The failure analysis of a seawater fire protection system of oil and gas processing facility was observed in this paper. The fire protection pipe line & hull seawater filter were made of CuNi 90/10. Severe deep pits and fracture were observed at bottom of jockey pump spool pipe and hull seawater filter. Visual observation, scanning electron microscope, energy dispersive spectroscopy, x-ray diffractometry were employed in the present failure analysis. The oxygen exposure on CuNi 90/10 of Seawater Fire Protection system had a significant impact on failure and was exacerbated by the presence of chloride exposure
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
This work discusses the case of corrosion in a coppernickel alloy used in seawater, where chlorinati...
The failure analysis of a seawater fire protection system of oil and gas processing facility was obs...
For many decades, copper-nickel alloy CuNi 90/10 (UNS C70600) has extensively been used as a piping ...
The composition of seawater plays a very significant role in determining the severity of corrosion p...
AbstractThis paper presents the failure analysis of a fire water pipe line from a petrochemical indu...
The Cu-Ni 90/10 alloy is extensively used in seawater applications mainly because of its excellent h...
This paper presents the failure analysis of a fire water pipe line from a petrochemical industry. Le...
AbstractThis paper presents the failure analysis of a fire water pipe line from a petrochemical indu...
This paper is an endeavor to investigate an insulated mild steel pipe that exposed to three sea wate...
This paper gives a brief description of typical marine environments and the most common form of corr...
This paper gives a brief description of typical marine environments and the most common form of corr...
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
This paper gives a brief description of typical marine environments and the most common form of corr...
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
This work discusses the case of corrosion in a coppernickel alloy used in seawater, where chlorinati...
The failure analysis of a seawater fire protection system of oil and gas processing facility was obs...
For many decades, copper-nickel alloy CuNi 90/10 (UNS C70600) has extensively been used as a piping ...
The composition of seawater plays a very significant role in determining the severity of corrosion p...
AbstractThis paper presents the failure analysis of a fire water pipe line from a petrochemical indu...
The Cu-Ni 90/10 alloy is extensively used in seawater applications mainly because of its excellent h...
This paper presents the failure analysis of a fire water pipe line from a petrochemical industry. Le...
AbstractThis paper presents the failure analysis of a fire water pipe line from a petrochemical indu...
This paper is an endeavor to investigate an insulated mild steel pipe that exposed to three sea wate...
This paper gives a brief description of typical marine environments and the most common form of corr...
This paper gives a brief description of typical marine environments and the most common form of corr...
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
This paper gives a brief description of typical marine environments and the most common form of corr...
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
The cause of premature corrosion of Kunifer-5(copper alloy containing Ni 5 per cent and Fe 1.35 per ...
This work discusses the case of corrosion in a coppernickel alloy used in seawater, where chlorinati...