After a century of history of cathodic protection (CP) of iron and steel, this paper critically
reviews the state of the art in the science and engineering and assesses the fitness of CP as …

Abstract High pH Stress Corrosion Cracking (HpHSCC) was identified in the 1960 s for the
first time and is considered to be a significant threat for buried pipelines. When certain …

This study investigates the corrosion performance of X65 carbon steel at elevated
temperatures (up to 250° C) and CO 2 partial pressures (up to 28.5 bar pCO 2). A detailed …

Internal microbiologically influenced corrosion (IMIC) is recognized as one of the primary
reasons causing failures of natural gas pipelines. In this work, a critical review was …

The kinetics of the iron dissolution reaction was investigated in CO 2-saturated acidic
sodium chloride solutions. While the effect of CO 2 on the iron dissolution reaction during …

Abstract In situ Synchrotron Radiation X-ray Diffraction (SR-XRD) is employed to follow the
evolution of corrosion products on X65 carbon steel in a CO 2-containing aqueous …

The interaction between silty sand and temperature towards corrosion of carbon steel in CO
2 environment is investigated. The effect of silty sand is more complicated, while the effect of …

Electrochemical and surface analysis techniques were used to study the mechanisms of
CO2 corrosion of mild steel over the temperature range of 80-200° C. Experiments were …

The effect of calcium (Ca2+) on the carbon dioxide (CO2) corrosion of mild steel was
investigated in simulated saline aquifer environments (1 wt% sodium chloride [NaCl], 80° C …

The corrosion behaviour of 3Cr steel at CO 2 partial pressures (p CO2) of 2.7/28.5 bar and
200° C was investigated. The evolution of double-layered corrosion scales was analysed by …