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Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode

Biofriendly Mg sacrificial anode according to the present invention is developed without addition of hazardous additive elements such as Hg and Pb. Furthermore the usage of SF6 as a cover gas during melting process prevents the global warming problems by addition of Ca. It has a capability to enh...

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Main Authors: N.S. Ibrahim, M.A. Abu Seman, M.H. Firdaus Az'ri
Format: Conference Paper
Language:English
Published: 2012
Subjects:
Corrosion
Sacrificial anode
Magnesium alloys
Pipeline
Online Access:http://ddms.usim.edu.my/handle/123456789/6113
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spelling my.usim-61132015-07-03T00:38:45Z Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode Cathodic protection N.S. Ibrahim M.A. Abu Seman M.H. Firdaus Az'ri Corrosion Sacrificial anode Magnesium alloys Pipeline Biofriendly Mg sacrificial anode according to the present invention is developed without addition of hazardous additive elements such as Hg and Pb. Furthermore the usage of SF6 as a cover gas during melting process prevents the global warming problems by addition of Ca. It has a capability to enhance the anode efficiency and increases the driving potential which equal to or better than a current commercial High Potential Mg Anode. There is no doubt that this product has high prospective to be used for various electrochemical environmental soil. Additionally, the addition of Ca to the Mg sacrificial anodes capable of providing stability melts when manufacturing the Mg sacrificial anode based on protection effect of the melts surface where Ca has a capability to contributes a low melting point modification casting processing. It is also possible to obtain a reducing effect of spark caused by oxidation of Mg during melting. The fabrication of this invention product improves the limits of the cast work by simplifying the casting process. In general, this Mg sacrificial anode according to the present invention has not only has huge potential to reduce cost of operation as well as manufacturing but at the same time could provide a superb protection to avoid corrosion-induced leaking of underground pipeline (or buried iron based structure). 2012-12-31T04:35:02Z 2012-12-31T04:35:02Z 2012-12-31 Conference Paper http://ddms.usim.edu.my/handle/123456789/6113 en
institution Universiti Sains Islam Malaysia
building USIM Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universit Sains Islam i Malaysia
content_source USIM Institutional Repository
url_provider http://ddms.usim.edu.my/
language English
topic Corrosion
Sacrificial anode
Magnesium alloys
Pipeline
spellingShingle Corrosion
Sacrificial anode
Magnesium alloys
Pipeline
N.S. Ibrahim
M.A. Abu Seman
M.H. Firdaus Az'ri
Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode
description Biofriendly Mg sacrificial anode according to the present invention is developed without addition of hazardous additive elements such as Hg and Pb. Furthermore the usage of SF6 as a cover gas during melting process prevents the global warming problems by addition of Ca. It has a capability to enhance the anode efficiency and increases the driving potential which equal to or better than a current commercial High Potential Mg Anode. There is no doubt that this product has high prospective to be used for various electrochemical environmental soil. Additionally, the addition of Ca to the Mg sacrificial anodes capable of providing stability melts when manufacturing the Mg sacrificial anode based on protection effect of the melts surface where Ca has a capability to contributes a low melting point modification casting processing. It is also possible to obtain a reducing effect of spark caused by oxidation of Mg during melting. The fabrication of this invention product improves the limits of the cast work by simplifying the casting process. In general, this Mg sacrificial anode according to the present invention has not only has huge potential to reduce cost of operation as well as manufacturing but at the same time could provide a superb protection to avoid corrosion-induced leaking of underground pipeline (or buried iron based structure).
format Conference Paper
author N.S. Ibrahim
M.A. Abu Seman
M.H. Firdaus Az'ri
author_facet N.S. Ibrahim
M.A. Abu Seman
M.H. Firdaus Az'ri
author_sort N.S. Ibrahim
title Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode
title_short Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode
title_full Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode
title_fullStr Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode
title_full_unstemmed Biohimag: Biofriendly & High Potential Magnesium Sacrificial Anode
title_sort biohimag: biofriendly & high potential magnesium sacrificial anode
publishDate 2012
url http://ddms.usim.edu.my/handle/123456789/6113
_version_ 1645151809815183360
score 13.222552

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