金属板电极距离对HHO发生器的生产力和效率的影响

Akhmad Daudi Shabahaini, Mastiadi Tamjidillah
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引用次数: 1

摘要

HHO气体是一种可以替代化石能源的替代能源。HHO气体本身有几种生产方法,其中一种是利用水电解。水被赋予直接电荷,因此水分子(H2O)分裂成HHO气体。本研究的目的是确定铁板电极距离从2mm, 4mm和6mm变化对HHO发生器的生产率和效率的影响,因为使用的水是与KOH溶解在一起的Teluk Tamiang村的海水。从实验中得到的数据以电压、电流、产生50ml HHO气体的时间、海水的pH值、电解前后溶液的pH值、电解后的温度等形式进行。然后对数据进行处理,使其在2毫米距离处的生产率最高,平均流速为0.89 ml/s,在2毫米距离处的效率最高,平均为23.83%。这是因为在2毫米的距离上,电子从阴极电极移动到阳极电极的速度更快,产生的电阻更小,因此HHO发生器产生更快的氢氧气泡,更少的功率和能量消耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PENGARUH JARAK ANTAR ELEKTRODA PLAT BESI TERHADAP PRODUKTIVITAS DAN EFISIENSI GENERATOR HHO MENGGUNAKAN METODE ELEKTROLISIS AIR LAUT DENGAN KATALIS KOH
HHO gas is an alternative energy that can replace fossil energy sources. HHO gas itself can be produced in several ways, one of which uses water electrolysis. Water is given a direct electric charge so that the water molecule (H2O) splits into HHO gas. This study aims to determine the effect of iron plate electrode distance on the productivity and efficiency of HHO generator by varying it from 2 mm, 4 mm and 6 mm, for the water used is the sea water of Teluk Tamiang Village which was dissolved together with KOH of 3,04%. From the experiments carried out the data obtained in the form of voltage, current, time to produce 50 ml of HHO gas, pH of sea water, pH of the solution before and after electrolysis, and temperature after electrolysis. The data is then processed so that it gets the highest productivity at a distance of 2 mm with an average flow rate of 0,89 ml/s and the highest efficiency at a distance of 2 mm with an average of 23,83%. This is because at a distance of 2 mm the electrons move from the cathode electrode to the anode electrode faster and the resulting resistance is smaller, so that the HHO generator produces faster oxyhydrogen bubbles and less power and energy consumption.
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