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Waste Sites as Biological Reactors - Miller, Percival A.; Clesceri, Nicholas L.
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Miller, Percival A.; Clesceri, Nicholas L.:

Waste Sites as Biological Reactors - neues Buch

ISBN: 9781566705509

ID: 264719

INTRODUCTION The Nature and Control of Waste Disposal Sites The Bioreactor Concept Reactor Configurations of Relevance to Practical Description of a Waste Site The Waste Site as a Biological Reactor PHYSICAL CHARACTERISTICS OF WASTE SITES Waste Site Bioreactor Concepts Porosity of a Waste Site Density and Other Properties of Mixed Soil and Waste Materials Applicability of Conductivity and Permeability Relations for Packed Beds Permeability k of a Mixed Porous Media Permeability (k) Correction for Packed Bed Flow Correction of Packed Column Pressure Drop for Wall Effects Corrections for Pressure Drop Relations for Fluid Flow through a Waste Site Waste Site Particle Properties: Size and Shape References CHARACTERIZATION OF DISPOSED WASTES: PHYSICAL AND CHEMICAL PROPERTIES, AND BIODEGRADATION FACTORS Determination of Physical and Chemical Characteristics of Wastes MSW Composition vs. Landfill Layer Depth or Age: Data for Initialization Individual Wastes and Characteristics Characteristics of Paper Wastes Characteristics of Food Wastes Characteristics of Yard Wastes Characteristics of Plastics Wastes Plastics Deterioration in Landfills Landfill Leachate and Landfill Gas Characteristics WASTE SITE ECOLOGY Influence of the Waste Site Environment on Types of Organisms Present Species Competition for Food at a Waste Site The Range of Organisms at Waste Sites Organisms Found in Compost Piles Trophic Relations and Environmental Factors Determining Organisms at Waste Sites Influence of Site Environmental factors on Organism Types The Waste Site as an Environment for Organisms Definition of Impact of Organisms at Disposed Waste Site Organisms Reported at Landfills, Dumps, and Other Waste Sites: Considerations Waste Site Scavengers Waste Removal Impact of Animals at Disposal Sites Waste Removal by Insects and Soil Mesofauna References MOISTURE AND HEAT FLOWS Moisture as a Control of Processes in the Waste Site Water Film Thickness on Solid Materials under Sorption Regime Method 1 for Liquid Film Thickness Determination Method 2 for Moisture Film Thickness Water Potential vs. Water Activity of Soils and Solid Porous Materials The Issue of Mixed Water Saturation or Varied Water Potential in Wastes Maximum Moisture Sorption by a Material Effect of Waste Moisture Content on Soil Organisms Water Availability to Organisms Hydraulic Conductivity Capillary Effects in Waste Sites Waste Site Moisture Retention Characteristics Full Range Moisture Capillarity Middle Moisture Content Range Moist to Saturation of Wet Moisture Content Section of Curve Moisture Retention Curve in the Dry Range for Landfilled Waste Boundary Conditions Estimation of Constants Full-Range (Wet to Dry) Reliability of Estimated Values Relevance of the Lower Curve Junction to Bioreactor Simulation Development of Moisture Capillarity-Hydraulic Summary of Extended Range Conductivity Relationships Moisture Inflow and Moisture Balance Locations Used for Landfill Cover Moisture Impact Simul Technology Technology eBook, CRC Press

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Waste Sites as Biological Reactors - Miller, Percival A.; Clesceri, Nicholas L.
Vergriffenes Buch, derzeit bei uns nicht verfügbar.
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Miller, Percival A.; Clesceri, Nicholas L.:

Waste Sites as Biological Reactors - neues Buch

ISBN: 9781566705509

ID: 264719

INTRODUCTION The Nature and Control of Waste Disposal Sites The Bioreactor Concept Reactor Configurations of Relevance to Practical Description of a Waste Site The Waste Site as a Biological Reactor PHYSICAL CHARACTERISTICS OF WASTE SITES Waste Site Bioreactor Concepts Porosity of a Waste Site Density and Other Properties of Mixed Soil and Waste Materials Applicability of Conductivity and Permeability Relations for Packed Beds Permeability k of a Mixed Porous Media Permeability (k) Correction for Packed Bed Flow Correction of Packed Column Pressure Drop for Wall Effects Corrections for Pressure Drop Relations for Fluid Flow through a Waste Site Waste Site Particle Properties: Size and Shape References CHARACTERIZATION OF DISPOSED WASTES: PHYSICAL AND CHEMICAL PROPERTIES, AND BIODEGRADATION FACTORS Determination of Physical and Chemical Characteristics of Wastes MSW Composition vs. Landfill Layer Depth or Age: Data for Initialization Individual Wastes and Characteristics Characteristics of Paper Wastes Characteristics of Food Wastes Characteristics of Yard Wastes Characteristics of Plastics Wastes Plastics Deterioration in Landfills Landfill Leachate and Landfill Gas Characteristics WASTE SITE ECOLOGY Influence of the Waste Site Environment on Types of Organisms Present Species Competition for Food at a Waste Site The Range of Organisms at Waste Sites Organisms Found in Compost Piles Trophic Relations and Environmental Factors Determining Organisms at Waste Sites Influence of Site Environmental factors on Organism Types The Waste Site as an Environment for Organisms Definition of Impact of Organisms at Disposed Waste Site Organisms Reported at Landfills, Dumps, and Other Waste Sites: Considerations Waste Site Scavengers Waste Removal Impact of Animals at Disposal Sites Waste Removal by Insects and Soil Mesofauna References MOISTURE AND HEAT FLOWS Moisture as a Control of Processes in the Waste Site Water Film Thickness on Solid Materials under Sorption Regime Method 1 for Liquid Film Thickness Determination Method 2 for Moisture Film Thickness Water Potential vs. Water Activity of Soils and Solid Porous Materials The Issue of Mixed Water Saturation or Varied Water Potential in Wastes Maximum Moisture Sorption by a Material Effect of Waste Moisture Content on Soil Organisms Water Availability to Organisms Hydraulic Conductivity Capillary Effects in Waste Sites Waste Site Moisture Retention Characteristics Full Range Moisture Capillarity Middle Moisture Content Range Moist to Saturation of Wet Moisture Content Section of Curve Moisture Retention Curve in the Dry Range for Landfilled Waste Boundary Conditions Estimation of Constants Full-Range (Wet to Dry) Reliability of Estimated Values Relevance of the Lower Curve Junction to Bioreactor Simulation Development of Moisture Capillarity-Hydraulic Summary of Extended Range Conductivity Relationships Moisture Inflow and Moisture Balance Locations Used for Landfill Cover Moisture Impact Simul Technology Technology, CRC Press

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Miller, Percival A.; Clesceri, Nicholas L.:
Waste Sites as Biological Reactors - neues Buch

ISBN: 9781566705509

Where and how wastes disappear, and how the environment is affected by the process, are issues that affect cities and towns around the world. Recent investigations have convincingly shown that waste poses water, air, and public health dangers that necessitate highly efficient engineered controls. An inexpensive, effective, method for assessing impacts and risks of a system and devising management plans is to develop mathematical and quantitative models that are sufficiently representative to allow examination of physical systems as units subject to environmental factors. Providing detailed coverage of the biological, chemical, and physical characteristics of solid waste sites, Waste Sites as Biological Reactors: Characterization and Modeling describes the parameters required to understand, model, and assess the capacity of a waste disposal site as an open biodegradation system. The authors present original analyses of waste and reactor kinetics, decomposition, temperature, and moisture effects, and heat properties. They discuss landfill gas and leachate chemicals generation with detailed composition and property data. Tables and figures provide easy access to the information, and the authors explore various site management options. The simplicity, ugliness, and beauty of a waste disposal site confronts us with a microcosm of nature at its most basic, yet functioning in its most elegant form. Where and how wastes disappear and how the environment is affected are issues of concern to cities and towns around the world. Waste Sites as Biological Reactors: Characterization and Modeling deconstructs the mystery of the waste site in such a way that it can be modeled using familiar tools and the information obtained can then be applied to site remediation. Technology Technology eBook Providing detailed coverage of the physical and biological characteristics of solid waste sites, Waste Sites as Biological Reactors: Characterization and Modeling describes the parameters required to understand, model, and assess the capacity of a waste disposal site as an open biodegradation system. It includes original analyses of waste and reactor kinetics, decomposition, temperature and moisture effects, and heat properties and discusses landfill gas and leachate chemicals generation with detailed composition and property data. Tables and figures provide easy access to the information, and the book discusses various site management options.

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Waste Sites as Biological Reactors Providing detailed coverage of the physical and biological characteristics of solid waste sites, Waste Sites as Biological Reactors: Characterization and Modeling describes the parameters required to understand, model, and assess the capacity of a waste disposal site as an open biodegradation system. It includes original analyses of waste and reactor kinetics, decomposition, temperature and moisture effects, and heat properties and discusses landfill gas and leachate chemicals generation with detailed composition and property data. Tables and figures provide easy access to the information, and the book discusses various site management options. Bücher / Fremdsprachige Bücher / Englische Bücher 978-1-56670-550-9, Crc Pr Inc

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Waste Sites as Biological Reactors - Nicholas L. Clesceri#Percival A. Miller
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Waste Sites as Biological Reactors - neues Buch

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ID: 163949219

Providing detailed coverage of the physical and biological characteristics of solid waste sites, Waste Sites as Biological Reactors: Characterization and Modeling describes the parameters required to understand, model, and assess the capacity of a waste disposal site as an open biodegradation system. It includes original analyses of waste and reactor kinetics, decomposition, temperature and moisture effects, and heat properties and discusses landfill gas and leachate chemicals generation with detailed composition and property data. Tables and figures provide easy access to the information, and the book discusses various site management options. Waste Sites as Biological Reactors Buch (fremdspr.) Bücher>Fremdsprachige Bücher>Englische Bücher, Crc Pr Inc

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Waste Sites as Biological Reactors
Autor:

Miller, Percival A.; Clesceri, Nicholas L.; Clesceri, Nicholas L.

Titel:

Waste Sites as Biological Reactors

ISBN-Nummer:

1566705509

Providing detailed coverage of the physical and biological characteristics of solid waste sites, Waste Sites as Biological Reactors: Characterization and Modeling describes the parameters required to understand, model, and assess the capacity of a waste disposal site as an open biodegradation system. It includes original analyses of waste and reactor kinetics, decomposition, temperature and moisture effects, and heat properties and discusses landfill gas and leachate chemicals generation with detailed composition and property data. Tables and figures provide easy access to the information, and the book discusses various site management options.

Detailangaben zum Buch - Waste Sites as Biological Reactors


EAN (ISBN-13): 9781566705509
ISBN (ISBN-10): 1566705509
Gebundene Ausgabe
Erscheinungsjahr: 2002
Herausgeber: CRC PR INC
400 Seiten
Gewicht: 0,717 kg
Sprache: eng/Englisch

Buch in der Datenbank seit 29.03.2008 15:10:26
Buch zuletzt gefunden am 04.05.2016 19:17:28
ISBN/EAN: 1566705509

ISBN - alternative Schreibweisen:
1-56670-550-9, 978-1-56670-550-9

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