1.Seaside ikon tsire-tsire yawanci amfani da electrolytic seawater chlorination tsarin, wanda ke haifar da tasiri chlorine (kimanin 1 ppm) ta hanyar electrolyzing sodium chloride a cikin ruwan teku, hana microbial abin da aka makala da haifuwa a cikin sanyaya tsarin bututun, tacewa, da kuma ruwan teku desalination pretreatment tsarin.
2.System abun da ke ciki da kuma AMINCI: Babban kayan aiki sun haɗa da masu gyara gyaran fuska, masu gyarawa, da ƙwayoyin lantarki, waɗanda ke buƙatar magance matsalolin kamar ƙananan ƙarancin halin yanzu da kuma gajeren rayuwar anode.
3.Application na kunno kai hydrogen samar fasahar
4.Integration na kore hydrogen samar da sabunta makamashi: Tare da ci gaban da ketare ikon iska da kuma photovoltaics, kai tsaye electrolysis na ruwan teku domin hydrogen samar ya zama wani muhimmin shugabanci. Misali, saitin farko na duniya na daidaitattun mita cubic mita 200 a cikin sa'a kayan aikin samar da ruwa na ruwa na electrolysis hydrogen sun sami tsaftar hydrogen na 99.999%, wanda ya dace da dandamalin mai da iskar gas na teku da yanayin zurfin teku.
5.Catalyst bidi'a: Ta hanyar yin amfani da ƙananan ƙarfe maras daraja (irin su CoO Cr ₂ O3, RuMoNi) da kuma ƙirar ƙira, an warware matsalolin ion ion chloride da halayen gefe. Misali, NiCoP – Cr ₂ O ∝ cathode ya sami kwanciyar hankali fiye da awanni 1000 a cikin ruwan teku.
6.High yadda ya dace da rashin amfani da makamashi: Hybrid electrolysis fasaha (kamar sulfur ion hadaddun dauki taimako) rage yawan makamashi zuwa kashi daya bisa uku na al'ada electrolysis, tare da irin ƙarfin lantarki a kasa1 V.

A taƙaice, aikace-aikacen tsarin lantarki na ruwan teku a masana'antar samar da wutar lantarki ta ruwa ya shafi rigakafin gurɓataccen gurɓataccen ruwa na gargajiya da filayen samar da hydrogen da ke tasowa, kuma ci gaba da ci gaban fasaharsa na samar da ingantacciyar hanyar muhalli da ingantaccen tsarin makamashi na bakin teku da na teku.

Zagayowar kulawa na tsarin lantarki na ruwan teku

7.Regular dubawa da kiyayewa: Tsarin lantarki na ruwa na teku yana buƙatar dubawa akai-akai da kiyayewa don tabbatar da aiki na yau da kullun. Yawancin lokaci ana ba da shawarar yin bincike kowane watanni 3 zuwa 6, gami da rushewar anode da amincin sassan haɗin gwiwa.

8.Electrolytic cell components: Ita ce tantanin halitta na electrolytic daya daga cikin mahimman abubuwan da ke cikin tsarin ruwan teku kuma yana buƙatar kulawa ta musamman ga matsayin aikinsa. Idan an sami sikeli ko lalata a cikin tantanin halitta na electrolytic, wanke acid ko wasu matakan tsaftacewa ya kamata a dauki lokaci mai tsawo.

9.Electrical System: Kula da tsarin lantarki yana da matukar muhimmanci, ciki har da dubawa da kuma kula da kayan aiki irin su ƙananan kayan rarraba wutar lantarki, ɗakunan sarrafawa na aiki, da kayan aikin gyaran wutar lantarki.

10. Tace: A matsayin muhimmin sashi na tsarin lantarki na ruwa na teku, ana buƙatar tsaftacewa akai-akai ko maye gurbinsu bisa ga takamaiman yanayi don kula da ingantaccen ƙarfin tsaftace ruwa. Gabaɗaya, ana iya maye gurbin matattara masu inganci a kowace shekara 1 zuwa 2, yayin da matattarar jiki ko tacewa na iya buƙatar ƙarin tsaftacewa ko sauyawa akai-akai.

A taƙaice, ya kamata a ƙayyade tsarin sake zagayowar ruwa na ruwa na lantarki bisa ƙayyadaddun yanayin amfani da yanayin ingancin ruwa, amma gabaɗaya ana ba da shawarar gudanar da cikakken bincike aƙalla kowane watanni 3 zuwa 6 tare da aiwatar da daidaitaccen kulawa da kiyayewa kamar yadda ake buƙata.