Titlebook: Microbiologically Influenced Corrosion of Concrete Sewers; Mechanisms, Measurem Guangming Jiang Book 2023 The Editor(s) (if applicable) and

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Germinate

Testing of Sulfide Uptake Rate (SUR) and Its Applicationslitates the monitoring of sulfide-induced corrosion processes on concrete at various corrosion stages. In comparison to many existing methods, this methodology has the advantages of rapid measurement and non-destruction of the concrete sample. The H.S uptake rate (SUR) for a concrete coupon can be d

CARK

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Characterization of Corrosion Microbial Communitiesion alters the corrosion layer conditions and the microbial community. This chapter briefly discussed the dynamic corrosive conditions within sewers and their impacts on corrosion development. H.S concentration, temperature, relative humidity, and contact with wastewater are critical environmental f

社團(tuán)

A Systematic Laboratory Testing of Concrete Corrosion Resistance in Sewersmarily sewers. Microbially induced concrete corrosion has a profound impact on the useful service life of concrete sewers, which leads to billions of dollars of economic loss annually. Concrete is widely used in the rehabilitation or construction of new wastewater infrastructure. It is vital to quan

In-Situ

atopic

Mathematical Modelling for the Concrete Corrosion of Sewer Systems the biological sulfide oxidation by corrosion microbial communities in the corrosion layer. Mathematical models are practically useful in designing new concrete sewer systems meeting the service life, or in planning the sewer rehabilitation and chemical dosing by estimating the corrosion rates. The

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Corrosion Resistance of Calcium Aluminate Cements in Sewer Environments (bio)chemically aggressive sewers. Special focus is on the CAC dissolution—precipitation reactions of alumina phases during acid attack and corresponding overall material response. Furthermore, the H.S adsorption behaviour and the impact of high Al. content on microbial growth is discussed.