Purified water / G.Valtsala Gopalan … [et al.]

Gopalan, G.Valtsala and M.Sivananthan, Avenesan Srie and Raja, Yogesraj and Megala, Samundeswary and Thanabalan, Nathan Pravin (2021) Purified water / G.Valtsala Gopalan … [et al.]. In: International Jasin Multimedia and Computer Science Invention and Innovation Exhibition (i-JaMCSIIX 2021). International Jasin Multimedia and Computer Science Invention and Innovation Exhibition, 4 . Faculty of Computer and Mathematical Sciences, Jasin, p. 55.

Abstract

The motive is to prepare and design activated carbon filter for water filtration. Thus, to analyze filtered water from activated carbon water filtration system. As known, from burning coconut shell can produce activated carbon and it can be a filtration material that can be used as a filter. Activated carbon can be produced from several source of material such as coconuts, nutshell, coal, peat, and wood. In this study, coconut shells were used to produce activated carbon. Activated carbon water filtration is mainly used for several treatment purpose. Activated carbon is used to remove chlorine from the water. This process called dichlorification and it will absorb the chlorine. Reactivated filters should only be used in waste water treatment applications. Advantages of using AC is easy to install and maintain, efficient to remove certain organics, carbon or known as AC, are a very useful group of adsorbents, with capable for selectively adsorbing thousands of organic. Such as coconut shell, wood chip, paddy husk, and palm oil fruits. Because it is easy to get, eco-friendly or environmental friendly, biodegradable, renewable source of carbon and easy to manufacture. Even coconut shell is a purer form of carbon compared to coal and wood filters. Moreover, this activated carbon from coconut shell can remove chlorine, ammonia, objectionable tastes and odors found in tap water. It also reduce hydrogen sulfide and other contaminants. The major uses of activated carbon is for, indoor air decontamination, food industry, chemical and smelting industry, and for drinking water treatment.

Metadata

Item Type: Book Section
Creators:
Creators
Email / ID Num.
Gopalan, G.Valtsala
devisival654@yahoo.com
M.Sivananthan, Avenesan Srie
UNSPECIFIED
Raja, Yogesraj
UNSPECIFIED
Megala, Samundeswary
UNSPECIFIED
Thanabalan, Nathan Pravin
UNSPECIFIED
Subjects: T Technology > TD Environmental technology. Sanitary engineering > Water supply for domestic and industrial purposes
T Technology > TD Environmental technology. Sanitary engineering > Water supply for domestic and industrial purposes > Water purification. Water treatment and conditioning. Saline water conversion
Divisions: Universiti Teknologi MARA, Melaka > Jasin Campus > Faculty of Computer and Mathematical Sciences
Series Name: International Jasin Multimedia and Computer Science Invention and Innovation Exhibition
Volume: 4
Page Range: p. 55
Keywords: Dichlorification; Chlorine; Water
Date: 2021
URI: https://ir.uitm.edu.my/id/eprint/50343
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