Mai Gyaran Wutar Lantarki Mai Girma 250KW don Hydrogen Mai Lantarki
fasali
Samfuri & Bayanai
| Lambar samfuri | Fitar da walƙiya | Daidaiton nuni na yanzu | Daidaiton nunin volt | Daidaiton CC/CV | Hawan sama da sauka | Harbi fiye da kima |
| GKD50-5000CVC | VPP≤0.5% | ≤10mA | ≤10mV | ≤10mA/10mV | 0~99S | No |
Aikace-aikacen Samfura
Ana amfani da na'urar gyara iskar gas ta electrolytic wajen haɗa hydrogen, sulfur hexafluoride, carbon tetrafluoride, sulfur hexafluoride, ammonia mai tsarki da sauran iskar gas na musamman.
A lokacin electrolysis, cations a cikin electrolyte suna ƙaura zuwa cathode kuma electrons suna raguwa a anode. Anion yana gudu zuwa anode kuma yana rasa electrons don a haɗa su. An haɗa electrodes guda biyu a cikin maganin jan ƙarfe sulfate kuma an yi amfani da wutar lantarki kai tsaye. A wannan lokacin, za a gano cewa jan ƙarfe da hydrogen suna zubewa daga farantin da aka haɗa zuwa cathode na wutar lantarki. Idan anode ne na jan ƙarfe, narkewar jan ƙarfe da hazo na iskar oxygen suna faruwa a lokaci guda.
Samar da hydrogen ta hanyar electrolysis na ruwa shine rabuwar kwayoyin ruwa zuwa hydrogen da oxygen ta hanyar aikin lantarki a ƙarƙashin aikin lantarki kai tsaye. Dangane da diaphragm daban-daban, ana iya raba shi zuwa electrolysis na ruwa na alkaline, electrolysis na membrane na musayar proton da electrolysis mai ƙarfi.
tuntuɓe mu
(Hakanan zaka iya shiga ka cike ta atomatik.)
