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Wastewater stabilization ponds / Frank R. Spellman and Joanne E. Drinan.

By: Spellman, Frank R.
Contributor(s): Drinan, Joanne.
Material type: materialTypeLabelBookPublisher: Boca Raton, US : CRC Press ; 2014Description: XVIII, 326 p. : il. ; 24 cm.ISBN: 9781466593183 (hardback).Subject(s): LAGOS Y LAGUNAS | TECNOLOGÍA E INGENIERÍADDC classification: 628.351
Contents:
Introduction Setting The Stage Still Waters on Ponds References and Recommended Reading Pond Process Elements Microorganisms Microbiology: What is it? Wastewater Microorganisms Key Terms Bacteria Algae Invertebrates Pond Macroinvertebrates References and Recommended Reading Biochemistry in a Wastewater Stabilization Pond Photosynthesis Respiration Nitrogen Cycle Dissolved Oxygen (DO) pH and Alkalinity Physical Factors Pond Nutritional Requirements References and Recommended Reading Pond Math Parameters Introduction Metric System, Conversion Factors and SI Units Conversion Factors General Treatment Pond Parameters Treatment Pond Process Control Calculations Aerated Ponds Still Water System Calculations Wastewater Stabilization Pond Design Example Problems References and Recommended Reading Design of Wastewater Stabilization Ponds Introduction Anaerobic Ponds Facultative Ponds Aerated Pond Systems References and Recommended Reading Pond Construction Introduction Dike Construction Pond Sealing Pond Hydraulics Pond Recirculation and Configuration References and Recommended Reading Advanced Pond Design Introduction Advanced Integrated Wastewater Pond Systems® (AIWPS®) References and Recommended Reading Nutrient Removal Introduction Nutrient Removal in Wastewater Treatment Ponds Facultative Ponds Aerobic Ponds Commercial Products Removal of Phosphorus References and Recommended Reading Improving Pond Effluent Introduction Solids Removal Methods Operational Modifications and Additions Control of Algae and Design of Settling Basins Comparison of Various Design Procedures Operational Modifications to Facultative Ponds Performance Comparison with Other Removal Methods References and Recommended Reading Operation, Maintenance & Troubleshooting Introduction Control Testing Information Operation and Maintenance for Ponds Pond Safety Troubleshooting References and Recommended Reading Glossary Index
Summary: Las lagunas se han utilizado durante siglos con gran éxito en el tratamiento de aguas residuales. Ponds creados para el tratamiento, conocido como lagunas de estabilización, el modelo de las interacciones físicas y bioquímicas que se producen en los estanques naturales. Fácil de construir y gestionar, lagunas de estabilización pueden dar cabida a grandes fluctuaciones en el flujo, y proporcionar resultados que son comparables a los sistemas convencionales a un costo mucho más bajo. Aguas Residuales Lagunas de Estabilización examina el uso de este proceso natural y muy eficaz. El texto se centra en los procesos de gestión de estanques de aguas residuales y los procedimientos de operación que proporcionan tratamiento pasivo con un mínimo de elementos mecánicos impulsados energía.
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LIBRO - MATERIAL GENERAL LIBRO - MATERIAL GENERAL Biblioteca Jorge Álvarez Lleras
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627 M474e Water resources engineering / 627 R638h Hydraulic engineering / 628.35 W324b Biofilm reactors / 628.351 S743w Wastewater stabilization ponds / 628.43 W324n Natural systems for wastewater treatment / 629.04 K999o Operation, analysis, and design of signalized intersections : 629.04 K999t Traffic signal systems operations and design :

Incluye bibliografía e indices

Introduction

Setting The Stage

Still Waters

on Ponds

References and Recommended Reading

Pond Process Elements

Microorganisms

Microbiology: What is it?

Wastewater Microorganisms

Key Terms

Bacteria

Algae

Invertebrates

Pond Macroinvertebrates

References and Recommended Reading

Biochemistry in a Wastewater Stabilization Pond

Photosynthesis

Respiration

Nitrogen Cycle

Dissolved Oxygen (DO)

pH and Alkalinity

Physical Factors

Pond Nutritional Requirements

References and Recommended Reading

Pond Math Parameters

Introduction

Metric System, Conversion Factors and SI Units

Conversion Factors

General Treatment Pond Parameters

Treatment Pond Process Control Calculations

Aerated Ponds

Still Water System Calculations

Wastewater Stabilization Pond Design Example Problems

References and Recommended Reading

Design of Wastewater Stabilization Ponds

Introduction

Anaerobic Ponds

Facultative Ponds

Aerated Pond Systems

References and Recommended Reading

Pond Construction

Introduction

Dike Construction

Pond Sealing

Pond Hydraulics

Pond Recirculation and Configuration

References and Recommended Reading

Advanced Pond Design

Introduction

Advanced Integrated Wastewater Pond Systems® (AIWPS®)

References and Recommended Reading

Nutrient Removal

Introduction

Nutrient Removal in Wastewater Treatment Ponds

Facultative Ponds

Aerobic Ponds

Commercial Products

Removal of Phosphorus

References and Recommended Reading

Improving Pond Effluent

Introduction

Solids Removal Methods

Operational Modifications and Additions

Control of Algae and Design of Settling Basins

Comparison of Various Design Procedures

Operational Modifications to Facultative Ponds

Performance Comparison with Other Removal Methods

References and Recommended Reading

Operation, Maintenance & Troubleshooting

Introduction

Control Testing Information

Operation and Maintenance for Ponds

Pond Safety

Troubleshooting

References and Recommended Reading

Glossary

Index

Las lagunas se han utilizado durante siglos con gran éxito en el tratamiento de aguas residuales. Ponds creados para el tratamiento, conocido como lagunas de estabilización, el modelo de las interacciones físicas y bioquímicas que se producen en los estanques naturales. Fácil de construir y gestionar, lagunas de estabilización pueden dar cabida a grandes fluctuaciones en el flujo, y proporcionar resultados que son comparables a los sistemas convencionales a un costo mucho más bajo. Aguas Residuales Lagunas de Estabilización examina el uso de este proceso natural y muy eficaz. El texto se centra en los procesos de gestión de estanques de aguas residuales y los procedimientos de operación que proporcionan tratamiento pasivo con un mínimo de elementos mecánicos impulsados energía.

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