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Design and implementation of water quality monitoring for eel fish aquaculture | IEEE Conference Publication | IEEE Xplore

Design and implementation of water quality monitoring for eel fish aquaculture


Abstract:

We have designed and implemented water quality monitoring using Raspberry Pi3. This device is made to monitor the water quality of aquaculture, which uses an aeration in ...Show More

Abstract:

We have designed and implemented water quality monitoring using Raspberry Pi3. This device is made to monitor the water quality of aquaculture, which uses an aeration in the form of a microbubble. Some water quality parameters that used in this monitoring are dissolved oxygen (DO), acidity (pH), and temperature. Data processing devices used Raspberry Pi3 and python program used to create a sensor acquisition program and the program viewer. Tests carried out in two stages, those are sensors reading stability and device monitoring performance. The testing sensor stability conducted in the laboratory and the testing device monitoring carried out in aquariums using microbubble aeration. An implementation held on eel aquaculture using microbubble aeration. The test results also used for examination of microbubble aeration. The device can be used to monitor water quality in the laboratory, aquariums and eel aquaculture. All of the features in this monitoring device can function properly and smoothly.
Date of Conference: 29-30 November 2016
Date Added to IEEE Xplore: 27 March 2017
ISBN Information:
Conference Location: Bandung, Indonesia

I. Introduction

Demand for fish and the fish processed food is increasing, while the condition of fisheries is currently in stagnation condition, and even tended to decrease production in several regions in Indonesia. Marine environmental degradation as a caused by global climate change, coupled with uncontrolled excessive exploitation decrease the production of marine fisheries [1]. Therefore, alternative suppliers of fishery products are from aquaculture. However, due to a limited area and climatic conditions are not always supported, these are becoming inhibiting the development of aquaculture in most countries in the world, including Indonesia [2]. Therefore, we need a technology that is used to increase the production of this aquaculture, for example by monitoring water quality for fish farming. As for the parameters of the water quality in this research are determined by Dissolved Oxygen (DO), temperature, and acidity (pH) of the water.

References

References is not available for this document.