The effect of peptide based nutrients on the corrosion of carbon steel in an agar based system
Author(s)
Spark, Amy
Cole, Ivan
Law, David
Ward, Liam
Griffith University Author(s)
Year published
2016
Metadata
Show full item recordAbstract
A novel system using semi-solid agar with peptide nutrient additions is being developed as a soil analogue for fundamental corrosion studies involving bacteria. Electrochemical studies revealed these nutrients induced an inhibitive effect on the corrosion of carbon steel, hypothesised to be due to activated side chain groups on the peptides. At more anodic potentials variation in the corrosion current suppression was seen with changing nutrient concentration, suggesting concentration dependence of the inhibition process. Knowledge of the electrochemical effect of this system is essential to fully understand the effect of ...
View more >A novel system using semi-solid agar with peptide nutrient additions is being developed as a soil analogue for fundamental corrosion studies involving bacteria. Electrochemical studies revealed these nutrients induced an inhibitive effect on the corrosion of carbon steel, hypothesised to be due to activated side chain groups on the peptides. At more anodic potentials variation in the corrosion current suppression was seen with changing nutrient concentration, suggesting concentration dependence of the inhibition process. Knowledge of the electrochemical effect of this system is essential to fully understand the effect of bacteria on carbon steel in the system in the future.
View less >
View more >A novel system using semi-solid agar with peptide nutrient additions is being developed as a soil analogue for fundamental corrosion studies involving bacteria. Electrochemical studies revealed these nutrients induced an inhibitive effect on the corrosion of carbon steel, hypothesised to be due to activated side chain groups on the peptides. At more anodic potentials variation in the corrosion current suppression was seen with changing nutrient concentration, suggesting concentration dependence of the inhibition process. Knowledge of the electrochemical effect of this system is essential to fully understand the effect of bacteria on carbon steel in the system in the future.
View less >
Journal Title
Corrosion Science
Volume
110
Subject
Civil engineering
Materials engineering
Materials engineering not elsewhere classified
Mechanical engineering