Abstract:
Abstract
HHO gas is an alternative energy that can replace fossil energy sources. HHO gas
can be produced in several ways including water electrolysis. In this study the
researchers used the electrolysis method of well water using NaHCO3 catalyst in
this study. The researchers used variations in the distance between the wheels,
namely 2mm, 4mm, and 6mm. From the research, it was concluded that the time
needed to produce HHO gas in the first 50 was the fastest at a distance of 2 mm,
which is 95 seconds. While at the latest at a distance of 6 mm, 123 seconds. HHO
gas flow rate at a distance of 2 mm is greater than the flow rate at a distance of 4
mm and a distance of 6 mm. The smaller the distance between plates, the faster
the HHO gas will be generated. Which is used during the electrolysis process,
where the lower voltage is obtained with a distance of 6 mm which is 3.4 volts
while the lowest current is obtained at a distance of 2 mm which is 4.25 amperes.
The lowest electrical energy is obtained at a distance of 2 mm ie 50 ml starting
using energy of 1266.35 joules From several factors that affect the efficiency of
the HHO generator, the highest efficiency is found at a distance of 2 mm, which is
an average of 37.90% and the lowest efficiency at a distance of 6 mm, which is
20.58%, so that the efficiency is obtained plate 2 mm.
Keywords: HHO, Electrolysis, Efficiency Gas
