The water-cooled ductwork of an Electric Arc Furnace direct evacuation system, installed in a steelmaking plant, experienced premature failure. The damaged pipe was investigated by means of optical microscope, scanning electron microscope equipped with energy dispersive X-ray spectroscopy micro-analysis and differential scanning calorimetry, in order to find out the failure causes and to suggest preventive solutions. The study shows that failure was mainly due to sulphur dewpoint corrosion formed in the hot service and continued also during furnace shutdown. Some modifications to the process were recommended to cope this problem
AbstractThis paper illustrates how systems requirements (i.e., safety) are decomposed to define manu...
Abstract A failure analysis of API X52 steel pipeline was conducted. The investigation included comp...
The causes and characteristics of the massive failure of the radiant coil tubes in an ethylene crack...
The aim of this work was to determine the causes of failure of a safety system for the inspection of...
The steam injection pipe has failed by corrosion. The pipe was found to have got completely choked d...
The failure analysis of a cooling coil tube employed to extract the sensible heat of roasted zinc su...
A damaged boiler tube removed from the inclined portion of the arch section of the fuel fired furnac...
The present study is focused on the corrosion failure analysis of a water cooling system serving a p...
This paper presents an investigation of a steel pipe failure. The pipe was retrieved from a car cool...
Corrosion has been responsible for several gas pipeline leakage accidents; thus, clarifying its fail...
Three specimens belonging to failed boiler tube, wash water line and intermediate tube sheet of furn...
High temperature corrosion of the water wall tube in a 50 MW thermal power plant was investigated wh...
The paper describes the problem of steel pipes corrosion in domestic hot water supply systems. A cas...
The failure of industrial boilers has been a prominent feature in fossil fuel fired power plants. ...
The purpose of this research was to discover the various reasons of failures and appropriate repair ...
AbstractThis paper illustrates how systems requirements (i.e., safety) are decomposed to define manu...
Abstract A failure analysis of API X52 steel pipeline was conducted. The investigation included comp...
The causes and characteristics of the massive failure of the radiant coil tubes in an ethylene crack...
The aim of this work was to determine the causes of failure of a safety system for the inspection of...
The steam injection pipe has failed by corrosion. The pipe was found to have got completely choked d...
The failure analysis of a cooling coil tube employed to extract the sensible heat of roasted zinc su...
A damaged boiler tube removed from the inclined portion of the arch section of the fuel fired furnac...
The present study is focused on the corrosion failure analysis of a water cooling system serving a p...
This paper presents an investigation of a steel pipe failure. The pipe was retrieved from a car cool...
Corrosion has been responsible for several gas pipeline leakage accidents; thus, clarifying its fail...
Three specimens belonging to failed boiler tube, wash water line and intermediate tube sheet of furn...
High temperature corrosion of the water wall tube in a 50 MW thermal power plant was investigated wh...
The paper describes the problem of steel pipes corrosion in domestic hot water supply systems. A cas...
The failure of industrial boilers has been a prominent feature in fossil fuel fired power plants. ...
The purpose of this research was to discover the various reasons of failures and appropriate repair ...
AbstractThis paper illustrates how systems requirements (i.e., safety) are decomposed to define manu...
Abstract A failure analysis of API X52 steel pipeline was conducted. The investigation included comp...
The causes and characteristics of the massive failure of the radiant coil tubes in an ethylene crack...