Repair of the aging infrastructure is one of the major problems facing those responsible for maintaining existing structures economically. This is especially important for steel reinforced concrete structures that are beginning to fail due to corrosion of the steel from repeated exposure to chloride deicing salts or carbonation. To a large extent the choices have been the implementation of a cathodic protection system or extensive concrete repairs. In this paper it is shown that a cost effective alternative based upon an organofunctional silane corrosion inhibitor surface posttreatment is a viable alternative.