000			02930nam a22003497a 4500
003			OSt
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008			220621b ||||| |||| 00| 0 eng d
040			_bEnglish. _cCvSU-CCAT Campus Library. _erda.
050			_aUM QA 76.76 _bA73 2017
100			_aArcal, Juniel M., author _95497
245			_aDevelopment of Arduino-based Real-time Water Quality Monitoring System for Aquaponics / _cJuniel M. Arcal, Josephine D. Nota and Joycie Eunice H. Tacuyan.
260			_aRosario, Cavite : _bCavite State University-CCAT Campus, _c2017
300			_axvi, 74 leaves : _billustrations ; _c28 cm
500			_aDesign Project (BSCpE)--Cavite State University-CCAT Campus, 2017.
504			_aIncludes bibliographical references and appendices.
520			_aARCAL, JUNIEL M., NOTA, JOSEPHINE D. AND TACUYAN, JOYCIE EUNICE H. Development of Arduino-based Real-time Water Quality Monitoring System for Aquaponics. Undergraduate Design Project. Bachelor of Science in Computer Engineering. Cavite State University-Rosario Campus, Rosario, Cavite. May 2017. Adviser: Engr. Gee Jay C. Bartolome. Technical critic: Diane P. Arayata. The study was conducted from January 2016 to April 2017 to develop an Arduino-based real-time water quality monitoring system for aquaponics. The monitoring system was concerned on four water parameters which include water pH level, dissolved oxygen (DO), electrical conductivity (EC), and water temperature. The monitoring system was developed, evaluated and tested in an aquaponics facility. The readings obtained by the monitoring system were compared with the values obtained using portable water quality meters. The paired T-test revealed no statistically significant difference between the sets of values obtained. This result suggests that the monitoring device can acquire precise readings of water quality parameters. The monitoring system can precisely monitor water quality parameters and store information in its database. The website is also efficient in providing the user a remote access to water quality data. The automated and remote monitoring of water temperature, pH, dissolved oxygen level, and electrical conductivity can help increase the productivity of the aquaponics system. The total cost of developing the system was P 46,424.65.
650			_aArduino-based. _95498
650			_aMonitoring. _95482
650			_aWater pH level. _95499
650			_aDissolve oxygen. _95500
650			_aElectrical conductivity. _95501
650			_aWater temperature. _95502
650			_aAquaponics. _95503
650			_aWater parameters. _95504
700			_aNota, Josephine D., author. _95505
700			_aTacuyan, Joycie Eunice H., author. _95506
700			_aBartolome, Gee Jay C., adviser _94765
700			_aArayata, Diane P., critic. _95287
942			_2lcc _cT/M/D _hQA 76.76 _iA73 2017 _kUM
999			_c1754 _d1754