Isikhululo sokuqala sokuvelisa i-hydrogen kunye ne-hydrogenation e-China esiqeshwe yi-Ally, siqalisiwe ukusebenza eNanzhuang, kwiSixeko saseFoshan!

Ngomhla wama-28 kuJulayi 2021, emva konyaka onesiqingatha wokulungiselela kunye neenyanga ezisixhenxe zokwakha, isikhululo sokuqala sokuvelisa i-hydrogen kunye ne-hydrogenation yegesi yendalo edibeneyo eTshayina safakwa ngempumelelo kwisilingo eNanzhuang, eFoshan City!

Isikhululo se-hydrogenation esingu-1000kg/ngosuku sisikhululo esidibeneyo sokuvelisa i-hydrogen kunye ne-hydrogenation segesi yendalo esakhiwe kwaye sakhiwa yi-Ally Hydrogen Energy Co., Ltd. (esibizwa ngokuba yi-Ally apha) kwaye satyalwa kwaye siqhutywa yi-Foshan Fuel Energy. I-Ally yaqala ukuyila ngo-Okthobha 2020 kwaye ukwakhiwa kwayo ngoDisemba 28 2020. Ukufakelwa kwezixhobo eziphambili kwagqitywa ngoMeyi 31 2021, ukuqaliswa kweprojekthi ephambili kwagqitywa ngoJuni 28 2021 kwaye umsebenzi wovavanyo olusemthethweni wagqitywa ngoJulayi 28 2021.

Ukusebenza kakuhle kwesi sikhululo kungenxa yomsebenzi wexesha elongezelelekileyo weqela le-Ally elangeni elitshisayo kunye nenkxaso enamandla yamasebe e-Foshan Fuel Energy!

Emva kokuba iprojekthi imiselwe, i-Ally kunye ne-Foshan Fuel Energy babe neengxoxo ezininzi zobugcisa malunga neendlela zenkqubo yokuvelisa i-hydrogen, imigangatho kunye neenkcukacha, ukhuseleko kunye nezinye iinkalo zesitishi, kwaye ekugqibeleni bamisela indlela entsha yenkqubo yasekhaya.

Ukuze kuguqulwe isixhobo semizi-mveliso sibe zizixhobo zorhwebo, phantsi koxinzelelo lwexesha elimiselweyo kwaye kuvunyelwe impumelelo kuphela, iqela le-R&D kunye neqela lobunjineli le-Ally lenze imizamo yalo emikhulu. Lifunda kumava eyunithi yokuvelisa i-hydrogen yegesi yendalo efakwe kwi-American Plugpower skid ekhokhelwe yi-Ally, iqela ligqibe lonke uyilo lobunjineli ngaphantsi kwenyanga enesiqingatha.

Iimpawu eziphambili zesixhobo:

1. Le yunithi ayifuni kunikwa umphunga. Emva kokuba iyunithi iqalisiwe yaze yafikelela kubushushu obumiselweyo, inokwenza umphunga ngokwayo. Kwakhona akukho mphunga udinisayo ngoko ke ukusetyenziswa kwamandla kuyancitshiswa. Akukho drum yegesi kwaye akukho sixhobo sokutshisa inkunkuma esinolawulo olulula sisindise utyalo-mali kunye nendawo yokuhlala emhlabeni.

2. Ukunyusa ubushushu bezinye iinkqubo ukuya kubushushu bokusebenza ngelixa ufudumeza ukuhlaziya kwenza kube lula inkqubo yokufudumeza yeyunithi yesiqhelo. Ixesha lokuqalisa isixhobo lincitshiswe kakhulu ukusuka kwiiyure ezingama-36 ukuya ngaphantsi kweeyure ezili-10, kwaye inkqubo inokusebenza kakuhle kwamandla.

3. Ukusebenzisa i-catalyst ye-shift-friendly evumela okusingqongileyo engenasulfure kunye ne-chromium engenazo ii-chromium enobubanzi bobushushu obuphuhliswe ngokuzimeleyo yi-Ally kangangeminyaka esi-7, xa kuthelekiswa netekhnoloji yendabuko yokuguqula ubushushu obuphakathi, itekhnoloji yokuguqula ubushushu elawulwayo inokunyusa ukuguqulwa kwe-CO ngaphezulu kwe-10% kunye nokusebenza kakuhle kwe-hydrogen nge-2 ~ 5%.

4. Isixhobo sinokusebenza njenge-hot standby. Kwinqanaba lokuvala ixesha elifutshane lesixhobo, ubushushu besixhobo bunokulawulwa kufutshane nobushushu obusebenzayo ngokusebenza komthwalo ophantsi wesitovu. Igesi yokutya inokufakwa ngqo ngexesha lokuqalisa okulandelayo, kwaye i-hydrogen efanelekileyo inokuveliswa kwiiyure ezi-2. Ukusebenza kakuhle kwesixhobo kuphuculwe.

5. Itekhnoloji entsha yokuguqula ubushushu inciphisa ukuphakama kwe-reactor edibeneyo ukuya kwi-3.5m kunye nokuphakama kwe-reactor yokuguqula. Kwangaxeshanye, akukho zixhobo zimbi ngaphezulu kwe-reactor yokuguqula ngoko ke akufuneki ukusebenza kwindawo ephakamileyo.

6. Inkqubo ye-PSA isebenzisa inkqubo yokulinganisa uxinzelelo oluphindwe kathathu, enokufezekisa inkqubo "ephezulu kathathu" yobunyulu obuphezulu, i-hydrogen enemveliso ephezulu kunye nokubuyiswa kwegesi enomsila ophezulu. Le nkqubo inciphisa uluhlu lotshintsho loxinzelelo kwinqaba yokufunxa, inciphisa ukukhuhla kokuhamba kwegesi kwi-adsorbent, yandisa ubomi benkonzo ye-adsorbent kwaye iphucule isivuno.

7. I-adsorbent ihlolwe kwaye yavavanywa ngokungqongqo yilabhoratri yethu ukuqinisekisa ukusebenza kwe-adsorption kunye nokucoca kweyunithi. Ivalvu yokulawula umoya esebenza kakhulu yenkqubo ye-PSA yenziwe ngobuchule yi-Ally, eneempawu zokusebenza kakuhle kokutywina, ukuguqulwa okungabonakaliyo kwezenzo ezizigidi, ixesha lokulungisa elihlala iminyaka emibini, njl.

Esi sixhobo sisebenzise amalungelo awodwa obunikazi asi-7 aphethwe ngu-Ally.

Ukugqitywa nokusebenza ngempumelelo kwesi sikhululo kubonisa ukuba ishishini lamandla e-hydrogen lasekhaya lithathe inyathelo elibalulekileyo kwindlela yobugcisa nokusebenza kwesikhululo samandla esidibeneyo sokuvelisa i-hydrogen kunye ne-hydrogenation (ukuzaliswa kwegesi kunye nokugcwalisa ipetroli), kwaye safezekisa ukuphunyezwa kwemveliso ye-hydrogen esasazwayo kunye nokunikezelwa kwe-hydrogen. Isikhululo saseNanzhuang njengomzekelo sinexabiso elikhulu ekuboniseni nasekukhuthazeni.

Phakathi kwezinto ezininzi ezithintela uphuhliso lweshishini leemoto zamandla e-hydrogen, ixabiso le-hydrogen lelona liphezulu. Ngenxa yokusetyenziswa lula kweziseko zegesi zasezidolophini, ukunikezelwa kwe-hydrogen rhoqo yenye yeendlela ezisebenzayo zokunciphisa ixabiso lokusetyenziswa kwe-hydrogen.

Engayinaki imithetho yakudala, enesibindi sokuguqula amasiko, ezimisele ukuvelisa izinto ezintsha aze akhokele, u-Ally uba negalelo elibalulekileyo ekukhuthazeni uphuhliso lweli shishini.

U-Ally uhlala ebambelele kumbono wakhe kwaye akaze ayilibale injongo yakhe yokuqala: inkampani yetekhnoloji yokuvelisa izinto ezintsha ngamandla aluhlaza, enikezela ngamandla aluhlaza azinzileyo yinjongo yethu yobomi bonke!

--Qhagamshelana nathi--

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