Two techniques believed capable of chemically dissolving the corrosion products in the annuli between tubes and support plates were developed in laboratory work in Phase I of this project and were pilot tested in Indian Point Unit No. 1 steam generators. In Phase II, one of the techniques was shown to be inadequate on an actual sample taken from an Indian Point Unit No. 2 steam generator. The other technique was modified slightly, and it was demonstrated that the tube/support plate annulus could be chemically cleaned effectively
In this paper, a two stage acid etching (TSAE) technique has been developed and investigated to clea...
In 2006, EDF identified on several PWR units some broached hole blockages on the upper Steam Generat...
AECL and EPRI have been evaluating candidate amines for control of corrosion and fouling in recircul...
Technology for chemical cleaning of steam generators at fossil stations was developed during the lat...
power plant, secondary side is generated ODSCC(Outside Diameter Stress Corrosion Cracking) due to th...
From ninth meeting of the USAEC reactor decontamination information exchange group; Washington, Dist...
Les phénomènes d’encrassement et de colmatage des Générateurs de Vapeur (GV), essentiellement par la...
Secondary side degradation of steam generators (SG) and Flow Accelerated Corrosion (FAC) in the seco...
OAK-B135 An Investigation of the Mechanism of IGA/SCC of Alloy 600 in Corrosion Accelerating Heated ...
The behavior of chemical species in the turbine phase-transition zone can have a marked influence on...
This paper first briefly describes the primary water chemistry of PWR, how the lithium and boron con...
Tube denting has been reported in steam generators in a number of commercial nuclear power plants in...
Recent years, as the development of thermal power plant, superheater oxide film caused by over tempe...
The four stainless steel tubed steam generators in the Shippingport Atomic Power Station were replac...
This review considers the broad set of corrosive degradations that can occur in PWR steam generators...
In this paper, a two stage acid etching (TSAE) technique has been developed and investigated to clea...
In 2006, EDF identified on several PWR units some broached hole blockages on the upper Steam Generat...
AECL and EPRI have been evaluating candidate amines for control of corrosion and fouling in recircul...
Technology for chemical cleaning of steam generators at fossil stations was developed during the lat...
power plant, secondary side is generated ODSCC(Outside Diameter Stress Corrosion Cracking) due to th...
From ninth meeting of the USAEC reactor decontamination information exchange group; Washington, Dist...
Les phénomènes d’encrassement et de colmatage des Générateurs de Vapeur (GV), essentiellement par la...
Secondary side degradation of steam generators (SG) and Flow Accelerated Corrosion (FAC) in the seco...
OAK-B135 An Investigation of the Mechanism of IGA/SCC of Alloy 600 in Corrosion Accelerating Heated ...
The behavior of chemical species in the turbine phase-transition zone can have a marked influence on...
This paper first briefly describes the primary water chemistry of PWR, how the lithium and boron con...
Tube denting has been reported in steam generators in a number of commercial nuclear power plants in...
Recent years, as the development of thermal power plant, superheater oxide film caused by over tempe...
The four stainless steel tubed steam generators in the Shippingport Atomic Power Station were replac...
This review considers the broad set of corrosive degradations that can occur in PWR steam generators...
In this paper, a two stage acid etching (TSAE) technique has been developed and investigated to clea...
In 2006, EDF identified on several PWR units some broached hole blockages on the upper Steam Generat...
AECL and EPRI have been evaluating candidate amines for control of corrosion and fouling in recircul...