NgoJulayi 28 2021, ngemva konyaka owodwa nengxenye yokulungiselela kanye nezinyanga eziyisikhombisa zokwakhiwa, isiteshi sokuqala esididiyelwe segesi yemvelo ye-hydrogen kanye nesiteshi se-hydrogenation eChina safakwa ngempumelelo esivivinyweni eNanzhuang, eDolobheni laseFoshan!
Isiteshi se-hydrogenation esingu-1000kg/ngosuku siyisiteshi esididiyelwe segesi yemvelo ye-hydrogen kanye nesiteshi se-hydrogenation esakhiwa futhi sakhiwa i-Ally Hydrogen Energy Co., Ltd. (ngemuva kwalokhu esizobizwa ngokuthi i-Ally) futhi satshalwa futhi sisetshenziswa yi-Foshan Fuel Energy.U-Ally waqala ukuklama kwawo ngo-Okthoba 2020 futhi ukwakhiwa kwawo ngoDisemba 28 2020. Ukufakwa kwemishini eyinhloko kwaqedwa ngoMeyi 31 2021, ukuthunyelwa kwephrojekthi enkulu kwaqedwa ngoJuni 28 2021 futhi ukusebenza kwesivivinyo okusemthethweni kwaqedwa ngoJulayi 28 2021.
Ukusebenza kahle kwesiteshi kungenxa yomsebenzi wesikhathi esengeziwe wethimba le-Ally elangeni elishisayo kanye nokusekelwa okuqinile kweminyango yakwaFoshan Fuel Energy!
Ngemva kokusungulwa kwephrojekthi, i-Ally ne-Foshan Fuel Energy babe nokuhwebelana okuningi kwezobuchwepheshe emizileni yenqubo yokukhiqiza i-hydrogen, amazinga kanye nokucaciswa, ukuphepha nezinye izici zesiteshi, futhi ekugcineni yanquma umzila wenqubo yasekhaya omusha kakhulu.
Ukuze uguqule idivayisi yezimboni ibe imishini yokuhweba, ngaphansi kwengcindezi yomkhawulo wesikhathi futhi impumelelo kuphela evunyelwe, i-R&D kanye nethimba lobunjiniyela lika-Ally lenze imizamo yalo emikhulu.Ngokufunda kokuhlangenwe nakho kwe-American Plugpower skid - iyunithi yokukhiqiza igesi yemvelo efakwe i-hydrogen efakwe inkontileka ngu-Ally, ithimba laqeda yonke imiklamo yobunjiniyela esikhathini esingaphansi kwenyanga eyodwa nesigamu.
Izici eziyinhloko zedivayisi:
1. Iyunithi ayidingi ukunikezwa kwesitimu.Ngemva kokuthi iyunithi isiqalile futhi ifinyelela izinga lokushisa elimisiwe, ingakwazi ukukhiqiza isitimu ngokwayo.Futhi asikho isitimu esiqeda amandla ngakho ukusetshenziswa kwamandla kuyehla.Awukho umgqomo wegesi kanye nedizayini yebhayela yokushisa imfucuza enokulawula okulula isindise utshalomali kanye nendawo okuhlala kuyo umhlaba.
2. Ukwenyusa izinga lokushisa kwezinye izinqubo kuzinga lokushisa elisebenzayo ngenkathi kushisa ukuguqulwa kwenza kube lula inqubo yokushisisa yeyunithi evamile.Isikhathi sokuqalisa sedivayisi sincishiswe kakhulu ukusuka emahoreni angama-36 ukuya ngaphansi kwamahora ayi-10, futhi uhlelo lunamandla amakhulu okusebenza kwamandla.
3. Ukusebenzisa i-sulphur free kanye ne-chromium mahhala i-shift catalyst enebanga lokushisa elibanzi elithuthukiswe ngu-Ally iminyaka engu-7, uma kuqhathaniswa nobuchwepheshe bokuguqula izinga lokushisa eliphakathi nendawo, ubuchwepheshe bokuguqula izinga lokushisa obulawulwa bungakwazi ukwandisa ukuguqulwa kwe-CO ngaphezu kuka-10% futhi ukusebenza kahle kwe-hydrogen ngo-2 ~ 5%.
4. Idivaysi ingabona umsebenzi wokulinda okushisayo.Esigabeni sokuvala isikhathi esifushane somshini, izinga lokushisa lensiza lingalawulwa eduze nezinga lokushisa elisebenzayo ngokusebenza komthwalo ophansi we-burner.Igesi yokuphakelayo ingaphakelwa ngokuqondile phakathi nesikhathi esilandelayo sokuqalisa, futhi i-hydrogen efanelekayo ingakhiqizwa phakathi namahora ama-2.Ukusebenza kahle kokusetshenziswa kwedivayisi kuyathuthukiswa.
5. Ubuchwepheshe obusha bokuguqula ukushintshashintsha kokushisa kunciphisa ubude be-reactor ehlanganisiwe ibe ngu-3.5m kanye nobude be-reactor eshintshayo.Ngesikhathi esifanayo, azikho ezinye izinto zokusebenza phezulu kwe-reactor eshintshayo ngakho-ke akukho msebenzi wokuphakama okuphezulu odingekayo.
6. Uhlelo lwe-PSA lusebenzisa inqubo yokulinganisa ingcindezi izikhathi ezi-6 izikhathi ezi-3, engakwazi ukubona inqubo "ye-3 ephezulu" yokuhlanzeka okuphezulu, i-hydrogen ekhiqiza kakhulu kanye nokubuyiswa kwegesi ephezulu yomsila.Le nqubo inciphisa ububanzi bokushintshwa kwengcindezi kumbhoshongo we-adsorption, inciphise ukuhlanzwa kokugeleza kwegesi ku-adsorbent, inwebe impilo yesevisi ye-adsorbent futhi ithuthukise isivuno.
7. I-adsorbent ihlolwe ngokuqinile futhi yahlolwa ilabhorethri yethu ukuze kuqinisekiswe ukusebenza kwe-adsorption nokusebenza kokuhlanza kweyunithi.I-valve yokulawula umoya osebenza kahle kakhulu yesistimu ye-PSA yenziwe ngobungcweti ngu-Ally, onezici zokusebenza kahle kakhulu zokuvala, ukuguqulwa okungabonakali kwezenzo eziyisigidi, isikhathi samahhala sokugcinwa kweminyaka emibili, njll.
Le divayisi isebenzise amalungelo obunikazi angu-7 ka-Ally.
Ukuqedwa nokusebenza ngempumelelo kwesiteshi kumelela ukuthi imboni yamandla e-hydrogen yasekhaya ithathe igxathu elikhulu kumodi yezobuchwepheshe kanye nokusebenza kokukhiqizwa kwe-hydrogen edidiyelwe kanye ne-hydrogenation (ukugcwaliswa kwegesi nokufaka i-refueling) esiteshini samandla, futhi yaqaphela ukuqaliswa kokukhiqizwa kwe-hydrogen esabalalisiwe. kanye nokutholakala kwe-hydrogen.Isiteshi saseNanzhuang njengemodeli sinenani elikhulu ekuboniseni nasekukhuthazeni.
Phakathi kwezinto eziningi ezivimbelayo ekuthuthukisweni kwemboni yezimoto zamandla e-hydrogen, izindleko ze-hydrogen zihamba phambili.Ngokusebenziseka kalula kwengqalasizinda yegesi yasemadolobheni, ukunikezwa kwe-hydrogen okuqhubekayo kungenye yezindlela ezisebenzayo zokunciphisa inani lokusetshenziswa kokuphela kwe-hydrogen.
Engayinaki imithetho yakudala, equnga isibindi sokuketula isiko, ezimisele ukusungula izinto ezintsha nokuhola, u-Ally uba amandla abalulekile okukhuthaza ukuthuthukiswa kwemboni.
U-Ally uhlala enamathela embonweni wakhe futhi akalokothi akhohlwe inhloso yokuqala: inkampani yobuchwepheshe bokusungula amandla aluhlaza, ukuhlinzeka ngamandla aluhlaza esimeme kuwumsebenzi wethu wempilo yonke!
--Xhumana nathi--
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E-mail: tech@allygas.com
Isikhathi sokuthumela: Jul-29-2021
