Muva nje, i-Houpu Engineering (Hongda) (inkampani engaphansi kwe-HQHP ngokuphelele), iwine ngempumelelo ibhidi lephrojekthi yephakheji ephelele ye-EPC ye-Hanlan Renewable Energy (Biogas) Hydrogen refueling kanye ne-Hydrogen generation mother Station, okuphawula ukuthi i-HQHP kanye ne-Houpu Engineering (Hongda) banokuhlangenwe nakho okusha kulo mkhakha, okubaluleke kakhulu kwi-HQHP ukuqinisa izinzuzo eziyinhloko zochungechunge lonke lwezimboni lokukhiqizwa kwamandla e-hydrogen, ukugcinwa, ukuthuthwa kanye nokucubungula, kanye nokukhuthaza ukumaketha kobuchwepheshe bokukhiqiza i-hydrogen eluhlaza.
I-Hanlan Renewable Energy (Biogas) Hydrogen Production and Refueling Mother Station Project iseduze neFoshan Nanhai Solid Waste Treatment Environmental Protection Industrial Park, ehlanganisa indawo engamamitha-skwele angu-17,000, enekhono lokukhiqiza i-hydrogen eliklanywe kahle elingu-3,000Nm3/h kanye nomkhiqizo waminyaka yonke ongamathani angaba ngu-2,200 e-hydrogen ehlanzekile ephakathi nendawo nephezulu. Le phrojekthi ingukusungula kweHanlan Company esebenzisa amandla akhona, imfucuza eqinile, kanye nezinye izimboni, futhi ihlanganise ngempumelelo ukulahlwa kwemfucuza yasekhishini, ukukhiqizwa kwe-biogas, ukukhiqizwa kwe-hydrogen kusuka ku-biogas kanye negesi ecebile nge-hydrogen, izinsizakalo zokugcwalisa i-hydrogen, ukuguqula izimoto zokuhlanzeka kanye nezokulethwa zibe amandla e-hydrogen, imodeli yokubonisa ehlanganisiwe ephindaphindwayo yokukhiqizwa kwe-hydrogen ngokubambisana "yemfucuza eqinile + amandla", ukugcwalisa i-hydrogen, kanye nokusetshenziswa kwayo sekusungulwe. Le phrojekthi izosiza ekuxazululeni inkinga ekhona yokuntuleka kokunikezwa kwe-hydrogen kanye nezindleko eziphakeme futhi ivule imibono emisha kanye neziqondiso zokwelashwa kwemfucuza eqinile yasemadolobheni kanye nezicelo zamandla.
Akukho ukukhishwa kwekhabhoni ngesikhathi senqubo yokukhiqiza ukukhiqizwa kwe-hydrogen eluhlaza, futhi i-hydrogen ekhiqizwayo yi-hydrogen eluhlaza. Uma kuhlanganiswa nokusetshenziswa kwemboni yamandla e-hydrogen, ezokuthutha, kanye neminye imikhakha, kungafinyelela ekufakweni kwamandla endabuko, iphrojekthi kulindeleke ukuthi inciphise ukukhishwa kwe-carbon dioxide cishe ngamathani ayisigidi esisodwa ngemuva kokufinyelela umthamo wokukhiqiza, futhi kulindeleke ukuthi ikhulise izinzuzo zomnotho ngokuhweba ngokunciphisa ukukhishwa kwekhabhoni. Ngesikhathi esifanayo, isiteshi sizophinde sisekele ngenkuthalo ukukhuthazwa nokusetshenziswa kwezimoto ze-hydrogen endaweni yaseNanhai eFoshan kanye nokusetshenziswa kwezimoto zokuhlanza i-hydrogen zaseHanlan, okuzoqhubeka nokukhuthaza ukumaketha kwemboni ye-hydrogen, kukhuthaze intuthuko ehlelekile kanye nokusetshenziswa okuphelele kwezinsizakusebenza zemboni ye-hydrogen eFoshan naseShayina, kuhlolwe imodeli entsha yokusetshenziswa kwe-hydrogen ezimbonini ezinkulu, futhi kusheshiswe intuthuko yemboni ye-hydrogen eShayina.
UMkhandlu Kahulumeni ukhiphe "Isaziso ngoHlelo Lokusebenza Lokufinyelela I-Carbon Peak ngo-2030" futhi waphakamisa ukusheshisa i-R&D kanye nokusetshenziswa kobuchwepheshe be-hydrogen, kanye nokuhlola izinhlelo zokusebenza ezinkulu emikhakheni yezimboni, ezokuthutha, kanye nokwakha. Njengenkampani ehamba phambili ekwakhiweni kwe-HRS eShayina, i-HQHP ihlanganyele ekwakhiweni kwama-HRS angaphezu kuka-60, lapho ukusebenza komklamo kanye nokusebenza kwenkontileka okujwayelekile kwabekwa kuqala eShayina.
I-HRS yokuqala ye-Jinan Public Transport
Isiteshi sokuqala sesevisi yamandla ahlakaniphile eSifundazweni sase-Anhui
Iqembu lokuqala leziteshi zokugcwalisa amandla eziphelele "ePengwan Hydrogen Port"
Le phrojekthi inikeza ukubonakaliswa okuhle kokwakha ukukhiqizwa kwe-hydrogen enkulu okungabizi kakhulu kanye nokugcwalisa uphethiloli embonini ye-hydrogen kanye nokukhuthaza ukwakhiwa kwamaphrojekthi e-hydrogen kanye nokukhiqizwa kwemishini ye-hydrogen ephezulu eShayina. Esikhathini esizayo, i-Houpu Engineering (Hongda) izoqhubeka nokugxila ekhwalithini kanye nesivinini se-HRS yenkontileka. Kanye nenkampani yayo engumzali i-HQHP, izolwela ukukhuthaza ukuboniswa nokusetshenziswa kwamaphrojekthi e-hydrogen futhi isize ekufezeni umgomo we-carbon ephindwe kabili waseShayina ngokushesha okukhulu.
Isikhathi sokuthunyelwe: Disemba 12-2022
