Electrochemical chloride removal and protection of concrete bridge components (injection of synergistic corrosion inhibitors)
This is a feasibility study of the injection of synergistic corrosion inhibitors for protection of concrete bridge components. The research developed electrically injectable corrosion inhibitors that provide 78-85% corrosion protection for the rebars. This technology can be further improved to provide 90-100% corrosion protection for rebar steel. Inhibitor injection requires approximately 1,000 times higher current densities than those used for cathodic protection. The experimental details are described, and the details are given of the electromigration studies, and the inhibitor studies. The results are presented and discussed.
"This is a feasibility study of the injection of synergistic corrosion inhibitors for protection of concrete bridge components. The research developed electrically injectable corrosion inhibitors that provide 78-85% corrosion protection for the rebars. This technology can be further improved to provide 90-100% corrosion protection for rebar steel. Inhibitor injection requires approximately 1,000 times higher current densities than those used for cathodic protection. The experimental details are described, and the details are given of the electromigration studies, and the inhibitor studies. The results are presented and discussed."@en
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