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96502 THE ROLE OF A TYPICAL BIOCIDE (GLUTARALDEHYDE) ON THE CORROSION OF CDA 706 IN SULFIDE POLLUTED SYSTEM

Picture for 96502 THE ROLE OF A TYPICAL BIOCIDE
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Product Number: 51300-96502-SG
ISBN: 96502 1996 CP
Author: J. N. Alhajji, M. Valliappan
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Biocides are interaction between used to combat micro the biocidal properties fouling on metallic of chemicals added promoting or inhibiting corrosion processes on various metals and corrosion researchers. In this study an attempt has been made to analyze corrosion processes occurring on surfaces in sea water systems. The to sea water and their influence on its alloys have drawn less attention to CDA 706 in synthetic sea water containing low and high concentration of sulfide added with glutaraldehyde as biocide. DC and AC electrochemical techniques were used to study the effect of glutaraldehyde on the corrosion of CDA 706 in sulfide polluted sea water. DC polarization and AC impedance studies were found to be in general agreement with each other for various concentration of glutaraldehyde added with sulfide polluted synthetic sea water. Under stagnant condition it is found that there was an increase in corrosion rate for lower concentration of sulfide in the presence of glutaraldehyde. Generally, the adclition of glutaraldehyde as biocide to the sulfide polluted system alters the corrosion tendency for the individual system of sulfide. Keywords: copper-nickel, sulfide, biocide, glutaraldehyde, seawater, polarization, electrochemical impedance.
Biocides are interaction between used to combat micro the biocidal properties fouling on metallic of chemicals added promoting or inhibiting corrosion processes on various metals and corrosion researchers. In this study an attempt has been made to analyze corrosion processes occurring on surfaces in sea water systems. The to sea water and their influence on its alloys have drawn less attention to CDA 706 in synthetic sea water containing low and high concentration of sulfide added with glutaraldehyde as biocide. DC and AC electrochemical techniques were used to study the effect of glutaraldehyde on the corrosion of CDA 706 in sulfide polluted sea water. DC polarization and AC impedance studies were found to be in general agreement with each other for various concentration of glutaraldehyde added with sulfide polluted synthetic sea water. Under stagnant condition it is found that there was an increase in corrosion rate for lower concentration of sulfide in the presence of glutaraldehyde. Generally, the adclition of glutaraldehyde as biocide to the sulfide polluted system alters the corrosion tendency for the individual system of sulfide. Keywords: copper-nickel, sulfide, biocide, glutaraldehyde, seawater, polarization, electrochemical impedance.
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