The Practical Handbook of Compost Engineering

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Hardback
$239.95
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ISBN 9780873713733
Cat# L373
 

Features

  • Addresses the fundamental analysis of all aspects of composting from principles to practice
  • Presents descriptions and requirements of modern composting systems, including collection, treatment, and dispersion in odor management
  • Provides engineering analysis for the design and operation of compost systems
  • Examines computer simulation models that combine process thermodynamic and kinetic principles to predict mass and energy balances and the analysis of feed conditioning and aeration requirements
  • Includes fundamental discussions of microbiology, thermodynamics, kinetics, heat inactivation, and biodegradability
  • Summary

    The Practical Handbook of Compost Engineering presents an in-depth examination of the principles and practice of modern day composting. This comprehensive book covers compost science, engineering design, operation, principles, and practice, stressing a fundamental approach to analysis throughout. Biological, physical, chemical, thermodynamic, and kinetic principles are covered to develop a unified analytical approach to analysis and an understanding of the process. A brief history of the development of composting systems, which leads to descriptions of modern processes, is presented.

    The Practical Handbook of Compost Engineering also discusses the elements of successful odor management at composting facilities, including state-of-the-art odor treatment and enhanced atmospheric dispersion. The book is excellent for all engineers, practitioners, plant operators, scientists, researchers, and students in the field.

    Table of Contents

    Introduction
    Composting Systems
    Thermodynamic Fundamentals
    Biological Fundamentals
    Kinetics of Heat Inactivation
    Feed Conditioning: Physical and Chemical
    Aeration Requirements
    Feed Conditioning: Energy
    Substrate Biodegradability
    Process Kinetics and Product Stability
    Process Dynamics I: Development of Simulation Models
    Process Dynamics II: The CFCM Stage
    Process Dynamics III: Building the Complete System
    Process Dynamics IV: Working with Bulking Agents
    Design of Manifold Distribution Systems
    Odor Management I: Quantifying and Treating
    Odor Management II: Atmospheric Dispersion
    Odor Management III: Completing the Odor Picture
    Appendices:
    Notation
    Nomenclature Used in Computer Models
    Simulation Modeling Results for Examples
    Equations Used for Modeling Atmospheric Dispersion Coefficients

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