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Matter / Bacteriology / Piping / Building engineering / Biofilm / Water pipe / Pipe / Tap water / Antimicrobial properties of copper / Microbiology / Biology / Plumbing


Impact of Scale Formation on Biofilm Growth in Premise Plumbing Final Report Prepared for the Salt Institute by Peter Fox, PhD Morteza Abbaszadegan, PhD School of Sustainable Engineering and the Built Environment
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Document Date: 2014-01-06 14:13:58


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File Size: 874,55 KB

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City

Tempe / /

Company

Metal Samples Company / Environmental Microbiology Laboratory / /

Facility

Built Environment Arizona State University / Salt Institute / Environmental Microbiology Laboratory / Knowledge Institute / Arizona State University / /

IndustryTerm

alloy metal / chemical activity / chemical compounds / galvanized steel / water solution / stainless steel / Metal-based materials / steel pipes / metal ions / corrosion products / silver ionization biofilm control systems / real-world hot water systems / water distribution systems / water pipeline systems / metal oxyhydroxide particles / metal plumbing / steel / /

Organization

School of Sustainable Engineering / Knowledge Institute for Drinking Water / Arizona State University / Salt Institute / /

Person

Peter Fox / /

ProvinceOrState

Prince Edward Island / Arizona / /

Technology

crystallization / laser / environmental engineering / /

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