Carbon capture and storage (CCS) combined with CO2-enhanced oil recovery (EOR), has
been recently viewed as an economical and effective method for the reduction of carbon …

The control of multiphase flow corrosion during oil production is a challenging task. In this
review, the impact of crude oil on pipeline corrosion is broadly discussed, with the notion to …

The effect of surface roughness on corrosion behaviour of carbon steel under intermittent
oil/water wetting with different flow conditions was investigated by an “alternate wetting cell” …

In oilfield operations, co-current flow of oil–water mixture is very common and can cause
significant flow assurance problems during production. Accurate knowledge of behaviour of …

The effect of flow on corrosion behaviour of carbon steel under intermittent oil/water wetting
was investigated by a newly-modified “alternate wetting cell”, combining with the use of …

Long distance pipelines are considered as the vein of the oil and gas industry on land and
offshore. A well often produces water along with crude oil. The presence of water as well as …

To elucidate the role of ferrous ion in CO 2 corrosion, the electrochemical behavior of mild
steel samples in CO 2-saturated brine solutions with various concentrations of ferrous ion …

To reveal the corrosion behavior of an alternately wetted steel surface in oil/water media, an
apparatus that could freely tune the alternate wetting period and the rotating rate was …

Carbon steel pipelines are commonly used in transporting hydrocarbon products. In offshore
oilfields, the produced crude oil generally contains water flowing concurrently in the …

The internal corrosion of flowlines and pipelines made from carbon steel is encountered in
the oil and gas industry. The corrosion process is primarily associated with the presence of …