Design and implementation of the electrochlorination filter model based on solar photovoltaic for daily watering systems at Eco-Garden-SD IT AI-Uswah Surabaya

Al-Uswah Elementary School holds an Eco-Garden program, but in the process, Al-Uswah has an issue with the lack of water to fulfil the daily watering needs. So we assumed the solution to this problem is filtering the wastewater in Al-Uswah into clean water, which is mainly available in Al-Uswah. Fil...

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Bibliographic Details
Published inIOP conference series. Materials Science and Engineering Vol. 383; no. 1; pp. 12060 - 12064
Main Authors Penangsang, O, Soeprijanto, A, Aryani, N K, Putra, D F U, Rony Seto, W, Suyanto, Arseto, Y B, Alfan, P, Ali Fikri, M, Riangga, A, Panuntun, S B, Saad D, A, Rinthon, B A, Elpha Aulia, A
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.07.2018
Subjects
Chlorination
Filters
Filtration
Flow velocity
Model accuracy
Photovoltaic cells
Wastewater
Water purification
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Summary:Al-Uswah Elementary School holds an Eco-Garden program, but in the process, Al-Uswah has an issue with the lack of water to fulfil the daily watering needs. So we assumed the solution to this problem is filtering the wastewater in Al-Uswah into clean water, which is mainly available in Al-Uswah. Filtering of wastewater to supply clean water for the eco-garden and hydroponic system using electro-chlorination water filter integrated with Solar PV is one of the best ways to provide daily hydroponic water needs. This paper presents a method for modelling and sizing electro-chlorination water filter integrated with Solar PV for an eco-garden and hydroponic system. The model of electro-chlorination described how to convert wastewater into clean water, predict flow rate to meet the daily need, and provide an experimental result to calculate the accuracy of the model.
ISSN:1757-8981
1757-899X
DOI:10.1088/1757-899X/383/1/012060