Experiments were carried out using a loop in three fields (gassy-oil, oily-gas, and oil-
transmission pipes) under 17 operating conditions, using six inhibitors (three continuous …

Under certain conditions, hydrocarbons may alter the internal corrosion conditions of oil and
gas pipelines. In this paper, the effects of hydrocarbons on corrosion have been predicted …

The rotated disc, rotated cylinder, rotated cage, jet impingement, pipes and channels are
frequently used to study the corrosion performance of materials in flowing media. All these …

In principle, any method to determine the corrosion rate can be used to test a corrosion
inhibitor. The primary criterion for evaluation is the inhibitor efficiency. Inhibitors having …

In the oil & gas (O&G) industries, corrosion susceptibility of materials and inhibitor
performance are often evaluated by testing their performance in the laboratory using rotating …

In oil and gas production, internal corrosion of pipelines causes the highest incidence of
recurring failures. Ensuring the integrity of ageing pipeline infrastructure is an increasingly …

Abstract The Rotating Cage is a standardized methodology for investigating the corrosion of
metals under flowing conditions. As such, it can be used as a comparative method, for …

In this study, the effect of turbulence on corrosion inhibitor performance was investigated
with a rotating cage autoclave (RCA) in order to select a corrosion inhibitor for a Japanese …

The rotating cage is a standardized methodology for investigating the corrosion of metals
under pipe flow conditions. Average corrosion rates are determined through mass loss, and …

The rotating cage (RC) has been widely used for evaluating the performance of corrosion
inhibitors in CO2 and H2S containing systems at high temperatures and pressures, under …