Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia

Kuprum (Cu 2+) amat mudah didapati pada batu-batuan, air,dan tanah secara semulajadi. Oleh kerana kebolehannya untuk mengalirkan arus dan haba serta mudah untuk dilenturkan, ianya digunakan di dalam pelbagai sektor seperti sektor elektrik dan elektronik,semikonduktor serta industri pelapisan elek...

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Main Author: Mohammed Azmi, Megat Azlan
Format: Thesis
Language:English
Published: 2016
Subjects:
Online Access:http://eprints.usm.my/31621/1/Megat_Azlan_Mohammed_Azmi.pdf
http://eprints.usm.my/31621/
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spelling my.usm.eprints.31621 http://eprints.usm.my/31621/ Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia Mohammed Azmi, Megat Azlan HD28-70 Management. Industrial Management Kuprum (Cu 2+) amat mudah didapati pada batu-batuan, air,dan tanah secara semulajadi. Oleh kerana kebolehannya untuk mengalirkan arus dan haba serta mudah untuk dilenturkan, ianya digunakan di dalam pelbagai sektor seperti sektor elektrik dan elektronik,semikonduktor serta industri pelapisan elektro. Olehkerana kuprum (Cu 2+) ditafsirkan sebagai sesuatu unsur, ianya tidak dapat dimusnahkan dan keberadaannya di persekitaran amat dititkberatkan. Copper (Cu 2+) are commonly metal that been widely spread in the earth due to its availability as an essential element for plants and animal and can be found in rock, water, and soil naturally. Due to their conductivity, and ductile properties copper (Cu 2+) was used in various industries such as electrical and electronic, semiconductor and electro plating industries. Since copper (Cu 2+) defined as an element which cannot be destroyed, their faith in environment was taken into considerations. 2016-09 Thesis NonPeerReviewed application/pdf en http://eprints.usm.my/31621/1/Megat_Azlan_Mohammed_Azmi.pdf Mohammed Azmi, Megat Azlan (2016) Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia. Masters thesis, Universiti Sains Malaysia.
institution Universiti Sains Malaysia
building Hamzah Sendut Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Sains Malaysia
content_source USM Institutional Repository
url_provider http://eprints.usm.my/
language English
topic HD28-70 Management. Industrial Management
spellingShingle HD28-70 Management. Industrial Management
Mohammed Azmi, Megat Azlan
Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia
description Kuprum (Cu 2+) amat mudah didapati pada batu-batuan, air,dan tanah secara semulajadi. Oleh kerana kebolehannya untuk mengalirkan arus dan haba serta mudah untuk dilenturkan, ianya digunakan di dalam pelbagai sektor seperti sektor elektrik dan elektronik,semikonduktor serta industri pelapisan elektro. Olehkerana kuprum (Cu 2+) ditafsirkan sebagai sesuatu unsur, ianya tidak dapat dimusnahkan dan keberadaannya di persekitaran amat dititkberatkan. Copper (Cu 2+) are commonly metal that been widely spread in the earth due to its availability as an essential element for plants and animal and can be found in rock, water, and soil naturally. Due to their conductivity, and ductile properties copper (Cu 2+) was used in various industries such as electrical and electronic, semiconductor and electro plating industries. Since copper (Cu 2+) defined as an element which cannot be destroyed, their faith in environment was taken into considerations.
format Thesis
author Mohammed Azmi, Megat Azlan
author_facet Mohammed Azmi, Megat Azlan
author_sort Mohammed Azmi, Megat Azlan
title Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia
title_short Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia
title_full Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia
title_fullStr Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia
title_full_unstemmed Copper (Cu 2+) Removal By Bio Flocculants Produced From Bacillus Subtillis Bsia
title_sort copper (cu 2+) removal by bio flocculants produced from bacillus subtillis bsia
publishDate 2016
url http://eprints.usm.my/31621/1/Megat_Azlan_Mohammed_Azmi.pdf
http://eprints.usm.my/31621/
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score 13.214268