Copper is a generally robust material that has beneficial properties to reduce biofilm formation and pathogen colonisation of pipes supplying potable water. However, a rare pitting corrosion can occur in soft, poorly buffered waters that can lead to pipe failure. This has been shown to be mediated by a copper-tolerant biofilm whose physical and chemical heterogeneity can establish microenvironments for corrosion potentials, causing micro pits that eventually coalesce into large perforations through the pipe wall. Control of the biofilm, for example through reduced cold water or elevated hot water temperatures, can suppress this corrosion phenomenon
Copper is used in various applications that are in contact with natural environment. These environme...
The selection of materials for plumbing application has potential implications on the chemical and m...
Many copper water lines for municipal drinking water in Santa Fe, New Mexico USA, have developed pin...
This thesis reports upon an investigation into the involvement of microorganisms in an unusual form ...
Corrosion of copper pipes may release high amounts of copper into the water, exceeding the maximum c...
Copper pipes are conventionally used to supply tap water. Their role in biofilm prevention remains t...
Corrosion and microfouling studies on copper were carried out in pond water and mixed culture of Ps...
An unusual form of copper tube corrosion, occurring in two hospitals, was investigated during two si...
A survey was undertaken to compare the hot-water systms of four Scottish institutional buildings, tw...
77-80The analysis of corrosion and microfilth of natural pond water was done in pure water conditio...
Microbtologically Influenced Corrosion (MIC) was suspected in the corrosion failure of heat exchange...
Microbial corrosion is defined as the degradation of industrial material by microbiological activity...
Copper is used in various applications in environments favoring and enabling formation of biofilms b...
This work aimed to evaluate the action of materials with different copper content (0, 57, 96 and 100...
Episcopic differential interference contrast (DIC) with UV fluorescence microscopy has been incorpor...
Copper is used in various applications that are in contact with natural environment. These environme...
The selection of materials for plumbing application has potential implications on the chemical and m...
Many copper water lines for municipal drinking water in Santa Fe, New Mexico USA, have developed pin...
This thesis reports upon an investigation into the involvement of microorganisms in an unusual form ...
Corrosion of copper pipes may release high amounts of copper into the water, exceeding the maximum c...
Copper pipes are conventionally used to supply tap water. Their role in biofilm prevention remains t...
Corrosion and microfouling studies on copper were carried out in pond water and mixed culture of Ps...
An unusual form of copper tube corrosion, occurring in two hospitals, was investigated during two si...
A survey was undertaken to compare the hot-water systms of four Scottish institutional buildings, tw...
77-80The analysis of corrosion and microfilth of natural pond water was done in pure water conditio...
Microbtologically Influenced Corrosion (MIC) was suspected in the corrosion failure of heat exchange...
Microbial corrosion is defined as the degradation of industrial material by microbiological activity...
Copper is used in various applications in environments favoring and enabling formation of biofilms b...
This work aimed to evaluate the action of materials with different copper content (0, 57, 96 and 100...
Episcopic differential interference contrast (DIC) with UV fluorescence microscopy has been incorpor...
Copper is used in various applications that are in contact with natural environment. These environme...
The selection of materials for plumbing application has potential implications on the chemical and m...
Many copper water lines for municipal drinking water in Santa Fe, New Mexico USA, have developed pin...