Development of water treatment by electrocoagulation using solar power/ Rigor M. Jaramillo, Prince Vincent M. Lorete, Renz N. Mercado, Sean Dominique D. Salazar
Manila: Technological University of the Philippines, 2020Description: xi, 66pages: 28cm. + CD-ROM ( 3 3/4 in.)Subject(s): LOC classification:- BTH TD 430 J37 2020
| Item type | Current library | Shelving location | Call number | Copy number | Status | Notes | Date due | Barcode |
|---|---|---|---|---|---|---|---|---|
Bachelor's Thesis CIT
|
TUP Manila Library | Thesis Section-2nd floor | BTH TD 430 J37 2020 (Browse shelf(Opens below)) | c.1. | 1 | For library use only | BTH |
Browsing TUP Manila Library shelves, Shelving location: Thesis Section-2nd floor Close shelf browser (Hides shelf browser)
No cover image available
|
No cover image available
|
No cover image available
|
No cover image available
|
No cover image available
|
No cover image available
|
No cover image available
|
||
| BTH TC 805 D45 2020 Development of an automatic irrigation system with ATS/ | BTH TD 794.5 D45 2022 Development of edible straw using corn stover waste/ | BTH TD 224 A95 2022 Development of automatic floating waste collector for waterways/ | BTH TD 430 J37 2020 Development of water treatment by electrocoagulation using solar power/ | BTH TD 524 B66 2022 An IOT-based automated waste-collecting robot for water surfaces/ | BTH TF 24D C43 2019 Development of Semi-conductor Air Dryer Unit Assembler/ | BTH TF 240 A23 2024 Development of automatic mobile oil dispensing with monitoring for train compressor/ |
Thesis (Undergraduate)
CIT BT-AET Technological University of the Philippines 2022
This study, Development of Water 'Treatment by Blectrocoagulation using Solar Power, purpose is to help ear wash shops and households recast waste water using solar as a renewable energy source. This study also aims primarily to aid nature with its ever-growing issue of water shortage. There is a variety of electrocoagulation method, but this study depends on locally accessible resources. The said project consists of wood and glass panel to form the frame; it has aluminum sheet electrodes, hydronium paper for pH testing, different kinds of rocks and sand for filtration, and solar panel as power source. The testing process completed last March 2020, the result show table 3 and 4. The project started January 2020 and the completion of the document on April 2020. Due to the pandemic, the researchers performed a test procedure of what the resources could provide. Lack of financial support to provide the electrodes, water pump, filtration stones, and pH meter became the issue and some of the researchers became stuck in their respective provinces. Each section of Project Research does not provide the researcher a lest outcome and other evidence to show that the work that the researchers have done is successful. Other water treatment details utilizing electrocoagulation is given below to effectively evaluate the possible outcome of the system when the researchers perform a test procedure, to show the achievement in the experiment and to see what other resources the researchers are unable to use because of this pandemic. Therefore, based on their research, the researchers provided an appropriate reading or evaluation regarding water cleanliness.
There are no comments on this title.