WATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS

Wastewater is produced by human activities, industrial processes, and others. Following the SDG targets, target 6.3 in particular, state that in 2030 the water quality will be improved by reducing pollution, eliminating dumping, and other alternatives to treat wastewater. Thus, current wastewater sh...

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Main Author: Abdurrahman, Fauzan
Format: Final Project
Language:Indonesia
Subjects:
Online Access:https://digilib.itb.ac.id/gdl/view/72722
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:72722
spelling id-itb.:727222023-05-24T14:41:37ZWATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS Abdurrahman, Fauzan Teknik (Rekayasa, enjinering dan kegiatan berkaitan) Indonesia Final Project wastewater, dyes, color, adsorption, removal, efficiency INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/72722 Wastewater is produced by human activities, industrial processes, and others. Following the SDG targets, target 6.3 in particular, state that in 2030 the water quality will be improved by reducing pollution, eliminating dumping, and other alternatives to treat wastewater. Thus, current wastewater should be treated in a way that the stated target can be achieved in the future. Dyes in wastewater are produced by textile industries, in which it is released to the environment. If left untreated, health complications such as respiratory diseases as well as the productivity of the water body ecosystem may be a threat due to the dye’s chemical composition and its characteristics. Adsorption is one of the popular methods in treating dye wastewater due to its cheapness and capability in capturing dyes and color pigment. However, certain adsorbents such as chitosan, chitin, and others that are proved effective may not be available in certain regions. Thus, this research will be focusing on utilizing daily materials such as coal fly ash, activated carbon, and wood pellet and test its effectiveness compared to the readily available adsorbents and studying its effective working conditions. Adsorption experiments will be done in semi-continous operations and room temperature. Adsorption is executed by flowing samples to the column and analyzing the effluent. Parameters evaluated include color observations, removal efficiency, surface area and FTIR analysis. Results show activated charcoal as the best adsorbent for color removal, works in pH 5 & 10 with 10 gram adsorbents. Coal fly ash works in pH 10 and 9 gram adsorbents. Wood pellets work in pH 7 with 8 grams adsorbents. All adsorbent works best at dye mass of 0.1 grams/L water. Removal efficiency for activated charcoal, coal fly ash, and wood pellets is 62.98%, 93.7%, 30.5% respectively. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
topic Teknik (Rekayasa, enjinering dan kegiatan berkaitan)
spellingShingle Teknik (Rekayasa, enjinering dan kegiatan berkaitan)
Abdurrahman, Fauzan
WATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS
description Wastewater is produced by human activities, industrial processes, and others. Following the SDG targets, target 6.3 in particular, state that in 2030 the water quality will be improved by reducing pollution, eliminating dumping, and other alternatives to treat wastewater. Thus, current wastewater should be treated in a way that the stated target can be achieved in the future. Dyes in wastewater are produced by textile industries, in which it is released to the environment. If left untreated, health complications such as respiratory diseases as well as the productivity of the water body ecosystem may be a threat due to the dye’s chemical composition and its characteristics. Adsorption is one of the popular methods in treating dye wastewater due to its cheapness and capability in capturing dyes and color pigment. However, certain adsorbents such as chitosan, chitin, and others that are proved effective may not be available in certain regions. Thus, this research will be focusing on utilizing daily materials such as coal fly ash, activated carbon, and wood pellet and test its effectiveness compared to the readily available adsorbents and studying its effective working conditions. Adsorption experiments will be done in semi-continous operations and room temperature. Adsorption is executed by flowing samples to the column and analyzing the effluent. Parameters evaluated include color observations, removal efficiency, surface area and FTIR analysis. Results show activated charcoal as the best adsorbent for color removal, works in pH 5 & 10 with 10 gram adsorbents. Coal fly ash works in pH 10 and 9 gram adsorbents. Wood pellets work in pH 7 with 8 grams adsorbents. All adsorbent works best at dye mass of 0.1 grams/L water. Removal efficiency for activated charcoal, coal fly ash, and wood pellets is 62.98%, 93.7%, 30.5% respectively.
format Final Project
author Abdurrahman, Fauzan
author_facet Abdurrahman, Fauzan
author_sort Abdurrahman, Fauzan
title WATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS
title_short WATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS
title_full WATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS
title_fullStr WATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS
title_full_unstemmed WATER TREATMENT ADSORBENTS FROM BIOMASS AND MINERALS
title_sort water treatment adsorbents from biomass and minerals
url https://digilib.itb.ac.id/gdl/view/72722
_version_ 1822006908578430976