Absorption chillers generate chilled water by employing as refrigerant water which is evaporated at low pressure. The steam produced is then absorbed by a concentrated LiBr solution. The materials employed for the construction of this kind of plant are usually copper and stainless steel. Despite their good corrosion resistance, the environment rich of halogen ions can lead in some cases to severe corrosion attacks. This paper describes a complex case of corrosion that produced the failure of an absorption chiller pipelines. The failure involved in different steps both copper and stainless steel pipes
A cracked heat exchanger tube was sent to this laboratory for analyzing the cause of failure. Examin...
The present study is focused on the corrosion failure analysis of a water cooling system serving a p...
Indoor corrosion failures of aluminum-finned copper-tube evaporator coils, and also in some systems ...
AbstractAbsorption chillers generate chilled water by employing as refrigerant water which is evapor...
In this study, the failure of a stainless steel (SS) pipeline supplying hydrogen to a hydro cracking...
A failed stainless steel pipe from a hydro cracking reactor was analyzed. Examination revealed that ...
Corrosion is the primary cause of failure of heat exchangers in industry, especially in the oil and ...
The paper presents examples of damage elements caused by incorrect assessment of pipeline work condi...
The paper describes the problem of steel pipes corrosion in domestic hot water supply systems. A cas...
Corrosion has been responsible for several gas pipeline leakage accidents; thus, clarifying its fail...
Stainless steels EN 1.4301 and 1.4401/1.4404 are normally considered corrosion resistant in low chlo...
3This paper reports on the failure analysis carried out on leaking copper pipes from three different...
Firefighting water systems are important safety systems in all industries, including nuclear power p...
Corrosion assessment is an important aspect in asset and facilities management. Generally the purpos...
Caustic soda produced in caustic cells at a petrochemical plant was loaded into a crude tank by mean...
A cracked heat exchanger tube was sent to this laboratory for analyzing the cause of failure. Examin...
The present study is focused on the corrosion failure analysis of a water cooling system serving a p...
Indoor corrosion failures of aluminum-finned copper-tube evaporator coils, and also in some systems ...
AbstractAbsorption chillers generate chilled water by employing as refrigerant water which is evapor...
In this study, the failure of a stainless steel (SS) pipeline supplying hydrogen to a hydro cracking...
A failed stainless steel pipe from a hydro cracking reactor was analyzed. Examination revealed that ...
Corrosion is the primary cause of failure of heat exchangers in industry, especially in the oil and ...
The paper presents examples of damage elements caused by incorrect assessment of pipeline work condi...
The paper describes the problem of steel pipes corrosion in domestic hot water supply systems. A cas...
Corrosion has been responsible for several gas pipeline leakage accidents; thus, clarifying its fail...
Stainless steels EN 1.4301 and 1.4401/1.4404 are normally considered corrosion resistant in low chlo...
3This paper reports on the failure analysis carried out on leaking copper pipes from three different...
Firefighting water systems are important safety systems in all industries, including nuclear power p...
Corrosion assessment is an important aspect in asset and facilities management. Generally the purpos...
Caustic soda produced in caustic cells at a petrochemical plant was loaded into a crude tank by mean...
A cracked heat exchanger tube was sent to this laboratory for analyzing the cause of failure. Examin...
The present study is focused on the corrosion failure analysis of a water cooling system serving a p...
Indoor corrosion failures of aluminum-finned copper-tube evaporator coils, and also in some systems ...