Strohm, mai haɓakawa na Thermoplastic Composite Pipe (TCP), ya sanya hannu kan yarjejeniyar fahimtar juna (MoU) tare da mai samar da hydrogen mai sabuntawa na Faransa Lhyfe, don haɗa kai kan hanyar sufuri don hydrogen da aka samar daga injin injin iska mai iyo don haɗawa da tsarin samar da hydrogen. .
Abokan hulɗar sun ce za su haɗa kai kan hanyoyin samar da iskar hydrogen, a kan teku da kuma a cikin teku, amma shirin farko shine samar da mafita ga mai iyo tare da tsarin samar da hydrogen.
Maganin Lhyfe's Nerehyd, ra'ayi mai darajar kusan Yuro miliyan 60, gami da bincike, haɓakawa, da samar da samfur na farko a cikin 2025, ya haɗa da wurin samar da hydrogen akan dandamalin iyo, wanda aka haɗa da injin injin iska. An daidaita manufar zuwa aikace-aikacen kan-grid ko kashe-grid, daga injin turbin iska guda ɗaya zuwa manyan ci gaban gonakin iska.
A cewar Strohm, TCP mai jure lalata, wanda baya gajiya ko fama da al'amuran da ke da alaƙa da amfani da bututun ƙarfe don hydrogen, ya dace musamman don ɗaukar hydrogen a cikin teku da teku.
An ƙera shi cikin tsayi mai tsayi da sassauƙan yanayi, ana iya jan bututun kai tsaye zuwa cikin injin injin injin injin, cikin sauri da farashi yadda ya kamata don gina ababen more rayuwa na iska a teku, in ji Strohm.
Strohm Shugaba Martin van Onna – Credit: Strohm
"Lhyfe da Strohm sun fahimci darajar haɗin gwiwa a cikin sararin samaniyar iska-zuwa-hydrogen, inda mafi kyawun halaye na TCP, haɗe tare da ingantattun abubuwan saman gefe kamar su masu amfani da lantarki, don sadar da amintaccen, inganci mai inganci, kuma amintaccen hanyar canja wurin hydrogen. Sassauci na TCP kuma yana sauƙaƙe nemo mafi kyawun tsari don masu aiki da masu haɗin gwiwa a cikin masana'antar samar da hydrogen da za a sabunta su a teku," in ji Strohm.
Shugaban Strohm Martin van Onna ya ce: "Muna matukar farin cikin sanar da wannan sabon kawancen. Muna tsammanin haɓaka duka girma da sikelin ayyukan sabuntawa a cikin shekaru goma masu zuwa, kuma wannan haɗin gwiwar zai daidaita matsayin kamfanoninmu don tallafawa wannan.
"Muna da hangen nesa daya cewa hydrogen da za a iya sabunta shi zai zama wani muhimmin bangare na canji daga burbushin mai. Ƙwarewar haɓakar haɓakar hydrogen na Lhyfe mai ɗorewa tare da ingantattun hanyoyin samar da bututun mai na Strohm za su ba da damar hanzarta haɓaka ayyukan amintaccen iska-zuwa-hydrogen a cikin teku ta hanyar samar da ingantattun mafita masu inganci da tsada."
Marc Rousselet, darektan tura Lhyfe a cikin teku ya kara da cewa: "Lhyfe yana duban tabbatar da dukkan sarkar darajar, tun daga samar da iskar hydrogen da ake sabuntawa a bakin teku zuwa wadata a wuraren abokan ciniki. Wannan ya haɗa da sarrafa jigilar hydrogen daga kadarorin samar da ruwa zuwa bakin teku.
"Strohm ya cancanci TCP masu sassaucin ra'ayi da layukan ruwa, tare da matsin lamba har zuwa mashaya 700 a diamita daban-daban na ciki, kuma zai ƙara 100% tsaftataccen hydrogen zuwa cancantar DNV a ƙarshen shekara, gaba da sauran fasahohin. Kamfanin samar da TCP ya haɓaka haɗin gwiwa mai ƙarfi tare da kamfanoni masu shigar da irin waɗannan kayan a cikin teku cikin aminci da inganci. Lhyfe ya nuna akwai kasuwa kuma yana da babban yuwuwar haɓakawa kuma, tare da wannan haɗin gwiwa tare da Strohm, muna da niyyar samun dama ga manyan ayyuka masu fa'ida a duniya. "
Dangane da bayanai akan gidan yanar gizon Lhyfe, tun daga farkon faɗuwar 2022, Lhyfe zai ƙaddamar da matukin jirgi na farko a tekun koren kayan aikin hydrogen don yin aiki a ƙarƙashin yanayi na gaske.
Kamfanin ya ce wannan shi ne karon farko da za a yi amfani da wutar lantarki mai karfin MW 1 a duniya kuma za a hada shi da wata tashar iska mai iyo."sanya Lhyfe kamfani daya tilo a duniya tare da kwarewar aiki a teku."Yanzu ya bayyana idan ana kuma duba wannan aikin don TCPs na Strohm.
Lhyfe, bisa ga infgo a kan gidan yanar gizon sa, yana kuma haɗin gwiwa don haɓaka ra'ayoyi daban-daban na samar da koren hydrogen a cikin teku: saman saman tare da ƙarfin 50-100 MW tare da haɗin gwiwaLes Chantiers de l'Atlantique; masana'antar samar da hydrogen ta teku a kan ma'adinan mai tare da rukunin Aquaterra da Borr Drilling; da kuma gonakin iskar da ke iyo da ke haɗe da tsarin samar da hydrogen koren tare da Doris, mai zanen noman iska na ketare.
"Ta hanyar 2030-2035, teku na iya wakiltar kusan 3 GW ƙarin ƙarfin shigar da Lhyfe," in ji kamfanin.
Lokacin aikawa: Mayu-12-2022