na hydrogen." A cikin wannan tsari,Kaishan tana da hannu sosai. An kafa Danieli Group na Italiya, ɗaya daga cikin manyan ƙungiyoyi uku na ƙarfe a duniya, a shekarar 1914, tare da Tenova sun haɗa kai wajen haɓaka fasahar ENERGIRON.wanda shine tsarin rage yawan sinadarin hydrogen kai tsaye da ake amfani da shi a yanzu, wanda ya cimma burin rage fitar da hayakin carbon dioxide. A shekarar 2020, tsarin KaishanAn fara amfani da na'urar damfara ta sukurori a aikin Danieli na rage sinadarin hydrogen kai tsaye a ƙasashen waje. Kwanan nan, Danieli ya sake miƙa wa Kaishan odar don samar da shi.wani babban sashin matsewa na tsari don wani aikin ƙarfe mai ƙarancin carbon a ƙasashen waje.Kamfanin Danieli Group na ƙasashen waje yana amfani da kayan aikin rage sinadarin hydrogen kai tsaye daga carbon.
A bara, Kaishan ta kuma samar wa Taiwan Sinosteel muhimman kayan aikin aikin fitar da iskar gas mai canza iskar carbon monoxide - sashin sarrafa iskar gas mai amfani da iskar gas mai amfani da iskar gas mai amfani da iskar gas mai aiki ...don samar da sinadarin gas-carbon monoxide mai rage yawan iskar gas. An fara aikin cikin nasara.
Na'urar Matse Iskar Gas ta Taiwan SinosteelBugu da ƙari, Xuanhua Steel Plant na HBIS Group ta rungumi fasahar ENERGIRON kuma tana amfani da maɓuɓɓuka masu wadataccen hydrogen don narkar da hydrogen. Ita ce ta duniya. aikin gwaji na farko na aikin karafa na hydrogen, wanda ke nuna ƙoƙarin da masana'antar ƙarfe ta duniya ke yi na haɓaka yin ƙarfe mara carbon zuwa zamanin hydrogen. Da zarar an kammala aikin, zai zama sabuwar ƙarni ta farko a duniya ta na'urar gwajin makamashin hydrogen mai ƙarancin carbon, wadda za ta buɗe tsarin yana haɓaka sauyi daga tsarin ƙarfe na gargajiya na carbon zuwa sabon tsarin ƙarfe na hydrogen. Yana alfahari da cewa Kaishan Group shi ma yana ba da mabuɗin Kayan aikin wutar lantarki na asali don aikin: na'urar kwampreso mai arzikin hydrogen. Na'urar kwampreso ce mai cike da sinadarin skirmish mai ƙarancin mai tare da mafi girman kwarara ɗaya da kuma mafi girman kwarara ɗaya. Mafi girman matsin lamba na shaye-shaye a China. Diamita na rotor ya kai 844 mm kuma matsin lamba na shaye-shaye shine 0.8 MPa, wanda shine mafi girma a masana'antar cikin gida. Aikin ya kuma nuna cewa Kaishan ya kammala cikakken ɗaukar nauyin kwararar iskar gas mai yawan gaske wanda ba shi da mai. Gudun aikin compressor na 10-1100m3 / min, kuma compressor gas na Kaishan ya kai matakin ci gaba na duniya. A halin yanzu, aikin ya shiga matakin aiwatarwa.
Na'urar matse sukurori mai wadataccen hydrogen na Xuanhua Steel Plant na Hegang Group
Mai masaukin baki na KSG844 mai girman gaske yana da matsi na matsewar tsarin kwararar ruwa shekaru biyar da suka gabata, manyan masu yanke shawara na Kaishan sun san cewaBil Adama na shiga cikin 'al'ummar hydrogen' kuma kamfanoni suna buƙatar shirya a gaba don cika aikinsu na kamfanina 'ba da gudummawa wajen ceton duniya'. Don haka, ƙungiyarmu ta saka hannun jari sosai a fannin bincike da ci gaba da kuma haɓaka kayayyaki masu yawadon biyan buƙatun kasuwar makamashin hydrogen. Har zuwa yanzu, babban ofishin China da kuma reshen LMF na Austriasun shiga lokacin girbi kuma suna samun kuma suna karɓar odar ɗaruruwan miliyoyin yuan.
Lokacin Saƙo: Mayu-24-2023
