C.E. Rustana, Sunaryo, I.N. Salam, I. Sugihartono, W. Sasmitaningsihhiadayah, A.D.R. Madjid, F.S. Hananto
To know the effect of electrode type on the production of hydrogen gas through the electrolysis of sea water, this research was conducted. At a constant potential difference of 12 Volt, the electrolysis process is carried out by alternately using graphite and copper as electrodes. The electrolysis process time was varied from 10 to 55 minutes with increments every 5 minutes for each electrode. The results showed that the use of copper in the electrolysis of sea water produced a maximum of 82 ml of hydrogen gas better than 76 ml of graphite with a total processing time of 5 hours and 25 minutes. The results also show that the production of hydrogen gas in graphite has the largest hydrogen production rate in the first 10 minutes, but continues to decline, while the copper electrode has the largest hydrogen production rate at 220 minutes and decreases when the electrolysis process reaches 270 minutes when the electric current experiences drop. This can be understood due to the corrosion of the electrode by chlorine, which causes the electrode life to be limited. Meanwhile, the water displacement measurement method is used to determine the volume of hydrogen gas produced from the electrolysis of seawater in this study. © 2021 Institute of Physics Publishing. All rights reserved.
Physics Department, Faculty of Science and Technology, State Islamic University of Maulana Malik Ibrahim, Malang-East Java, 65144, Indonesia; Physics Departement, Faculty of Mathematics and Science, State University of Jakarta, East Jakarta, 13220, Indonesia
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