CD Skripsi
Rancang Bangun Generator Ozon Koaksial
ABSTRACT
The development of applied science and technology, especially in industry, can have
both positive and negative effects. One of the negative effects is the higher pollution
in soil, water and air. In order to overcame one of the problems, the use of ozone has
now been widely applied in various fields, for example as a disinfectant for drinking
water treatment, disinfecting germs, sterilizing medical devices and preserving food
ingredients. Ozone can be generated by the dielectric barrier discharge method
which is generally used as a method of generating ozone supplied with high voltage
or also known as high voltage plasma generators. High voltage plasma occurs in air
gap in the dielectric barrier discharge due to the failure of air to maintain its
insulating properties. The type of electrode used and the gap distance in the dielectric
barrier dischrage test can affect the amount of plasma produced, and plasma also
affects the yield of ozone concentration. In this research, a coaxial ozone generator
will be designed with a variation of 3 inner electrodes, variations in the flow rate of
oxygen input and the presence or absence of the influence of the magnetic field on the
ozone produced.
Keywords: Science, Ozone, Dielectric Barrier Discharges, Electrodes, Plasma,
Magnetic Field.
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