Ukuze ufinyelele umgomo wokunciphisa "ikhabhoni ephindwe kabili", uphendule izici ezintsha ngaphansi kwesimo esisha, futhi uthuthukise izinga lobuchwepheshe lemishini ye-hydrogen eluhlaza, futhi ubambe iqhaza ekuthuthukiseni amandla aluhlaza, ngoNovemba 4, i-Water Electrolysis. I-Hydrogen Production Technology Seminar eyasingathwa ngu-Ally Hydrogen Energy ibibanjelwe e-Tianjin Ally Hydrogen Co., Ltd., igxile ezihlokweni ezifana nobuchwepheshe bokukhiqiza i-hydrogen electrolysis kanye namathemba okuthuthukiswa kwamandla e-hydrogen.
Emhlanganweni, uMongameli Wang Yeqin we-Ally Hydrogen Co., Ltd. wethule inkulumo yokwamukela, ezwakalisa ukwamukela okufudumele ekuvakasheni kweqembu lochwepheshe futhi wethula kafushane isimo se-Ally Hydrogen.Uveze enkulumweni yakhe ukuthi u-Ally Hydrogen ukhethe ukuzinza eTianjin ngoba iTianjin inamandla aqinile ezimboni kanye nochungechunge lwemboni yokukhiqiza nokucubungula imishini.Ngaso leso sikhathi, i-Tianjin Port iphinde ibe yichweba elikhulu e-China, elithwala umgomo obalulekile wohwebo lwangaphandle, ukushintshana kwamandla nezinto ezibonakalayo, kanye nokuthuthwa kwempahla eluhlaza eNyakatho-mpumalanga ye-Asia.
Ngaphansi kwesisekelo sokuthi izwe likhuthaza ngamandla ukukhuphuka kwekhabhoni kanye nokuncishiswa kwekhabhoni, indawo entsha yamandla ingenise amathuba entuthuko angakaze abonwe.Inkampani endala ekhiqiza i-hydrogen enesipiliyoni seminyaka engu-22 nayo ibhekene nezinselelo ezintsha.Ohlelweni lwamandla avuselelekayo, i-Ally Hydrogen izoprakthiza ngenkuthalo lonke uchungechunge lwezimboni kanye nokuhlelwa kanye nokuphumelela kwemishini ebalulekile kusukela kugesi kuya ku-hydrogen, i-hydrogen kuya ku-ammonia, i-hydrogen iye ku-hydrogen ewuketshezi, kanye ne-hydrogen kuya ku-methanol, okwenza lezi zindlela ezintathu zingenzeki nje kuphela, kodwa futhi enenani lezentengiselwano.
I-Tianjin Ally Hydrogen ihlanganisa indawo engamamitha-skwele angu-4000, nenhloko-dolobha ebhalisiwe yamayuan ayizigidi ezingu-20 kanye nokutshalwa kwezimali okuphelele kwamayuan ayizigidi ezingu-40.Ingakwazi ukukhiqiza amasethi angu-35 ~ 55 okukhiqiza amanzi e-electrolysis hydrogen imishini ephelele engu-50-1500m3/h minyaka yonke, engafinyelela umthamo we-175MW.Iseli le-electrolytic elingu-1000m3/h liklanywe ngokuzimela futhi lakhiqizwa yi-Ally Hydrogen, eyenze impumelelo kanye nokuqamba okusha ngenani lobuchwepheshe obubalulekile.Izinkomba zobuchwepheshe eziyinhloko ezifana nokukhiqizwa kwe-hydrogen, ukusebenza kahle kwe-electrolytic kanye nokuminyana kwamanje komshini owodwa sekufinyelele izinga eliphezulu embonini.
Emhlanganweni, owayengumphathi-jikelele we-Huaneng Sichuan wanikeza ukuqashelwa okukhulu nesikhuthazo ku-Ally Hydrogen ngokukhiqiza kwayo imishini ye-hydrogen eluhlaza.Unethemba lokuthi le nkampani izoba yibhizinisi elinamandla nelidala ngendlela entsha, ehlose amaqembu amabhizinisi asezingeni lokuqala nasekhaya, esebenza kanzima, esungula izinto ezintsha futhi ekhula ekuthuthukisweni ngemiqondo emihle yebhizinisi nezindlela zokuphatha, futhi kancane kancane adlulele ku izinga eliphezulu.
Ummeleli we-Yonghua Investment wenza inkulumo emhlanganweni futhi wathi ngokusho kokuthi ukukhiqizwa kwamandla kagesi we-photovoltaic kuzoba ngu-40% yenani eliphelele likazwelonke ngo-2050. Ukufeza lo mgomo, izindlela ezingcono zokugcina i-hydrogen kufanele zamukelwe ukuze kuzuzwe okukhulu. ukuthuthukiswa kwesikali se-photovoltaic.Kusenezingozi eziningi zokuphepha kanye nezingozi zezindleko ekusebenziseni amabhethri e-lithium amanje ukugcina amandla.Ukusebenzisa i-electrolysis yamanzi ukuze kukhiqizwe i-hydrogen eluhlaza ukuze kuqhutshekwe nokukhiqiza i-ammonia eluhlaza kuwukuqamba okusha nokukalwa embonini yokukhiqiza i-hydrogen.Ukwethulwa kwemikhiqizo ye-Ally Hydrogen energy electrolysis yamanzi kuwukugxuma okuhle kusuka ku-hydrogen empunga kuya ku-hydrogen eluhlaza.Kukholakala ukuthi ngaphansi kobuholi bukasihlalo webhodi labaqondisi, u-Ally Hydrogen uzoba yilungu elibalulekile embonini yamandla e-hydrogen emhlabeni jikelele.
Kamuva, u-Yan Sha, umphathi womnyango wocwaningo nentuthuko we-Ally Hydrogen, kanye no-Ye Genyin, unjiniyela omkhulu, benza imibiko yezemfundo ngocwaningo nokuthuthukiswa kobuchwepheshe bokukhiqiza i-hydrogen electrolysis yamanzi ane-alkali kanye nokuhlola ubuchwepheshe be-modular green ammonia synthesis ye-Ally Hydrogen. , ngokulandelana, ukwabelana ngolwazi lobuchwepheshe kanye nempumelelo ye-Ally Hydrogen Energy emishinini eluhlaza.Uma kuqhathaniswa neseli ye-electrolytic evamile, ukuminyana kwamanje okusebenzayo kweseli ye-electrolytic ye-Ally Hydrogen kukhuphuka cishe ngo-30%, kanti inkomba yokusetshenziswa kwamandla ye-DC ingaphansi kuka-4.2 kW?h/m3 i-hydrogen.Ukukhiqizwa kwe-hydrogen okulinganiselwe kufinyelela ku-1000Nm3/h ngaphansi kwengcindezi yokusebenza engu-1.6MPa;I-single side Welding kanye ne-double side weld forming process eyamukelwayo ingeyokuqala e-China;Lungiselela isikhala samaseli futhi unciphise amandla angaphezu kwamandla;Lungiselela izinto ze-electrode, unciphise ukumelana nokuxhumana, ukhuphule ukuminyana kwamanje futhi uthuthukise ukusebenza kahle kokuvela kwe-hydrogen.Ngesikhathi sokushintshana kwezemfundo, ochwepheshe bazo zonke izinhlangothi bakhulume ngokukhululekile futhi baxoxisana futhi babheke phambili ekusetshenzisweni kobuchwepheshe be-electrolysis yamanzi kanye ne-hydrogen eluhlaza ngokulandelanayo.
Ngemva komhlangano, ngaphansi kobuholi bukaMongameli Wang Yeqin, ithimba lochwepheshe kanye nabasebenzi bezobuchwepheshe kanye nabakhiqiza i-Ally Hydrogen bavakashele umkhakha wokukhiqiza amaseli e-electrolytic angu-1000 Nm3/h we-Ally Hydrogen Energy.Kuze kube manje, le semina iphothulwe ngempumelelo.
Mayelana nobuchwepheshe bokukhiqiza i-hydrogen electrolysis yamanzi kanye nemishini, u-Ally Hydrogen, njengenkanyezi ephumayo, ngokuqinisekile uzofinyelela umkhuba wokuthuthukiswa futhi afeze ngempela umgomo wokuthuthukiswa kwemishini yokukhiqiza i-hydrogen ekusetshenzisweni kwamandla aluhlaza ngokuthuthukiswa kochwepheshe, okuhlelekile nokukhulu. .
--Xhumana nathi--
Ucingo: +86 02862590080
Ifeksi: +86 02862590100
E-mail: tech@allygas.com
Isikhathi sokuthumela: Nov-07-2022
