Pengaruh Penambahan Jumlah Plat Netral Jenis Stainless Steel Aisi 302 B Pada Dry Cell Untuk Pemisahan H2(g) dan O2(g) dari H2O(l)

Abstract

Over the years people's dependence on fossil fuels is very high. Even for generating electrical energy, fuel continues to be used as well. Fuel cell technology (fuel cell) is the right thing to save the use of oil by using hydrogen to generate electricity and oxygen as a binder so harmless exhaust gas .To obtain hydrogen and oxygen, the authors use a dry cell by varying the number of neutral plates. The purpose of this study was to determine the effect of the number neutral plate with respect to temperature and the resulting gas production. This study also aimed to determine the effect of KOH and strong currents in the dry cell. The study was done using a thermocouple temperature recorder agilent as produced. In every 90 seconds, the volume of gas produced was measured at each test variable that has been done. From the results obtained, the highest production values generated at 10 plates neutral testing with 4.66% KOH. Whereas, the highest temperature occurs in the test 4 neutral plates with 4.66% KOH. So it can be concluded that, the more the higher the plate neutral gases produced, while the lower temperatures generated and the less the higher the neutral plate heat generated while the volume of gas produced lower.