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Enhancement of electrochemical chloride removal using corrosion inhibitors
Corrosion inhibitors can be introduced through concrete pores under the action of an electrical field. In this work, migration of corrosion inhibitors from the surface of the concrete, simultaneously to Electrochemical Chloride Removal (ECR), is considered. Two methods are proposed: 1) Connection of rebar as cathode for application of cationic inhibitors, and 2) Connection of rebar to an external cathode for application of anionic inhibitors. Results show that the migration of inhibitors, simultaneously to ECR improves the efficiency of the treatment by removing more chlorides and enhancing the passivation process of the reinforcement after the treatment
Enhancement of electrochemical chloride removal using corrosion inhibitors
Corrosion inhibitors can be introduced through concrete pores under the action of an electrical field. In this work, migration of corrosion inhibitors from the surface of the concrete, simultaneously to Electrochemical Chloride Removal (ECR), is considered. Two methods are proposed: 1) Connection of rebar as cathode for application of cationic inhibitors, and 2) Connection of rebar to an external cathode for application of anionic inhibitors. Results show that the migration of inhibitors, simultaneously to ECR improves the efficiency of the treatment by removing more chlorides and enhancing the passivation process of the reinforcement after the treatment
Enhancement of electrochemical chloride removal using corrosion inhibitors
Alonso Alonso, Maria Cruz (Autor:in) / Sánchez, M. (Autor:in)
01.01.2010
Proceedings of the 2nd lntemational Symposium on Service Life Design for lnfrastructure | 2nd lntemational Symposium on Service Life Design for lnfrastructure | 04/10/2010 - 06/10/2010 | Delft, Paises Bajos
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
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