Microbiology in Civil Engineering: Proceedings of the Federation of European Microbiological Societies Symposium held at Cranfield Institute of Technology, UK
CRC Press, Sep 2, 2003 - Architecture - 382 pages
This book highlights those areas of civil engineering where microbiological activities can have a significant impact during design, construction and operation phases of projects.
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Part 2 Overviews of the Main Microbiological Process Relevant to Civil Engineering
Part III Water Supply Engineering
Part 4 Engineering Materials
Part 5 GroundWater Engineering
Part 6 Land Drainage and Reclamation and waste Disposal
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Achilles ACHLIB acid aerobic algae anaerobic aquifer assessment biocide biocorrosion biodeterioration biofilm biofouling biological biomass borehole carbon cause cell wall cell wall layer chemical chlorine chlorine dioxide civil engineering clogging components concentration concrete containing Corophium volutator decay degradation dewatering systems drainage effect ejector environment erosion experiments expert system factors filter flow formation fouling fungal fungi Gallionella groundwater heave hydrogen increase incubation industrial investigation iron bacteria iron-binding bacteria laboratory leachate Legionella lignin manholes material mechanisms metal methane method mg/l microbial corrosion microbiological microorganisms monitoring Nereis diversicolor Nilsson nutrients Obrenovac observed occur organisms oxidation oxygen particulates piezometers pipes planktonic Plastics polyurethane potential present problems pumping pyrite reduced reservoir resistance samples seawater sediment sewage sewer shale shear significant soil species structures sulfide sulphate sulphide surface temperature test pieces treatment tunnel water systems wellpoint wood cell wall zone