Isiteshi sokuqala sokukhiqizwa kwe-hydrogen kanye ne-hydrogenation eShayina esiqashwe yi-Ally, sesiqaliswe ukusebenza eNanzhuang, eDolobheni laseFoshan!

Ngomhlaka-28 kuJulayi 2021, ngemva konyaka owodwa nesigamu wokulungiselela kanye nezinyanga eziyisikhombisa zokwakha, isiteshi sokuqala sokukhiqizwa kwe-hydrogen yemvelo kanye ne-hydrogenation eShayina safakwa ngempumelelo ekusebenzeni kokulinga eNanzhuang, eDolobheni laseFoshan!

Isiteshi se-hydrogenation esingu-1000kg ngosuku siyisiteshi esihlanganisiwe sokukhiqizwa kwe-hydrogen kanye ne-hydrogenation yegesi yemvelo esakhiwe futhi sakhiwa yi-Ally Hydrogen Energy Co., Ltd. (esibizwa ngokuthi i-Ally) futhi satshalwa futhi saqhutshwa yi-Foshan Fuel Energy. I-Ally yaqala ukuklama kwayo ngo-Okthoba 2020 kanti ukwakhiwa kwayo ngoDisemba 28 2020. Ukufakwa kwemishini eyinhloko kwaqedwa ngoMeyi 31 2021, ukuqaliswa kwephrojekthi eyinhloko kwaqedwa ngoJuni 28 2021 kanti ukusebenza okusemthethweni kwesilingo kwaqedwa ngoJulayi 28 2021.

Ukusebenza kahle kwesiteshi kungenxa yomsebenzi wesikhathi esengeziwe wethimba le-Ally elangeni elishisayo kanye nokusekelwa okunamandla kweminyango ye-Foshan Fuel Energy!

Ngemva kokusungulwa kwephrojekthi, i-Ally ne-Foshan Fuel Energy babe nokushintshana okuningi kobuchwepheshe emizileni yenqubo yokukhiqiza i-hydrogen, amazinga kanye nemininingwane, ukuphepha kanye nezinye izici zesiteshi, futhi ekugcineni banquma umzila wenqubo wasekhaya omusha.

Ukuze kuguqulwe idivayisi yezimboni ibe yimishini yezentengiselwano, ngaphansi kwengcindezi yesikhathi esinqunyiwe futhi kuvunyelwe impumelelo kuphela, ithimba le-R&D kanye nethimba lobunjiniyela le-Ally lenze imizamo yalo emikhulu. Lifunda kokuhlangenwe nakho kweyunithi yokukhiqiza i-hydrogen yegesi yemvelo efakwe yi-Ally, ithimba liqede yonke imiklamo yobunjiniyela esikhathini esingaphansi kwenyanga nesigamu.

Izici eziyinhloko zedivayisi:

1. Iyunithi ayidingi ukuhlinzekwa ngomusi. Ngemva kokuba iyunithi isiqalile futhi ifinyelele izinga lokushisa elibekiwe, ingakhiqiza umusi ngokwayo. Futhi akukho umusi okhathazayo ngakho ukusetshenziswa kwamandla kuyancishiswa. Akukho sigubhu segesi kanye nomklamo webhoyila yokushisa elahliwe ngokulawula okulula kusindise indawo yokutshalwa kwezimali kanye nendawo yokuhlala.

2. Ukuphakamisa izinga lokushisa kwezinye izinqubo liye ezingeni lokushisa lokusebenza ngenkathi ufudumeza ukulungisa kabusha kwenza inqubo yokushisa yeyunithi yendabuko ibe lula. Isikhathi sokuqala kwedivayisi sincishiswe kakhulu kusukela emahoreni angu-36 kuya ngaphansi kwamahora ayi-10, futhi uhlelo lusebenzisa kahle amandla.

3. Ukusebenzisa i-catalyst yokushintsha indawo engenasibabule kanye ne-chromium engenazo i-chromium enobubanzi bokushisa obuhlukahlukene obuthuthukiswe ngokuzimela yi-Ally iminyaka engu-7, uma kuqhathaniswa nobuchwepheshe bendabuko bokuguqula izinga lokushisa eliphakathi, ubuchwepheshe bokuguqula izinga lokushisa obulawulwayo bungakhuphula ukuguqulwa kwe-CO ngaphezu kuka-10% kanye nokusebenza kahle kwe-hydrogen ngo-2 ~ 5%.

4. Idivayisi ingasebenza njengokulinda okushisayo. Esigabeni sokuvala sesikhashana sedivayisi, izinga lokushisa ledivayisi lingalawulwa eduze kwezinga lokushisa lokusebenza ngokusebenza komthwalo ophansi wesishisi. Igesi yokuphakelayo ingafakwa ngqo ngesikhathi sokuqala okulandelayo, futhi i-hydrogen efanelekile ingakhiqizwa zingakapheli amahora ama-2. Ukusebenza kahle kwedivayisi kuyathuthuka.

5. Ubuchwepheshe obusha bokuguqula ukushintshana kokushisa bunciphisa ukuphakama kwe-reactor ehlanganisiwe kube ngu-3.5m kanye nokuphakama kwe-reactor yokuguqula. Ngesikhathi esifanayo, ayikho enye imishini phezulu kwe-reactor yokuguqula ngakho akudingeki ukusebenza endaweni ephakeme.

6. Uhlelo lwe-PSA lusebenzisa inqubo yokulinganisa ingcindezi yemibhoshongo eyisithupha izikhathi ezi-3, engafeza inqubo "ephezulu kathathu" yobumsulwa obuphezulu, i-hydrogen ekhiqiza kakhulu kanye nokubuyiselwa kwegesi yomsila ophezulu. Le nqubo inciphisa ububanzi bokushintsha kwengcindezi embhoshongweni wokumunca, inciphisa ukugaywa kokugeleza kwegesi ku-adsorbent, yandise impilo yenkonzo ye-adsorbent futhi ithuthukise isivuno.

7. I-adsorbent ihlolwe futhi yahlolwa ngokuqinile yilabhorethri yethu ukuqinisekisa ukusebenza kwe-adsorption kanye nokuhlanzwa kweyunithi. I-valve yokulawula umoya esebenza kahle kakhulu yohlelo lwe-PSA yenziwe ngobungcweti yi-Ally, enezici zokusebenza kahle kokuvala, ukuguqulwa okungabonakali kwezenzo eziyisigidi, isikhathi samahhala sokulungisa seminyaka emibili, njll.

Le divayisi yamukele amalungelo obunikazi ayi-7 aphethwe yi-Ally.

Ukuqedwa nokusebenza ngempumelelo kwesiteshi kusho ukuthi imboni yamandla e-hydrogen yasekhaya ithathe isinyathelo esibalulekile endleleni yobuchwepheshe nokusebenza kwesiteshi samandla esihlanganisiwe sokukhiqizwa kwe-hydrogen kanye ne-hydrogenation (ukugcwalisa nokugcwalisa igesi), futhi yaqaphela ukuqaliswa kokukhiqizwa kwe-hydrogen okusatshalaliswa kanye nokunikezwa kwe-hydrogen. Isiteshi saseNanzhuang njengesibonelo sinenani elikhulu ekubonisweni nasekukhushulweni.

Phakathi kwezici eziningi ezivimbelayo ekuthuthukisweni kwemboni yezimoto yamandla e-hydrogen, izindleko ze-hydrogen yiyona ehamba phambili. Njengoba kulula ingqalasizinda yegesi yasemadolobheni, ukuhlinzekwa kwe-hydrogen okuqhubekayo kungenye yezindlela ezisebenzayo zokunciphisa intengo yokusetshenziswa kwe-hydrogen ekugcineni.

Engayinaki imithetho yakudala, enesibindi sokuguqula isiko, ezimisele ukusungula izinto ezintsha nokuhola, u-Ally uba yisandla esibalulekile ekukhuthazeni intuthuko yale mboni.

U-Ally uhlala enamathela embonweni wakhe futhi akalokothi akhohlwe inhloso yokuqala: inkampani yezobuchwepheshe bokusungula izinto ezintsha zamandla aluhlaza, ehlinzeka ngamandla aluhlaza azinzile, yinto esiyiphishekela impilo yethu yonke!

--Xhumana nathi--

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