Njengomthombo wamandla we-zero-carbon, amandla e-hydrogen bebelokhu beheha ukunakwa komhlaba wonke. Njengamanje, ukuthuthukiswa kwezimboni zamandla e-hydrogen kubhekene nezinkinga eziningi ezibalulekile, ikakhulukazi ubuchwepheshe obukhulu, abakhiqize imali ephansi kanye nobuchwepheshe bokuhamba ibanga elide, okuyizinkinga ze-bottleneck kwinqubo yohlelo lokusebenza lwe-hydrogen.
 
Uma kuqhathaniswa nesitoreji esiphakeme se-gaseous kanye nemodi yokuhlinzekwa kwe-hydrogen, indawo yokuvikela ephansi ye-hydrogen kanye nemodi yokuthenga ephansi inezinzuzo zesitoreji esiphakeme sokugcina i-hydrogen (Izindleko eziphakeme zokuhamba, ukuphepha okuphezulu nokuhamba ngempumelelo, okungabandakanyi izinto eziphakeme kakhulu, ezingahileli ngempumelelo imali ephelele yenqubo yokuhamba. Ngaphezu kwalokho, izinzuzo ze-hydrogen eziwuketshezi ekwenziweni, ukugcinwa nokuhamba zilungele kakhulu ukuhlinzekelwa okukhulu kwe-hydrogen amandla. Ngaleso sikhathi, ngokuthuthuka okusheshayo komkhakha wohlelo lwe-terminal wamandla we-hydrogen, isidingo se-hydrogen se-liquid sizophinde sicindezelwe emuva.
 
I-Liquid hydrogen iyindlela ephumelela kunazo zonke yokugcina i-hydrogen, kepha inqubo yokuthola i-hydrogen ewuketshezi inomkhawulo ophakeme wobuchwepheshe, futhi ukusetshenziswa kwayo kanye nokusebenza kwayo okusebenzayo lapho kubhekwa khona lapho kukhiqiza i-hydrogen ewuketshezi ngezinga elikhulu.
 
Njengamanje, umthamo wokukhiqiza we-yprogen we-Global Hydrogen ufinyelela ku-485T / D. Ukulungiswa kwe-hydrogen ewuketshezi, ubuchwepheshe be-hydrogen we-gedrogection, iza ngezindlela eziningi futhi bungahlukaniswa kakhulu noma buhlanganiswe ngokwezinqubo zokunwebeka kanye nezinqubo zokushintshana kokushisa. Njengamanje, izinqubo zokusebenzisa i-Hydrogen zodwa ezijwayelekile zingahlukaniswa inqubo elula yeLinde-Hampson, esebenzisa umphumela we-Joule-Thompson (jt umphumela) ukuze uthole ukwanda kwe-throttle, kanye nenqubo yokunwebeka ye-adiabatic, ehlanganisa ukupholisa nge-turbine Exper. Enqubweni yokukhiqiza yangempela, ngokusho kokukhishwa kwe-hydrogen ewuketshezi, indlela yokunwetshwa kwe-adiabatic ingahlukaniswa nge-helium ye-brayton indlela yokukhiqiza i-medium e-acculional yokwandisa, kanye ne-claude indlela, epholisa i-hydrogen ngokunwetshwa kwe-adiabatic.
 
Ukuhlaziywa kwezindleko kokukhiqizwa kwe-ydrogen okuwuketshezi ikakhulukazi ukubheka isikali kanye nomnotho we-Civil Pydrogen Technology Route. Ngezindleko zokukhiqiza ze-hydrogen ewuketshezi, izindleko zomthombo we-hydrogen zithatha ingxenye enkulu kunazo zonke (ama-58%), zilandelwa yizindleko zokusetshenziswa kwamandla okuphelele kohlelo lwe-luquefaction (20%), accounting for accorents izindleko ze-hydrogen ye-liquefaction. Phakathi kwalezi zindleko ezimbili, ithonya elivelele uhlobo lomthombo we-hydrogen kanye nentengo kagesi lapho kutholakala khona isitshalo se-liquefaction. Uhlobo lomthombo we-hydrogen luhlobene nentengo kagesi. Uma isitshalo sokukhiqiza se-electrogetic hydrogen kanye nesitshalo se-liquefaction sakhiwa ngokuhlanganiswa nesikhungo samandla esisezingeni eliphakeme sokukhiqiza amandla, njengezindleko zamandla aphansi lapho kufakwa khona ama-putovoltaity, kanye nezindleko zokukhiqiza ze-liquef ye-hydrogen zingancishiswa zibe ngo- $ 3.50 / kg. Ngasikhathi sinye, kunganciphisa ithonya lokuxhumeka kwegridi enkulu yomoya onamandla emandleni okuqothuka kohlelo lwamandla.
 
Imishini ye-HL Cryogenic
Imishini ye-HL Cryogenic eyasungulwa ngo-1992 ingumbano ohambisana ne-HL Cr Cryogenic Equipment Company Company Co, Ltd. Imishini ye-HL Crygenic izimisele ekwakhiweni nasekukhiqizweni kwesistimu ephezulu ye-CrCuum Ensuum Ensumed System kanye nemishini yokusekela ehlobene yokuhlangabezana nezidingo ezahlukahlukene zamakhasimende. I-Vacuum Insured Pipe ne-hose eguquguqukayo yakhiwa ngezinto zokwenziwa ezikhethekile eziphakeme nezinto eziningi ezikhethekile zokwelapha ezikhethekile, futhi zidlula ngochungechunge lwezindlela zokwelapha eziqinile kakhulu zokwelapha kanye nokwelashwa okuphezulu kwe-vacuum, esetshenziselwa i-hydrogen ye-ethylene, i-helium, i-helium ye-ethylene ges lng.