UStrohm, unjiniyela we-Thermoplastic Composite Pipe (TCP), usayine imemorandamu yokuqonda (i-MoU) nomphakeli we-hydrogen ovuselelekayo waseFrance u-Lhyfe, ukuze basebenzisane nesisombululo sezokuthutha se-hydrogen ekhiqizwa enjini yomoya entantayo ukuze ihlanganiswe nohlelo lokukhiqiza i-hydrogen. .
Ozakwethu bathi bazosebenzisana ekuxazululeni ezokuthutha nge-hydrogen, ogwini nasogwini, kodwa bathi uhlelo lokuqala wukwenza isisombululo se-float enohlelo lokukhiqiza i-hydrogen.
Isixazululo sika-Lhyfe's Nerehyd, umqondo obiza cishe ama-euro ayizigidi ezingu-60, okuhlanganisa ucwaningo, ukuthuthukiswa, kanye nokukhiqizwa kwesibonelo sokuqala ngo-2025, sihlanganisa indawo yokukhiqiza i-hydrogen endaweni entantayo, exhunywe ku-wind turbine. Umqondo uguqulelwe ekusetshenzisweni kwe-on-grid noma ngaphandle kwegridi, kusukela kumaturbine omoya owodwa kuya ekuthuthukisweni kwepulazi lomoya elikhulu.
Ngokuka-Strohm, i-TCP yayo ekwazi ukumelana nokugqwala, engakhathali noma ehlushwa izinkinga ezihlobene nokusebenzisa ipayipi lensimbi le-hydrogen, ifaneleka ngokukhethekile ukuthwala i-hydrogen offshore kanye nolwandle.
Njengoba lenziwe ngobude obude obusebenzisekayo futhi obuvumelana nezimo, ipayipi lingadonselwa ngqo ejeneretha ye-turbine yomoya, ngokushesha futhi kubiza ngempumelelo ukwakha ingqalasizinda yepulazi lomoya ogwini lolwandle, kusho uStrohm.
Isikhulu esiphezulu seStrohm uMartin van Onna - Isikweletu: Strohm
“U-Lhyfe no-Strohm bayalibona inani lokusebenzelana endaweni yomoya-kuya-ku-hydrogen engasogwini, lapho izici eziphakeme ze-TCP, ezihlanganiswe nezinto ezisezingeni eliphezulu ezisezingeni eliphezulu njengama-electrolysers, ukuletha isisombululo sokudlulisa i-hydrogen ephephile, esezingeni eliphezulu futhi ethembekile. Ukuvumelana nezimo kwe-TCP futhi kusiza ekutholeni ukucushwa okuphelele kwama-opharetha nabahlanganisi embonini ekhulayo yokukhiqiza i-hydrogen evuselelekayo phesheya kwezilwandle,” kusho uStrohm.
Isikhulu seStrohm uMartin van Onna uthe: “Sijabule kakhulu ukumemezela lokhu kubambisana okusha. Silindele ukwanda kukho kokubili usayizi nesikali samaphrojekthi avuselelekayo eshumini leminyaka elizayo, futhi lokhu kubambisana kuzobeka izinkampani zethu ngendlela efanele ekusekeleni lokhu.
“Sinombono ofanayo wokuthi i-hydrogen evuselelekayo izoba yingxenye ebalulekile yoguquko olusuka kuphethiloli wezinto ezimbiwa phansi. Ubungcweti be-hydrogen obuvuselelekayo be-Lhyfe obuhambisana nezixazululo zepayipi eliphakeme le-Strohm buzokwenza ukuthi kusheshiswe amaphrojekthi aphephile asuka ogwini komoya kuya ku-hydrogen ngokunikeza izixazululo ezinokwethenjelwa nezingabizi kakhulu.”
UMarc Rousselet, umqondisi wokusatshalaliswa kwe-Lhyfe phesheya kwezilwandle wengeze wathi: “ULhyfe ubheke ukuvikela lonke uchungechunge lwenani, kusukela ekukhiqizweni kwe-hydrogen evuselelekayo ngasogwini kuya ekuhlinzekweni ezindaweni zabathengi. Lokhu kuhlanganisa nokulawula ukuthuthwa kwe-hydrogen ukusuka empahleni yokukhiqiza yasogwini iye ogwini.
“I-Strohm inezikhuphukeli eziguquguqukayo ze-TCP ezifanelekayo kanye nemigqa yokugeleza, enezingcindezi ezifika kubha ye-700 kumadayamitha ahlukahlukene angaphakathi, futhi izongeza i-hydrogen ehlanzekile engu-100% ekuqeqeshweni kwayo kwe-DNV ekupheleni konyaka, ngaphambi kakhulu kobunye ubuchwepheshe. Umkhiqizi we-TCP wenze ukusebenzisana okuqinile nezinkampani ezifaka imishini enjalo phesheya kolwandle ngendlela ephephile nephumelelayo. I-Lhyfe ikhombisile ukuthi imakethe ikhona futhi inamandla amakhulu okukhula futhi, ngalobu budlelwano neStrohm, sihlose ukufinyelela amaphrojekthi amaningi afuna ukuvelela emhlabeni jikelele. "
Ngokolwazi olukuwebhusayithi kaLhyfe, ekuqaleni kuka-2022, uLhyfe uzobe ethuma umshayeli wokuqala we-hydrogen eluhlaza okwesibhakabhaka ukuthi asebenze ngaphansi kwezimo zangempela.
Le nkampani ithe lokhu kuzoba ugesi wokuqala ontantayo ongu-1 MW emhlabeni futhi uzoxhunywa epulazini lomoya elintantayo,"okwenza i-Lhyfe kube ukuphela kwenkampani emhlabeni enolwazi lokusebenza phesheya kwezilwandle."Manje sekucacile ukuthi ngabe le phrojekthi nayo iyacatshangelwa ama-TCP e-Strohm.
I-Lhyfe, ngokusho kwe-infgo kuwebhusayithi yayo, iphinde ihlanganyele ukuthuthukisa imiqondo ehlukahlukene yokukhiqiza i-hydrogen eluhlaza phesheya kwezilwandle: ama-topsides e-modular anomthamo we-50-100 MW ngokubambisanaLes Chantiers de l'Atlantique; imboni yokukhiqiza i-hydrogen engasogwini ezindaweni zokumba uwoyela ezikhona namaqembu e-Aquaterra kanye ne-Borr Drilling; kanye namapulazi omoya antantayo ahlanganisa izinhlelo zokukhiqiza i-hydrogen eluhlaza no-Doris, umklami wepulazi lomoya elingasogwini lolwandle.
"Ngo-2030-2035, i-offshore ingamela cishe i-3 GW eyengeziwe efakwe i-Lhyfe," kusho inkampani.
Isikhathi sokuthumela: May-12-2022