This work serves to report on the results of the corrosion evaluations produced by
Mexico´s State owned Company initiative to rehabilitate the reinforced concrete
structures in their facilities that are used to supply gas and fuel oil to important coastal
regions of Mexico including Mazatlan and Salina Cruz. A general assessment is
presented showing the concrete repair needs and corrosion prevention requirements for
the steel reinforcement in concrete beams, slabs and piles of these structures. A
diagnosis was performed employing different test methods including visual survey,
sonic hammering, sclerometer concrete strength measurements, corrosion potential
measurement, concrete electrical conductivity, and chloride penetration. The results of
the study are discussed, as well as the recommendations in terms of repairs to be
performed and protection to be used. The general recommendation delivered was to
mitigate corrosion activity through cathodic protection for the reinforcing steel and
protective coatings. The cathodic protection recommended was mainly embedded
distributed and discrete sacrificial anodes.