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Initial chlorine concentration most likely does not impact disinfection ability at grain sizes >1 mm, but results in more effective disinfection for very fine material <0.063 mm.
The results indicated that the disinfection time had the greatest positive impact on disinfection ability among the different selected independent variables.
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It indicates that the Ag/AgBr/TNF multifunctional membrane exhibited better photocatalytic activity, higher water permeate flux, and higher disinfection abilities over commercial P25 membrane under visible light.
The difference of efficiency between organic pollutants and waterborne pathogens by the unit may be due to the molecular or bacterial size and the surface composition of bacteria and viruses, critical wavelength for disinfection, and the permeation ability of the outer wall of bacterial cells or virus particles for reactive species.
Apical transportation may reduce root canal disinfection and difficult sealing ability of the root filling [ 25].
Therefore, further ingredients such as salts, buffers, surfactants, sequestering agents, or wetting agents as well as the physical and chemical characteristics of the tested CL care solutions must be major influencing factors and must have the ability to increase the disinfection efficacies of CL care solutions [ 12, 69, 78- 81].
The ability to replicate the same disinfection or sterilization conditions using the same equipment that was involved in the incident is an important advantage of such on-site assessments.
Improved understanding of the ability of chlorine-based disinfectant in combination with UV to provide sufficient disinfection will ultimately effect in improved management and safety of drinking water.
Commercial disinfectants allow for easy disinfection of household surfaces.
The use of ultraviolet (UV) light for water treatment disinfection has become increasingly popular due to its ability to inactivate chlorine-resistant microorganisms without the production of known disinfection by-products.
Nanostructured semiconductors are a potential candidate for the mineralization of toxic organic compounds, hazardous inorganic constituent [1], and bacteria disinfection [2] owing to its strong oxidizing ability, i.e., hydroxyl radical ( O ˙ H Open image in new window).
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CEO of Professional Science Editing for Scientists @ prosciediting.com