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The corrosion of reinforcing and prestressing steel in concrete structures caused by stray currents. The history of stray-current corrosion, sources, mechanisms, effects on structures, detection and mitigation.
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Evaluating criteria whereby prestressed concrete structures and members can be protected from corrosion by means of cathodic protection (CP).
The problem of nonextractable chlorides on refinery equipment and lessons learned. A resource for refining, production & chemical-treatment suppliers for preventing corrosion at refineries.
Corrosion information for engineers, designers, consultants involved in the design, maintenance, and rehabilitation of structures with steel pile foundations.
Effect of single-phase flow velocity on corrosion. Mass transfer, differential mass transfer & hydrodynamic shear. For engineers and technicians in laboratory corrosion testing. Experiment design. Protocol. Correlation. Feasibility.
Recent experience from nuclear power plants indicates that degradation of buried piping is occurring in at least some plants and represents an issue requiring the attention of the nuclear industry.
Characteristics of reference electrodes commonly used in atmospherically exposed reinforced concrete structures and the installation methods for same.
This technical committee report provides a state-of-the-art overview of the corrosion and corrosion protection activities related to residential and small commercial water heaters used in potable water systems.
Hydrogen probes used to monitor corrosion in petroleum production. Types of probes available, applications, problems & performance.
This technical report presents state-of-the-art information on several commercially available galvanic cathodic protection/prevention systems for protecting atmospherically exposed reinforced concrete structures. The information contained in this report has been provided by key manufacturers of these systems and is intended as a technical resource for engineers responsible for the rehabilitation of reinforced concrete structures. It may also be useful to owners, contractors, and other practitioners related to the field of galvanic cathodic protection (CP). All information related to galvanic CP is intended for atmospherically exposed concrete structures and may not be applicable to concrete containing epoxy-coated reinforcing steel, galvanized, or other coated or nonferrous reinforcement.
The present trend in establishing an effective level of external metallic surface corrosion control is the application of a barrier coating or adhesive on the metallic surface prior to the application of a thermal insulating material. Experience has shown that there is generally a limited beneficial effect from the application of cathodic protection (CP) to a bare or ineffectively coated metallic surface under thermal insulation.
This NACE technical committee report was prepared as an information guide for external corrosion control of thermally insulated underground metallic surfaces and considerations of the effectiveness of CP.
HISTORICAL DOCUMENT. Nonvisible surface contamination (NVSC). Impact & removal. NVSC is any substance affecting coating performance that does not leave a visible trace on a bare or previously coated carbon steel surface.