Water Discharge and Filling System of Fish Pond Based on Arduino Uno R3 Microcontroller Based Water
Chaerudin (a*), Wisnu Broto (b)

Electrical Studies Program, Faculty of Electrical Engineering, University of Pancasila Jakarta, Jl. Raya Lenteng Agung, Jagakarsa, South Jakarta City, Special Capital Region of Jakarta
*chaerudin799[at]gmail.com

Abstract

Air pH technology as an alternative means of neutralizing air pH in fish ponds to produce better water and resist all diseases. This is a major part of this business that is increasingly lucrative. According to the United Nations agencys report, in 2021 the worlds per capita fish consumption will reach 19.6 kg per year. Therefore it is necessary to increase the production of fish farming. In the cultivation of fish livestock requires a pH level (Potential Hydrogen) air of the pool is neutral, because if the pH of the pool of water then the acid will result to the fish. If the pond water pHnya acid then the fish will dihinggapi that result in bacteria to fish fish. So it takes water pond that is neutral pH. What causes water to be acidic is the acid rain reaction. The main cause of acid rain is when there is an air associated with motor vehicles and factories. For air purification by means of air that is electrolyzed into a process in which hot air passes through the air. The single and negative charged free electron is added to the water at the positive cathode side (reduction) of the semipermeable membrane and the electrons are removed from the air at the negative anode (oxidation). The way back is to drain water through a high-quality carbon filter to remove contamination from organic and inorganic substances in the air. The water that has passed through the filter then uses titanium processed as a catalyst, as magnesium and sodium provide the ions necessary to generate power of approximately 230 watts into the air and treat the structure of the air and can change the air pH. Which is controlled by arduino uno R3 microcontroller with pH meter.

Topic: EDU2 Research and Development

PermaLink: http://snf2018.interconf.org/kfz/pages/abstract.php?id=17