A submerged impinging gas jet for corrosion and electrochemical studies

A novel experimental arrangement for corrosion study of X60 pipeline steel weldments at turbulent flow conditions

“…According with these researchers and the increasing necessity to describe the corrosion of metals by electrochemical techniques in turbulent flow conditions, some laboratory hydrodynamic systems have been used with different degrees of success. 4,5 Among these hydrodynamic systems, rotating cylinder electrodes (RCEs), pipe segments, concentric pipe segments, submerged impinging jets and close-circuit loops have been used and have been important in the improvement of the understanding of the corrosion process taking place in turbulent flow conditions. [6][7][8] One of the most important equipments is the RCE.…”

Study of the Mass Transport on Corrosion of Low Carbon Steel Immersed in Sour Solution Under Turbulent Flow Conditions

“…One aim that has been so much studied in the petroleum industry is the effect of flow and dissolved gases, such as hydrogen sulphide (H 2 S) and carbon dioxide (CO 2 ). The most common type of flow conditions found in industrial processes is turbulent and according to increasing of the necessity to describe the corrosion of metals in turbulent flow conditions some laboratory hydrodynamic systems have been used with different degrees of success (Poulson, 1983(Poulson, , 1993(Poulson, , 1994. Among these hydrodynamic systems, rotating cylinder electrodes (RCE), pipe segments, concentric pipe segments, submerged impinging jets and close-circuit loops have been used and have been important in the improvement of the understanding of the corrosion process taking place in turbulent flow conditions (Liu et al, 1994;Lotz, 1990;Schmitt et al, 1991;Silverman, 1984Silverman, , 1988Silverman, , 1990.…”

Corrosion study of the X52 steel immersed in seawater with a corrosion inhibitor using a rotating cylinder electrode

“…The most common type of flow conditions found in industrial processes is turbulent flow; however, few corrosion studies in controlled turbulent flow conditions are available. With the increasing necessity to describe the corrosion of metals in turbulent flow conditions, some laboratory hydrodynamic systems have been used with different degrees of success [6].…”

“…The rotating cylinder electrodes (RCEs), pipe segments, concentric pipe segments, submerged impinging jets and closecircuit loops have been used as hydrodynamic systems in order to study the corrosion phenomenon under turbulent flow conditions [6][7][8][9][10][11][12]. The use of the RCE, as a laboratory hydrodynamic test system, has been gaining popularity in corrosion studies under turbulent flow conditions [12][13][14][15].…”