ISBN: 9798172702129 - wastewater engineering handbook – volume 1: from wastewater fundamentals, characterization through collection systems, sewer hydraulics, pumping, infiltration/inflow, rehabilitation, asset management (6 Ergebnisse)

Paperback. Zustand: new. Paperback. WASTEWATER ENGINEERING HANDBOOK - VOLUME 1 Fundamentals, Characterization, Collection Systems, Sewer Hydraulics, Pumping, Rehabilitation and Asset Management Wastewater engineering is no longer limited to the traditional concept of collecting wastewater, treating it, and disposing of the resulting effluent. Modern wastewater infrastructure must protect public health, safeguard the environment, provide reliable service, conserve energy, manage aging assets, respond to climate change, and increasingly recover water, energy, nutrients, and other valuable resources. Wastewater Engineering Handbook - Volume 1 provides a comprehensive foundation for understanding and designing modern wastewater infrastructure. Beginning with the fundamentals of wastewater engineering, the book examines wastewater sources, generation and flow characteristics, physical and chemical characteristics, biological and microbiological constituents, sampling, testing, laboratory analysis, and treatment-process selection. It then moves from wastewater treatment fundamentals into the infrastructure that makes wastewater management possible: collection systems, sewer hydraulics, special structures, pumping stations, rising mains, infiltration and inflow assessment, sewer rehabilitation, and asset management. The book provides practical coverage of: Wastewater engineering fundamentals and design philosophyDomestic, commercial, institutional, industrial, and municipal wastewaterWastewater generation and flow estimationAverage, minimum, peak, dry-weather, and wet-weather flowsWastewater physical, chemical, biological, and microbiological characteristicsBOD, COD, solids, nutrients, pathogens, and emerging contaminantsWastewater sampling, testing, laboratory analysis, and QA/QCWastewater treatment processes and treatment-train selectionSanitary, combined, separate, gravity, and pressure sewer systemsSewer network planning and hydraulic designManning's equation, hydraulic radius, velocity, slope, and sewer capacityPartial-flow hydraulics and hydraulic grade-line analysisManholes, drop structures, inverted siphons, crossings, outfalls, and special structuresWastewater pumping stations and wet-well designPump selection, pump curves, duty/standby arrangements, and controlsRising-main hydraulics and transient pressureEmergency storage, backup power, reliability, and maintenanceInfiltration and inflow assessmentFlow monitoring, CCTV inspection, smoke testing, and condition assessmentSewer rehabilitation and trenchless technologiesPipe lining, CIPP, pipe bursting, grouting, and manhole rehabilitationSewer asset inventories and condition assessmentProbability of failure, consequence of failure, and risk-based prioritizationLifecycle cost and long-term infrastructure renewalGIS, CMMS, sensors, AI, predictive maintenance, and digital asset managementSustainability, resilience, energy efficiency, and climate adaptationDesigned as both a learning resource and professional reference, this volume connects engineering theory with practical infrastructure decisions. It emphasizes the interaction among wastewater flows, pollutant characteristics, hydraulic performance, pumping, infrastructure condition, rehabilitation, reliability, safety, sustainability, and lifecycle economics. A practical reference for civil and environmental engineers, consultants, designers, contractors, operators, researchers, students, utilities, and infrastructure professionals. From Wastewater Generation to Reliable InfrastructureUnderstand the wastewater.Estimate the Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Paperback. Zustand: new. Paperback. WASTEWATER ENGINEERING HANDBOOK - VOLUME 1 Fundamentals, Characterization, Collection Systems, Sewer Hydraulics, Pumping, Rehabilitation and Asset Management Wastewater engineering is no longer limited to the traditional concept of collecting wastewater, treating it, and disposing of the resulting effluent. Modern wastewater infrastructure must protect public health, safeguard the environment, provide reliable service, conserve energy, manage aging assets, respond to climate change, and increasingly recover water, energy, nutrients, and other valuable resources. Wastewater Engineering Handbook - Volume 1 provides a comprehensive foundation for understanding and designing modern wastewater infrastructure. Beginning with the fundamentals of wastewater engineering, the book examines wastewater sources, generation and flow characteristics, physical and chemical characteristics, biological and microbiological constituents, sampling, testing, laboratory analysis, and treatment-process selection. It then moves from wastewater treatment fundamentals into the infrastructure that makes wastewater management possible: collection systems, sewer hydraulics, special structures, pumping stations, rising mains, infiltration and inflow assessment, sewer rehabilitation, and asset management. The book provides practical coverage of: Wastewater engineering fundamentals and design philosophyDomestic, commercial, institutional, industrial, and municipal wastewaterWastewater generation and flow estimationAverage, minimum, peak, dry-weather, and wet-weather flowsWastewater physical, chemical, biological, and microbiological characteristicsBOD, COD, solids, nutrients, pathogens, and emerging contaminantsWastewater sampling, testing, laboratory analysis, and QA/QCWastewater treatment processes and treatment-train selectionSanitary, combined, separate, gravity, and pressure sewer systemsSewer network planning and hydraulic designManning's equation, hydraulic radius, velocity, slope, and sewer capacityPartial-flow hydraulics and hydraulic grade-line analysisManholes, drop structures, inverted siphons, crossings, outfalls, and special structuresWastewater pumping stations and wet-well designPump selection, pump curves, duty/standby arrangements, and controlsRising-main hydraulics and transient pressureEmergency storage, backup power, reliability, and maintenanceInfiltration and inflow assessmentFlow monitoring, CCTV inspection, smoke testing, and condition assessmentSewer rehabilitation and trenchless technologiesPipe lining, CIPP, pipe bursting, grouting, and manhole rehabilitationSewer asset inventories and condition assessmentProbability of failure, consequence of failure, and risk-based prioritizationLifecycle cost and long-term infrastructure renewalGIS, CMMS, sensors, AI, predictive maintenance, and digital asset managementSustainability, resilience, energy efficiency, and climate adaptationDesigned as both a learning resource and professional reference, this volume connects engineering theory with practical infrastructure decisions. It emphasizes the interaction among wastewater flows, pollutant characteristics, hydraulic performance, pumping, infrastructure condition, rehabilitation, reliability, safety, sustainability, and lifecycle economics. A practical reference for civil and environmental engineers, consultants, designers, contractors, operators, researchers, students, utilities, and infrastructure professionals. From Wastewater Generation to Reliable InfrastructureUnderstand the wastewater. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…

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PAP. Zustand: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Zustand: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.