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Research Article

Enhancing Performance of a Water Distillation Device via Recycled Plastic Bottles: An Experimental Study

526 reads
Sarah Grace Cabug , Ruth Ann Bitos , Mary Jane Tolentino , Kathryn Jean Crisostomo , Andrea Jan Manaloto , Krystle Marie Compuesto , Krishia Alleyson Peralta , Franchesca Angel Marie Tus , Mary Criss Tus , Jhoselle Tus , Francis Rayo
J Adv Stud Life Scie, 2024, 1 (1), 24-28, DOI: https://doi.org/10.5281/zenodo.13998334, ISSN 3062-312X
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Abstract

The cleanliness of accessible water is not always assured as it might become contaminated with bacteria during transmission through pipes, leading to the potential spread of waterborne infections. Creating a water distillation system is recognized as one of the earliest techniques for treating water, effectively removing inorganic chemicals, germs, particles, pollutants, and other impurities. This study aims to suggest a water distillation device that offers convenience to communities with limited access to clean and safe water. Additionally, the study aims to evaluate the efficiency of a cost-effective water distillation apparatus made from recycled plastic bottles. In addition, the researchers developed a detailed graphic diagram and built a water distillation apparatus using recycled plastic bottles to assess its effectiveness. The findings demonstrate that the distillation process effectively removes both organic and inorganic components present in water through evaporation and steam. Utilizing recycled plastic bottles highlights the potential for repurposing waste materials to create effective solutions in water treatment.

Keywords plastic experimental recycled plastic bottles water distillation device bottle
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The team behind this paper

11 authors, 5 institutions.

This paper Jesus is Lord Colleges Foundation — Philippines Jesus is Lord Colleges … 7 authors Pamantasan ng Lungsod ng Maynila — Philippines Pamantasan ng Lungsod n… 1 author St. Paul School of Sta. Maria St. Paul School of Sta.… 1 author Philippine Christian University — Philippines Philippine Christian Un… 1 author Lipa City Colleges — Philippines Lipa City Colleges 1 author Sarah Grace Cabug — corresponding author SC Sarah Grace Cabug ✉ Ruth Ann Bitos RB Ruth Ann Bitos Mary Jane Tolentino MT Mary Jane Tolentino Kathryn Jean Crisostomo KC Kathryn Jean Crisostomo Andrea Jan Manaloto AM Andrea Jan Manaloto Krystle Marie Compuesto KC Krystle Marie Compuesto Francis Rayo FR Francis Rayo Krishia Alleyson Peralta KP Krishia Alleyson Peralta Franchesca Angel Marie Tus FT Franchesca Angel Marie Tus Mary Criss Tus MT Mary Criss Tus Jhoselle Tus JT Jhoselle Tus

Readership

526 reads over 25 months.

#10 most read in this journal this month
October 2024 October 2026

Related work on SciMatic

Closest of 10 articles sharing keywords with this one. A rarer shared keyword counts for more than a common one.

On SciChain

This article is token #3880 of SciMatic Articles (ERC-1155): 1,000,000 tokens, minted once, never more. The chain also stores a fingerprint (SHA-256) of the article's record, so anyone can check that it has not been altered.

HolderWalletTokens
SciMatic 0xc35709…277732 100,000 (10%)
Sarah Grace Cabug 0x73D850…68149B 81,820 (8.18%)
Ruth Ann Bitos 0x274E2C…f39e6A 81,818 (8.18%)
Mary Jane Tolentino 0x2De20A…0Ae046 81,818 (8.18%)
Kathryn Jean Crisostomo 0x340F03…65149E 81,818 (8.18%)
Andrea Jan Manaloto 0xAaD816…8FFd89 81,818 (8.18%)
Krystle Marie Compuesto 0x11C388…23B7E1 81,818 (8.18%)
Krishia Alleyson Peralta 0x042992…094F9b 81,818 (8.18%)
Franchesca Angel Marie Tus 0x2d750F…114ADc 81,818 (8.18%)
Mary Criss Tus 0x2A5381…6fEC32 81,818 (8.18%)
Jhoselle Tus 0x92AB5B…AD6C02 81,818 (8.18%)
Francis Rayo 0xbAaBe7…c33EAc 81,818 (8.18%)
Content hash 0xc9a7c29cba5299ff0fca5ac95bb2c82fbef5079b0fe9dc90be8b342f03dea572
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Bibliographic Information

Sarah Grace Cabug, Ruth Ann Bitos, Mary Jane Tolentino, Kathryn Jean Crisostomo, Andrea Jan Manaloto, Krystle Marie Compuesto, Krishia Alleyson Peralta, Franchesca Angel Marie Tus, Mary Criss Tus, Jhoselle Tus, Francis Rayo, (2024). Enhancing Performance of a Water Distillation Device via Recycled Plastic Bottles: An Experimental Study, Journal of Advanced Studies in Life Sciences, 1(1): 24-28
Bibtex Citation
@article{sarah_grace_cabug2024jasls,
author = {Sarah Grace Cabug and Ruth Ann Bitos and Mary Jane Tolentino and Kathryn Jean Crisostomo and Andrea Jan Manaloto and Krystle Marie Compuesto and Krishia Alleyson Peralta and Franchesca Angel Marie Tus and Mary Criss Tus and Jhoselle Tus and Francis Rayo},
title = {Enhancing Performance of a Water Distillation Device via Recycled Plastic Bottles: An Experimental Study},
journal = {Journal of Advanced Studies in Life Sciences},
year = {2024},
volume = {1},
number = {1},
pages = {24-28},
doi = {https://doi.org/10.5281/zenodo.13998334},
url = {https://scimatic.org/show_manuscript/3880}
}
APA Citation
Cabug, S.G., Bitos, R.A., Tolentino, M.J., Crisostomo, K.J., Manaloto, A.J., Compuesto, K.M., Peralta, K.A., Tus, F.A.M., Tus, M.C., Tus, J., Rayo, F., (2024). Enhancing Performance of a Water Distillation Device via Recycled Plastic Bottles: An Experimental Study. Journal of Advanced Studies in Life Sciences, 1(1), 24-28. https://doi.org/https://doi.org/10.5281/zenodo.13998334

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