Regarding Asahi Kasei, Hokka Kikai, Chlorine Engineering, and Wood electrolyzers: V = theoretical decomposition voltage + KD
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This post was last edited by sunjl1981 on 2013-1-6 at 23:49. For Asahi Kasei, Beihua Ji, Chlorine Engineering, and Wood electrolyzers, V = theoretical decomposition voltage + KD. I saw a table detailing the performance of these various electrolyzers on our Haichuan platform before; I’ve been trying to find it again lately but without success, so I’m turning to everyone for help! I remember that for the above types of slots, the theoretical voltage values in V = theoretical breakdown voltage + KD are different; I’m not sure why I hope everyone can help me by providing again the values of V = theoretical decomposition voltage + KD for Asahi Kasei, Beihua Ji, Chlorine Engineering, and Wood electrolyzers. I am extremely grateful; I really couldn’t find it! I would be extremely grateful to anyone who can provide the following! ! # + + .
V = theoretical breakdown voltage + KD; the theoretical breakdown voltage can be obtained from the manufacturer, D is the current density, and the value of K is calculated based on the measured groove voltage. Manufacturers can provide data from the laboratory, while actual data must be calculated in practice. This post was last edited by limingshuguang on 2008-11-1 10:34.]
I want that material too; it’s a shame. . . Could some of them be sent to my email? ? youngl3628@126.com Thanks
Preface Company Name Japan Japan UK Germany and Italy China Comparison Items Asahi Kasei Polar Plate Chlorine Engineering Polar Plate Innos Polar Plate Woodinola Polar Plate Beihua Ji Polar Plate Relationship between plate voltage and current density: u=2.331+0.154i u=2.38+0.14i u=2.36+0.139i u=2.253+0.17i u=2.34+0.16i Dimensional notes: u--; I--; I-- u--; I-- u--; I-- u--; I-- Is this what the user is looking for?
It’s too little; to be clear, the level isn’t high enough.
Not at the right level to view: funk:
My level isn’t high enough, so I can’t view it. Is there anyone who has downloaded it? Could you send me a copy to my email? I would be extremely grateful, thank you! My email: hai1125001@126.com
I’m not at the right level for this; could any kind sir send it to me? I would be extremely grateful! winter8@tom.com
In the formula V = 2.39 + K”DK, V represents the cell voltage; K is the slope, with a value of V·m2/kA; DK is the operating current density, in kA/m’. With a multi-hole nickel active cathode, a titanium active anode, and a Asahi Glass hydrophilic membrane being used, the value of K is set at 0.15 V·m2/kA